mhurhangee/ep-ind-claims huggingface dataset:
Field device used in automation engineering, comprising at least: - a housing; - a first light source arranged in or on the housing and serving as a visual status indicator, wherein said light source is arranged in such a way that it is visible from outside the housing and wherein said light source is designed in the form of a luminous foil or a luminous paint with fluorescent or phosphorescent properties; - a second light source arranged in the housing, wherein said light source is designed to stimulate the first light source so that it emits light; - a field device electronics unit located in the housing, wherein said unit is designed to stimulate - via a signal with a predefined frequency - the second light source so that it emits light, such that the second light source stimulates the first light source to emit light and the first light source exhibits an afterglow. - a housing; - a first light source arranged in or on the housing and serving as a visual status indicator, wherein said light source is arranged in such a way that it is visible from outside the housing and wherein said light source is designed in the form of a luminous foil or a luminous paint with fluorescent or phosphorescent properties; - a second light source arranged in the housing, wherein said light source is designed to stimulate the first light source so that it emits light; - a field device electronics unit located in the housing, wherein said unit is designed to stimulate - via a signal with a predefined frequency - the second light source so that it emits light, such that the second light source stimulates the first light source to emit light and the first light source exhibits an afterglow.
A motor comprising: a rotating shaft; a rotor including a hole in which the rotating shaft is disposed; a stator disposed at an outer side of the rotor; a housing configured to accommodate the rotor and the stator, a sealing guide (600, 600a) disposed to cover a first opening formed in one side of the housing; wherein the sealing guide (600, 600a) supports a terminal of the stator exposed at an outside of the housing through the first opening, wherein the sealing guide (600, 600a) includes a grommet for supporting an upper end of the terminal exposed at the outside of the housing through the first opening, characterized by the fact that a second opening is formed at said side of the housing, at an upper side of a rotating shaft accommodation groove in which the rotating shaft is disposed; and that the sealing guide (600, 600a) further comprises a sealing cap disposed to cover the second opening, wherein the grommet and the sealing cap are integrally formed, a bearing installed in the second opening and configured to support the rotating shaft, a fixing member provided between the sealing guide (600, 600a) and the bearing in a direction of the rotating shaft. a rotating shaft; a rotor including a hole in which the rotating shaft is disposed; a stator disposed at an outer side of the rotor; a housing configured to accommodate the rotor and the stator, a sealing guide (600, 600a) disposed to cover a first opening formed in one side of the housing; wherein the sealing guide (600, 600a) supports a terminal of the stator exposed at an outside of the housing through the first opening, wherein the sealing guide (600, 600a) includes a grommet for supporting an upper end of the terminal exposed at the outside of the housing through the first opening, characterized by the fact that a second opening is formed at said side of the housing, at an upper side of a rotating shaft accommodation groove in which the rotating shaft is disposed; and that the sealing guide (600, 600a) further comprises a sealing cap disposed to cover the second opening, wherein the grommet and the sealing cap are integrally formed, a bearing installed in the second opening and configured to support the rotating shaft, a fixing member provided between the sealing guide (600, 600a) and the bearing in a direction of the rotating shaft.
A wearable health monitoring device, the wearable health monitoring device comprising: a band configured to attach the wearable health monitoring device to a user's body; a volatile organic compound, VOC, detection device configured to collect and analyze volatile organic compounds given off from the user's skin to identify specific health-indicative volatile organic compounds that are indicative of a health condition, wherein the specific health-indicative volatile organic compounds comprise at least one seizure-indicative volatile organic compound; and a biomarker sensor configured to detect a biomarker of the user, wherein the biomarker is for detection of a seizure. a band configured to attach the wearable health monitoring device to a user's body; a volatile organic compound, VOC, detection device configured to collect and analyze volatile organic compounds given off from the user's skin to identify specific health-indicative volatile organic compounds that are indicative of a health condition, wherein the specific health-indicative volatile organic compounds comprise at least one seizure-indicative volatile organic compound; and a biomarker sensor configured to detect a biomarker of the user, wherein the biomarker is for detection of a seizure.
A spatial Quality of Service (QoS) method in a wireless network, comprising: determining a relative or absolute location of target devices receiving or requesting a same media stream; determining a group of the target devices within a given proximity of one another utilizing resources from the same wireless access network; for each target device in the group while the resources remain in the wireless network: determining a furthest target device from other devices within the group; and granting the determined furthest target device prioritized QoS reception of the media stream, so that the media stream is delivered intact to the furthest target device; and stopping transmission of the media stream to other devices. determining a relative or absolute location of target devices receiving or requesting a same media stream; determining a group of the target devices within a given proximity of one another utilizing resources from the same wireless access network; for each target device in the group while the resources remain in the wireless network: determining a furthest target device from other devices within the group; and granting the determined furthest target device prioritized QoS reception of the media stream, so that the media stream is delivered intact to the furthest target device; and stopping transmission of the media stream to other devices. determining a furthest target device from other devices within the group; and granting the determined furthest target device prioritized QoS reception of the media stream, so that the media stream is delivered intact to the furthest target device; and stopping transmission of the media stream to other devices.
A catheter comprising: an elongated catheter body; and a distal electrode array comprising a plurality of offset spine loops, each spine loop having at least a pair of electrode-carrying portions and a distal portion connecting the pair of electrode-carrying portions, wherein the electrode-carrying portions of the plurality of offset spine loops are arranged in-plane a single common plane, and the distal portions of the plurality of offset spine loops are arranged off-plane from the single common plane. an elongated catheter body; and a distal electrode array comprising a plurality of offset spine loops, each spine loop having at least a pair of electrode-carrying portions and a distal portion connecting the pair of electrode-carrying portions, wherein the electrode-carrying portions of the plurality of offset spine loops are arranged in-plane a single common plane, and the distal portions of the plurality of offset spine loops are arranged off-plane from the single common plane.
A decorative lighting display system, comprising: a panel having a recess formed in a front portion thereof, the panel having an aperture formed in a portion of the recess from the front portion of the panel to a rear portion thereof; a lens and an associated mask mounted in the recess in the panel, the associated mask configured to have a predetermined pattern; one or more three-dimensional figures (110, 130) mounted to the panel over the lens and associated mask, the one or more three-dimensional figures having a two-dimensional cross-section, in a plane parallel to the front portion of the panel, that is slightly smaller than the predetermined pattern of the associated mask; a light source mounted on the rear portion of the panel over the aperture therein, the light source including lighting elements for directing light through the lens and associated mask; and a decorative laminate applied on the front portion of the panel to cover at least an area of the lens and associated mask, wherein the decorative laminate covers an area corresponding to an entire front portion of the panel, wherein the one or more three-dimensional figures (110, 130) are installed onto the front portion of the panel after application of the decorative laminate. a panel having a recess formed in a front portion thereof, the panel having an aperture formed in a portion of the recess from the front portion of the panel to a rear portion thereof; a lens and an associated mask mounted in the recess in the panel, the associated mask configured to have a predetermined pattern; one or more three-dimensional figures (110, 130) mounted to the panel over the lens and associated mask, the one or more three-dimensional figures having a two-dimensional cross-section, in a plane parallel to the front portion of the panel, that is slightly smaller than the predetermined pattern of the associated mask; a light source mounted on the rear portion of the panel over the aperture therein, the light source including lighting elements for directing light through the lens and associated mask; and a decorative laminate applied on the front portion of the panel to cover at least an area of the lens and associated mask, wherein the decorative laminate covers an area corresponding to an entire front portion of the panel, wherein the one or more three-dimensional figures (110, 130) are installed onto the front portion of the panel after application of the decorative laminate.
A vehicle including: a steering column (12; 82), a knee airbag device, an interior member at a vehicle upper side of the steering column (12; 82), and a combination switch provided at a rear end side of the steering column (12; 82), the knee airbag device, comprising: a knee airbag module (14; 84) in a column cover that covers a rear end side of the steering column (12; 82), fixed to a lower portion outer peripheral surface of the steering column (12; 82) and including a knee airbag in a folded state and an inflator (46; 98) that can supply gas to the knee airbag, assembled in a module case (48; 112), the knee airbag module being adapted to be fixed to a lower portion outer peripheral surface of the steeling column (12; 84) due to a bracket (68, 70) provided at the knee airbag module and a bracket provided at the steering column being joined. characterized in that the knee airbag module (14; 44) is configured to be fixed, using a space between the interior member and the combination switch, wherein fastening surfaces (66R, 66L, 68R, 70L; 100A, 102A) of the brackets (66, 68, 70) provided at the knee airbag module and the steering column are each inclined with respect to an axis line of the steering column (12; 84), thereby facing the space providing access for insertion of a tool at the vehicle upper side of the steering column (12; 84) for fixing the knee airbag module (14; 44) to the steering column (12; 84). a knee airbag module (14; 84) in a column cover that covers a rear end side of the steering column (12; 82), fixed to a lower portion outer peripheral surface of the steering column (12; 82) and including a knee airbag in a folded state and an inflator (46; 98) that can supply gas to the knee airbag, assembled in a module case (48; 112), the knee airbag module being adapted to be fixed to a lower portion outer peripheral surface of the steeling column (12; 84) due to a bracket (68, 70) provided at the knee airbag module and a bracket provided at the steering column being joined. characterized in that the knee airbag module (14; 44) is configured to be fixed, using a space between the interior member and the combination switch, wherein fastening surfaces (66R, 66L, 68R, 70L; 100A, 102A) of the brackets (66, 68, 70) provided at the knee airbag module and the steering column are each inclined with respect to an axis line of the steering column (12; 84), thereby facing the space providing access for insertion of a tool at the vehicle upper side of the steering column (12; 84) for fixing the knee airbag module (14; 44) to the steering column (12; 84).
A method of sterilization of seed or plurality thereof comprising the following steps: - exposing of said seed or plurality thereof to gaseous plasma for predetermined period of time, said gaseous plasma comprised of water vapor, said gaseous plasma causing hydrophilization of said seed or plurality thereof surface; - soaking of said plasma-treated seed or plurality thereof in water predetermined period of time, characterised by said water comprising hydrogen peroxide in concentration higher than 10% (w/w). - exposing of said seed or plurality thereof to gaseous plasma for predetermined period of time, said gaseous plasma comprised of water vapor, said gaseous plasma causing hydrophilization of said seed or plurality thereof surface; - soaking of said plasma-treated seed or plurality thereof in water predetermined period of time, characterised by said water comprising hydrogen peroxide in concentration higher than 10% (w/w).
A medical assembly for minimally invasively implanting a valve in the heart at a valve deployment site comprising: a valve configured for endovascular introduction and implantation and configured and sized to replace a native heart valve; an anchor configured and sized for endovascular introduction for anchoring to an anchoring site on an intracardiac wall; a tether assembly including at least one cord connected to said anchor and said valve for operatively connecting said valve and said anchor; a removable valve delivery system for positioning and sealing the valve; and a removable anchor delivery system for introducing said anchor and tether assembly endovascularly, CHARACTERIZED in that said anchor delivery system comprising a delivery guide defining a lumen wherein said anchor and said tether assembly are introduced within said lumen and said anchor delivery system comprising an anchor delivery rod removably positioned within said delivery lumen. a valve configured for endovascular introduction and implantation and configured and sized to replace a native heart valve; an anchor configured and sized for endovascular introduction for anchoring to an anchoring site on an intracardiac wall; a tether assembly including at least one cord connected to said anchor and said valve for operatively connecting said valve and said anchor; a removable valve delivery system for positioning and sealing the valve; and a removable anchor delivery system for introducing said anchor and tether assembly endovascularly, CHARACTERIZED in that said anchor delivery system comprising a delivery guide defining a lumen wherein said anchor and said tether assembly are introduced within said lumen and said anchor delivery system comprising an anchor delivery rod removably positioned within said delivery lumen.
A secondary battery system comprising: a plurality of secondary batteries connected in series, each having a positive and a negative electrode; a plurality of first diodes, each having an anode and a cathode, the anode being connected to the negative electrode of a corresponding secondary battery; a plurality of second diodes, each having an anode and a cathode, the cathode being connected to a positive electrode of the corresponding secondary battery, and the anode being connected to the cathode of a corresponding one of the plurality of first diodes; a plurality of capacitors connected to a plurality of junction portions, each junction portion being a connection between the cathode of a first diode of the plurality of first diodes and the anode of a second diode of the plurality of second diodes; and an alternating current power source connected to the junction portions through the plurality of capacitors, the alternating current power source selectively operating to produce an alternating current voltage; wherein the alternating current power source uses a plurality of secondary batteries as a power source, characterized in that the alternating current power source comprises a DC/DC converter connected to receive an output voltage of all the secondary batteries connected in series and that functions to produce a lower voltage and an inverter connected to the DC/DC converter that functions to convert the lower voltage to the alternating current voltage. a plurality of secondary batteries connected in series, each having a positive and a negative electrode; a plurality of first diodes, each having an anode and a cathode, the anode being connected to the negative electrode of a corresponding secondary battery; a plurality of second diodes, each having an anode and a cathode, the cathode being connected to a positive electrode of the corresponding secondary battery, and the anode being connected to the cathode of a corresponding one of the plurality of first diodes; a plurality of capacitors connected to a plurality of junction portions, each junction portion being a connection between the cathode of a first diode of the plurality of first diodes and the anode of a second diode of the plurality of second diodes; and an alternating current power source connected to the junction portions through the plurality of capacitors, the alternating current power source selectively operating to produce an alternating current voltage; wherein the alternating current power source uses a plurality of secondary batteries as a power source, characterized in that the alternating current power source comprises a DC/DC converter connected to receive an output voltage of all the secondary batteries connected in series and that functions to produce a lower voltage and an inverter connected to the DC/DC converter that functions to convert the lower voltage to the alternating current voltage.
A medical device, comprising a sheath element suitable of being brought into contact, during a surgical operation, with live hard tissue and/or with hard tissue replacement material, the sheath element having a longitudinal bore defining a longitudinal opening reaching from a proximal end of the sheath element into a distal direction, and a plurality of holes in a wall of the opening, the medical device further comprising a liquefiable element that is insertable or inserted in the longitudinal opening and at least partly liquefiable by the impact of energy impinging from the proximal side so that liquefied material flows through the holes in the wall and out of the longitudinal opening into structures of the hard tissue and/or hard tissue remplacement material, the medical device being characterized by a directing structure (11.2, 12, 1.5) having a structure that varies as a function of the azimuthal angle with respect to a longitudinal axis of the longitudinal opening to direct different portions of the liquefiable material to different ones of the holes.
A blade outer air seal (BOAS) comprising: a seal body having a forward side, an aft side opposite the forward side, a radially inward side, and a radially outward side opposite the radially inward side; and a relief gap within the seal body to allow a portion of the radially inward side to expand into the relief gap when the seal body is heated; the BOAS being characterised in that the relief gap initiates on the forward side of the seal body and extends into the seal body a first distance; a peninsula portion is interposed between the relief gap and the radially inward side; a thickness of the peninsula portion decreases towards the forward side; and the forward side of the peninsula portion is offset towards the aft side from a remaining portion of the forward side. a seal body having a forward side, an aft side opposite the forward side, a radially inward side, and a radially outward side opposite the radially inward side; and a relief gap within the seal body to allow a portion of the radially inward side to expand into the relief gap when the seal body is heated; the BOAS being characterised in that the relief gap initiates on the forward side of the seal body and extends into the seal body a first distance; a peninsula portion is interposed between the relief gap and the radially inward side; a thickness of the peninsula portion decreases towards the forward side; and the forward side of the peninsula portion is offset towards the aft side from a remaining portion of the forward side.
A method for detecting a liver condition in a human subject, comprising the steps of: (a) determining the concentration of albumin mRNA in an acellular blood sample taken from a human subject; and (b) comparing the concentration of albumin mRNA from step (a) with a standard control, wherein an increase in the concentration from step (a) as compared to the standard control indicates the presence of a liver condition in the subject, wherein the liver condition is: fatty liver disease; or a post-transplant liver complication in a post-liver transplant human subject, provided that the post-transplant liver complication is not recurring hepatocellular carcinoma.. (a) determining the concentration of albumin mRNA in an acellular blood sample taken from a human subject; and (b) comparing the concentration of albumin mRNA from step (a) with a standard control, wherein an increase in the concentration from step (a) as compared to the standard control indicates the presence of a liver condition in the subject, fatty liver disease; or a post-transplant liver complication in a post-liver transplant human subject, provided that the post-transplant liver complication is not recurring hepatocellular carcinoma..
An attachment (102; 902; 1502) for a power tool (100; 900; 1500), comprising: an electrical arrangement (104; 904) associated with at least one of a plurality of operating components (106; 906; 1506) adapted to cooperate with a power unit (108; 908; 1508) of the power tool (100; 900; 1500), wherein the electrical arrangement (104; 904), when electrically coupled to the power unit, is arranged to be detected by the power unit so as to enable the power unit to identify the at least one of the plurality of operating components (106; 906; 1506) attached to the power unit; wherein the electrical arrangement (104; 904) comprises at least one electrical component; characterized in that the at least one electrical component includes at least one electric switch.