mhurhangee/ep-ind-claims huggingface dataset:
Nacelle cover for a nacelle of a wind turbine with a tower and at least one rotor blade, - whereas the nacelle is rotatably mounted on the tower, - and whereas a conductor layer for electromagnetic shielding of the nacelle is integrated in the nacelle cover, characterized in that - the nacelle comprises a nacelle cover with at least one outer layer and an inner layer made of composite material, - the conductor layer for the electromagnetic shielding of the nacelle is arranged between the outer layer and the inner layer and essentially completely integrated in the nacelle cover, so that the conductor layer is protected from corrosion and the life span of the conductor layer is increased, - the nacelle cover comprises a conductor element (10b; 24, 25; 58, 59; 61) electrically connected with the conductor layer, - whereas the conductor layer is directly or indirectly connected with at least one conductible construction (4a, 4b, 4c, 4d, 4e; 5, 6, 7, 8, 9) arranged on the outer side or the inner side of the nacelle cover, - whereas the conductor layer and the conductor element (10b; 24, 25; 58, 59; 61) are designed in such a way and connected with one another in such a way and combinable with at least one conductible construction (4a, 4b, 4c, 4d, 4e; 5, 6, 7, 8, 9) in such a way, - that here over a lightning current dissipation from a construction (4a, 4b, 4c, 4d, 4e; 5, 6, 7, 8, 9) arranged on the outer side of the nacelle cover and/or a potential equalization between at least two conductible constructions (4a, 4b, 4c, 4d, 4e; 5, 6, 7, 8, 9) arranged on the outside or the inside of the nacelle cover is enabled. - whereas the nacelle is rotatably mounted on the tower, - and whereas a conductor layer for electromagnetic shielding of the nacelle is integrated in the nacelle cover, - the nacelle comprises a nacelle cover with at least one outer layer and an inner layer made of composite material, - the conductor layer for the electromagnetic shielding of the nacelle is arranged between the outer layer and the inner layer and essentially completely integrated in the nacelle cover, so that the conductor layer is protected from corrosion and the life span of the conductor layer is increased, - the nacelle cover comprises a conductor element (10b; 24, 25; 58, 59; 61) electrically connected with the conductor layer, - whereas the conductor layer is directly or indirectly connected with at least one conductible construction (4a, 4b, 4c, 4d, 4e; 5, 6, 7, 8, 9) arranged on the outer side or the inner side of the nacelle cover, - whereas the conductor layer and the conductor element (10b; 24, 25; 58, 59; 61) are designed in such a way and connected with one another in such a way and combinable with at least one conductible construction (4a, 4b, 4c, 4d, 4e; 5, 6, 7, 8, 9) in such a way, - that here over a lightning current dissipation from a construction (4a, 4b, 4c, 4d, 4e; 5, 6, 7, 8, 9) arranged on the outer side of the nacelle cover and/or a potential equalization between at least two conductible constructions (4a, 4b, 4c, 4d, 4e; 5, 6, 7, 8, 9) arranged on the outside or the inside of the nacelle cover is enabled.
A method of a wireless transmit/receive unit, WTRU, maintaining communications connectivity for a plurality of applications and reducing unnecessary message transmissions, the method comprising: providing a client proxy to interface with a plurality of client applications and a first protocol stack in the WTRU, wherein each of the client applications send keep-alive messages at a respective signaling rate; each of the client applications registering with the client proxy and indicating a respective keep-alive message signaling rate; the client proxy determining an optimal signaling rate based on the respective keep-alive message signaling rates indicated by the client applications; the client proxy generating an application layer proxy keep-alive message associated with the client application keep-alive messages; the client proxy forwarding the application layer proxy keep-alive message to the first protocol stack; and the first protocol stack transmitting the application layer proxy keep-alive message at the optimal signaling rate. providing a client proxy to interface with a plurality of client applications and a first protocol stack in the WTRU, wherein each of the client applications send keep-alive messages at a respective signaling rate; each of the client applications registering with the client proxy and indicating a respective keep-alive message signaling rate; the client proxy determining an optimal signaling rate based on the respective keep-alive message signaling rates indicated by the client applications; the client proxy generating an application layer proxy keep-alive message associated with the client application keep-alive messages; the client proxy forwarding the application layer proxy keep-alive message to the first protocol stack; and the first protocol stack transmitting the application layer proxy keep-alive message at the optimal signaling rate.
A fastening device for an additional mat having a base element which can be fastened to a carpet or the like of a motor vehicle and to which an additional mat or the like arranged on the carpet can be fastened, and having an attachment element which is fastened in an opening of the additional mat, wherein a latching device is provided for fastening the attachment element to the base element, wherein the fastening device includes a lighting means, characterized in that the lighting means has a light source which is arranged in the base element.
An electric connector, comprising: a leading-out sheet, and a plurality of connecting sheets welded to the leading-out sheet, each connecting sheet comprising at least two welding portions; wherein the leading-out sheet and each connecting sheet are separate parts, characterized in that each connecting sheet has a substantially U-shaped vertical cross section, and each connecting sheet comprises: a horizontal connecting limb, a third vertical limb connected to the horizontal connecting limb and welded to the leading-out sheet, and a fourth vertical limb connected to the horizontal connecting limb and spaced apart from the third vertical limb, further comprising a horizontal supporting limb connected to an end of the fourth vertical limb away from the horizontal connecting limb, the horizontal supporting limb extending toward the third vertical limb, wherein the horizontal supporting limb has an arc transition to connect with the fourth vertical limb. a leading-out sheet, and a plurality of connecting sheets welded to the leading-out sheet, each connecting sheet comprising at least two welding portions; wherein the leading-out sheet and each connecting sheet are separate parts, characterized in that each connecting sheet has a substantially U-shaped vertical cross section, and each connecting sheet comprises: a horizontal connecting limb, a third vertical limb connected to the horizontal connecting limb and welded to the leading-out sheet, and a fourth vertical limb connected to the horizontal connecting limb and spaced apart from the third vertical limb, further comprising a horizontal supporting limb connected to an end of the fourth vertical limb away from the horizontal connecting limb, the horizontal supporting limb extending toward the third vertical limb, wherein the horizontal supporting limb has an arc transition to connect with the fourth vertical limb. a horizontal connecting limb, a third vertical limb connected to the horizontal connecting limb and welded to the leading-out sheet, and a fourth vertical limb connected to the horizontal connecting limb and spaced apart from the third vertical limb, further comprising a horizontal supporting limb connected to an end of the fourth vertical limb away from the horizontal connecting limb, the horizontal supporting limb extending toward the third vertical limb, wherein the horizontal supporting limb has an arc transition to connect with the fourth vertical limb.
A blender blade, comprising: a body having an aperture; at least one cutting blade (16, 17) extending outwardly at an angle from the body, the cutting blade (16, 17) having a sharp edge, a blunt edge, and a cutting blade face therebetween; and a transition section between the body and the cutting blade (16, 17) defining the angle at which the cutting blade (16, 17) extends outwardly from the body characterized in that the transition section includes a gusset. a body having an aperture; at least one cutting blade (16, 17) extending outwardly at an angle from the body, the cutting blade (16, 17) having a sharp edge, a blunt edge, and a cutting blade face therebetween; and a transition section between the body and the cutting blade (16, 17) defining the angle at which the cutting blade (16, 17) extends outwardly from the body characterized in that the transition section includes a gusset.
A network asset information management system comprising: an asset determination and event prioritization module to generate real-time asset information based on network activity involving an asset; a rules module to include a set of rules for monitoring the network activity involving the asset; and an information analysis module, executed by a processor, to evaluate the real-time asset information and the rules to generate a notification related to the asset, wherein the rules for monitoring the network activity involving the asset include rules for determining vulnerabilities and risks associated with the asset based on comparison of a level of traffic identified to or from an IP address related to the asset to a predetermined threshold, and wherein the notification includes a level of risk associated with the asset. an asset determination and event prioritization module to generate real-time asset information based on network activity involving an asset; a rules module to include a set of rules for monitoring the network activity involving the asset; and an information analysis module, executed by a processor, to evaluate the real-time asset information and the rules to generate a notification related to the asset, wherein the rules for monitoring the network activity involving the asset include rules for determining vulnerabilities and risks associated with the asset based on comparison of a level of traffic identified to or from an IP address related to the asset to a predetermined threshold, and wherein the notification includes a level of risk associated with the asset.
A railway vehicle, comprising: an air conditioner for generating conditioned air whose temperature and humidity are conditioned; and a duct (80, 90) for supplying the conditioned air to inside of the vehicle, wherein: the duct (80, 90) forms a flow channel having a geometrical shape in an overhead view having a center portion and is made up of a channel element having an opening facing toward a ceiling panel arranged below a roof structure body of the railway vehicle, and the ceiling panel provided to cover the opening; and in the duct (80, 90), an ejection port through which conditioned air flowing through the duct is ejected transversely to the direction of flow in the duct in a substantially horizontal direction toward the center portion is provided between the channel element and the ceiling panel. an air conditioner for generating conditioned air whose temperature and humidity are conditioned; and a duct (80, 90) for supplying the conditioned air to inside of the vehicle, wherein: the duct (80, 90) forms a flow channel having a geometrical shape in an overhead view having a center portion and is made up of a channel element having an opening facing toward a ceiling panel arranged below a roof structure body of the railway vehicle, and the ceiling panel provided to cover the opening; and in the duct (80, 90), an ejection port through which conditioned air flowing through the duct is ejected transversely to the direction of flow in the duct in a substantially horizontal direction toward the center portion is provided between the channel element and the ceiling panel. the duct (80, 90) forms a flow channel having a geometrical shape in an overhead view having a center portion and is made up of a channel element having an opening facing toward a ceiling panel arranged below a roof structure body of the railway vehicle, and the ceiling panel provided to cover the opening; and a channel element having an opening facing toward a ceiling panel arranged below a roof structure body of the railway vehicle, and the ceiling panel provided to cover the opening; and in the duct (80, 90), an ejection port through which conditioned air flowing through the duct is ejected transversely to the direction of flow in the duct in a substantially horizontal direction toward the center portion is provided between the channel element and the ceiling panel.
A sealing sheet comprising a flame retardant adhesive sheet having a flame retardant-containing adhesive layer, which has a retention time of 60 - 2000 seconds in the following constant load peel test: [constant load peel test] a sealing sheet is cut into a 10 mm width x 50 mm length tape, the tape is laid on a duralumin panel, a 5 kgf roller is run on the tape from one end of the tape to the other end of the tape in the length direction thereof to press the tape against the duralumin panel to form a sample, and the sample is left standing at a temperature of 23°C ± 2°C and a humidity of 65% RH for 24 hr, the sample is fixed horizontally with the tape side facing downward, a 30 gf plummet is hung at one end in the tape length direction, the time from hanging the plummet to reaching a tape peel distance of 30 mm is measured, and this time is taken as the retention time. a sealing sheet is cut into a 10 mm width x 50 mm length tape, the tape is laid on a duralumin panel, a 5 kgf roller is run on the tape from one end of the tape to the other end of the tape in the length direction thereof to press the tape against the duralumin panel to form a sample, and the sample is left standing at a temperature of 23°C ± 2°C and a humidity of 65% RH for 24 hr, the sample is fixed horizontally with the tape side facing downward, a 30 gf plummet is hung at one end in the tape length direction, the time from hanging the plummet to reaching a tape peel distance of 30 mm is measured, and this time is taken as the retention time.
Measuring device for process automation in an industrial environment, comprising: a first sensor device, arranged to sense a process variable; a position detecting device, arranged to detect the position of the measuring device; second sensor device arranged to capture environmental data; control device arranged to analyze the environmental data, and to determine whether or not, based on the analysis, a current position of the measuring device should be detected; wherein the control device is further adapted to instruct the position detecting device to detect the current position of the measuring device if the analysis of the environmental data has determined that the current position should be detected; characterized in that the control device is arranged to instruct the position detecting device to detect the current position of the measuring device only when the analysis of the environmental data has determined that the measuring device has been moved and is now stationary. a first sensor device, arranged to sense a process variable; a position detecting device, arranged to detect the position of the measuring device; second sensor device arranged to capture environmental data; control device arranged to analyze the environmental data, and to determine whether or not, based on the analysis, a current position of the measuring device should be detected; wherein the control device is further adapted to instruct the position detecting device to detect the current position of the measuring device if the analysis of the environmental data has determined that the current position should be detected; characterized in that the control device is arranged to instruct the position detecting device to detect the current position of the measuring device only when the analysis of the environmental data has determined that the measuring device has been moved and is now stationary.
A method of producing a custom medical splint or brace for immobilization of a selected region of a patient's body part, comprising the following steps: (a) producing a three-dimensional mould of a portion of the patient's body part comprising the selected region of the patient's body part onto which a desired medical splint or brace is to be placed; (b) defining a three-dimensional shape of the desired medical splint or brace covering the selected region of the patient's body part onto which the desired medical splint or brace is to be placed; characterized in that it further comprises the following steps: (c) generating a two-dimensional template of the desired medical splint or brace corresponding to the defined three-dimensional shape, which two-dimensional template corresponds to unfolding in a two-dimensional plane of the three-dimensional shape of the desired medical splint or brace; (d) producing at least one plate of mouldable material (50, 55, 55*) in accordance with the two-dimensional template of the desired medical splint or brace; and (e) moulding the plate of mouldable material (50, 55, 55*) onto the three-dimensional mould to shape the desired medical splint or brace. (a) producing a three-dimensional mould of a portion of the patient's body part comprising the selected region of the patient's body part onto which a desired medical splint or brace is to be placed; (b) defining a three-dimensional shape of the desired medical splint or brace covering the selected region of the patient's body part onto which the desired medical splint or brace is to be placed; characterized in that it further comprises the following steps: (c) generating a two-dimensional template of the desired medical splint or brace corresponding to the defined three-dimensional shape, which two-dimensional template corresponds to unfolding in a two-dimensional plane of the three-dimensional shape of the desired medical splint or brace; (d) producing at least one plate of mouldable material (50, 55, 55*) in accordance with the two-dimensional template of the desired medical splint or brace; and (e) moulding the plate of mouldable material (50, 55, 55*) onto the three-dimensional mould to shape the desired medical splint or brace. (c) generating a two-dimensional template of the desired medical splint or brace corresponding to the defined three-dimensional shape, which two-dimensional template corresponds to unfolding in a two-dimensional plane of the three-dimensional shape of the desired medical splint or brace; (d) producing at least one plate of mouldable material (50, 55, 55*) in accordance with the two-dimensional template of the desired medical splint or brace; and (e) moulding the plate of mouldable material (50, 55, 55*) onto the three-dimensional mould to shape the desired medical splint or brace.
A process for preparing a shaped metal product, preferably for a medical device, wherein the process comprises the steps of: 1) providing a sacrificial outer element comprising a cavity A; 2) providing a monolithic metal precursor comprising a cavity B; 3) providing a sacrificial core element; 4) preparing a composite precursor by inserting the monolithic metal precursor into cavity A of the sacrificial outer element, and by inserting the sacrificial core element into cavity B of the monolithic metal precursor; 5) forming the composite precursor obtained in step 4) to obtain a formed composite having a smaller outer diameter than the diameter of the composite precursor obtained in step 4); 6) separating a composite disk from the formed precursor obtained in step 5); 7) removing the sacrificial outer element and the sacrificial core element from the composite disk obtained in step 6). 1) providing a sacrificial outer element comprising a cavity A; 2) providing a monolithic metal precursor comprising a cavity B; 3) providing a sacrificial core element; 4) preparing a composite precursor by inserting the monolithic metal precursor into cavity A of the sacrificial outer element, and by inserting the sacrificial core element into cavity B of the monolithic metal precursor; 5) forming the composite precursor obtained in step 4) to obtain a formed composite having a smaller outer diameter than the diameter of the composite precursor obtained in step 4); 6) separating a composite disk from the formed precursor obtained in step 5); 7) removing the sacrificial outer element and the sacrificial core element from the composite disk obtained in step 6).
A bottom protection film for an OLED panel, comprising: a base film including a first adhesive layer disposed on an upper surface of a first base material; a carrier film including a second adhesive layer adhered to a lower surface of the first base material and a second base material adhered to a lower surface of the second adhesive layer; and a liner film adhered using the first adhesive layer, characterized in that the liner film, the first base material, the first adhesive layer, the second base material, and the second adhesive layer all satisfy Condition and Condition below: 100 ≤ a 1 _ A. 23 ≤ a 3 b 3 + c 3, b 3 c 3 < 1. where, A denotes the average of the other values except for a maximum value and a minimum value of surface resistances from among a 2, b 1, b 2, c 1, and c 2, and a 1 denotes a surface resistance, measured in Ω/sq, of the first adhesive layer, a 2 denotes a surface resistance, measured in Ω/sq, of the first base material, b 1 and b 2 respectively denote surface resistances, measured in Ω/sq, of upper and lower surfaces of the liner film, c 1 denotes a surface resistance, measured in Ω/sq, of the second adhesive layer, and c 2 denotes a surface resistance, measured in Ω/sq, of the second base material, and as denotes adhesion, measured in gf/in (1 N/mm ≈ 2590 gf/in), of the base film, b 3 denotes a release force, measured in gf/in, of the liner film, and c 3 denotes an exfoliation force, measured in gf/in, of the carrier film. a base film including a first adhesive layer disposed on an upper surface of a first base material; a carrier film including a second adhesive layer adhered to a lower surface of the first base material and a second base material adhered to a lower surface of the second adhesive layer; and a liner film adhered using the first adhesive layer, characterized in that the liner film, the first base material, the first adhesive layer, the second base material, and the second adhesive layer all satisfy Condition and Condition below: 100 ≤ a 1 _ A. 23 ≤ a 3 b 3 + c 3, b 3 c 3 < 1. where, A denotes the average of the other values except for a maximum value and a minimum value of surface resistances from among a 2, b 1, b 2, c 1, and c 2, and a 1 denotes a surface resistance, measured in Ω/sq, of the first adhesive layer, a 2 denotes a surface resistance, measured in Ω/sq, of the first base material, b 1 and b 2 respectively denote surface resistances, measured in Ω/sq, of upper and lower surfaces of the liner film, c 1 denotes a surface resistance, measured in Ω/sq, of the second adhesive layer, and c 2 denotes a surface resistance, measured in Ω/sq, of the second base material, and as denotes adhesion, measured in gf/in (1 N/mm ≈ 2590 gf/in), of the base film, b 3 denotes a release force, measured in gf/in, of the liner film, and c 3 denotes an exfoliation force, measured in gf/in, of the carrier film.