mhurhangee/ep-ind-claims huggingface dataset:
An aqueous slurry composition for production of a porous thermal or environmental barrier coating on a metallic or a ceramic substrate, comprising: a first powder comprising an oxide material with a thermal conductivity lower than 5 W/m K, coarse particles having a first median size ranging from 5 micrometers to 60 micrometers, with at least a portion of the coarse particles having a closed porosity that is temperature resistant and substantially impermeable to gas and liquid; a second powder comprising an oxide material with a thermal conductivity lower than 5 W/m K, the second powder characterized as fine particles having a second median size ranging from.1 to 5 micrometers, wherein the second median size is at least 5 times smaller than the first median size of the first powder, whereby the coarse particles of the first powder and the fine particles of the second powder form a bimodal particle size distribution in the slurry; a plurality of elemental Boron particles provided in an effective amount; and an inorganic binder suspending at least a portion of the plurality of elemental Boron particles, the coarse particles and the fine particles in an aqueous solution; wherein the closed porosity of the coarse particles is temperature resistant and imparts a non-collapsing closed porous structure to the coating. a first powder comprising an oxide material with a thermal conductivity lower than 5 W/m K, coarse particles having a first median size ranging from 5 micrometers to 60 micrometers, with at least a portion of the coarse particles having a closed porosity that is temperature resistant and substantially impermeable to gas and liquid; a second powder comprising an oxide material with a thermal conductivity lower than 5 W/m K, the second powder characterized as fine particles having a second median size ranging from.1 to 5 micrometers, wherein the second median size is at least 5 times smaller than the first median size of the first powder, whereby the coarse particles of the first powder and the fine particles of the second powder form a bimodal particle size distribution in the slurry; a plurality of elemental Boron particles provided in an effective amount; and an inorganic binder suspending at least a portion of the plurality of elemental Boron particles, the coarse particles and the fine particles in an aqueous solution; wherein the closed porosity of the coarse particles is temperature resistant and imparts a non-collapsing closed porous structure to the coating.
A method for service aware scheduling of wireless resources in a wireless network comprising: - receiving a service request for service delivery of a service type; - retrieving a performance to user value relationship associated with the service request for service delivery of the service type, wherein the performance to user value relationship comprises information relating to a mapping of performance of a service to a user value; - retrieving a performance to operator value relationship associated with the service request for service delivery of the service type, wherein the performance to operator value relationship comprises information relating to a mapping of performance of the service to an operator value; - approximating the performance to user value relationship and the performance to operator value relationship with a scheduling weight function; and - scheduling wireless resources based on the scheduling weight function. - receiving a service request for service delivery of a service type; - retrieving a performance to user value relationship associated with the service request for service delivery of the service type, wherein the performance to user value relationship comprises information relating to a mapping of performance of a service to a user value; - retrieving a performance to operator value relationship associated with the service request for service delivery of the service type, wherein the performance to operator value relationship comprises information relating to a mapping of performance of the service to an operator value; - approximating the performance to user value relationship and the performance to operator value relationship with a scheduling weight function; and - scheduling wireless resources based on the scheduling weight function.
A method for secure communications in a wireless network, said wireless network including at least one server and at least a first access point and a second access point, each of said first access point and said second access point being capable of providing to at least one station an access to said wireless network, said at least one station being capable of roaming from a first network access to a second network access, said at least one station being provided with said access to said wireless network by said first access point during said first network access, said at least one station being provided with said access to said wireless network by said second access point during said second network access, a first security key being generated in said wireless network during said first network access, said method comprising: sending, by said first access point, a second security key (PMK_next) to said second access point, said second security key based at least in part on information contained in said first security key, said second key capable of being used by said second access point to accommodate a fast roaming, in which said second network access can be provided without acquiring a further security key from said server; and generating, by said second access point, a third security key, said third security key based at least in part on information contained in said second security key, said third security key capable of being used to establish a secure communication between said at least one station and said second access point. sending, by said first access point, a second security key (PMK_next) to said second access point, said second security key based at least in part on information contained in said first security key, said second key capable of being used by said second access point to accommodate a fast roaming, in which said second network access can be provided without acquiring a further security key from said server; and generating, by said second access point, a third security key, said third security key based at least in part on information contained in said second security key, said third security key capable of being used to establish a secure communication between said at least one station and said second access point.
Circuit for a data carrier, which data carrier comprises sensor means designed for providing a sensor signal that represents an environment parameter and communication means designed for contactless communication with an interrogator station, said circuit comprising: first connection means for connecting the circuit to the communication means and second connection means for establishing an electronic connection of the circuit to the sensor means, wherein the second connection means are realized by the first connection means, characterized in that: the circuit comprises sensor signal processing means designed for receiving said sensor signal via the first connection means and designed for processing said received sensor signal, the sensor signal processing means comprise converting means (18; 38) for converting the sensor signal SS into a representation signal (SD; V out) representative of the sensor signal; and general processing means are provided which are designed for receiving the representation signal (SD, V out) of the sensor signal from the converter means (18; 38) and for processing said received representation signal (SD, V out). first connection means for connecting the circuit to the communication means and second connection means for establishing an electronic connection of the circuit to the sensor means, wherein the second connection means are realized by the first connection means, the circuit comprises sensor signal processing means designed for receiving said sensor signal via the first connection means and designed for processing said received sensor signal, the sensor signal processing means comprise converting means (18; 38) for converting the sensor signal SS into a representation signal (SD; V out) representative of the sensor signal; and general processing means are provided which are designed for receiving the representation signal (SD, V out) of the sensor signal from the converter means (18; 38) and for processing said received representation signal (SD, V out).
A DNA molecule comprising, in a 5' to 3' direction, a 5' untranslated region (5' UTR) nucleic acid sequence operably linked to a nucleic acid sequence encoding a gene of interest, wherein the 5' UTR is derived from a Bacillus species (spp.) aprE protease gene, wherein the 5' UTR is heterologous to the GOI in which the 5' UTR is operably linked, and wherein the 5' UTR comprises the sequence of SEQ ID NO: 9.
A vehicle that leans into turns including: a detection part that detects a variable available for obtaining a lean angle of the vehicle; a main headlight light source (11H, 11L) and a screen having transparency, the main headlight light source (11H, 11L) being arranged in a vehicle body cover, the screen being fixed to the vehicle body cover and arranged above the main headlight light source (11H, 11L), and a sub headlight unit (13L, 13R) including a sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc), the sub headlight unit (13L, 13R) being arranged outside the vehicle body cover, at least part of the sub headlight unit (13L, 13R) being arranged rearward of the screen, a control part that turns on the sub headlight light source (13La,13Lb,13Lc,13Ra,13Rb, 13Rc) in accordance with the lean angle of the vehicle obtained based on a result of detection by the detection part, wherein the sub headlight light source (13La, 13Lb, 13Lc, 13Ra,13Rb,13Rc) configured to be turned on in accordance with the lean angle of the vehicle is configured to illuminate, from a position higher than the main headlight light source (11 H,11 L), an area ahead and outward of the vehicle with respect to a width direction of the vehicle. a detection part that detects a variable available for obtaining a lean angle of the vehicle; a main headlight light source (11H, 11L) and a screen having transparency, the main headlight light source (11H, 11L) being arranged in a vehicle body cover, the screen being fixed to the vehicle body cover and arranged above the main headlight light source (11H, 11L), and a sub headlight unit (13L, 13R) including a sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc), the sub headlight unit (13L, 13R) being arranged outside the vehicle body cover, at least part of the sub headlight unit (13L, 13R) being arranged rearward of the screen, a control part that turns on the sub headlight light source (13La,13Lb,13Lc,13Ra,13Rb, 13Rc) in accordance with the lean angle of the vehicle obtained based on a result of detection by the detection part, wherein the sub headlight light source (13La, 13Lb, 13Lc, 13Ra,13Rb,13Rc) configured to be turned on in accordance with the lean angle of the vehicle is configured to illuminate, from a position higher than the main headlight light source (11 H,11 L), an area ahead and outward of the vehicle with respect to a width direction of the vehicle.
Guide means for arranging in the region of a transmission and/or a clutch of a motor vehicle, the guide means being arranged or being capable of being arranged in the region of the transmission and/or the clutch for the targeted diversion and/or deflection of at least one part of a lubricant and/or coolant flow, the guide means having an at least partially curved first wall region, and at least one first collecting chamber for collecting and diverting a part of the lubricant and/or coolant flow, a part region of the first wall region, for the configuration of the first collecting chamber, extending at least partially substantially radially to the inside and/or being of recess-shaped configuration in the direction radially to the inside, the first collecting chamber having an inlet opening and an outlet opening, and a first flow medium scraper edge being configured in the region of the inlet opening by way of the corresponding part region of the first wall region, characterized in that a second collecting chamber is provided and/or configured, the second collecting chamber having an inlet opening and an outlet opening, and a second flow medium scraper edge being configured in the region of the inlet opening by way of a corresponding part region of the first wall region, and in that the first wall region and/or a second wall region have/has a through opening, the through opening being adjoined by a substantially radially inwardly extending collecting region of the first wall region, and the collecting region forming a third flow medium scraper edge.
A wound dressing comprising only hyaluronic acid-calcium and polylysine as active components, wherein the hyaluronic acid and polylysine are not cross-linked, and the ratio between the hyaluronic acid-calcium and polylysine is 4:1 to 1:1.5 by weight.
A high-linearity input buffer, comprising: a flipped voltage follower, configured in a pseudo-differential architecture; and a frequency-dependent impedance circuit, directly connected between a drain of a positive input transistor (M1p) of the flipped voltage follower and a drain of a negative input transistor (M2n) of the flipped voltage follower, wherein the frequency-dependent impedance circuit includes a capacitor (Cc) and a resistor (Rc/2, Rc/2) in series with the capacitor (Cc). a flipped voltage follower, configured in a pseudo-differential architecture; and a frequency-dependent impedance circuit, directly connected between a drain of a positive input transistor (M1p) of the flipped voltage follower and a drain of a negative input transistor (M2n) of the flipped voltage follower, wherein the frequency-dependent impedance circuit includes a capacitor (Cc) and a resistor (Rc/2, Rc/2) in series with the capacitor (Cc). positive input transistor (M1p) of the flipped voltage follower and a drain of a negative input transistor (M2n) of the flipped voltage follower, wherein the frequency-dependent impedance circuit includes a capacitor (Cc) and a resistor (Rc/2, Rc/2) in series with the capacitor (Cc).
System for electromagnetic treatment of wastewater contained in an aeration tank comprising a generator of electromagnetic signals, at least one antenna, cables characterised in that said generator is arranged to supply said antenna by means of said cables with two electromagnetic signals (102, 104) whose frequency is comprised within the range 2000-7000 Hz and presenting a harmonic ratio, and in that said antenna is a PCB antenna with a conductive layer presenting a circulating circuit of current comprising two tracks (102, 104) for said two electromagnetic signals and an insulating layer arranged above said tracks (102, 104), and in that the system comprises furthermore fixing means (20, 206, 208, 106) said antenna allowing said antenna to be completely immersed in said tank.
A fold rear-view mirror assembly for motor vehicles, the assembly comprising: - a base member for being mounted on a motor vehicle; - a mirror housing; - a shaft adapted to be inserted within a shaft housing formed by at least one of the base member and the mirror housing such that the mirror housing is allowed to be rotated relative to the base member between a mirror operative condition and a mirror folded condition, and vice versa; - an elastic element associated with the shaft and arranged such that a force is applied on both the base member and the mirror housing through the shaft; - means for at least axially retaining the shaft in the shaft housing that comprise at least one protrusion (210', 210") extending radially out of the shaft suitable for passing through a corresponding groove (155', 155") formed in the shaft housing, and - safety means for preventing the shaft from being released from the shaft housing, the safety means comprising a first stop portion formed in the mirror housing and a second stop portion formed in the shaft, where the first and second stop portions (310, 320) are arranged such that in a first relative angular position of the shaft and the mirror housing, both the first and the second stop portions (310, 320) do not interfere with one another such that the shaft can be inserted in the shaft housing and, in another, different, second relative angular position of the shaft and the mirror housing, both the first and the second stop portions (310, 320) interfere with one another so as to prevent the shaft from being released from the shaft housing by the action of the elastic element in case of failure of the shaft retaining means. - a base member for being mounted on a motor vehicle; - a mirror housing; - a shaft adapted to be inserted within a shaft housing formed by at least one of the base member and the mirror housing such that the mirror housing is allowed to be rotated relative to the base member between a mirror operative condition and a mirror folded condition, and vice versa; - an elastic element associated with the shaft and arranged such that a force is applied on both the base member and the mirror housing through the shaft; - means for at least axially retaining the shaft in the shaft housing that comprise at least one protrusion (210', 210") extending radially out of the shaft suitable for passing through a corresponding groove (155', 155") formed in the shaft housing, and - safety means for preventing the shaft from being released from the shaft housing, the safety means comprising a first stop portion formed in the mirror housing and a second stop portion formed in the shaft,
A chassis system, in particular for commercial vehicles, comprising a trailing arm and a plunger piston which are connected or can be connected to one another via a connecting region, the connecting region having an adjusting device which comprises an engagement element and a guide element, it being possible for the engagement element to be moved relative to the guide element in such a way that a translational movement of the plunger piston relative to the trailing arm is made possible, and characterized in that the engagement element may be displaced in the guide element in an infinitely variable manner.
A ball end mill comprising: an even number of cutting edges which are formed at intervals in a circumferential direction on a front end portion of an end mill body rotated about an axis and of which rotation trajectories formed around the axis form the shape of a hemisphere having a center on the axis, wherein among the even number of cutting edges, the cutting edges, which are adjacent to each other in the circumferential direction with one cutting edge interposed therebetween, are long cutting edges that intersect with each other on the axis on the front end portion of the end mill body and the other cutting edges, which are adjacent to each other in the circumferential direction with one cutting edge interposed therebetween, are short cutting edges that include inner peripheral ends at positions distant from the axis, and a gash of the long cutting edge and a gash of the short cutting edge which is adjacent to the long cutting edge in an end mill rotation direction, connect with each other on a front end side of the end mill body, characterized in that the gash of the long cutting edge is wider than the gash of the short cutting edge in the circumferential direction on at least the front end side of the end mill body. an even number of cutting edges which are formed at intervals in a circumferential direction on a front end portion of an end mill body rotated about an axis and of which rotation trajectories formed around the axis form the shape of a hemisphere having a center on the axis, wherein among the even number of cutting edges, the cutting edges, which are adjacent to each other in the circumferential direction with one cutting edge interposed therebetween, are long cutting edges that intersect with each other on the axis on the front end portion of the end mill body and the other cutting edges, which are adjacent to each other in the circumferential direction with one cutting edge interposed therebetween, are short cutting edges that include inner peripheral ends at positions distant from the axis, and a gash of the long cutting edge and a gash of the short cutting edge which is adjacent to the long cutting edge in an end mill rotation direction, connect with each other on a front end side of the end mill body, characterized in that the gash of the long cutting edge is wider than the gash of the short cutting edge in the circumferential direction on at least the front end side of the end mill body.
Safety stirrup for horse riding, comprising a frame structure which comprises a hooking portion to a stirrup leather, a support element for the user's foot, and a first side arm adapted to rigidly connect a first edge portion of said support element to said hooking portion, said safety stirrup also comprising: - a second side arm extending between a second edge portion of said support element and said hooking portion so as to define a stirrup opening adapted to be engaged, in use, by the user's foot, said second side arm being hinged with a joint end to said frame structure and rotatably movable between a closed position, wherein said second side arm laterally delineates said stirrup opening, and an open position, wherein a free end of said second side arm, opposed to said joint end, is spaced from said frame structure so as to allow the lateral disengagement of the user's foot from said stirrup opening, and - a safety arm rigidly connected to said second side arm in correspondence of said joint end and movable integrally therewith in the passage between said closed position and said open position to drive the release of the user's foot and prevent it from accidentally entering back into said stirrup opening, characterized in that said second side arm is hinged with said joint end in correspondence of said hooking portion, said safety arm comprising at least a portion which extends parallel and in proximity to said first side arm when said second side arm is in the closed position. - a second side arm extending between a second edge portion of said support element and said hooking portion so as to define a stirrup opening adapted to be engaged, in use, by the user's foot, said second side arm being hinged with a joint end to said frame structure and rotatably movable between a closed position, wherein said second side arm laterally delineates said stirrup opening, and an open position, wherein a free end of said second side arm, opposed to said joint end, is spaced from said frame structure so as to allow the lateral disengagement of the user's foot from said stirrup opening, and - a safety arm rigidly connected to said second side arm in correspondence of said joint end and movable integrally therewith in the passage between said closed position and said open position to drive the release of the user's foot and prevent it from accidentally entering back into said stirrup opening,