mhurhangee/ep-ind-claims huggingface dataset:
A circuit for generating at least two rectangular signals (S 1, S 2) with adjustable phase shift, characterized in that it comprises: - a frequency divider circuit that receives a first clock signal as input and provides a second clock signal (CLK_2) as output; - at least two comparators (C1, C2) that receive, respectively, a first threshold voltage (Vs 1) and at least a second threshold voltage (Vs 2) at one comparison input, and a triangular ramp signal, synchronized with the clock signal, at a second comparison input, the group of at least two threshold voltages (Vs 1, Vs 2) allowing the value of the phase shift between the signals of the group of at least two rectangular signals with adjustable phase shift to be adjusted; - at least two D-type flip-flops (D1, D2) that receive, respectively, the output signal from the first comparator and the output signal from the second comparator at their clock inputs, and the output signal (CLK_2) from the frequency divider circuit at their "D" input, the group of at least two rectangular signals (S 1, S 2) with adjustable phase shift being available at the "Q" outputs of the group of at least two D-type flip-flops (D1, D2). - a frequency divider circuit that receives a first clock signal as input and provides a second clock signal (CLK_2) as output; - at least two comparators (C1, C2) that receive, respectively, a first threshold voltage (Vs 1) and at least a second threshold voltage (Vs 2) at one comparison input, and a triangular ramp signal, synchronized with the clock signal, at a second comparison input, the group of at least two threshold voltages (Vs 1, Vs 2) allowing the value of the phase shift between the signals of the group of at least two rectangular signals with adjustable phase shift to be adjusted; - at least two D-type flip-flops (D1, D2) that receive, respectively, the output signal from the first comparator and the output signal from the second comparator at their clock inputs, and the output signal (CLK_2) from the frequency divider circuit at their "D" input,
A crystal form A of compound of formula has characteristic diffraction peaks at the following 2θ angles in an X-ray powder diffraction (XRPD) spectrum measured using CuKα1 radiation: 6.91 ± 0.20°, 12.21 ± 0.20° and 19.06 ± 0.20°:
A computer-implemented method comprising: in a system having a platform controller coupled to an I/O controller capable of generating a System Management Interrupt, performing the following: in response to an event requiring secure access to data, generating a System Management Interrupt to cause the system to enter System Management Mode; processing the data prior to exiting System Management Mode; characterized by, prior to processing the data in System Management Mode: using a resource of the platform controller to create an emulated USB device, wherein the resource stores the data; and copying the data from the emulated USB device via a connection inaccessible by an operating system of the system. in a system having a platform controller coupled to an I/O controller capable of generating a System Management Interrupt, performing the following: in response to an event requiring secure access to data, generating a System Management Interrupt to cause the system to enter System Management Mode; processing the data prior to exiting System Management Mode; characterized by, prior to processing the data in System Management Mode: using a resource of the platform controller to create an emulated USB device, wherein the resource stores the data; and copying the data from the emulated USB device via a connection inaccessible by an operating system of the system. in response to an event requiring secure access to data, generating a System Management Interrupt to cause the system to enter System Management Mode; processing the data prior to exiting System Management Mode; characterized by, prior to processing the data in System Management Mode: using a resource of the platform controller to create an emulated USB device, wherein the resource stores the data; and copying the data from the emulated USB device via a connection inaccessible by an operating system of the system. using a resource of the platform controller to create an emulated USB device, wherein the resource stores the data; and copying the data from the emulated USB device via a connection inaccessible by an operating system of the system.
A process for preparing a composite material comprising a fluorinated polymeric matrix and a filler consisting in ion exchange inorganic particles comprising a step for synthesizing in situ said particles within the polymeric matrix, said matrix comprising at least one first copolymer consisting in a copolymer comprising at least two types of fluorinated recurrent units, one type of which bears at least one pendant maleic anhydride group.
Complex consisting of a) a recombinant adenovirus expressing the gene coding for the PUMA protein under the control of a functional promoter in a mammalian cell, and b) a recombinant baculovirus containing a mammalian coxsackie adenovirus receptor inserted into its envelope, for its use in the local treatment of an inflammatory articular disease by induction of the apoptosis of synoviocytes, characterized in that the induction of apoptosis of synoviocytes is produced in the presence of pro-inflammatory cytokines.
An adhesive product provided with a removable release film and/or protective film, characterized in that the release film and/or protective film comprises at least one layer (a) based on at least one thermoplastic polymer and having at least on one of its surfaces as finishing a layer or covering based on at least one wax selected from the group consisting of fatty acids, fatty alcohols, C 7-30 alkyl-amines, C 7-30 alkenyl-amines, fatty acid esters and fatty acid amides as lipophilic compound, and having an embossed structure at least to the extent that it is in contact with the tacky surface of the product, and a layer (c) which adjacent to the layer (a) and is based on at least one hydrophilic, thermoplastic polymer selected from the group encompassing ethylene-vinyl alcohol copolymers, at least partly hydrolysed polyvinyl acetates, polyamides or a mixture of at least two of the stated polymers, the hydrophilicity of the thermoplastic polymer of the layer (c) being higher than the hydrophilicity of the thermoplastic polymer of the layer (a).
A crystal form A of apatinib mesylate characterized in that the XRPD pattern has a diffraction peak at 2θ values of 5.34, 10.341, 14.438, 15.841, 17.32, 18.301, 18.68, 19.005, 19.577, 20.26, 21.161, 21.859, 22.379, 23.04, 23.5, 24.177, 24.959, 25.881, 26.641, 27.18, 28.3, 28.999, 29.501, 31.96, 32.258, 33.999, 36.798, 37.38 and 41.297 with the error range of the 2θ values being ±0.2.
A method of offloading data traffic sent over a cellular network to a mobile computing device (100; 300; 600), the method comprising: sending information corresponding to one or more detected wireless networks from an authentication plugin host (420; 650) to an active authentication plugin (430; 640), the one or more detected wireless networks and the active authentication plugin being associated with a mobile operator; receiving information corresponding to one or more preferred wireless networks from the active authentication plugin at the authentication plugin host, the one or more preferred wireless networks being designated as preferred in the mobile computing device; connecting the mobile computing device to one of the one or more preferred wireless networks, the one of the one or more preferred wireless networks to which the mobile computing device is connected being a connected wireless network and being selected from the one or more detected wireless networks; sending a request to the active authentication plugin to authenticate the mobile computing device or a user of the mobile computing device on the connected wireless network; receiving information from the active authentication plugin indicating that authentication was successful; offloading at least a portion of the data traffic to the connected wireless network; sending a plugin update frequency from the active authentication plugin to the authentication plugin host; and sending plugin update commands to the active authentication plugin from the authentication plugin host at substantially at least the plugin update frequency. sending information corresponding to one or more detected wireless networks from an authentication plugin host (420; 650) to an active authentication plugin (430; 640), the one or more detected wireless networks and the active authentication plugin being associated with a mobile operator; receiving information corresponding to one or more preferred wireless networks from the active authentication plugin at the authentication plugin host, the one or more preferred wireless networks being designated as preferred in the mobile computing device; connecting the mobile computing device to one of the one or more preferred wireless networks, the one of the one or more preferred wireless networks to which the mobile computing device is connected being a connected wireless network and being selected from the one or more detected wireless networks; sending a request to the active authentication plugin to authenticate the mobile computing device or a user of the mobile computing device on the connected wireless network; receiving information from the active authentication plugin indicating that authentication was successful; offloading at least a portion of the data traffic to the connected wireless network; sending a plugin update frequency from the active authentication plugin to the authentication plugin host; and sending plugin update commands to the active authentication plugin from the authentication plugin host at substantially at least the plugin update frequency.
A dryer for drying a stent supported on a mandrel, comprising: a first housing configured for being connected to a gas supply; a second housing movable within the first housing, the second housing including a drying chamber in fluid communication with a mouth of the dryer and configured to receive and support the mandrel, the mouth being located near a base of the drying chamber, and a diffusion chamber (40/42) disposed below the mouth. a first housing configured for being connected to a gas supply; a second housing movable within the first housing, the second housing including a drying chamber in fluid communication with a mouth of the dryer and configured to receive and support the mandrel, the mouth being located near a base of the drying chamber, and a diffusion chamber (40/42) disposed below the mouth. a drying chamber in fluid communication with a mouth of the dryer and configured to receive and support the mandrel, the mouth being located near a base of the drying chamber, and a diffusion chamber (40/42) disposed below the mouth.
A method of manufacturing a heat exchanger, comprising: preparing two or more plates; forming an alloy layer on at least one surface of each of the plates by electroless plating or thermal spray coating, wherein the alloy layer comprises at least one of melting point depression elements such as B, Si, and P; after forming the alloy layer by the electroless plating or thermal spray coating, forming a passage operable to flow a liquid or gas in each of the plates; laminating the two or more plates, each having the alloy layer formed thereon such that the alloy layer is interposed between the respective plates; performing bonding heat treatment by heating and maintaining the laminated plates under conditions of a degree of vacuum in the range of 1 × 10 -4 - to 1 × 10 -3 torr and a temperature in the range of 900 to 1200°C for 0.1 to 6 hours, such that the alloy layer is bonded to the adjacent plate by transition liquid phase bonding. preparing two or more plates; forming an alloy layer on at least one surface of each of the plates by electroless plating or thermal spray coating, wherein the alloy layer comprises at least one of melting point depression elements such as B, Si, and P; after forming the alloy layer by the electroless plating or thermal spray coating, forming a passage operable to flow a liquid or gas in each of the plates; laminating the two or more plates, each having the alloy layer formed thereon such that the alloy layer is interposed between the respective plates; performing bonding heat treatment by heating and maintaining the laminated plates under conditions of a degree of vacuum in the range of 1 × 10 -4 - to 1 × 10 -3 torr and a temperature in the range of 900 to 1200°C for 0.1 to 6 hours, such that the alloy layer is bonded to the adjacent plate by transition liquid phase bonding.
An autoclave process for sterilising disposable absorbent hygiene products (1D, 2D, 3D, 4D, 5D, 6D, 7E), comprising the steps of a. providing autoclave equipment, operating as either a continuous process or batch process and comprising an outer pressure housing vessel (1A, 2E, 3F, 41, 5A, 6A, 7A, 8B, 9B) and more than one rotatably mounted internal bodies (2A, 3A, 4A); b. rotating said more than one internal bodies (2A, 3A, 4A), at a speed of more than 1 RPM, preferably around an axis that is inclined relative to the horizontal, wherein said rotating of said internal bodies (2A, 3A, 4A) applies between 0 to 1 G of acceleration forces to products so as to cause avalanching of the products within said rotating bodies (2A, 3A, 4A), further comprising the step of separating parts of said products (1D, 2D, 3D, 4D, 5D, 6D, 7E) into more than one processing sections separated by further rotating bodies (3E, 4E, 4F) within the autoclave, wherein products entering a central rotating processing section (2A, 3A, 4A) are separated into parts migrating from said central processing section radially outwardly through holes in a rotating body into sections of said further rotating members (3E, 4E, 4F) positioned radially further outwardly, a. providing autoclave equipment, operating as either a continuous process or batch process and comprising an outer pressure housing vessel (1A, 2E, 3F, 41, 5A, 6A, 7A, 8B, 9B) and more than one rotatably mounted internal bodies (2A, 3A, 4A); b. rotating said more than one internal bodies (2A, 3A, 4A), at a speed of more than 1 RPM, preferably around an axis that is inclined relative to the horizontal,
An edible formulation comprising the following ingredients, % on mix: - 19 to 30 weight % of a dietary supplement comprising at least 50 % of L-arginine or a physiologically acceptable salt thereof, - 20 to 35 weight % of cereal flakes, - 14 to 25 weight % of puffed brown or white rice, - 12 to 24 weight % of nuts, - 9 to 18 weight% of orange rind or dried fruit such as cranberries, blueberries, raspberry, blackberry - 2 to 10 weight % of water and/or fruit juice. - 19 to 30 weight % of a dietary supplement comprising at least 50 % of L-arginine or a physiologically acceptable salt thereof, - 20 to 35 weight % of cereal flakes, - 14 to 25 weight % of puffed brown or white rice, - 12 to 24 weight % of nuts, - 9 to 18 weight% of orange rind or dried fruit such as cranberries, blueberries, raspberry, blackberry - 2 to 10 weight % of water and/or fruit juice.
An apparatus (300, 400) comprising: a first path configured to be tuned to a first frequency band for amplifying first signal components in a first frequency band; a second path configured to be tuned to a second frequency band for amplifying second signal components in a second frequency band; and cross-coupled circuitry (390, 490) having a first input coupled to the first path and a second input coupled to the second path and having a first output coupled to the second path and a second output coupled to the first path for generating interference cancellation signals to cancel interference between the first and second signal components in the respective first and second frequency bands; wherein the cross-coupled circuitry comprises: a first set of transistors, a first transistor (318, 418) of the first set of transistors having a gate coupled to the first path and a second transistor (322, 422) of the first set of transistors having a drain coupled to the second path; and a second set of transistors, a first transistor (320, 420) of the second set of transistors having a gate coupled to the second path and a second transistor (324, 424) of the second set of transistors having a drain coupled to the first path. a first path configured to be tuned to a first frequency band for amplifying first signal components in a first frequency band; a second path configured to be tuned to a second frequency band for amplifying second signal components in a second frequency band; and cross-coupled circuitry (390, 490) having a first input coupled to the first path and a second input coupled to the second path and having a first output coupled to the second path and a second output coupled to the first path for generating interference cancellation signals to cancel interference between the first and second signal components in the respective first and second frequency bands; wherein the cross-coupled circuitry comprises: a first set of transistors, a first transistor (318, 418) of the first set of transistors having a gate coupled to the first path and a second transistor (322, 422) of the first set of transistors having a drain coupled to the second path; and a second set of transistors, a first transistor (320, 420) of the second set of transistors having a gate coupled to the second path and a second transistor (324, 424) of the second set of transistors having a drain coupled to the first path. a first set of transistors, a first transistor (318, 418) of the first set of transistors having a gate coupled to the first path and a second transistor (322, 422) of the first set of transistors having a drain coupled to the second path; and a second set of transistors, a first transistor (320, 420) of the second set of transistors having a gate coupled to the second path and a second transistor (324, 424) of the second set of transistors having a drain coupled to the first path.
Method of noise reduction, comprising determining dynamic control parameters selected from a group consisting of a current vehicle speed, tire pressure, vehicle on- or off-road status, dynamic driving modes, door/rooftop/trunk open/close states, windows/sunroof open/close states or an infotainment/entertainment operation/audio level; filtering reference signals x k [n], k = 1,.., K, K being an integer, representing noise by an adaptive filtering means comprising filter coefficients to obtain actuator driving signals y m [n], m = 1,.., M, M being an integer; outputting the actuator driving signals y m [n] by M loudspeakers to obtain loudspeaker signals; detecting the loudspeaker signals by L microphones, L being an integer; filtering the reference signals by estimated transfer functions representing the transfer of the loudspeaker signals output by the M loudspeakers to the L microphones to obtain filtered reference signals; and updating the filter coefficients of the adaptive filtering means based on the filtered reference signals and previously updated filter coefficients of the adaptive filtering means multiplied by leakage factors; and wherein the updating of the filter coefficients of the adaptive filtering means is at least partly performed in the frequency domain and by multiplying a matrix of the Fourier transformed previously updated filter coefficients by a matrix of leakage coefficients; and wherein adaptation step sizes of the updating of the filter coefficients of the adaptive filtering means are given by a time-dependent and frequency-dependent matrix μ SP k,m [k] comprising values of the adaptation step sizes that depend on the determined dynamic control parameters; and wherein values of the adaptation step sizes that exceed a maximum value are reduced to the maximum value and values of the adaptation step sizes that lie below a minimum value are increased to that minimum value.
Endoprosthesis for a long bone, in particular for a femoral stump, having a bone wall and a medullary cavity, having: an at least approximately straight shaft, defining a longitudinal direction L, with a proximal implant portion having a proximal end, and a distal head portion having a distal end, wherein the shaft is intended to be inserted into the medullary cavity of the long bone; a head part, able to be fastened to the distal head portion of the shaft, with a supporting surface integrally formed on the head part, said supporting surface being intended to support a distal end face of the long bone in the implanted state of the endoprosthesis; and a fastening element for fastening the head part to the shaft, wherein the distal head portion of the shaft has a distal recess, open towards the distal end, with a bottom, and the head part has an integral connecting peg, protruding from the supporting surface, with a base and a free peg end, said connecting peg being intended, in order to connect the head part and shaft, to be plugged, with the free end first, into the distal recess in the shaft, wherein the head part has a through-opening, extending in the longitudinal direction L, with a shoulder, and the shaft has a depression, in the form of a blind hole, extending in the longitudinal direction L from the bottom of the distal recess, wherein the fastening element is insertable into the opening in the head part and cooperates with the depression in the form of a blind hole in the assembled state, characterized in that the shoulder is arranged in the region of the free peg end. an at least approximately straight shaft, defining a longitudinal direction L, with a proximal implant portion having a proximal end, and a distal head portion having a distal end, wherein the shaft is intended to be inserted into the medullary cavity of the long bone; a head part, able to be fastened to the distal head portion of the shaft, with a supporting surface integrally formed on the head part, said supporting surface being intended to support a distal end face of the long bone in the implanted state of the endoprosthesis; and a fastening element for fastening the head part to the shaft, wherein the distal head portion of the shaft has a distal recess, open towards the distal end, with a bottom, and the head part has an integral connecting peg, protruding from the supporting surface, with a base and a free peg end, said connecting peg being intended, in order to connect the head part and shaft, to be plugged, with the free end first, into the distal recess in the shaft, wherein the head part has a through-opening, extending in the longitudinal direction L, with a shoulder, and the shaft has a depression, in the form of a blind hole, extending in the longitudinal direction L from the bottom of the distal recess, wherein the fastening element is insertable into the opening in the head part and cooperates with the depression in the form of a blind hole in the assembled state, characterized in that the shoulder is arranged in the region of the free peg end.