mhurhangee/patent-ind-claim-en huggingface dataset:
An electronics module comprising: a housing (H) comprising: a forced convection chamber (FC) including an internal forced convection space; and, a passive chamber (PC) including an internal passive space that is separated from the forced convection space of the forced convection chamber; at least one fan (F1, F2) connected to the housing (H) and adapted to induce forced convection airflow in the forced convection space; a heat sink (HS) connected to the housing (H), said heat sink (HS) comprising: a heat input portion (HI) exposed to the passive space of the passive chamber (PC), wherein said heat input portion (HI) comprises a base (HB) of said heat sink (HS); and, a heat output portion (HO) exposed to the forced convection space of the forced convection chamber (FC); a circuit board assembly (P1) located in the passive space, said circuit board assembly (P1) comprising at least one electronic component (MP) that is thermally engaged with the heat input portion (HI) of the heat sink (HS); characterized by a clamping plate (CP) secured to the heat sink base (HB), wherein said circuit board assembly (P1) is captured between the clamping plate (CP) and an outer wall of the heat sink base (HB) to secure the circuit board assembly (P1) to the heat sink base (HB); and a resilient member (CS) located between the clamping plate (CP) and the circuit board assembly (P1) such that the resilient member (CS) applies a clamping force (CLX) directly to the at least one electronic component (MP) of the circuit board assembly (P1). a housing (H) comprising: a forced convection chamber (FC) including an internal forced convection space; and, a passive chamber (PC) including an internal passive space that is separated from the forced convection space of the forced convection chamber; at least one fan (F1, F2) connected to the housing (H) and adapted to induce forced convection airflow in the forced convection space; a heat sink (HS) connected to the housing (H), said heat sink (HS) comprising: a heat input portion (HI) exposed to the passive space of the passive chamber (PC), wherein said heat input portion (HI) comprises a base (HB) of said heat sink (HS); and, a heat output portion (HO) exposed to the forced convection space of the forced convection chamber (FC); a circuit board assembly (P1) located in the passive space, said circuit board assembly (P1) comprising at least one electronic component (MP) that is thermally engaged with the heat input portion (HI) of the heat sink (HS); characterized by a clamping plate (CP) secured to the heat sink base (HB), wherein said circuit board assembly (P1) is captured between the clamping plate (CP) and an outer wall of the heat sink base (HB) to secure the circuit board assembly (P1) to the heat sink base (HB); and a resilient member (CS) located between the clamping plate (CP) and the circuit board assembly (P1) such that the resilient member (CS) applies a clamping force (CLX) directly to the at least one electronic component (MP) of the circuit board assembly (P1).
A method comprising: receiving, by a mobile device, a first user-specified calendar item, the first calendar item comprising a first subject line specifying a first event and an indication of a first time period during which the first event is scheduled to occur; determining by the mobile, during the first time period, a significant location of the mobile device; in response to the determining, associating, in a database, the first subject line with geographical coordinates describing the location; subsequent to the first time period, receiving a second user-specified calendar item, the second calendar item comprising a second subject line specifying a second event and an indication of a second time period during which the second event is scheduled to occur, the second calendar item being different from the first calendar item, and the second time period being different from the first time period; determining a match between at least a portion of the second subject line and at least a portion of the first subject line stored in the database; determining, based on the match, that a user of the mobile device is likely to visit the location during the second time period; and in response to determining that the user is likely to visit the location during the second time period, providing, by the mobile device and ahead of the second time period, a reminder to visit the location. receiving, by a mobile device, a first user-specified calendar item, the first calendar item comprising a first subject line specifying a first event and an indication of a first time period during which the first event is scheduled to occur; determining by the mobile, during the first time period, a significant location of the mobile device; in response to the determining, associating, in a database, the first subject line with geographical coordinates describing the location; subsequent to the first time period, receiving a second user-specified calendar item, the second calendar item comprising a second subject line specifying a second event and an indication of a second time period during which the second event is scheduled to occur, the second calendar item being different from the first calendar item, and the second time period being different from the first time period; determining a match between at least a portion of the second subject line and at least a portion of the first subject line stored in the database; determining, based on the match, that a user of the mobile device is likely to visit the location during the second time period; and in response to determining that the user is likely to visit the location during the second time period, providing, by the mobile device and ahead of the second time period, a reminder to visit the location.
A heat cost allocator device , for application to a heating element (R) in a room of a building, comprising a body configured to be fixed in contact with said heating element, said body enclosing at least: - a logic unit ; - a first temperature sensor (TS1); - an electric charge accumulator ; - an integrated radio communication system; characterized in that said radio communication system comprises a communication module controlled by the logic unit configured to communicate directly with Telco operator base stations to connect to the wide area network (internet) and, through said wide area network, to communicates with a remote data collection system for sending to it information already processed and stored in the cost allocator device relative to the energy consumption. - a logic unit ; - a first temperature sensor (TS1); - an electric charge accumulator ; - an integrated radio communication system;
A rotor comprising a rotary shaft and two magnets fixed to the rotary shaft , each magnet covering a half of the circumference of the shaft along a circumferential direction and comprising a radial outer surface , a radial inner surface , and two connecting surfaces that connect the radial outer surface and the radial inner surface at opposite ends of the magnet , the radial outer surface has an arc section , wherein a ratio of a pole arc angle (θ) of each magnet to a 180-degree angle is in the range of 0.75 to 0.94, wherein the pole arc angle (θ) is an angle formed by hypothetical lines connecting two circumferential ends of the arc section of the radial outer section and a centre axis of the rotary shaft , wherein the radial inner surfaces of the two magnets cooperatively form an annular surface which defines an inner bore for the rotary shaft to pass therethrough, and characterized in that the radial outer surface of each magnet further includes two plane sections extending respectively from opposite circumferential ends of the arc portion to the connecting surfaces .
A device for supporting cables for articulated vehicles , in particular articulated buses, designed for installation in an intercommunicating compartment between two adjacent cabins of an articulated vehicle , comprising at least one cable-holder element defining internally at least one channel (V) for housing at least one cable, said cable-holder element extending along a line of extension lying substantially in a plane (XY) and being flexible on said plane (XY); said device further comprisin: - two anchoring plates connected or connectable to respective ends of the cable-holder element and each configured for the stable mounting to an end portion of a respective frame structure of said articulated vehicle , in particular of a respective cabin ; - at least one connecting element , positioned for connecting between at least one of said ends of the cable-holder element and the respective anchoring plate , comprising at least one joint configured to allow a reciprocal movement, between the respective end of the cable-holder element and the respective anchoring plate , at least about two axes of rotation (A, B) which are not parallel and preferably perpendicular, the device being characterized in that said at least one cable-holder element is defined by a chain with articulated links, comprising a plurality of links connected in succession along said line of extension by means of joining pins defining axes of rotation perpendicular to said lying plane (XY). - two anchoring plates connected or connectable to respective ends of the cable-holder element and each configured for the stable mounting to an end portion of a respective frame structure of said articulated vehicle , in particular of a respective cabin ; - at least one connecting element , positioned for connecting between at least one of said ends of the cable-holder element and the respective anchoring plate , comprising at least one joint configured to allow a reciprocal movement, between the respective end of the cable-holder element and the respective anchoring plate , at least about two axes of rotation (A, B) which are not parallel and preferably perpendicular,
A digital triggering system for processing data relating to a signal received, comprising: - an analog-to-digital converter for converting an analog input signal into a digital signal, - an In-phase and Quadrature-phase, IQ, data source providing IQ data, - a first digital signal processor located downstream of said IQ data source , and - at least a second digital signal processor located downstream of said IQ data source , said first digital signal processor being connected with said IQ data source via a first signal path so that said first digital signal processor obtains the IQ data provided by said IQ data source , said second digital signal processor being connected with said IQ data source via a second signal path so that said second digital signal processor obtains the IQ data provided by said IQ data source , said first digital signal processor having at least a first signal processing parameter and said second digital signal processor having at least a second signal processing parameter, said first signal processing parameter and said second signal processing parameter being independent from each other, said first digital signal processor generating a trigger signal based upon a characteristic of the IQ data obtained from said IQ data source , and said first digital signal processor triggering said second digital signal processor via said trigger signal to acquire IQ data obtained from said IQ data source . - an analog-to-digital converter for converting an analog input signal into a digital signal, - an In-phase and Quadrature-phase, IQ, data source providing IQ data, - a first digital signal processor located downstream of said IQ data source , and - at least a second digital signal processor located downstream of said IQ data source , said second digital signal processor being connected with said IQ data source via a second signal path so that said second digital signal processor obtains the IQ data provided by said IQ data source , said first digital signal processor having at least a first signal processing parameter and said second digital signal processor having at least a second signal processing parameter, said first signal processing parameter and said second signal processing parameter being independent from each other, said first digital signal processor generating a trigger signal based upon a characteristic of the IQ data obtained from said IQ data source , and said first digital signal processor triggering said second digital signal processor via said trigger signal to acquire IQ data obtained from said IQ data source .
Pneumatic actuator for axial displacement of an object, the actuator comprises: - an actuator piston disc , - a cylinder volume, wherein the actuator piston disc separates said cylinder volume in a first portion and a second portion and is in axial direction displaceable back and forth in said cylinder volume between an inactive position and an active position, - an inlet channel extending between a pressure fluid inlet and the first portion of the cylinder volume, - a first inlet valve body arranged in said inlet channel , - an outlet channel extending between the first portion of the cylinder volume and a pressure fluid outlet , and - an outlet valve body arranged in said outlet channel , characterized in that the pneumatic actuator comprises a slave piston that is displaceable back and forth in a bore between an inactive position and an active position, the slave piston being configured to during its movement from the inactive position to the active position displace said first inlet valve body to an active position at which the inlet channel is open, the slave piston comprises a piston driver that is located in a piston driver volume of said bore and that has at least one projection interacting with an opening that connects the piston driver volume of the bore with a control pressure channel configured to be connected to an electrically controlled pilot valve , said projection protruding into the opening as the slave piston returns to its inactive position so that the opening has a first flow area (A1) and said projection being located at a distance from the opening when the slave piston is in its active position wherein the opening has a second flow area (A2), wherein said second flow area (A2) is greater than said first flow area (A1) so that the movement of the slave piston is pneumatically damped just before the slave piston takes its inactive position. - an actuator piston disc , - a cylinder volume, wherein the actuator piston disc separates said cylinder volume in a first portion and a second portion and is in axial direction displaceable back and forth in said cylinder volume between an inactive position and an active position, - an inlet channel extending between a pressure fluid inlet and the first portion of the cylinder volume, - a first inlet valve body arranged in said inlet channel , - an outlet channel extending between the first portion of the cylinder volume and a pressure fluid outlet , and - an outlet valve body arranged in said outlet channel ,
A xanthogen-modified chloroprene rubber, wherein a bonding amount of chloroprene units is 78 to 98.9% by mass; a bonding amount of 2,3-dichloro-1,3-butadiene units is 1 to 20% by mass; and a bonding amount of α,β-unsaturated carboxylic acid units is 0.1 to 2% by mass, and a weight average molecular weight is 340,000 to 520,000.
A computer-implemented method of pseudo-randomly selecting game elements for use in playing a game, wherein the game is played by a set of users , wherein the game elements are used to determine an outcome of the game, and wherein the method is performed by an oracle and comprises: obtaining a set of seed data items, wherein the set of seed data items comprises one or more user seed data items generated by a respective user ; obtaining a sequence of public keys; obtaining a list of game elements, wherein a total number of public keys corresponds to a total number of game elements; and generating a first output of a game transaction, wherein the game transaction is a blockchain transaction, wherein the first output comprises the sequence of public keys, and wherein the output comprises a script configured to generate at least one pseudorandom number, the at least one pseudorandom number being based on the set of seed data items, wherein the script is configured to generate a list of the public keys based on the at least one pseudorandom number, and wherein an order of public keys in the list of public keys differs compared to an order of public keys in the sequence of public keys. obtaining a set of seed data items, wherein the set of seed data items comprises one or more user seed data items generated by a respective user ; obtaining a sequence of public keys; obtaining a list of game elements, wherein a total number of public keys corresponds to a total number of game elements; and generating a first output of a game transaction, wherein the game transaction is a blockchain transaction, wherein the first output comprises the sequence of public keys, and wherein the output comprises a script configured to generate at least one pseudorandom number, the at least one pseudorandom number being based on the set of seed data items, wherein the script is configured to generate a list of the public keys based on the at least one pseudorandom number, and wherein an order of public keys in the list of public keys differs compared to an order of public keys in the sequence of public keys.
Brush seal for a turbine, in particular an aircraft gas turbine, comprising a sealing element (20; 120) and a sealing surface (14; 114) which interacts with the sealing element (20; 120), the sealing element (20; 120) and the sealing surface (14; 114) being arranged concentrically around a machine axis (MA) of the turbine and being rotatable relative to one another about the machine axis (MA), the sealing element (20; 120) and the sealing surface (14; 114) being designed such that an intermediate space (ZR) is formed between them in a first operating state, and such that a sealing contact is produced between the sealing element (20; 120) and the sealing surface (14; 114) in a second operating state, characterized in that the sealing contact between the sealing element (20; 120) and the sealing surface (14; 114) in the second operating state, in which the sealing element (20; 120) and the sealing surface (14; 114) are subjectto an operating temperature of the turbine of several hundred degrees Celsius, is produced by means of thermal expansion on the sealing surface and/or on the sealing element.
A T lymphocyte for use in a method of treatment of a tumor in an individual, wherein said T lymphocyte expresses a polypeptide comprising (i) a transmembrane domain from CTLA4 or PD-1, (ii) a CD3ζ intracellular signaling domain, and (iii) an extracellular domain that binds to an antigen on a tumor cell, wherein said polypeptide is a chimeric antigen receptor (CAR), and wherein said T lymphocyte expressing said polypeptide is activated or stimulated to proliferate when said polypeptide binds to said antigen, and wherein if the transmembrane domain is from CTLA4, the extracellular domain of said polypeptide is not from CTLA4; and if the transmembrane domain is from PD-1, the extracellular domain of said polypeptide is not from PD-1.
A method for detecting the imbalanced state of a wheel comprising the steps of: utilizing or measuring a tire acceleration signal and generating or extracting tire vertical mode frequency data; determining a wheel hop value from the peak of the curve of the tire vertical mode frequency data; and determining if the wheel hop value is greater than a predetermined threshold value, and then sending an alert if an imbalance is detected; characterized in that (i) a road roughness indicator is determined from a peak of the curve of the tire vertical mode frequency data in the 60 to 100 Hz frequency range; or in that (ii) the predetermined threshold value is a function of a road roughness indicator, wherein the road roughness indicator is determined from the peak of the tire vertical mode acceleration signal in the 60 to 100 Hz frequency range. utilizing or measuring a tire acceleration signal and generating or extracting tire vertical mode frequency data; determining a wheel hop value from the peak of the curve of the tire vertical mode frequency data; and determining if the wheel hop value is greater than a predetermined threshold value, and then sending an alert if an imbalance is detected; characterized in that (i) a road roughness indicator is determined from a peak of the curve of the tire vertical mode frequency data in the 60 to 100 Hz frequency range; or in that (ii) the predetermined threshold value is a function of a road roughness indicator, wherein the road roughness indicator is determined from the peak of the tire vertical mode acceleration signal in the 60 to 100 Hz frequency range.
A method for programming a programmable hearing assistance device , comprising: (a) receiving a hearing loss profile of a user of the programmable hearing assistance device ; (b) based at least in part on the hearing loss profile, determining a preferred hearing correction algorithm for the user; (c) storing the preferred hearing correction algorithm in a memory of the programmable hearing assistance device , in which one or more preloaded hearing correction algorithms were previously stored, wherein the one or more preloaded hearing correction algorithms are generally used to compensate for normal patterns of hearing loss experienced by a wide range of hearing-impaired persons; (d) after completion of step (c), delivering the programmable hearing assistance device to the user; (e) during an initial setup procedure, the user listening to sounds amplified by the programmable hearing assistance device while switching between the preferred hearing correction algorithm and the one or more preloaded hearing correction algorithms; and (f) the user selecting the preferred hearing correction algorithm or one of the one or more preloaded hearing correction algorithms for continued use in the programmable hearing assistance device , wherein the algorithm selected in step (f) comprises a selected algorithm that continues to be used in the programmable hearing assistance device after completion of the initial setup procedure. (a) receiving a hearing loss profile of a user of the programmable hearing assistance device ; (b) based at least in part on the hearing loss profile, determining a preferred hearing correction algorithm for the user; (c) storing the preferred hearing correction algorithm in a memory of the programmable hearing assistance device , in which one or more preloaded hearing correction algorithms were previously stored, wherein the one or more preloaded hearing correction algorithms are generally used to compensate for normal patterns of hearing loss experienced by a wide range of hearing-impaired persons; (d) after completion of step (c), delivering the programmable hearing assistance device to the user; (e) during an initial setup procedure, the user listening to sounds amplified by the programmable hearing assistance device while switching between the preferred hearing correction algorithm and the one or more preloaded hearing correction algorithms; and (f) the user selecting the preferred hearing correction algorithm or one of the one or more preloaded hearing correction algorithms for continued use in the programmable hearing assistance device ,