mhurhangee/patent-ind-claim-en huggingface dataset:
Electric accordion , comprising a descant side and a bass side , and a bellows apparatus that connects the descant side to the bass side and defines a bellows volume , wherein the descant side and the bass side are movable relative to one another with a change to the bellows volume , wherein a first group of controls are arranged on the descant side and a second group of controls are arranged on the bass side , wherein at least one resistance device with at least one resistance element is provided, which device is designed to at least partially open or close at least one opening in the bellows apparatus depending on a position of the at least one resistance element , wherein a computing apparatus is provided which is designed to receive a signal, preferably a MIDI signal generated on the basis of an actuation of the at least one control , from a control apparatus or directly from the at least one control , characterised in that the computing apparatus is designed to extract at least one piece of sound information of a played sound, relating to the actuation of the at least one control , from a MIDI signal generated in a control apparatus or a MIDI signal received from a control , wherein the resistance device is designed to position the at least one resistance element depending on the at least one piece of sound information and to set a corresponding air flow through the at least one opening depending on the played sound.
A can bodymaker comprising: a tool pack including a reciprocating ram and a die pack , the die pack having at least one die ring , the reciprocating ram including a punch mounted thereon; wherein said at least one die ring has an opening sized to allow the punch to pass therethrough; and the ram being positioned so that the punch reciprocates through the die pack ; characterised in that the bodymaker further comprises: a compressed gas system structured to deliver a gas to at least one nozzle assembly ; and at least one nozzle assembly disposed adjacent to the die ring , the at least one nozzle assembly including an outlet , the at least one nozzle assembly outlet structured to direct a gas toward at least one of the ram and the at least one die ring ; wherein the at least one nozzle assembly outlet is structured to direct the gas in a path; and wherein the path is one of a circular path or spiral path. a tool pack including a reciprocating ram and a die pack , the die pack having at least one die ring , the reciprocating ram including a punch mounted thereon; wherein said at least one die ring has an opening sized to allow the punch to pass therethrough; and the ram being positioned so that the punch reciprocates through the die pack ; characterised in that the bodymaker further comprises: a compressed gas system structured to deliver a gas to at least one nozzle assembly ; and at least one nozzle assembly disposed adjacent to the die ring , the at least one nozzle assembly including an outlet , the at least one nozzle assembly outlet structured to direct a gas toward at least one of the ram and the at least one die ring ; wherein the at least one nozzle assembly outlet is structured to direct the gas in a path; and wherein the path is one of a circular path or spiral path. a compressed gas system structured to deliver a gas to at least one nozzle assembly ; and at least one nozzle assembly disposed adjacent to the die ring , the at least one nozzle assembly including an outlet , the at least one nozzle assembly outlet structured to direct a gas toward at least one of the ram and the at least one die ring ; wherein the at least one nozzle assembly outlet is structured to direct the gas in a path; and wherein the path is one of a circular path or spiral path.
A solid-state imaging device comprising: a substrate; a first pixel including a first photoelectric conversion region that is provided in the substrate; a second pixel including a second photoelectric conversion region that is provided in the substrate; a trench that is provided between the first photoelectric conversion region and the second photoelectric conversion region and penetrates through the substrate; a first concave portion region that has a plurality of concave portions provided on a light receiving surface side of the substrate, above the first photoelectric conversion region, wherein the first concave portion region is formed only at a central portion of the first pixel by providing a flat portion in the peripheral portion of the first pixel; and a second concave portion region that has a plurality of concave portions provided on the light receiving surface side of the substrate, above the second photoelectric conversion region, wherein the second concave portion region is formed only at a central portion of a second pixel by providing a flat portion in the peripheral portion of the second pixel; wherein the first pixel and the second pixel are adjacent pixels, and wherein the flat portion of a predetermined width in which the first and the second concave portion region is not formed is provided between the first and the second pixel on the light receiving surface side. a substrate; a first pixel including a first photoelectric conversion region that is provided in the substrate; a second pixel including a second photoelectric conversion region that is provided in the substrate; a trench that is provided between the first photoelectric conversion region and the second photoelectric conversion region and penetrates through the substrate; a first concave portion region that has a plurality of concave portions provided on a light receiving surface side of the substrate, above the first photoelectric conversion region, wherein the first concave portion region is formed only at a central portion of the first pixel by providing a flat portion in the peripheral portion of the first pixel; and a second concave portion region that has a plurality of concave portions provided on the light receiving surface side of the substrate, above the second photoelectric conversion region, wherein the second concave portion region is formed only at a central portion of a second pixel by providing a flat portion in the peripheral portion of the second pixel; wherein the first pixel and the second pixel are adjacent pixels, and wherein the flat portion of a predetermined width in which the first and the second concave portion region is not formed is provided between the first and the second pixel on the light receiving surface side.
A retrofit electric machine for a bicycle , comprising: a housing configured to be attached to a frame of a bicycle , a rotating electric machine attached to the housing ; an annular rotating member mounted on the housing in a rotatable manner to be centered around a rotational center line of a crankshaft for a pedal of the bicycle , and connected to the rotating electric machine in a torque transmitting relationship; and a connecting member including a first connecting portion configured to be connected to the crankshaft with a shape fit so as to rotate integrally with the crankshaft , and a second connecting portion secured to the rotating member characterized in that the second connecting portion includes an abutting portion configured to abut against a surface of a crankarm connected to the crankshaft on a trailing side of a pedaling rotational direction thereof. a housing configured to be attached to a frame of a bicycle , a rotating electric machine attached to the housing ; an annular rotating member mounted on the housing in a rotatable manner to be centered around a rotational center line of a crankshaft for a pedal of the bicycle , and connected to the rotating electric machine in a torque transmitting relationship; and a connecting member including a first connecting portion configured to be connected to the crankshaft with a shape fit so as to rotate integrally with the crankshaft , and a second connecting portion secured to the rotating member characterized in that the second connecting portion includes an abutting portion configured to abut against a surface of a crankarm connected to the crankshaft on a trailing side of a pedaling rotational direction thereof.
An electronic vaping device comprising: a first section having a male connector , the male connector including: at least one flange on an outer surface of the male connector , at least a portion of the flange having a substantially planar first surface, a male anode portion , and a male cathode portion; and a second section having a female connector , the female connector configured to engage the male connector to connect the first section to the second section, the female connector including: at least one secant flange on a surface of an internal recess , a flange receiving slot in the form of a through-hole for providing access to the internal recess from outside the female connector , wherein the flange receiving slot is configured to engage with the flange of the male connector, a female anode portion , and a female cathode portion. a first section having a male connector , the male connector including: at least one flange on an outer surface of the male connector , at least a portion of the flange having a substantially planar first surface, a male anode portion , and a male cathode portion; and at least one flange on an outer surface of the male connector , at least a portion of the flange having a substantially planar first surface, a male anode portion , and a male cathode portion; and a second section having a female connector , the female connector configured to engage the male connector to connect the first section to the second section, the female connector including: at least one secant flange on a surface of an internal recess , a flange receiving slot in the form of a through-hole for providing access to the internal recess from outside the female connector , wherein the flange receiving slot is configured to engage with the flange of the male connector, a female anode portion , and a female cathode portion. at least one secant flange on a surface of an internal recess , a flange receiving slot in the form of a through-hole for providing access to the internal recess from outside the female connector , wherein the flange receiving slot is configured to engage with the flange of the male connector, a female anode portion , and a female cathode portion.
A method of preparing a conditionally active biological protein, the method comprising the steps of: i. selecting a parent biological protein; ii. evolving the DNA which encodes the parent biological protein using one or more evolutionary techniques to create mutant DNAs; iii. expressing the mutant DNAs to obtain mutant biological proteins; iv. subjecting the mutant biological proteins and the parent biological protein to an assay under a first physiological condition of synovial fluid at a first location and to an assay under a second physiological condition selected from physiological conditions of a second location in a body that is different from the first location; and v. selecting the conditionally active biological protein from the mutant biologic proteins which preferentially function in the synovial fluid but not or to a lesser extent act upon other parts of the body and exhibit an increased activity in the assay under the first physiological condition compared to the same activity in the assay under the second physiological condition, wherein the first physiological condition of the synovial fluid is selected from a low glucose concentration, a pH different from the pH of blood plasma, and a low concentration of proteins. i. selecting a parent biological protein; ii. evolving the DNA which encodes the parent biological protein using one or more evolutionary techniques to create mutant DNAs; iii. expressing the mutant DNAs to obtain mutant biological proteins; iv. subjecting the mutant biological proteins and the parent biological protein to an assay under a first physiological condition of synovial fluid at a first location and to an assay under a second physiological condition selected from physiological conditions of a second location in a body that is different from the first location; and v. selecting the conditionally active biological protein from the mutant biologic proteins which preferentially function in the synovial fluid but not or to a lesser extent act upon other parts of the body and exhibit an increased activity in the assay under the first physiological condition compared to the same activity in the assay under the second physiological condition,
Process for producing a feedstuff, characterized in that the production involves the use of oil from marine animals in an amount of 1 to 12% by weight, a Labyrinthulea biomass, based on the dry mass, in an amount of 2 to 20% by weight and meal from marine animals in an amount of 5 to 25% by weight.
Screw for different screwdrivers or bits, whereby the screw head is designed in such a way as to provide suitable contact surfaces for slotted, one-way, cross, Torx, Robertson, Hex socket, Torq-set, Pozidriv or spanner (pig nose) screwdrivers or bits to transfer the torque from the screwdriver or bit to the screw head. Screw is characterised by the contact surfaces having dimensions a to y as illustrated in Fig.6, whereby in Fig. 6, the dimensions b to y of the screw head contact surfaces are in the same proportions to the height dimension a of the screw head on the one hand, and on other, for standardised screw sizes, as follows:
Modular surveillance system for an infrastructure and/or for a vehicle, comprising - at least two sensor modules (2a-2d) configured to collect respective sensor data (U, T, V, A) from respectively associated sensors (3a-3d); - at least one access module (5, 5a-5d) configured to access the sensor data (U, T, V, A); - a clock module being configured to provide a common time signal (t) at least to two of the sensor modules (2a-2d); with - the sensor modules (2a-2d) being configured to provide the sensor data (U, T, V, A) with a time stamp, wherein the time stamp is based on the common time signal (t); and - the access module (5, 5a-5d) being configured to forward the accessed sensor data (U, T, V, A) by taking into account the time stamp, characterised in that the sensor modules (2a-2d) and/or access modules (5, 5a-5d) have a common design so that different kind of sensor data (U, T, V, A ) can be handled by different modules (2a-2d, 5, 5a-5d) using the common design enabling simplified measuring of a network load of the system , and the sensor modules (2a-2d) and/or the at least one access module (5, 5a-5d) can be configured during operation of the system to collect and/or access and forward sensor data (U, T, V, A) only with a data rate limited by a predetermined maximum data rate which is preset dynamically in dependence upon the network load of the system . - at least two sensor modules (2a-2d) configured to collect respective sensor data (U, T, V, A) from respectively associated sensors (3a-3d); - at least one access module (5, 5a-5d) configured to access the sensor data (U, T, V, A); - a clock module being configured to provide a common time signal (t) at least to two of the sensor modules (2a-2d); with - the sensor modules (2a-2d) being configured to provide the sensor data (U, T, V, A) with a time stamp, wherein the time stamp is based on the common time signal (t); and - the access module (5, 5a-5d) being configured to forward the accessed sensor data (U, T, V, A) by taking into account the time stamp, the sensor modules (2a-2d) and/or access modules (5, 5a-5d) have a common design so that different kind of sensor data (U, T, V, A ) can be handled by different modules (2a-2d, 5, 5a-5d) using the common design enabling simplified measuring of a network load of the system , and the sensor modules (2a-2d) and/or the at least one access module (5, 5a-5d) can be configured during operation of the system to collect and/or access and forward sensor data (U, T, V, A) only with a data rate limited by a predetermined maximum data rate which is preset dynamically in dependence upon the network load of the system .
Method to control a conditioning apparatus to prevent or reduce the risk or likelihood that molds will form, proliferate and grow, in particular in internal spaces conditioned by said conditioning apparatus , comprising the steps of: - receiving information that is characteristic of a room to be conditioned indicative of the thermal state of said room to be conditioned , - calculating a risk factor indicative of the likelihood of mold formation in said room to be conditioned , in which said risk factor is a function of said characteristic information, - comparing said risk factor with a respective threshold value, - activating said conditioning apparatus for a determinate interval of time when the outcome of the step of comparing said risk factor with said respective threshold value reveals a high risk of mold formation, characterized in that during said step of receiving the characteristic information of a room to be conditioned said method provides to drive in an alternate movement deflector means comprised in said conditioning apparatus so as to mix the air in the room to be conditioned . - receiving information that is characteristic of a room to be conditioned indicative of the thermal state of said room to be conditioned , - calculating a risk factor indicative of the likelihood of mold formation in said room to be conditioned , in which said risk factor is a function of said characteristic information, - comparing said risk factor with a respective threshold value, - activating said conditioning apparatus for a determinate interval of time when the outcome of the step of comparing said risk factor with said respective threshold value reveals a high risk of mold formation, characterized in that during said step of receiving the characteristic information of a room to be conditioned said method provides to drive in an alternate movement deflector means comprised in said conditioning apparatus so as to mix the air in the room to be conditioned .
A device for supporting detection of return of spontaneous circulation during cardiopulmonary resuscitation, the device comprising - a PPG input configured to obtain one or more photoplethysmography, PPG, signals of a patient; - a BP output configured to provide a BP control signal for controlling a BP sensor to start measuring blood pressure, BP, of the patient; - a BP input configured to obtain one or more BP measurements ; and - a processing unit configured to analyze one or more predefined PPG signal properties of the one or more PPG signals and to generate the BP control signal if one or more of the PPG signal properties fulfill a predefined condition, wherein the one or more PPG signal properties correspond to at least pulse rate, pulse strength, and duration of the pulse presence of the patient, and wherein the predefined condition comprises respective thresholds for pulse rate, pulse strength, and pulse presence duration, and wherein the predefined condition is for detecting return of a spontaneous pulse; wherein the processing unit is configured to assess a status of an indicator of cardiogenic output indicating return of spontaneous circulation based on a combination of the one or more PPG signals with the BP measurements. - a PPG input configured to obtain one or more photoplethysmography, PPG, signals of a patient; - a BP output configured to provide a BP control signal for controlling a BP sensor to start measuring blood pressure, BP, of the patient; - a BP input configured to obtain one or more BP measurements ; and - a processing unit configured to analyze one or more predefined PPG signal properties of the one or more PPG signals and to generate the BP control signal if one or more of the PPG signal properties fulfill a predefined condition, wherein the one or more PPG signal properties correspond to at least pulse rate, pulse strength, and duration of the pulse presence of the patient, and wherein the predefined condition comprises respective thresholds for pulse rate, pulse strength, and pulse presence duration, and wherein the predefined condition is for detecting return of a spontaneous pulse; wherein the processing unit is configured to assess a status of an indicator of cardiogenic output indicating return of spontaneous circulation based on a combination of the one or more PPG signals with the BP measurements. wherein the one or more PPG signal properties correspond to at least pulse rate, pulse strength, and duration of the pulse presence of the patient, and wherein the predefined condition comprises respective thresholds for pulse rate, pulse strength, and pulse presence duration, and wherein the predefined condition is for detecting return of a spontaneous pulse; wherein the processing unit is configured to assess a status of an indicator of cardiogenic output indicating return of spontaneous circulation based on a combination of the one or more PPG signals with the BP measurements.
Electrical equipment comprising a cover , a circuit board , and a heatsink arranged to dissipate heat produced by the circuit board outwards from the electrical equipment , the heatsink comprising at least one free fin and two fastener fins , the free fin(s) being positioned between the fastener fins, the cover being generally cylindrical in shape, having an opening that extends over the entire length of the cover , the opening being defined between two lateral ends of the cover, the cover comprising two longitudinal splines that extend from an inside surface of the cover and each of which runs along an edge of a respective one of the lateral ends , the cover being arranged in such a manner that, when the electrical equipment is assembled, the cover surrounds the electrical equipment and the two lateral ends of the cover are snap-fastened to the two fastener fins , the longitudinal splines being resiliently engaged with the fastener fins, the free fin(s) extend(s) outwards from the electrical equipment without being covered by the cover .
Seal system comprising: - at least one male body having an outer surface; - at least one female body having an inner surface coupled with said outer surface, said inner surface and said outer surface being cylindrical surfaces that are coaxial with one another, said inner and outer surfaces being slidable in relation to one another at least partially in an axial direction, an interstice being comprised between said inner and outer surfaces; - at least one chamber arranged for containing plastics, said chamber being at least partially defined by said male body and/or by said female body , said chamber communicating with said interstice in at least one operating configuration of said bodies (1; 2); characterised in that through said interstice plastics can leak that are contained in said chamber, in that said seal system comprises at least one seal ring arranged in said interstice to prevent leaking of said plastics, and in that said seal ring is an open elastic ring. - at least one male body having an outer surface; - at least one female body having an inner surface coupled with said outer surface, said inner surface and said outer surface being cylindrical surfaces that are coaxial with one another, said inner and outer surfaces being slidable in relation to one another at least partially in an axial direction, an interstice being comprised between said inner and outer surfaces; - at least one chamber arranged for containing plastics, said chamber being at least partially defined by said male body and/or by said female body , said chamber communicating with said interstice in at least one operating configuration of said bodies (1; 2);