mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling positive pressure assist to a patient during expiration, comprising: means for measuring a level of electrical activity of a patient's respiration-related muscle during expiration; characterized in that it further comprises; means for adjusting a level of positive pressure assist to the patient during expiration in response to the measured level of electrical activity, wherein the means for adjusting the level of positive pressure assist to the patient during expiration comprises means for minimizing the level of electrical activity of the patient's respiration-related muscle during expiration. means for measuring a level of electrical activity of a patient's respiration-related muscle during expiration; characterized in that it further comprises; means for adjusting a level of positive pressure assist to the patient during expiration in response to the measured level of electrical activity, wherein the means for adjusting the level of positive pressure assist to the patient during expiration comprises means for minimizing the level of electrical activity of the patient's respiration-related muscle during expiration.
Method for receiving digital audio data with a diversity-receiving unit, which has at least two antennas (100a, 100b) and at least one receiving channel, which can be switched from one antenna (100a or 100b) to another antenna (100a or 100b), wherein in the receiving channel, dropout concealment is carried out when disturbances occur in the received audio signal, in which the dropout concealment uses intact audio signal parts before the disturbance and/or after the disturbance to synthesize a concealment signal, and that the receiving channel is switched to another antenna (100a, 100b) as a function of whether the dropout concealment is activated, characterized in that the digital audio data at times contains guard intervals between audio data with which no audio data are received, that switching to another antenna (100a, 100b) occurs during reception of the audio signal part, and that under the condition that receiving is poorer on the other antenna (100a or 100b) than on the original antenna (100a or 100b), switching back to the original antenna (100a or 100b) occurs in the subsequent guard interval.
A method implemented by a base station for initializing pseudo-random sequence generators on which wireless devices base generation of uplink reference signals, comprising: determining a first sequence from a first subset of possible initialization sequences for a pseudo-random sequence generator of a first wireless device; determining a second sequence from a second subset of possible initialization sequences for a pseudo-random sequence generator of a second wireless device, the range of the second subset spanning at least the range of the first subset; encoding the first sequence as a first set of two or more parameters; encoding the second sequence as a linear combination of two parameters into a single parameter, wherein the single parameter comprises fewer bits than the first set and is not included in the first set, wherein the second sequence is encoded based on a defined one-to-one mapping of possible initialization sequences within the second subset to possible values for the single parameter, wherein the range of the single parameter is smaller than the range of the second subset; and initializing the sequence generators of the first and second devices with the first and second sequences by transmitting the first and second sets of parameters to the first and second devices. determining a first sequence from a first subset of possible initialization sequences for a pseudo-random sequence generator of a first wireless device; determining a second sequence from a second subset of possible initialization sequences for a pseudo-random sequence generator of a second wireless device, the range of the second subset spanning at least the range of the first subset; encoding the first sequence as a first set of two or more parameters; encoding the second sequence as a linear combination of two parameters into a single parameter, wherein the single parameter comprises fewer bits than the first set and is not included in the first set, wherein the second sequence is encoded based on a defined one-to-one mapping of possible initialization sequences within the second subset to possible values for the single parameter, wherein the range of the single parameter is smaller than the range of the second subset; and
A semiconductor device which has a semiconductor element and on which a heat dissipation member is to be placed, the semiconductor device comprising: a circuit board having the semiconductor element placed on one of principal surfaces thereof; a metal substrate placed on the other principal surface of the circuit board; and a storage member that has a storage region having a concave principal surface and an opening which is disposed on the inside of the concave principal surface to store the circuit board therein with the metal substrate protruding from the concave principal surface, and screw holes that are opened in the concave principal surface to allow passage of screw members that are screwed to the heat dissipation member which is placed in such a manner as to face the metal substrate of the stored circuit board with a heat conductive material therebetween, wherein the concave principal surface has a rim portion disposed outside the screw holes in the storage region, wherein the rim portion protrudes toward the heat dissipation member, characterised in that the rim portion is adapted so that the spread heat conductive material fills up the storage region without leaking to the outside of the storage region and fills the periphery of the base substrate. a circuit board having the semiconductor element placed on one of principal surfaces thereof; a metal substrate placed on the other principal surface of the circuit board; and a storage member that has a storage region having a concave principal surface and an opening which is disposed on the inside of the concave principal surface to store the circuit board therein with the metal substrate protruding from the concave principal surface, and screw holes that are opened in the concave principal surface to allow passage of screw members that are screwed to the heat dissipation member which is placed in such a manner as to face the metal substrate of the stored circuit board with a heat conductive material therebetween, wherein the concave principal surface has a rim portion disposed outside the screw holes in the storage region, wherein the rim portion protrudes toward the heat dissipation member, characterised in that the rim portion is adapted so that the spread heat conductive material fills up the storage region without leaking to the outside of the storage region and fills the periphery of the base substrate.
A surgical instrument, comprising: a fulcrum defining a body, the body including a first surface that defines spaced apart openings (32, 32a) with an interior cavity disposed therebetween and is configured for disposal of a first implant support and the body including a surface that defines a passageway; an arm including a second surface, the arm having an end member that includes a third surface and the arm being disposed within the passageway and oriented for engagement with a pressure plate disposed with the interior cavity of body; and the pressure plate that biases the second surface into engagement with the first support; wherein the second surface is movable relative to the fulcrum and engageable with the first implant upport to fix the first surface with the first implant support and wherein the third surface is connected with the second surface such that the second surface is translatable relative to the first implant support and the third surface is engageable with a second implant support. a fulcrum defining a body, the body including a first surface that defines spaced apart openings (32, 32a) with an interior cavity disposed therebetween and is configured for disposal of a first implant support and the body including a surface that defines a passageway; an arm including a second surface, the arm having an end member that includes a third surface and the arm being disposed within the passageway and oriented for engagement with a pressure plate disposed with the interior cavity of body; and the pressure plate that biases the second surface into engagement with the first support; wherein the second surface is movable relative to the fulcrum and engageable with the first implant upport to fix the first surface with the first implant support and wherein the third surface is connected with the second surface such that the second surface is translatable relative to the first implant support and the third surface is engageable with a second implant support.
A connector (20, 60) to fluidically connect a medical instrument with an air tube and a water tube, the connector comprising a housing having: a first through lumen with a proximal opening configured to couple with the air tube and a distal opening configured to couple with an air port of the medical instrument; and a second through lumen with a proximal opening configured to couple with a water tube and a distal opening configured to couple with a water port of the medical instrument; characterised in that the connector is a two-part connector comprising a proximal part comprising the proximal openings (26, 23) and a distal part comprising the distal openings (24, 27), wherein the proximal part and distal part are configured for detachable engagement, and wherein the second through lumen comprises a non-return valve disposed in the distal part of the housing. a first through lumen with a proximal opening configured to couple with the air tube and a distal opening configured to couple with an air port of the medical instrument; and a second through lumen with a proximal opening configured to couple with a water tube and a distal opening configured to couple with a water port of the medical instrument;
A communication system for establishing a communication connection (14, 15, 16, 17) for exchanging information between at least one mobile terminal and a mobile radio network, comprising a mobile radio network having a cellular network structure composed of radio cells, a device which can be connected with the mobile radio network for communication purposes and which comprises at least one transmission and receiver device that provides a radio network coverage area for a wireless communication in the short distance area, and at least one mobile terminal that can be operated in the mobile radio network and that comprises a transmission and receiver device which allows a wireless communication in the short distance area via radio, wherein the device for the communication connection (16, 17) with the mobile radio network comprises a transmission and receiver device that can be operated in the mobile radio network, and wherein the transmission and receiver device of the device, which transmission and receiver device can be operated in the mobile radio network, is a GSM and/or UMTS module usable with a SIM card of a mobile radio network operator, and wherein the communication system is configured such that if at least one mobile terminal is staying in the radio network coverage area for a wireless communication in the short distance area, at least one communication connection (8, 17) that goes out from the at least one mobile terminal will be established to at least one communication partner via the transmission and receiver device of the device, which transmission and receiver device can be operated in the mobile radio network, and if the mobile terminal is staying in the radio network coverage area for a wireless communication in the short distance area, two mobile subscriber identifications, so called IMSI's and/or device identifications, so called IMEI's, can be used in the mobile radio network for communication connections (14, 15, 16, 17) with the mobile terminal, wherein the communication system furthermore comprises means for assigning a call number of a wired telephone network, which are configured for assigning a call number of the wired telephone network usable for communication connections (16, 17) to the SIM card, to the mobile subscriber identification, the so called IMSI, and/or to the device identification, the so called IMEI, of the device, wherein the allocation of a call number of the wired telephone network is realized via the communication connections (16, 17) established via the transmission and receiver device of the device, which is operable in the mobile radio network, by means of at least one information item from a mobile subscriber database of the mobile radio network, in particular the so called Home Location Register, briefly HLR, using the device identification, the so called IMEI, of the device.
Rail vehicle, comprising an underframe and a vehicle body, wherein the underframe and the vehicle body are made of different materials and wherein an adhesive connection is provided between the underframe and the vehicle body, characterised in that at least one static bearing is provided, which transmits forces in the longitudinal and transverse direction of the rail vehicle between the underframe and the vehicle body.
A multi-cavity oven comprising: a housing defining an interior cooking volume surrounded by insulated outer walls (14a, 14b, 14c) and at least one door that may open and close to provide access to the interior cooking volume; at least one humidity blocking barrier subdividing the cooking volume into cooking cavities having different humidities; a steam generator system (122, 128) introducing steam into selective cooking cavities according to an electric signal; a set of fans circulating air independently through the cooking cavities in isolation from the other cooking cavities; and a baffle for separating the air from each fan into separate upper and lower channels for providing air to the cooking cavity therethrough and wherein each baffle presents a surface opposed to an outlet of a corresponding fan and providing a gap between the outlet and the surface that is less than a width of the outlet; wherein each cavity provides a separate heater and a thermal sensor; and further including a controller receiving a user command to independently set temperature and humidity of the different cooking cavities. a housing defining an interior cooking volume surrounded by insulated outer walls (14a, 14b, 14c) and at least one door that may open and close to provide access to the interior cooking volume; at least one humidity blocking barrier subdividing the cooking volume into cooking cavities having different humidities; a steam generator system (122, 128) introducing steam into selective cooking cavities according to an electric signal; a set of fans circulating air independently through the cooking cavities in isolation from the other cooking cavities; and a baffle for separating the air from each fan into separate upper and lower channels for providing air to the cooking cavity therethrough and wherein each baffle presents a surface opposed to an outlet of a corresponding fan and providing a gap between the outlet and the surface that is less than a width of the outlet; wherein each cavity provides a separate heater and a thermal sensor; and further including a controller receiving a user command to independently set temperature and humidity of the different cooking cavities.
A conditioning unit for conditioning materials, the conditioning unit comprising: a rotatable drum comprising: an inlet end; an outlet end opposite the inlet end; a plurality of lateral frame members extending from the inlet end to the outlet end and defining a plurality of sides, each of the sides housing one or more removable screens, and one or more of the sides having a non-screened opening proximate the outlet end of the drum; and one or more outwardly extending annular rings (68, 100) each bordering a side of the non-screened opening of the one or more sides proximate the outlet end of the drum; an inlet chute in fluid communication with the inlet end of the drum, the inlet chute being configured to direct a flow of materials into the drum; and an outlet chute in fluid communication with the non-screened opening of the one or more sides proximate the outlet end of the drum, the outlet chute having one or more ridges configured to at least partially overlap with the one or more annular rings (68, 100) of the drum to contain a flow of conditioned materials exiting the drum within the outlet chute; and a fluid tube at least partially disposed within the drum, the fluid tube being configured to introduce a flow of fluid into the drum. a rotatable drum comprising: an inlet end; an outlet end opposite the inlet end; a plurality of lateral frame members extending from the inlet end to the outlet end and defining a plurality of sides, each of the sides housing one or more removable screens, and one or more of the sides having a non-screened opening proximate the outlet end of the drum; and one or more outwardly extending annular rings (68, 100) each bordering a side of the non-screened opening of the one or more sides proximate the outlet end of the drum; an inlet end; an outlet end opposite the inlet end; a plurality of lateral frame members extending from the inlet end to the outlet end and defining a plurality of sides, each of the sides housing one or more removable screens, and one or more of the sides having a non-screened opening proximate the outlet end of the drum; and one or more outwardly extending annular rings (68, 100) each bordering a side of the non-screened opening of the one or more sides proximate the outlet end of the drum; an inlet chute in fluid communication with the inlet end of the drum, the inlet chute being configured to direct a flow of materials into the drum; and an outlet chute in fluid communication with the non-screened opening of the one or more sides proximate the outlet end of the drum, the outlet chute having one or more ridges configured to at least partially overlap with the one or more annular rings (68, 100) of the drum to contain a flow of conditioned materials exiting the drum within the outlet chute; and a fluid tube at least partially disposed within the drum, the fluid tube being configured to introduce a flow of fluid into the drum.
A rotary vessel for a filter assembly, wherein the rotary vessel is self-powerable in that the rotor body has a drive nozzle for emitting a pressurised working fluid therefrom to cause rotation of the rotor body by a reactive force, the rotary vessel comprising a rotor body rotatable about an axis of rotation and an upper spigot, characterized in that the rotary vessel further comprises a lower spigot having a non-circular cross-section integral or coupled to the rotor body and extending therefrom along the axis of rotation for engagement with a bearing.
A power conversion apparatus that is configured to operate while switching a plurality of operation modes, the plurality of operation modes including a first mode in which an output of a power generation apparatus is converted into AC power and the AC power is supplied to at least one of a grid and a load and a second mode in which the output of the power generation apparatus is supplied to a storage battery, the power conversion apparatus comprising: a first DC/DC converter connected to a power source line of the power generation apparatus; a DC/AC converter connected to the first DC/DC converter through a first power line, a second DC/DC converter connected to a power source line of the storage battery, and connected to a second power line which branches from the first power line; and a third power line which branches from the second power line, bypasses the second DC/DC converter, and joins with the power source line of the storage battery, wherein in the first mode, the first DC/DC converter is configured to output DC power having a first voltage determined according to a setting voltage of the grid, and in the second mode, the first DC/DC converter is configured to output, to the storage battery through the second and third power lines (L2, L3), DC power having a second voltage, which is lower than the first voltage, determined according to a charge battery of the storage battery. a first DC/DC converter connected to a power source line of the power generation apparatus; a DC/AC converter connected to the first DC/DC converter through a first power line, a second DC/DC converter connected to a power source line of the storage battery, and connected to a second power line which branches from the first power line; and a third power line which branches from the second power line, bypasses the second DC/DC converter, and joins with the power source line of the storage battery, wherein in the first mode, the first DC/DC converter is configured to output DC power having a first voltage determined according to a setting voltage of the grid, and in the second mode, the first DC/DC converter is configured to output, to the storage battery through the second and third power lines (L2, L3), DC power having a second voltage, which is lower than the first voltage, determined according to a charge battery of the storage battery.
A camera module for motors driven by a shape memory alloy, SMA, technology, comprising: a camera lens assembly, a motor circuit board, and an image sensor, wherein the motor circuit board and the camera lens assembly each have a light passing hole, the camera lens assembly is located between the image sensor and the motor circuit board, a light-sensitive surface of the image sensor is located on an image side of the camera lens assembly, and the motor circuit board is located on an object side of the camera lens assembly.
Device (1, 11, 21) for protecting a space (2, 12) adjacent to a magnetic source (3, 33) having a more complex shape than simple straight tabular shape, against magnetic energy radiated by said source, characterized in that it comprises: - a first sheet (5, 15) of diamagnetic or paramagnetic electrically conductive material, which sheet is shaped by actions of deforming or of moulding so that it can be spread between said source (3, 33) and said space to be protected (2, 12), - a first sheet (4, 14) of ferromagnetic material, which sheet is shaped by flection so that it can be spread between said source (3, 33) and said first sheet (5, 15) of electrically conductive material, the ferromagnetic material being an iron-based amorphous alloy having a non-orientated nanocrystalline structure, and in that the first sheet (5, 15) of diamagnetic or paramagnetic electrically conductive material and the first sheet (4, 14) of ferromagnetic material are stacked. - a first sheet (5, 15) of diamagnetic or paramagnetic electrically conductive material, which sheet is shaped by actions of deforming or of moulding so that it can be spread between said source (3, 33) and said space to be protected (2, 12), - a first sheet (4, 14) of ferromagnetic material, which sheet is shaped by flection so that it can be spread between said source (3, 33) and said first sheet (5, 15) of electrically conductive material, the ferromagnetic material being an iron-based amorphous alloy having a non-orientated nanocrystalline structure,