mhurhangee/ep-ind-claims huggingface dataset:
A device for clamping shafts or rings that can be swiveled or rotated about their longitudinal axis and positioned in any desired turning position, wherein said shaft or ring is operatively connected with a hollow ring comprising a compression chamber that can be resiliently deformed by a pressure medium, said compression chamber comprising at least one pressure channel and communicating via said pressure channel with a device (15; 18; 19; 20; 21; 24; 22) for producing and controlling the pressure medium, characterized in that the pressure chamber of the hollow ring is formed of two half rings (6; 7) joined in a pressure-tight manner or of multiple segments joined in a pressure-tight manner, wherein, if the hollow ring is formed by multiple segments, these segments comprise horizontal and/or vertical parting planes (29; 30), and wherein the half rings (6; 7) or segments, joined in a pressure-tight manner, form a radially arranged annular clamping surface that can be assigned to a fixed counter-surface on the shaft or on the ring.
A cyclodextrin inclusion complex delivery vehicle, comprising: a beta or gamma cyclodextrin having a cavity; a butyric acid molecule, or a glyceride thereof, that is at least partially retained as a guest molecule within the cavity of the cyclodextrin, forming a cyclodextrin inclusion complex; a pharmaceutically acceptable carrier for the cyclodextrin inclusion complex, wherein the guest molecule is stably retained by the cyclodextrin within the pharmaceutically acceptable carrier; and, a microbial amylase enzyme having a cyclodextrin-degrading activity capable of digesting the cyclodextrin retaining the guest molecule, wherein the microbial amylase enzyme is co-formulated with the cyclodextrin inclusion complex so that the cyclodextrin-degrading activity is activated on oral delivery of the vehicle to a human patient so as to release the guest molecule from the cyclodextrin cavity. a beta or gamma cyclodextrin having a cavity; a butyric acid molecule, or a glyceride thereof, that is at least partially retained as a guest molecule within the cavity of the cyclodextrin, forming a cyclodextrin inclusion complex; a pharmaceutically acceptable carrier for the cyclodextrin inclusion complex, wherein the guest molecule is stably retained by the cyclodextrin within the pharmaceutically acceptable carrier; and, a microbial amylase enzyme having a cyclodextrin-degrading activity capable of digesting the cyclodextrin retaining the guest molecule, wherein the microbial amylase enzyme is co-formulated with the cyclodextrin inclusion complex so that the cyclodextrin-degrading activity is activated on oral delivery of the vehicle to a human patient so as to release the guest molecule from the cyclodextrin cavity.
A system for photographic illumination, for a tablet computer comprising a first rear camera, and provided with an audio jack characterised in that said system consists of a removable rear protective shell shaped in such a way as to be placed on the back of the tablet computer, provided with a light source and in that the power supply of the light source is provided by a cable shaped in such a way as to be connected to said audio jack.
A method of operation of a macro node (12, 32, 48, 66, 74) in a cellular communication network (10, 26, 42), comprising: applying (100, 200, 300) almost blank subframes, ABSs, in a downlink, DL, from the macro node (12, 32, 48, 66, 74); and identifying (102, 202, 302) one or more user equipment, UE, devices (22, 36, 58, 82) for which transmissions are to be scheduled in an uplink, UL, to the macro node using a scheduling scheme that does not require control information for every subframe, wherein the scheduling scheme is transmit time interval, TTI, bundling; and time-aligning (104, 204, 306) a TTI bundle of the one or more UE devices (22, 36, 58, 82) for the UL with subframes in the UL that occur 4 TTIs after the ABSs in the DL, wherein: - the DL from the macro node includes a series of subframes 0 to 3 including the subframe 0 that includes a normal transmission along with control information that schedules the TTI bundle in the uplink UL, - the subframe 0 in the DL is followed by the three subframes 1, 2 and 3 being ABSs, wherein the ABSs in the DL do not contain control information for the subframes in the UL occurring 4 TTIs after the ABSs in the DL, and - the TTI bundle having four consecutive subframes transmitting the same data is transmitted in the UL starting at subframe 4 and continuing through subframe 7 of the UL. applying (100, 200, 300) almost blank subframes, ABSs, in a downlink, DL, from the macro node (12, 32, 48, 66, 74); and identifying (102, 202, 302) one or more user equipment, UE, devices (22, 36, 58, 82) for which transmissions are to be scheduled in an uplink, UL, to the macro node using a scheduling scheme that does not require control information for every subframe, wherein the scheduling scheme is transmit time interval, TTI, bundling; and time-aligning (104, 204, 306) a TTI bundle of the one or more UE devices (22, 36, 58, 82) for the UL with subframes in the UL that occur 4 TTIs after the ABSs in the DL, wherein: - the DL from the macro node includes a series of subframes 0 to 3 including the subframe 0 that includes a normal transmission along with control information that schedules the TTI bundle in the uplink UL, - the subframe 0 in the DL is followed by the three subframes 1, 2 and 3 being ABSs, wherein the ABSs in the DL do not contain control information for the subframes in the UL occurring 4 TTIs after the ABSs in the DL, and - the TTI bundle having four consecutive subframes transmitting the same data is transmitted in the UL starting at subframe 4 and continuing through subframe 7 of the UL. - the DL from the macro node includes a series of subframes 0 to 3 including the subframe 0 that includes a normal transmission along with control information that schedules the TTI bundle in the uplink UL, - the subframe 0 in the DL is followed by the three subframes 1, 2 and 3 being ABSs, wherein the ABSs in the DL do not contain control information for the subframes in the UL occurring 4 TTIs after the ABSs in the DL, and - the TTI bundle having four consecutive subframes transmitting the same data is transmitted in the UL starting at subframe 4 and continuing through subframe 7 of the UL.
A modular hanging barrel system comprising: a cylindrical-shaped barrel having an exterior wall, an interior wall, a top rim, a top aperture defining a void within the cylindrical barrel, and a plurality of vent holes on the upper half of the exterior wall; wherein the void is defined and configured to receive a tubular insert, said insert comprising an aperture at a top end and a bottom end, a wall connecting the top and bottom, said wall having an exterior insert wall face and an interior wall face and a flange positioned circumferentially around the top of the insert; said flange defined to be retained on the top rim of the barrel and said wall being positioned within the void, said flange maintaining said insert at a position within the top aperture; and a support structure sized to support the cylindrical-shaped barrel, said support structure comprising hanging elements for hanging the cylindrical-shaped barrel. a cylindrical-shaped barrel having an exterior wall, an interior wall, a top rim, a top aperture defining a void within the cylindrical barrel, and a plurality of vent holes on the upper half of the exterior wall; wherein the void is defined and configured to receive a tubular insert, said insert comprising an aperture at a top end and a bottom end, a wall connecting the top and bottom, said wall having an exterior insert wall face and an interior wall face and a flange positioned circumferentially around the top of the insert; said flange defined to be retained on the top rim of the barrel and said wall being positioned within the void, said flange maintaining said insert at a position within the top aperture; and a support structure sized to support the cylindrical-shaped barrel, said support structure comprising hanging elements for hanging the cylindrical-shaped barrel.
A method for operating a washing machine during a washing cycle, the washing machine comprising a washing tub containing a laundry drum, wherein said method comprises the steps of: - detecting a liquid level in the washing tub and/or in a draining region thereof during said laundry drum is rotating, - comparing the detected liquid level with an upper threshold value, - when the detected liquid level exceeds said upper threshold value, reducing the rotational speed of the laundry drum and starting a predetermined monitoring period, - detecting the liquid level in the washing tub and/or in the draining region thereof during said predetermined monitoring period, - comparing the detected liquid level with a lower threshold value during said predetermined monitoring period, - if the detected liquid level does not decrease or drop below the lower threshold value within the predetermined monitoring period, then starting a foam-reducing procedure. - detecting a liquid level in the washing tub and/or in a draining region thereof during said laundry drum is rotating, - comparing the detected liquid level with an upper threshold value, - when the detected liquid level exceeds said upper threshold value, reducing the rotational speed of the laundry drum and starting a predetermined monitoring period, - detecting the liquid level in the washing tub and/or in the draining region thereof during said predetermined monitoring period, - comparing the detected liquid level with a lower threshold value during said predetermined monitoring period, - if the detected liquid level does not decrease or drop below the lower threshold value within the predetermined monitoring period, then starting a foam-reducing procedure.
Method for the production of an absorbent made of metal-organic framework structures, in the case of which at least one metal salt is converted with at least one organic ligand, characterised in that the conversion is effected at a temperature greater than 100°C in a solvent mixture which comprises between 50 and 99% by weight of DMSO and between 1 and 50% by weight of water, wherein the sum of the proportions by percentage weight of DMSO and water in the solvent mixture is 100% by weight, and wherein the metal is selected from the group consisting of Fe, Zn, Cu, Co, Ru, Os, Mn, Ni and rare earth metals.
A flexible solar cell comprising, on a flexible substrate: an electrode; a transparent electrode; and a photoelectric conversion layer disposed between the electrode and the transparent electrode, the photoelectric conversion layer containing an organic-inorganic perovskite compound, the flexible substrate including an aluminum foil, characterised in that an aluminum oxide film is formed on the aluminum foil with a ratio of the thickness of the aluminum oxide film to the total thickness of the aluminum foil and the aluminum oxide film of 0.1% or higher and 5% or lower. an electrode; a transparent electrode; and a photoelectric conversion layer disposed between the electrode and the transparent electrode, the photoelectric conversion layer containing an organic-inorganic perovskite compound, the flexible substrate including an aluminum foil, characterised in that an aluminum oxide film is formed on the aluminum foil with a ratio of the thickness of the aluminum oxide film to the total thickness of the aluminum foil and the aluminum oxide film of 0.1% or higher and 5% or lower.
A driving circuit comprising: a first inverter that is driven by a first power supply voltage and inverts and outputs a first input signal; a second inverter that is driven by a second power supply voltage higher than the first power supply voltage and inverts and outputs the first input signal; a first PMOS transistor that controls a current flowing to an external output terminal from a power supply voltage terminal to which the second power supply voltage is supplied on the basis of an output signal of the second inverter; a first NMOS transistor that controls a current flowing to a reference voltage terminal from the external output terminal on the basis of an output signal of the first inverter; a second PMOS transistor that is provided between the power supply voltage terminal to which the second power supply voltage is supplied and the gate of the first PMOS transistor; and a signal generation circuit having an output terminal coupled to a gate of the second PMOS transistor, wherein the signal generation circuit is configured to generate and supply a second input signal to the gate of the second PMOS transistor, wherein the signal generation circuit is configured to fall the second input signal in accordance with falling of the first input signal, thereby turning on the second PMOS transistor, and wherein the signal generation circuit is configured to rise the second input signal after a predetermined time from the falling of the first input signal, thereby turning off the second PMOS transistor. a first inverter that is driven by a first power supply voltage and inverts and outputs a first input signal; a second inverter that is driven by a second power supply voltage higher than the first power supply voltage and inverts and outputs the first input signal; a first PMOS transistor that controls a current flowing to an external output terminal from a power supply voltage terminal to which the second power supply voltage is supplied on the basis of an output signal of the second inverter; a first NMOS transistor that controls a current flowing to a reference voltage terminal from the external output terminal on the basis of an output signal of the first inverter; a second PMOS transistor that is provided between the power supply voltage terminal to which the second power supply voltage is supplied and the gate of the first PMOS transistor; and a signal generation circuit having an output terminal coupled to a gate of the second PMOS transistor, wherein the signal generation circuit is configured to generate and supply a second input signal to the gate of the second PMOS transistor, wherein the signal generation circuit is configured to fall the second input signal in accordance with falling of the first input signal, thereby turning on the second PMOS transistor, and wherein the signal generation circuit is configured to rise the second input signal after a predetermined time from the falling of the first input signal, thereby turning off the second PMOS transistor.
A method comprising: detecting, by a software development kit, SDK,, an event and generating, by the SDK, event data in response to user interactions with a mobile application on a mobile device, wherein the event data includes an event type; collecting, by the SDK, event data for each detected event; bundling, by the SDK, the event data, the method being characterized in that it further comprises: determining, by the SDK, that a connection to a first data processing system is unavailable; preparing, by the SDK, the bundled event data for transmission to a second data processing system by removing identifiers from the bundled event data; and securely transmitting, by the SDK, the thus prepared bundled event data to the second data processing system. detecting, by a software development kit, SDK,, an event and generating, by the SDK, event data in response to user interactions with a mobile application on a mobile device, wherein the event data includes an event type; collecting, by the SDK, event data for each detected event; bundling, by the SDK, the event data, the method being characterized in that it further comprises: determining, by the SDK, that a connection to a first data processing system is unavailable; preparing, by the SDK, the bundled event data for transmission to a second data processing system by removing identifiers from the bundled event data; and securely transmitting, by the SDK, the thus prepared bundled event data to the second data processing system. determining, by the SDK, that a connection to a first data processing system is unavailable; preparing, by the SDK, the bundled event data for transmission to a second data processing system by removing identifiers from the bundled event data; and securely transmitting, by the SDK, the thus prepared bundled event data to the second data processing system.
Method of managing the operation of a refrigerated truck for transporting heat-sensitive products, of the indirect-injection type, in which the truck is provided with: - at least one chamber for storing the products, - a reserve of a cryogenic fluid, such as liquid nitrogen, - a heat exchanger system inside said at least one chamber, in which the cryogenic fluid flows, - an airflow system, such as fans, capable of bringing the air inside the chamber into contact with the cold walls of the heat exchanger system, - temperature sensors capable of determining the temperature of the atmosphere inside said at least one chamber (T int) on the one hand, and that of the air coming into contact with the internal heat exchanger as a result of the action of the fan (T air inlet), - a rapid-pressurisation circuit of said reserve, said circuit comprising a line having an upstream portion connected to the liquid phase stored in said reserve and a downstream portion connected to the gas phase stored in said reserve, said line successively comprising an exchanger/heater, a valve (EV Rp) and a regulator (Rp); - in addition to a management and control unit capable of regulating the internal temperature T int to a setpoint value T setpoint, characterised by the implementation of the following measures: - the magnitude ΔT T air inlet - T setpoint is determined in real time; - if ΔT is greater than an upper setpoint value ΔT U setpoint, the rapid pressurisation circuit RMP is activated by opening said pressurisation circuit valve (EV Rp) so as to vaporise cryogen inside said exchanger/heater and thus increase the pressure in the ullage space of the reserve. - at least one chamber for storing the products, - a reserve of a cryogenic fluid, such as liquid nitrogen, - a heat exchanger system inside said at least one chamber, in which the cryogenic fluid flows, - an airflow system, such as fans, capable of bringing the air inside the chamber into contact with the cold walls of the heat exchanger system, - temperature sensors capable of determining the temperature of the atmosphere inside said at least one chamber (T int) on the one hand, and that of the air coming into contact with the internal heat exchanger as a result of the action of the fan (T air inlet), - a rapid-pressurisation circuit of said reserve, said circuit comprising a line having an upstream portion connected to the liquid phase stored in said reserve and a downstream portion connected to the gas phase stored in said reserve, said line successively comprising an exchanger/heater, a valve (EV Rp) and a regulator (Rp); - in addition to a management and control unit capable of regulating the internal temperature T int to a setpoint value T setpoint, - the magnitude ΔT T air inlet - T setpoint is determined in real time; - if ΔT is greater than an upper setpoint value ΔT U setpoint, the rapid pressurisation circuit RMP is activated by opening said pressurisation circuit valve (EV Rp) so as to vaporise cryogen inside said exchanger/heater and thus increase the pressure in the ullage space of the reserve.
Method for producing an arrangement of optoelectronic components, comprising the following steps: - producing at least two fixing regions on a first connection carrier; - introducing solder material into the fixing regions; - applying a second connection carrier, which is a printed circuit board, to the fixing regions; and - soldering the second connection carrier onto the first connection carrier with the solder material in the fixing regions, wherein at least one optoelectronic component is applied to that side of the second connection carrier which is remote from the first connection carrier and the solder material in the fixing regions does not serve for the electrical connection of the at least one optoelectronic component. - producing at least two fixing regions on a first connection carrier; - introducing solder material into the fixing regions; - applying a second connection carrier, which is a printed circuit board, to the fixing regions; and - soldering the second connection carrier onto the first connection carrier with the solder material in the fixing regions, wherein at least one optoelectronic component is applied to that side of the second connection carrier which is remote from the first connection carrier and the solder material in the fixing regions does not serve for the electrical connection of the at least one optoelectronic component.
A device for preventing NFC card destruction during wireless charging operations, the device comprising: a magnetic field detection circuit, which is configured to measure an intensity of a magnetic field generated by a wireless charging system, a NFC-card detection circuit, which is configured to detect a presence of a NFC card; a charging control circuit, which is configured to limit a transmitted power of the wireless charging system during wireless charging operations based on a maximum permitted field, wherein the maximum permitted field is related to the detected presence of the NFC card, characterized by a separate wire loop placed above a charging coil of the wireless charging system, the separate wire loop to be used only for field sensing. a magnetic field detection circuit, which is configured to measure an intensity of a magnetic field generated by a wireless charging system, a NFC-card detection circuit, which is configured to detect a presence of a NFC card; a charging control circuit, which is configured to limit a transmitted power of the wireless charging system during wireless charging operations based on a maximum permitted field, wherein the maximum permitted field is related to the detected presence of the NFC card,
Inverted T-shaped wing suitable for being installed on a boat, which wing comprises: - a strut, - a lifting plane which is attached to the strut and of which the inclination is adjustable, - a cavity arranged in the strut, - a system of sensors (30, 31, 32) installed on the external wall of the strut and/or in the cavity, which system of sensors is designed to determine at least one movement of the wing, - an actuator designed to adjust the inclination of the lifting plane, which actuator is integrated into the cavity of the strut, characterized in that: - the cavity of the strut contains a control unit that is designed to control the actuator and to vary the integration of the lifting plane as a function of the movement of the wing as determined by the system of sensors (30, 31, 32), - the electronic control unit and/or the actuator and/or the system of sensors (30, 31, 32) are electric, being supplied with electricity by a hydroelectric turbine installed in the wing. - a strut, - a lifting plane which is attached to the strut and of which the inclination is adjustable, - a cavity arranged in the strut, - a system of sensors (30, 31, 32) installed on the external wall of the strut and/or in the cavity, which system of sensors is designed to determine at least one movement of the wing, - an actuator designed to adjust the inclination of the lifting plane, which actuator is integrated into the cavity of the strut, - the cavity of the strut contains a control unit that is designed to control the actuator and to vary the integration of the lifting plane as a function of the movement of the wing as determined by the system of sensors (30, 31, 32), - the electronic control unit and/or the actuator and/or the system of sensors (30, 31, 32) are electric, being supplied with electricity by a hydroelectric turbine installed in the wing.