mhurhangee/ep-ind-claims huggingface dataset:
A method of transmit gain control in a repeater that is selectively activated and inactivated within a wireless communication network, the method comprising: ramping a transmit gain of the repeater upward according to a defined ramping profile, in response to the repeater being activated; ramping the transmit gain of the repeater downward according to the defined ramping profile, in response to the repeater being inactivated; and characterized in that: in response to the repeater being activated while still ramping downward the transmit gain from a prior inactivation, ending the downward ramping of the transmit gain and initiating upward ramping of the transmit gain from a current value of the transmit gain, in accordance with the defined ramping profile and subject to a maximum value of the transmit gain. ramping a transmit gain of the repeater upward according to a defined ramping profile, in response to the repeater being activated; ramping the transmit gain of the repeater downward according to the defined ramping profile, in response to the repeater being inactivated; and characterized in that: in response to the repeater being activated while still ramping downward the transmit gain from a prior inactivation, ending the downward ramping of the transmit gain and initiating upward ramping of the transmit gain from a current value of the transmit gain, in accordance with the defined ramping profile and subject to a maximum value of the transmit gain. in response to the repeater being activated while still ramping downward the transmit gain from a prior inactivation, ending the downward ramping of the transmit gain and initiating upward ramping of the transmit gain from a current value of the transmit gain, in accordance with the defined ramping profile and subject to a maximum value of the transmit gain.
Method of detecting CCNE2 in a body fluid sample of a patient for detecting susceptibility to breast, ovarian, endometrial, or cervical cancer, comprising a. testing the CCNE2 nucleic acid expression in a tumor cell-enriched blood sample from said patient, and b. comparing the result with a reference level, wherein an elevated level is an indication that the patient is at risk of a tumor disease, which is breast cancer, ovarian cancer, endometrial cancer, or cervical cancer. a. testing the CCNE2 nucleic acid expression in a tumor cell-enriched blood sample from said patient, and b. comparing the result with a reference level, wherein an elevated level is an indication that the patient is at risk of a tumor disease, which is breast cancer, ovarian cancer, endometrial cancer, or cervical cancer.
Gold particle having a cross-section in the range of 20 - 1000 μm and having a purity greater than 99.00% w/w, preferably 99.99% w/w, for use in therapy to prevent or reduce the formation of a scar during healing of a wound, wherein the gold particle is administered into the wall of the wound by injection, and the wound is a sub epithelial wound resulting from use of local bone restoration, or, paradentosis.
A method comprising: measuring, by a respiration sensor device (2, 10), a respiration rate of a patient proximate to the respiration sensor device (2, 10); wherein the method further comprises: automatically broadcasting, by the respiration sensor device (2, 10), responsive to measuring the respiration rate of the patient, a wireless advertisement signal configured to facilitate a pairing process between the respiration sensor device (2, 10) and a first monitoring device (4, 6); receiving, by the respiration sensor device (2, 10) after broadcasting the wireless advertisement signal, a wireless request to perform the pairing process between the respiration sensor device (2, 10) and the first monitoring device (4, 6); and automatically completing the pairing process between the respiration sensor device (2, 10) and the first monitoring device (4, 6) responsive to receiving the wireless request. automatically broadcasting, by the respiration sensor device (2, 10), responsive to measuring the respiration rate of the patient, a wireless advertisement signal configured to facilitate a pairing process between the respiration sensor device (2, 10) and a first monitoring device (4, 6); receiving, by the respiration sensor device (2, 10) after broadcasting the wireless advertisement signal, a wireless request to perform the pairing process between the respiration sensor device (2, 10) and the first monitoring device (4, 6); and automatically completing the pairing process between the respiration sensor device (2, 10) and the first monitoring device (4, 6) responsive to receiving the wireless request.
A nonaqueous electrolyte comprising an electrolyte and a nonaqueous solvent for dissolving the electrolyte, wherein the nonaqueous electrolyte comprises: at least one nitrile compound selected from the group consisting of butyronitrile, valeronitrile, crotononitrile, 3-methylcrotononitrile, malononitrile, succinonitrile, glutaronitrile, adiponitrile, and fumaronitrile and a fluorinated ethylene carbonate having two or more fluorine atoms.
Edible composition for coating fresh harvest products, wherein the composition is in the form of a aqueous emulsion, comprising: a monoglyceride, wherein said monoglyceride has a chain length of 12 to 20 carbon atoms; one or more fatty acids having a chain length of 12 to 21 carbon atoms; and one or more alkaline agents; wherein the composition comprises said monoglyceride in an amount of 1-10% w/v of the emulsion; said fatty acid in an amount of 1-5% w/v of the emulsion; said alkaline agent in an amount of 0,10-10% w/v of the emulsion, wherein the percentage of further additives than said monoglyceride, said fatty acid(s) and alkaline agents and water does not exceed 10 % w/v of the emulsion. a monoglyceride, wherein said monoglyceride has a chain length of 12 to 20 carbon atoms; one or more fatty acids having a chain length of 12 to 21 carbon atoms; and one or more alkaline agents; wherein the composition comprises said monoglyceride in an amount of 1-10% w/v of the emulsion; said fatty acid in an amount of 1-5% w/v of the emulsion; said alkaline agent in an amount of 0,10-10% w/v of the emulsion, wherein the percentage of further additives than said monoglyceride, said fatty acid(s) and alkaline agents and water does not exceed 10 % w/v of the emulsion.
A filter for processing blood (1A - 1F) that comprises a flexible container having an inlet and an outlet for blood, and a sheet-like blood processing filter material situated in such a manner so as to partition the inside of the container into an inlet side and an outlet side, wherein the flexible container comprises a container body which houses the blood processing filter material and an outlet port (15A - 15F) that forms the outlet, characterized in that the outlet port (15A - 15F) has a protrusion (17, 23, 25, 27, 29, 33) that protrudes from the container body into the inside of the container body, the protrusion having a plurality of fluid channel inlets (17f, 25c, 27f, 29f, 33f) formed at locations that are not in contact with the blood processing filter material.
A dispenser for a pasty material comprising a container for the material, a cover and a handle, the dispenser being operable by twisting the cover and the handle about a rotation axis relative to each other in a dispensing direction for dispensing material and in an opposite closing direction, the container having an outlet for the material and the cover having a dispensing opening, wherein the container and the cover are arranged relative to each other for a rotation between a closed position, in which the cover closes the outlet, and an open position, in which the dispensing opening opens the outlet; a first engagement mechanism being provided for enabling the container and the handle to engage with each other in at least one angular position during twisting in the closing direction, the first engagement mechanism further forming a freewheel mechanism with respect to a rotation in the dispensing direction; the first engagement mechanism comprising a first snap-stop for providing the engagement between the handle and the container and for impeded disengagement when engaged; a second engagement mechanism being provided for enabling the rotation of the container and the cover in an angular range between the closed position and the open position and restricting a rotation outside that range; the second engagement mechanism comprising a second snap-stop for providing the restriction between the container and the cover with respect to a twisting toward the dispensing direction and providing for an impeded disengagement when engaged in the open position; the first snap-stop providing for an impeding force to be overcome for disengagement and the second snap-stop providing for a snap-in force to be overcome for engagement; wherein the first and second snap-stop are configured such that the impeding force is greater than the snap-in force.
A fan having a rotor for generating a fluid flow and having a stator which, together with the rotor, forms an electromagnetic rotary drive for rotating the rotor about an axial direction, the rotary drive being designed as an external rotor, the rotor comprising a magnetically effective core which is designed in an annular manner, and an impeller which comprises a hub on which a plurality of blades for generating the fluid flow is arranged, the stator being designed as a bearing and drive stator with which the rotor can be magnetically driven without contact and can be magnetically levitated without contact with respect to the stator, and the rotor being actively magnetically levitated in a radial plane perpendicular to the axial direction, characterized in that the hub of the impeller completely encloses the magnetically effective core of the rotor, and in that the stator is encapsulated in a stator housing made of a low-permeable material.
A method for managing data backup operation of an electronic device by a backup power supply system comprising a DC/DC converter having a main power input and a power output, a boost converter having a power input and a power output, a thermoelectric generator associated with a chip and electrically connected to the power input of the Boost converter, wherein the thermoelectric generator is able to heat or cool the chip, and a microcontroller electrically connected to the power outputs of the DC/DC converter and the Boost converter and electrically connected to a set of components able to perform data backup operation of the electronic device, the method comprising: determining, by the microcontroller, an electrical energy required to perform data backup operation by the set of components, computing, by the microcontroller, from the determined electrical energy a temperature deviation to reach by the thermoelectric generator, wherein the temperature deviation is the difference between the temperature inside the chip and the ambient temperature of the chip, commanding, by the microcontroller, the regulation of the temperature inside the chip by the thermoelectric generator to reach the temperature deviation, supplying electrical energy, by the microcontroller, to the set of components when data backup operation is triggered, the electrical energy being converted from the heat flux of the temperature deviation from the chip, wherein the microcontroller is connected to a set of sensors that retrieves values of voltage and current of the set of components during a data backup operation and the duration required to perform the data backup operation, wherein the microcontroller determines the electrical energy required to perform data backup operation by the set of components based on the values retrieved by the set of sensors. determining, by the microcontroller, an electrical energy required to perform data backup operation by the set of components, computing, by the microcontroller, from the determined electrical energy a temperature deviation to reach by the thermoelectric generator, wherein the temperature deviation is the difference between the temperature inside the chip and the ambient temperature of the chip, commanding, by the microcontroller, the regulation of the temperature inside the chip by the thermoelectric generator to reach the temperature deviation, supplying electrical energy, by the microcontroller, to the set of components when data backup operation is triggered, the electrical energy being converted from the heat flux of the temperature deviation from the chip, wherein the microcontroller is connected to a set of sensors that retrieves values of voltage and current of the set of components during a data backup operation and the duration required to perform the data backup operation, wherein the microcontroller determines the electrical energy required to perform data backup operation by the set of components based on the values retrieved by the set of sensors.
Laminated pane with a functional element with electrically controllable optical properties, comprising: - a laminated stack sequence composed of an outer pane, a first intermediate layer, a second intermediate layer, and an inner pane, and - a functional element with electrically controllable optical properties, which functional element is arranged, at least in sections, between the first intermediate layer and the second intermediate layer, wherein at least one transparent body is arranged between the outer pane and the functional element and/or between the inner pane and the functional element in sections, wherein the transparent body has a transmittance in the visible light spectrum of more than 30%, the transparent body is arranged completely within the through-vision region of the functional element through the laminated pane, and wherein the transparent body contains a transparent fiber and/or a transparent layer applied by screen printing or 3D printing, wherein the area A of the transparent body is less than or equal to 50%, preferably less than or equal to 25%, and in particular less than or equal to 10% of the area of the functional element. - a laminated stack sequence composed of an outer pane, a first intermediate layer, a second intermediate layer, and an inner pane, and - a functional element with electrically controllable optical properties, which functional element is arranged, at least in sections, between the first intermediate layer and the second intermediate layer, wherein at least one transparent body is arranged between the outer pane and the functional element and/or between the inner pane and the functional element in sections, wherein the transparent body has a transmittance in the visible light spectrum of more than 30%, the transparent body is arranged completely within the through-vision region of the functional element through the laminated pane, and wherein the transparent body contains a transparent fiber and/or a transparent layer applied by screen printing or 3D printing, wherein the area A of the transparent body is less than or equal to 50%, preferably less than or equal to 25%, and in particular less than or equal to 10% of the area of the functional element.
Gas pressure measuring device with a housing with an interior space bounded by a housing wall, at least one through-opening in the housing wall extending from the interior space and at least one gas pressure measuring arrangement arranged in the interior space and attached to the housing wall, characterized in that, at least where it bounds the interior space and the through-opening, the housing wall is made up of at least two layers (7, 8), in that an inner layer, directly bounding the interior space and the through-opening, consists of a material that is resistant to corrosive gases and vapours and in that an outer layer, preferably directly adjoining the inner layer but not directly bounding the interior space and the through-opening, consists of a material that has a high thermal conductivity, in that the inner layer consists of a thermoplastic, chemically resistant material and the outer layer consists of metal with a thermal conductivity greater than 100 W/m•K, in that the outer layer is an intrinsically stable main housing, in that the inner layer is a thermoplastic moulding on and over the intrinsically stable main housing formed by the outer layer and in that the material forming the inner layer is anchored in openings of the intrinsically stable main housing formed by the outer layer and optionally also in clearances of the intrinsically stable main housing formed by the outer layer, individual portions of the inner layer being brought up to the outer side of the housing for anchoring through openings in the outer layer.
Wheel body, in particular for use as a rim for a band tyre, comprising: - a cylindrical external ring portion that extends coaxially with a wheel-body axis and comprises, on a radial outer face, a bearing surface or a support surface for supporting a tyre, in particular a band tyre; - a support web portion that is connected to the external ring portion and extends radially inwards from the external ring portion, and by means of which the external ring portion can be connected to a wheel mount; and - a support assembly (40, 42) that connects the external ring portion to at least one axial face of the support web portion; characterised in that the support assembly (40, 42) comprises an internal ring portion that extends radially within the external ring portion so as to be coaxial with the wheel-body axis, and is directly or indirectly connected to the support web portion so as to be radially spaced from the external ring portion, and directly or indirectly connected to a radial inner face of the external ring portion so as to be axially spaced from the support web portion. - a cylindrical external ring portion that extends coaxially with a wheel-body axis and comprises, on a radial outer face, a bearing surface or a support surface for supporting a tyre, in particular a band tyre; - a support web portion that is connected to the external ring portion and extends radially inwards from the external ring portion, and by means of which the external ring portion can be connected to a wheel mount; and - a support assembly (40, 42) that connects the external ring portion to at least one axial face of the support web portion;
A hot press for producing a flat part, the flat part preferably being made of a composite material and preferably comprising at least one layer of fibrous reinforcement and a matrix for strengthening this fibrous reinforcement, the hot press comprising: - two members (5, 7), each member comprising a plate (11, 13), the plates both having a pressing surface (23, 25), which face each other, are substantially parallel and each define a surface area of at least 1m 2, the pressing surfaces thus delimiting between them a space for receiving an element to be heated and pressed, each member comprising a frame (19, 21) opposite the pressing surface, the plate of each member resting against the frame of that member, - a pressing actuator, configured to exert a pressing force on at least one of the two members, via the frame of that member, towards the other member, and - means for heating (31, 33) at least one of the pressing surfaces to a temperature of between approximately 300 and 450°C, characterised in that the hot press further comprises a compensation system (44; 144), comprising at least one removable wedge (45, 46, 47; 145, 146, 147) interposed between the frame and the plate of at least one of the two members, the removable wedge thus resting against the bed of that member in order to impose a deformation of the pressing surface of that member in the direction of the other member. - two members (5, 7), each member comprising a plate (11, 13), the plates both having a pressing surface (23, 25), which face each other, are substantially parallel and each define a surface area of at least 1m 2, the pressing surfaces thus delimiting between them a space for receiving an element to be heated and pressed, each member comprising a frame (19, 21) opposite the pressing surface, the plate of each member resting against the frame of that member, - a pressing actuator, configured to exert a pressing force on at least one of the two members, via the frame of that member, towards the other member, and - means for heating (31, 33) at least one of the pressing surfaces to a temperature of between approximately 300 and 450°C,
A system for detecting obstructive apnea, comprising: an input configured to receive a bioelectric signal from a mammal comprising electromyographic activity of muscles of respiration; an output for communicating a signal dependent on a determined occurrence of obstructive apnea; and at least one processor configured to: process the bioelectric signal to isolate the electromyographic activity; determine a baseline amplitude of inspiratory efforts based on the isolated electromyographic activity; and determine occurrence of obstructive apnea if a series of successive inspiratory efforts over time have increasing amplitude, above the baseline amplitude of inspiratory efforts, determined dependent on the isolated electromyographic activity. an input configured to receive a bioelectric signal from a mammal comprising electromyographic activity of muscles of respiration; an output for communicating a signal dependent on a determined occurrence of obstructive apnea; and at least one processor configured to: process the bioelectric signal to isolate the electromyographic activity; determine a baseline amplitude of inspiratory efforts based on the isolated electromyographic activity; and determine occurrence of obstructive apnea if a series of successive inspiratory efforts over time have increasing amplitude, above the baseline amplitude of inspiratory efforts, determined dependent on the isolated electromyographic activity. process the bioelectric signal to isolate the electromyographic activity; determine a baseline amplitude of inspiratory efforts based on the isolated electromyographic activity; and determine occurrence of obstructive apnea if a series of successive inspiratory efforts over time have increasing amplitude, above the baseline amplitude of inspiratory efforts, determined dependent on the isolated electromyographic activity.
Method for operating a hearing device, which has an acceleration sensor which is positioned on the head of a hearing device wearer in the intended worn state and which is designed for measuring along three mutually perpendicular measurement axes (x, y, z), wherein, according to the method: - a movement of the hearing device wearer is deduced on the basis of acceleration data of the acceleration sensor that are transported by an acceleration signal, - a movement plane of the movement of the hearing device wearer is derived from the acceleration data, - a movement axis and a movement direction of the movement are ascertained from the acceleration data, and - an occurrence of a rotational movement of the head is deduced on the basis of the movement plane, the movement axis and the movement direction. - a movement of the hearing device wearer is deduced on the basis of acceleration data of the acceleration sensor that are transported by an acceleration signal, - a movement plane of the movement of the hearing device wearer is derived from the acceleration data, - a movement axis and a movement direction of the movement are ascertained from the acceleration data, and - an occurrence of a rotational movement of the head is deduced on the basis of the movement plane, the movement axis and the movement direction.