mhurhangee/ep-ind-claims huggingface dataset:
Irradiation device for irradiating body parts of living beings with electromagnetic waves, - comprising an electronics unit with an energy supply, consisting of - a radiofrequency oscillator stage for producing a radiofrequency wave train at a frequency in the range of 130 MHz to 170 MHz, - a low-frequency oscillator stage which produces a frequency as modulation frequency, - a modulation unit, which is supplied with the output of the radiofrequency oscillator stage and the output of the low-frequency oscillator stage, for forming a modulated wave train, and - a downstream output amplifier as a power stage with a connected transmission antenna, in the emission region of which a body part is positioned for irradiation purposes, characterized in that the transmission antenna is formed by two irradiation capsules (12, 13) connected at the output amplifier, said irradiation capsules each containing at least one magnetic coil and being placeable onto a body part, wherein the irradiation capsules (12,13) are connected to one another by way of a bracket-like or cap-like holder in such a way that the active sides of said capsules face one another, wherein the holder is placeable onto the body part to be irradiated in such a way that the irradiation capsules (12, 13) rest opposite one another on the body part, in that the electric power of the power stage is limited to at most 2 mW, in that the modulation frequency is set fixedly and unchangeably to 10.0 Hz and/or 10.2 Hz, in that the radiofrequency oscillator stage is set to a fixed and unchangeable frequency value in the range between 130 MHz and 170 MHz, and in that the electronics unit is contained in a device housing, on which an actuatable on/off switch for the electronics unit is applied for simple self-application and self-operation by a patient, and in that the holder moreover forms the device housing for receiving the electronics unit with the on/off switch. - comprising an electronics unit with an energy supply, consisting of - a radiofrequency oscillator stage for producing a radiofrequency wave train at a frequency in the range of 130 MHz to 170 MHz, - a low-frequency oscillator stage which produces a frequency as modulation frequency, - a modulation unit, which is supplied with the output of the radiofrequency oscillator stage and the output of the low-frequency oscillator stage, for forming a modulated wave train, and - a downstream output amplifier as a power stage with a connected transmission antenna, in the emission region of which a body part is positioned for irradiation purposes,
A carbon fiber bundle, having a tensile modulus of resin-impregnated strands of 265 to 300 GPa, a tensile strength of resin-impregnated strands of 6.0 GPa or more, a knot strength of 820 N/mm 2 or more, and a number of filaments of 30,000 or more, wherein the tensile modulus and tensile strength of resin-impregnated strands are determined by JIS-R-7608 according to the method of the description, and the knot strength is measured by the method of the description.
Domestic household appliance, for example for the treatment of laundry, comprising a steam generator comprising a spray channel, means for heating the spray channel, and means for injecting water into the spray channel comprising at least one closure plate equipped with an injection port opening into the spray channel, the spray channel comprising an end communicating with a steam distribution circuit having at least one steam outlet hole for diffusing steam to the outside of the appliance, characterised in that the spray channel has a blind portion extending upstream of the injection port, said blind portion forming a dead end in which air is trapped when water is injected into the spray channel through the injection port.
Method of preparing an edible fat continuous emulsion spread comprising 10 to 85 wt% of a dispersed aqueous phase and 15 to 90 wt% of a fat phase, said fat phase comprising: - 60 to 85 wt% of a combined amount of liquid oil and structuring fat, - 15 to 40 wt% of plant sterol esters, said method comprising the steps of: - preparing a mixture comprising at least part of the plant sterol esters and at least part of the liquid oil, including subjecting the plant sterol esters to a temperature of at least the melting temperature of the plant sterol esters, - bringing the temperature of the mixture to a temperature below the melting point of the plant sterol esters, and - combining this mixture with at least part of the structuring fat, wherein the structuring fat Is present as fat crystals. - 60 to 85 wt% of a combined amount of liquid oil and structuring fat, - 15 to 40 wt% of plant sterol esters, - preparing a mixture comprising at least part of the plant sterol esters and at least part of the liquid oil, including subjecting the plant sterol esters to a temperature of at least the melting temperature of the plant sterol esters, - bringing the temperature of the mixture to a temperature below the melting point of the plant sterol esters, and - combining this mixture with at least part of the structuring fat,
A hydraulic steering system for a vehicle, comprising a first steering member and a second steering member, wherein the first steering member is operationally connected to a first steering valve unit comprising a first steering valve, and wherein a priority valve controls a flow of a hydraulic fluid to one or more steering cylinders which provide for steering of the vehicle in a desired steering direction, wherein the priority valve gives priority to steering with the first steering member over steering with the second steering member, wherein a second steering valve unit is provided comprising a second steering valve, characterized in that the priority valve is connected to the second steering valve unit by a hydraulic fluid load line, and the second steering valve is functionally operable in series with a proportional flow control valve with respect to the hydraulic fluid connection, wherein in a first operational mode when the first steering member is not operated the second steering valve and/or the proportional flow control valve are controlled at least by the second steering member and in a second operational mode the second steering valve unit and the first steering valve unit are used simultaneously when the first steering member is operated.
A method of manufacturing a light emitting diode, the method comprising: forming an n-type semiconductor layer on a substrate; forming an n-type electrode in a first region of the n-type semiconductor layer; forming an active layer in a second region of the n-type semiconductor layer, the second region being a region other than the first region; forming a p-type semiconductor layer on the active layer; forming a p-type electrode on the p-type semiconductor layer; etching a portion of a region, where the active layer, the p-type semiconductor layer, and the p-type electrode are stacked, from the p-type electrode to the active layer;forming an insulating layer in the etched region, wherein the p-type electrode is divided into a first p-type electrode and a second p-type electrode by the insulating layer, and characterized in that the method further comprises forming a p-type pad only on one of the first p-type electrode and the second p-type electrode, configured such that only one of the first p-type electrode and the second p-type electrode is electrically connected to an external substrate when the LED is mounted on the external substrate. forming an n-type semiconductor layer on a substrate; forming an n-type electrode in a first region of the n-type semiconductor layer; forming an active layer in a second region of the n-type semiconductor layer, the second region being a region other than the first region; forming a p-type semiconductor layer on the active layer; forming a p-type electrode on the p-type semiconductor layer; etching a portion of a region, where the active layer, the p-type semiconductor layer, and the p-type electrode are stacked, from the p-type electrode to the active layer;forming an insulating layer in the etched region, wherein the p-type electrode is divided into a first p-type electrode and a second p-type electrode by the insulating layer, and characterized in that the method further comprises forming a p-type pad only on one of the first p-type electrode and the second p-type electrode, configured such that only one of the first p-type electrode and the second p-type electrode is electrically connected to an external substrate when the LED is mounted on the external substrate.
A temperature sensitive actuator, a mounting member, and an attaching structure for attaching the temperature sensitive actuator to the mounting member, said temperature sensitive actuator having electrical terminals (41, 42), a thermo-element that generates heat when energized through the electrical terminals (41, 42), wax that expands when heated by the heat from the thermoelement, a piston that projects as the wax expands, and an elastic member that biases the piston toward a non-projecting side, the attaching structure having: fixing protrusions (41a, 42a) provided to the temperature sensitive actuator; and openings (14, 15) provided to the mounting member that accommodate the fixing protrusions (41a, 42a), wherein the fixing protrusions (41a, 42a) are provided to the electrical terminals (41, 42), wherein - the fixing protrusions comprise a pair of fixing protrusions formed on the forward end electrical terminal, - the temperature sensitive actuator is fixedly mounted in place by the fixing protrusions (41a, 42a) being accommodated within the openings (14, 15) from a direction orthogonal to a longitudinal axis of the piston, characterized in that a concave portion (14a, 15a) open to the direction in which the elastic member biases the piston is formed in each of the openings (14, 15); and in that - the fixing protrusions (41a, 42a) are biased by the elastic member against the concave portions (14a, 15a) to fix the temperature sensitive actuator in place. fixing protrusions (41a, 42a) provided to the temperature sensitive actuator; and openings (14, 15) provided to the mounting member that accommodate the fixing protrusions (41a, 42a), wherein the fixing protrusions (41a, 42a) are provided to the electrical terminals (41, 42), wherein - the fixing protrusions comprise a pair of fixing protrusions formed on the forward end electrical terminal, - the temperature sensitive actuator is fixedly mounted in place by the fixing protrusions (41a, 42a) being accommodated within the openings (14, 15) from a direction orthogonal to a longitudinal axis of the piston, characterized in that a concave portion (14a, 15a) open to the direction in which the elastic member biases the piston is formed in each of the openings (14, 15); and in that - the fixing protrusions (41a, 42a) are biased by the elastic member against the concave portions (14a, 15a) to fix the temperature sensitive actuator in place. - the fixing protrusions comprise a pair of fixing protrusions formed on the forward end electrical terminal, - the temperature sensitive actuator is fixedly mounted in place by the fixing protrusions (41a, 42a) being accommodated within the openings (14, 15) from a direction orthogonal to a longitudinal axis of the piston, characterized in that a concave portion (14a, 15a) open to the direction in which the elastic member biases the piston is formed in each of the openings (14, 15); and in that - the fixing protrusions (41a, 42a) are biased by the elastic member against the concave portions (14a, 15a) to fix the temperature sensitive actuator in place.
A quantum dot composition comprising: quantum dots; and a leveling agent, wherein the leveling agent comprises a first repeating unit represented by Formula 1 and a second repeating unit represented by Formula 2: wherein, in Formulae 1 and 2, X 11 is an unsubstituted or substituted C 7 -C 60 aralkyl group; and R 11, R 21, and R 22 are each independently an unsubstituted or substituted C 1 -C 20 alkyl group. quantum dots; and a leveling agent, wherein the leveling agent comprises a first repeating unit represented by Formula 1 and a second repeating unit represented by Formula 2: wherein, in Formulae 1 and 2, X 11 is an unsubstituted or substituted C 7 -C 60 aralkyl group; and R 11, R 21, and R 22 are each independently an unsubstituted or substituted C 1 -C 20 alkyl group.
A dimensionally adjustable washbasin system (101, 150), comprising: a) an upwardly open liquid collecting unit that is at least partially uncovered and in liquid communication with a drainage system; b) a washbasin having at least one liquid receiving portion and a liquid discharging portion, wherein liquid introduced onto one of said liquid receiving portions is flowable into said liquid collecting unit when said liquid discharging portion is positioned above, and in communication with, said liquid collecting unit; c) a base unit for enclosing and concealing the liquid collecting unit, wherein said base unit is configured with a slot to accommodate extension therethrough of the washbasin, wherein the slot is formed in a front wall of said base unit; and d) a linkage for both pivotally displacing the washbasin and for longitudinally displacing the washbasin through said slot, characterised in that a support element is pivotally connected to a side wall of base unit by a joint, and a link is pivotally connected by a joint to the liquid receiving portion of washbasin and by a joint to a portion near a terminal end of the support element. a) an upwardly open liquid collecting unit that is at least partially uncovered and in liquid communication with a drainage system; b) a washbasin having at least one liquid receiving portion and a liquid discharging portion, wherein liquid introduced onto one of said liquid receiving portions is flowable into said liquid collecting unit when said liquid discharging portion is positioned above, and in communication with, said liquid collecting unit; c) a base unit for enclosing and concealing the liquid collecting unit, wherein said base unit is configured with a slot to accommodate extension therethrough of the washbasin, wherein the slot is formed in a front wall of said base unit; and d) a linkage for both pivotally displacing the washbasin and for longitudinally displacing the washbasin through said slot,
Method for operating an X-ray device comprising a detector or a radiation source or a C-arm with a detector and a radiation source and an articulated arm and a base by means of - specification of a starting position of the X-ray device with respect to the C-arm or the detector or the radiation source and the articulated arm, - specification of an end position of the X-ray device at least with respect to the C-arm or the detector or the radiation source and - movement of the X-ray device from the starting position into the end position, characterised by - automatic ascertainment of a plurality of paths that can be followed by the articulated arm and the C-arm or the detector or the radiation source on movement from the starting position into the end position, - graphical depiction of the plurality of paths for selection, and - manual selection of the path for the movement of the X-ray device). - specification of a starting position of the X-ray device with respect to the C-arm or the detector or the radiation source and the articulated arm, - specification of an end position of the X-ray device at least with respect to the C-arm or the detector or the radiation source and - movement of the X-ray device from the starting position into the end position, characterised by - automatic ascertainment of a plurality of paths that can be followed by the articulated arm and the C-arm or the detector or the radiation source on movement from the starting position into the end position, - graphical depiction of the plurality of paths for selection, and - manual selection of the path for the movement of the X-ray device).
Composite of two substrates, for use as a component of an optical, electronic and/or precision mechanical device, comprising a first substrate and a second substrate and an adhesive layer arranged to join the first substrate to the second substrate, characterized in that the adhesive layer comprises or consists of an adhesive comprising (a) a first, polyacrylate-based polymer component in an amount of from 60% by weight to 90% by weight and (b) a second, elastomer-based polymer component in an amount of from 10% by weight to 40% by weight, wherein the above percentages by weight are based on the sum of first polymer component and second polymer component as 100% by weight, wherein the second polymer component is substantially not miscible with the first polymer component so that the adhesive is present in the adhesive layer in at least two separate phases, and wherein adhesive resins, being polymeric compounds having a number-average molar mass of not more than 5000 g/mol and a softening point in the range between 80°C and 150°C, are added to the adhesive. (a) a first, polyacrylate-based polymer component in an amount of from 60% by weight to 90% by weight and (b) a second, elastomer-based polymer component in an amount of from 10% by weight to 40% by weight,
A mobile terminal for storing data into a web server using a wireless LAN service, the mobile terminal comprising: a control unit for transmitting data stored in the mobile terminal to the web server and obtaining member authentication executed in the web server by a user ID and password set in the mobile terminal; and a memory for storing data to be transmitted to the web server, wherein the mobile terminal is adapted to be operated by a user to set specific data stored in the memory to be stored into the web server, and the mobile terminal further comprises: a sensing unit for sensing whether the mobile terminal enters or exits a wireless LAN service area; and a transmitting unit for transmitting said specific data, set by the user, to the web server in response to the mobile terminal entering the wireless LAN service area. a control unit for transmitting data stored in the mobile terminal to the web server and obtaining member authentication executed in the web server by a user ID and password set in the mobile terminal; and a memory for storing data to be transmitted to the web server, wherein the mobile terminal is adapted to be operated by a user to set specific data stored in the memory to be stored into the web server, and the mobile terminal further comprises: a sensing unit for sensing whether the mobile terminal enters or exits a wireless LAN service area; and a transmitting unit for transmitting said specific data, set by the user, to the web server in response to the mobile terminal entering the wireless LAN service area. a sensing unit for sensing whether the mobile terminal enters or exits a wireless LAN service area; and a transmitting unit for transmitting said specific data, set by the user, to the web server in response to the mobile terminal entering the wireless LAN service area.
A method implemented in a wireless transmit/receive unit, WTRU, the method comprising: receiving, from a network, a configuration indicating any of: 1) a first priority associated with a first signal transmitted via a physical channel characterized by a first spectrum operation mode, SOM, or 2) a second priority associated with a second signal transmitted via a control channel characterized by a second SOM, wherein the first SOM is associated with a downlink control information, DCI, type different from a DCI type associated with the second SOM; allocating a first amount of power for transmitting the first signal and a second amount of power for transmitting the second signal, based on the first priority and the second priority; and transmitting any of: 1) the first signal via the physical channel according to the first priority using the first amount of power, or 2) the second signal via the control channel according to the second priority using the second amount of power. receiving, from a network, a configuration indicating any of: 1) a first priority associated with a first signal transmitted via a physical channel characterized by a first spectrum operation mode, SOM, or 2) a second priority associated with a second signal transmitted via a control channel characterized by a second SOM, wherein the first SOM is associated with a downlink control information, DCI, type different from a DCI type associated with the second SOM; allocating a first amount of power for transmitting the first signal and a second amount of power for transmitting the second signal, based on the first priority and the second priority; and transmitting any of: 1) the first signal via the physical channel according to the first priority using the first amount of power, or 2) the second signal via the control channel according to the second priority using the second amount of power.
Method for monitoring the leaktightness of sealed products comprising a charging stage during which at least one sealed product containing a tracer gas is placed in a chamber (2; 2a, 2b) under atmospheric pressure, characterized in that it comprises: a pre-evacuation stage during which the chamber (2; 2a, 2b) containing the at least one sealed product is brought into communication with a buffer volume (VT; VTa, VTb) under a subatmospheric pressure for a pre-evacuation time of less than 0.5 second, the chamber (2; 2a, 2b) is then brought into communication with an analysis line arranged to bypass the buffer volume (VT; VTa, VTb) in order to measure the concentration of tracer gas in the chamber (2; 2a, 2b) so as to detect a leak from the said at least one sealed product. a pre-evacuation stage during which the chamber (2; 2a, 2b) containing the at least one sealed product is brought into communication with a buffer volume (VT; VTa, VTb) under a subatmospheric pressure for a pre-evacuation time of less than 0.5 second, the chamber (2; 2a, 2b) is then brought into communication with an analysis line arranged to bypass the buffer volume (VT; VTa, VTb) in order to measure the concentration of tracer gas in the chamber (2; 2a, 2b) so as to detect a leak from the said at least one sealed product.
A beverage making machine having a precursor liquid supply to provide precursor liquid used to form a beverage, the precursor liquid supply including an inlet opening to receive precursor liquid provided to the beverage making machine; and a tank having an inlet coupled to the precursor liquid supply to receive precursor liquid into the tank and an outlet to deliver precursor liquid from the tank to a dispensing station; cooling system including a heat sink and arranged to remove heat from the precursor liquid in the tank; and a housing that at least partially surrounds the tank, characterized in that the housing includes a duct with a flow channel extending from a duct inlet to a duct outlet positioned near the inlet opening, the heat sink being positioned in the flow channel for contact with air passing through the flow channel, wherein the duct is arranged such that any precursor liquid entering the duct outlet is directed to a bottom of the housing.