mhurhangee/ep-ind-claims huggingface dataset:
A resin composition comprising at least a polyamide and a modified cyclodextrin, wherein said modified cyclodextrin is modified with a thermoplastic resin, and wherein said polyamide is blended in an amount of 80 parts by weight or more and 99.9 parts by weight or less and said modified cyclodextrin is blended in an amount of 0.1 parts by weight or more and 20 parts by weight or less with respect to the 100 parts by weight in total of said polyamide and said modified cyclodextrin, and wherein the modified cyclodextrin is not cyclodextrin that forms part of a polyrotaxane.
Dust filter bag in a vacuum cleaner, comprising a bag body made of filter material and a holding plate, which is connected to the bag body, wherein the holding plate has a dust inlet opening which opens into the inner space of the bag body, wherein it is provided that the dust filter bag has a compressed assembled state, wherein the assembled state is fixed via a fixing device, whose fixing effect on the assembled state can be relieved, characterised in that the fixing device has a weak point, the fixing effect on the assembled state being able to be relieved as a result of the activation of said weak point, wherein the weak point is formed by means of the mechanical load capacity limit of the fixing device, which is set to a value by material choice and/or shaping of the fixing device, said value lying below the forces acting on the fixing device as a result of introducing the dust filter bag and/or installing the dust filter bag into the vacuum cleaner.
A vacuum cleaner comprising an elongated member having a nozzle end portion and a handle end portion, a floor nozzle arranged at the nozzle end portion, a handle arranged at the handle end portion, and a hand unit releasably connectable at the nozzle end portion and at the handle end portion, wherein the hand unit comprises a motor fan unit for producing an airflow through at least a first portion of the vacuum cleaner, and a main separation unit for separating dust and debris from the airflow, wherein the first portion of the vacuum cleaner comprises the floor nozzle, characterised in that the vacuum cleaner comprises a valve arranged at the nozzle end portion, the valve comprising a valve member being movable between a first position and a second position, wherein in the first position the valve member is configured to direct the airflow from the floor nozzle to the hand unit while preventing the airflow to flow through the handle end portion, and wherein in the second position the valve member is configured to direct the airflow from the floor nozzle to the handle end portion and to the hand unit. an elongated member having a nozzle end portion and a handle end portion, a floor nozzle arranged at the nozzle end portion, a handle arranged at the handle end portion, and a hand unit releasably connectable at the nozzle end portion and at the handle end portion, wherein the hand unit comprises a motor fan unit for producing an airflow through at least a first portion of the vacuum cleaner, and a main separation unit for separating dust and debris from the airflow, wherein the first portion of the vacuum cleaner comprises the floor nozzle, characterised in that the vacuum cleaner comprises a valve arranged at the nozzle end portion, the valve comprising a valve member being movable between a first position and a second position, wherein in the first position the valve member is configured to direct the airflow from the floor nozzle to the hand unit while preventing the airflow to flow through the handle end portion, and wherein in the second position the valve member is configured to direct the airflow from the floor nozzle to the handle end portion and to the hand unit.
A kit for preparing a catheter for intermittently draining a human bladder via the urethra, the kit comprising at least two catheter sections (20; 21; 26; 30; 42; 44; 62; 64) defining a passage therein, the sections being adapted to be arranged in a first mutual configuration wherein the passages are joined into one passage and the sections together constitute a catheter of a length larger than the length of each individual section and a second mutual configuration wherein the kit is shorter than when the sections are arranged in the first mutual configuration, wherein at least one of the catheter sections (20;21;26;30;42;44;62;64) is provided with a hydrophilic surface of at least a part of its surface intended to provide a low-friction surface character of that part of the catheter by treatment with a liquid swelling medium prior to use of the catheter characterised in that the sections having such a rigidity that the catheter is manipulatable for insertion of a proximal one of the catheter sections (20; 30; 42; 62) into the urethra by manipulation of at least another one of the catheter sections (21; 26; 44; 64), said sections (20; 21; 26; 30; 42; 44; 62; 64) comprise a pair of separate sections joined by a telescopical joint (24; 31; 50; 69).
Supporting apparatus, preferably for commercial vehicles such as semitrailers, comprising an inner support tube and an outer support tube, which can be displaced in relation to one another along a longitudinal axis (x) in a direction of retraction and a direction of extension (ER/AR), also comprising a spindle, which is arranged at a fixed location, but so as to be capable of rotation, in relation to the outer support tube via a gear-mechanism region, and further comprising a spindle nut, which is mounted on the spindle, wherein the spindle nut is secured on a fastening region of the inner support tube, said fastening region being designed in the form of a carrying periphery which is oriented towards the longitudinal axis (x), characterized in that the carrying periphery has a carrying surface which is curved or shaped convexly.
A white light emitting device for emitting a white light close to a natural light, comprising: a blue LED chip configured to emit a light having a dominant emission wavelength of about 440-465 nm; and a phosphor layer configured to be excited by the light having the dominant emission wavelength of the blue LED chip, the phosphor layer comprising: a blue-green phosphor having a peak emission wavelength of about 480-519 nm; a green phosphor having a peak emission wavelength of about 520-560 nm; and a red phosphor having a peak emission wavelength of about 620-670 nm, wherein the blue-green phosphor is Lu 3( Al,Ga) 5 O 12:Ce, and the green phosphor is Lu 3 Al 5 O 12:Ce, wherein a weight ratio of the blue-green phosphor: the green phosphor: the red phosphor = (0.05-1): 1: (0.05-0.25). a blue LED chip configured to emit a light having a dominant emission wavelength of about 440-465 nm; and a phosphor layer configured to be excited by the light having the dominant emission wavelength of the blue LED chip, the phosphor layer comprising: a blue-green phosphor having a peak emission wavelength of about 480-519 nm; a green phosphor having a peak emission wavelength of about 520-560 nm; and a red phosphor having a peak emission wavelength of about 620-670 nm, wherein the blue-green phosphor is Lu 3( Al,Ga) 5 O 12:Ce, and the green phosphor is Lu 3 Al 5 O 12:Ce, wherein a weight ratio of the blue-green phosphor: the green phosphor: the red phosphor = (0.05-1): 1: (0.05-0.25). a blue-green phosphor having a peak emission wavelength of about 480-519 nm; a green phosphor having a peak emission wavelength of about 520-560 nm; and a red phosphor having a peak emission wavelength of about 620-670 nm, wherein the blue-green phosphor is Lu 3( Al,Ga) 5 O 12:Ce, and the green phosphor is Lu 3 Al 5 O 12:Ce, wherein a weight ratio of the blue-green phosphor: the green phosphor: the red phosphor = (0.05-1): 1: (0.05-0.25).
A green or at least partially vulcanised tyre comprising at least: a carcass structure, a tread band applied in radially outer position to said carcass structure, optionally a layer of elastomeric material substantially impermeable to air, liner, applied in radially inner position to said carcass structure, a sealing composite applied to the radially more internal surface of said tyre axially extended at least at a crown portion of the tyre; wherein said sealing composite is according to claim 14 and comprises at least a self-supporting thermoplastic film and a sealing composition layer associated with and supported by said self-supporting thermoplastic film and wherein the sealing composition layer is placed substantially in contact with the radially more internal surface of the tyre and the self-supporting thermoplastic film is radially inside the sealing composition layer, wherein the self-supporting thermoplastic film comprises at least 50% by weight with respect to the weight of the film itself of at least one or more polyolefins, wherein the at least one polyolefin has a fluidity index less than 4, preferably less than 2, more preferably less than 1.5, still more preferably less than 1 gram per 10 minutes evaluated according to ASTM D1238 at 190°C/2.16 Kg.. a carcass structure, a tread band applied in radially outer position to said carcass structure, optionally a layer of elastomeric material substantially impermeable to air, liner, applied in radially inner position to said carcass structure, a sealing composite applied to the radially more internal surface of said tyre axially extended at least at a crown portion of the tyre; wherein said sealing composite is according to claim 14 and comprises at least a self-supporting thermoplastic film and a sealing composition layer associated with and supported by said self-supporting thermoplastic film and wherein the sealing composition layer is placed substantially in contact with the radially more internal surface of the tyre and the self-supporting thermoplastic film is radially inside the sealing composition layer, wherein the self-supporting thermoplastic film comprises at least 50% by weight with respect to the weight of the film itself of at least one or more polyolefins, wherein the at least one polyolefin has a fluidity index less than 4, preferably less than 2, more preferably less than 1.5, still more preferably less than 1 gram per 10 minutes evaluated according to ASTM D1238 at 190°C/2.16 Kg..
A concentration measurement apparatus for measuring a temporal relative change amount of oxygenated hemoglobin concentration, that varies due to repetition of chest compression, in a head, comprising: a light incidence section making measurement light incident on the head; a light detection section detecting the measurement light that has propagated through the interior of the head and generating a detection signal in accordance with the intensity of the detected measurement light; a calculation section determining, based on the detection signal, the temporal relative change amount of the oxygenated hemoglobin concentration and performing a filtering process of removing frequency components less than a predetermined frequency from frequency components contained in the relative change amount; and a display section displaying first time series data indicating the filtering-processed relative change amount of the oxygenated hemoglobin concentration, wherein the calculation section judges, based on the detection signal, whether or not chest compression is being performed and, if chest compression is not performed for a predetermined time, the display section switches from displaying the first time series data to displaying second time series data indicating the temporal relative change amount of the oxygenated hemoglobin concentration that contains frequency components less than the predetermined frequency. a light incidence section making measurement light incident on the head; a light detection section detecting the measurement light that has propagated through the interior of the head and generating a detection signal in accordance with the intensity of the detected measurement light; a calculation section determining, based on the detection signal, the temporal relative change amount of the oxygenated hemoglobin concentration and performing a filtering process of removing frequency components less than a predetermined frequency from frequency components contained in the relative change amount; and a display section displaying first time series data indicating the filtering-processed relative change amount of the oxygenated hemoglobin concentration, wherein the calculation section judges, based on the detection signal, whether or not chest compression is being performed and, if chest compression is not performed for a predetermined time, the display section switches from displaying the first time series data to displaying second time series data indicating the temporal relative change amount of the oxygenated hemoglobin concentration that contains frequency components less than the predetermined frequency.
A method of storing and recovering energy, the method comprising: regasifying liquid air or liquid air components to produce gaseous air or gaseous air components using heat transferred from an organic secondary working fluid to the liquid air or liquid air components, thereby condensing the organic secondary working fluid from a gas phase to a liquid phase; combusting at least a portion of the gaseous air or gaseous air components with a fuel to form a gaseous primary working fluid at an elevated temperature; expanding the primary working fluid through a first turbine; producing electricity with a generator driven by the first turbine; heating the organic secondary working fluid with heat from the exhaust gas stream from the first turbine to convert the organic secondary working fluid from the liquid phase to the gas phase; using the heated gas phase organic secondary working fluid in a Rankine power cycle to generate additional electricity; and freezing carbon dioxide out of the exhaust gas stream from the first turbine by transferring heat from the first turbine exhaust gas stream to the liquid air or liquid air components to cool the first turbine exhaust gas stream. regasifying liquid air or liquid air components to produce gaseous air or gaseous air components using heat transferred from an organic secondary working fluid to the liquid air or liquid air components, thereby condensing the organic secondary working fluid from a gas phase to a liquid phase; combusting at least a portion of the gaseous air or gaseous air components with a fuel to form a gaseous primary working fluid at an elevated temperature; expanding the primary working fluid through a first turbine; producing electricity with a generator driven by the first turbine; heating the organic secondary working fluid with heat from the exhaust gas stream from the first turbine to convert the organic secondary working fluid from the liquid phase to the gas phase; using the heated gas phase organic secondary working fluid in a Rankine power cycle to generate additional electricity; and freezing carbon dioxide out of the exhaust gas stream from the first turbine by transferring heat from the first turbine exhaust gas stream to the liquid air or liquid air components to cool the first turbine exhaust gas stream.
Lighting device operable in a first and a second operation state and comprising: - a light source comprising a blue LED with peak wavelength in a first wavelength range of 460-490 nm and a blue LED having an emission peak in a second wavelength range of 430-460 nm, and tunable/dimmable green light emitting LED and a tunable/dimmable orange-red or red light emitting LED, said light source being configured to generate source light of a white light emission spectrum having a color correlated temperature, CCT, in a range of 2500-20000K; - a control unit being configured to tune the source light of the light source by control of a lighting element (23,25,27) being at least one of a tunable light filter, a switchable blue lighting element, dimmable blue lighting element, said tuning of the source light is with respect to a ratio between the first emission peak in the wavelength range of 460-490nm and the second emission peak in the wavelength range of 430-460nm, said tuning further comprises an adaption in the emission intensity in the green to red part of the spectrum by controlling the dimmable green and red LEDs to compensate a shift in the CCT of the white emission spectrum caused by a tuning of the ratio between the first and second emission peak upon a switch from the first to the second operation state, such that the CCT of the white emission spectrum is without change. - a light source comprising a blue LED with peak wavelength in a first wavelength range of 460-490 nm and a blue LED having an emission peak in a second wavelength range of 430-460 nm, and tunable/dimmable green light emitting LED and a tunable/dimmable orange-red or red light emitting LED, said light source being configured to generate source light of a white light emission spectrum having a color correlated temperature, CCT, in a range of 2500-20000K; - a control unit being configured to tune the source light of the light source by control of a lighting element (23,25,27) being at least one of a tunable light filter, a switchable blue lighting element, dimmable blue lighting element, said tuning of the source light is with respect to a ratio between the first emission peak in the wavelength range of 460-490nm and the second emission peak in the wavelength range of 430-460nm, said tuning further comprises an adaption in the emission intensity in the green to red part of the spectrum by controlling the dimmable green and red LEDs to compensate a shift in the CCT of the white emission spectrum caused by a tuning of the ratio between the first and second emission peak upon a switch from the first to the second operation state, such that the CCT of the white emission spectrum is without change.
Hot beverage preparation device for household- or gastronomic needs, comprising a heating device (3; 403) for the liquid, a control device for controlling the heating device (3; 403), and a beverage container (5; 305; 405) which is configured for accommodating heated liquid, wherein a stirring unit (6; 106; 406) is disposed in the beverage container (5; 305; 405), the stirring unit is configured for a stirring movement of the heated liquid in order to facilitate a homogeneous distribution of a beverage substrate that can be introduced in the heated liquid, wherein the stirring unit (6; 106; 406) comprises a filtering device (206; 486) for accommodating a beverage substrate, characterized in that a liquid level sensor (23; 423, 484) for a monitoring of a liquid level in the beverage container (5; 305; 405) is provided, which is connected to the control device to control a heat supply to the beverage container (5; 305; 405) and/or a stirring speed of the stirring unit (6; 106; 406) and in that the control device is arranged in a way that the heating of the liquid in the beverage container (5; 305; 405) takes place by means of a predeterminable temperature profile and/or that the operation of the stirring unit (6; 106; 406) takes place depending on the filling level of the liquid.
A method for transmitting a signal comprising: providing a downhole tool having a turbine generator, the turbine generator having a turbine; flowing a fluid through the turbine generator; and transmitting a message by varying the torque load on the turbine to modulate the message onto the pressure drop across the turbine generator; characterised by: measuring a pressure signal at a location spaced apart from the turbine generator, the pressure signal including at least the modulated message; and demodulating the message from the pressure signal, wherein the demodulating operation further comprises: cross-correlating one or more sequences of the pressure signal with one or more known messages; and identifying a known message of the known messages in the pressure signal. providing a downhole tool having a turbine generator, the turbine generator having a turbine; flowing a fluid through the turbine generator; and transmitting a message by varying the torque load on the turbine to modulate the message onto the pressure drop across the turbine generator; characterised by: measuring a pressure signal at a location spaced apart from the turbine generator, the pressure signal including at least the modulated message; and demodulating the message from the pressure signal, wherein the demodulating operation further comprises: cross-correlating one or more sequences of the pressure signal with one or more known messages; and identifying a known message of the known messages in the pressure signal.
Method for exchanging data between a mobile telephone and a fixed line telephone, wherein firstly the mobile telephone equipped with Near Field Communication technology and a fixed line telephone also equipped with NFC technology are initially placed in a reception range, and the mobile telephone and the fixed line telephone are then coupled by means of the NFC technology, characterised in that data is then transmitted between the mobile telephone and the fixed line telephone by means of the NFC technology, wherein the coupling occurs when the mobile telephone and the fixed line telephone are authenticated, and two different NFC technologies are used for the authentication and subsequent transmission of the data, wherein the data transmitted by the NFC technology between the mobile telephone and the fixed line telephone comprise the telephone number of the mobile telephone, and the telephone number of the mobile telephone is acquired such that calls to the mobile telephone until the end of the coupling can only be received on the fixed line telephone, and only if the acquisition of the telephone number of the mobile telephone by the fixed line telephone is not possible for the fixed line telephone, and automatic call diversion is provided.
Protective device for a photovoltaic system, comprising - at least one input (101, 102) for connection to a photovoltaic generator and - at least one output (103, 104) for delivery of electric power supplied by the photovoltaic generator, characterized in that the protective device comprises a detection device for a signal applied via the at least one output (103, 104), and is adapted for - providing a low voltage (Us) limited in its level at the at least one output (103, 104) in case that a supplied signal does not meet predetermined criteria, and - connecting the at least one output (103, 104) with low resistance to the at least one input (101, 102) via a switching device in case that the applied signal meets the predetermined criteria. - at least one input (101, 102) for connection to a photovoltaic generator and - at least one output (103, 104) for delivery of electric power supplied by the photovoltaic generator, - providing a low voltage (Us) limited in its level at the at least one output (103, 104) in case that a supplied signal does not meet predetermined criteria, and - connecting the at least one output (103, 104) with low resistance to the at least one input (101, 102) via a switching device in case that the applied signal meets the predetermined criteria.