mhurhangee/patent-ind-claim-en huggingface dataset:
Method for customization of a user interface of a microprocessor controlled medical apparatus for extracorporal blood treatment, wherein a software component controls processes for providing data displayed on the user interface on a touch screen of the medical apparatus, and the software component has a technical support and maintenance mode and a treatment mode, wherein at least one target window (11;11') is displayed on the touch screen during therapy in the treatment mode, wherein the at least one target window (11;11') displays at least data regarding measured values of parameters being measured during therapy and/or set values of parameters being set during therapy, and wherein at least the appearance of the at least one target window (11;11') is modified by a customization procedure that is performed within the at least one target window (11;11') in the treatment mode, characterized in that the customization procedure is configured to allow during therapy a selection of the parameter for which a value is measured and/or a selection of the parameter for which a value is set to be displayed in the at least one target window (11; 11') in a customizable defined position comprising the steps of: a. displaying at least one set value of at least one parameter for set values and/or at least one measured value of at least one parameter for measured values during therapy in at least one defined position within the at least one target window (11;11'); b. displaying an indication of selectable parameters for set values and/or indication of selectable parameters for measured values during therapy within the at least one target window (11; 11'); c. selecting at least one new parameter for set values and/or selecting at least one new parameter for measured values during therapy from the indicated selectable parameters, respectively; and d. displaying at least one set value of the selected at least one new parameter for set values and/or displaying at least one measured value of the selected at least one new parameter for measured values during therapy in the at least one customizable defined position. a. displaying at least one set value of at least one parameter for set values and/or at least one measured value of at least one parameter for measured values during therapy in at least one defined position within the at least one target window (11;11'); b. displaying an indication of selectable parameters for set values and/or indication of selectable parameters for measured values during therapy within the at least one target window (11; 11'); c. selecting at least one new parameter for set values and/or selecting at least one new parameter for measured values during therapy from the indicated selectable parameters, respectively; and d. displaying at least one set value of the selected at least one new parameter for set values and/or displaying at least one measured value of the selected at least one new parameter for measured values during therapy in the at least one customizable defined position.
A device for On-Off keying, OOK, modulating an input signal, comprising at least: - an injection-locked oscillator comprising a power supply input , an injection signal input and an output to which the modulated OOK signal is to be delivered; - a first controlled switch comprising a control input to which the input signal is to be applied, and configured to couple or not a power supply source to the power supply input of the injection-locked oscillator in dependence on the value of the input signal; - a periodic signal providing device configured to deliver, on an output which is electrically coupled to the injection signal input of the injection-locked oscillator , a periodic injection signal whose frequency and amplitude trigger locking of the injection-locked oscillator to the frequency of the injection signal or a multiple of the frequency of the injection signal; wherein the injection-locked oscillator includes at least: - a resonant circuit ; - a cross-coupled pair of field effect transistors (122.1,122.2) electrically coupled to the resonant circuit ; and - two injection field effect transistors (128.1,128.2), each electrically coupled to one of the transistors (122.1,122.2) of the cross-coupled pair and whose gates form the injection signal input ; characterized in that the injection-locked oscillator further comprises an unbalancing field effect transistor electrically coupled to one of the transistors (122.1) of the cross-coupled pair and whose gate is configured to receive a pulse signal for electrically unbalancing the injection-locked oscillator upon starting up the injection-locked oscillator . - an injection-locked oscillator comprising a power supply input , an injection signal input and an output to which the modulated OOK signal is to be delivered; - a first controlled switch comprising a control input to which the input signal is to be applied, and configured to couple or not a power supply source to the power supply input of the injection-locked oscillator in dependence on the value of the input signal; - a periodic signal providing device configured to deliver, on an output which is electrically coupled to the injection signal input of the injection-locked oscillator , a periodic injection signal whose frequency and amplitude trigger locking of the injection-locked oscillator to the frequency of the injection signal or a multiple of the frequency of the injection signal; - a resonant circuit ; - a cross-coupled pair of field effect transistors (122.1,122.2) electrically coupled to the resonant circuit ; and - two injection field effect transistors (128.1,128.2), each electrically coupled to one of the transistors (122.1,122.2) of the cross-coupled pair and whose gates form the injection signal input ;
An aqueous separation liquid for capturing paint overspray from a gas stream comprising: a) at least 49.9 wt% water, based on the total weight of the aqueous separation liquid, b) 5 to 50 wt.% of at least one organic water-soluble polyol, based on the total weight of the aqueous separation liquid, and c) 0.1 to 7 wt.%, based on the total weight of the aqueous separation liquid, of at least one hydroxyalkyl cellulose ether having a viscosity of less than 200 mPa·s as measured with a Visco Tester VT5 using a R2 spindle at a velocity of rotation of 60 rpm and a temperature of 20°C for a 1 wt.% solution of the cellulose ether in water, based on the total weight of the solution, wherein components b) and c) are different from each other. a) at least 49.9 wt% water, based on the total weight of the aqueous separation liquid, b) 5 to 50 wt.% of at least one organic water-soluble polyol, based on the total weight of the aqueous separation liquid, and c) 0.1 to 7 wt.%, based on the total weight of the aqueous separation liquid, of at least one hydroxyalkyl cellulose ether having a viscosity of less than 200 mPa·s as measured with a Visco Tester VT5 using a R2 spindle at a velocity of rotation of 60 rpm and a temperature of 20°C for a 1 wt.% solution of the cellulose ether in water, based on the total weight of the solution,
A method comprising: recognizing , using an electronic device , an external object; and displaying at least one text corresponding to a voice command corresponding to an application or function related to the external object, through a display functionally connected to the electronic device ; wherein the external object comprises a plurality of external objects comprising at least a first external object and a second external object; the method characterised in that when a first text that will be displayed in relation to the first external object and a second text that will be displayed in relation to the second external object are the same, the displaying of the at least one text comprises at least one of: displaying a third text different from the first text as a text related to the first external object in addition to or in replacement of the first text; and displaying a fourth text different from the second text as a text related to the second external object in addition to or in replacement of the second text. recognizing , using an electronic device , an external object; and displaying at least one text corresponding to a voice command corresponding to an application or function related to the external object, through a display functionally connected to the electronic device ; wherein the external object comprises a plurality of external objects comprising at least a first external object and a second external object; the method characterised in that when a first text that will be displayed in relation to the first external object and a second text that will be displayed in relation to the second external object are the same, the displaying of the at least one text comprises at least one of: displaying a third text different from the first text as a text related to the first external object in addition to or in replacement of the first text; and displaying a fourth text different from the second text as a text related to the second external object in addition to or in replacement of the second text. displaying a third text different from the first text as a text related to the first external object in addition to or in replacement of the first text; and displaying a fourth text different from the second text as a text related to the second external object in addition to or in replacement of the second text.
A mutant-type 3',3'-cGAMP synthase comprising one or more amino acid mutations selected from the group consisting of the following amino acid residues: Y117(H), N121 , M130(V, or F), K177(M, H, or C), A292(T, K, or Y), and K350(E, D, or M) of wild-type 3',3'-cGAMP synthase, wherein the wild-type 3',3'-cGAMP synthase is a protein containing amino acid sequence of SEQ ID NO:1
A multispecific antibody or fragment thereof that specifically binds: a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is OX40. a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is OX40.
A hybrid energy system, comprising: a generator step-up transformer ; a gas turbine generator, GTG, configured to provide a full-load power output; a storage device configured to store energy, wherein the GTG and the storage device are electrically co-located on a low side of the generator step-up transformer , wherein the hybrid energy system is configured to use the GTG to supplement the storage device to maintain a state of charge of the storage device within a specified range from a target state of charge, characterised in that the hybrid energy system is configured to start the GTG from a stand-by-state to a desired power output of the hybrid energy system and discharge at least a portion of the stored energy of the storage device at a hybrid ramp rate to discharge energy according to a difference between a gas-turbine alone ramp rate as if the GTG was to ramp alone from being in an on-line mode and synchronized, and the actual power output of the GTG , on a net basis. a generator step-up transformer ; a gas turbine generator, GTG, configured to provide a full-load power output; a storage device configured to store energy, wherein the GTG and the storage device are electrically co-located on a low side of the generator step-up transformer , wherein the hybrid energy system is configured to use the GTG to supplement the storage device to maintain a state of charge of the storage device within a specified range from a target state of charge, characterised in that the hybrid energy system is configured to start the GTG from a stand-by-state to a desired power output of the hybrid energy system and discharge at least a portion of the stored energy of the storage device at a hybrid ramp rate to discharge energy according to a difference between a gas-turbine alone ramp rate as if the GTG was to ramp alone from being in an on-line mode and synchronized, and the actual power output of the GTG , on a net basis.
A signal transmission method, comprising: acquiring a first sequence having a length of N, wherein N is a positive integer; multiplying a first modulation symbol at each of M positions of the first sequence, wherein the first modulation symbol represents a modulated signal, and M is a positive integer less than N, and wherein the M positions are even-numbered point positions of the first sequence or odd-numbered point positions of the first sequence; and transmitting the first sequence carrying the first modulation symbol over a transmission symbol; wherein the first modulation symbol is modulated acknowledgement, ACK, modulated non-acknowledgement, NACK message, or modulated data information; wherein when a 1-bit ACK or NACK message is transmitted, the first modulation symbol is multiplied at each of the M positions of the first sequence; and wherein the first modulation symbol is the ACK or NACK message that has undergone binary phase shift keying modulation. acquiring a first sequence having a length of N, wherein N is a positive integer; multiplying a first modulation symbol at each of M positions of the first sequence, wherein the first modulation symbol represents a modulated signal, and M is a positive integer less than N, and wherein the M positions are even-numbered point positions of the first sequence or odd-numbered point positions of the first sequence; and transmitting the first sequence carrying the first modulation symbol over a transmission symbol; wherein the first modulation symbol is modulated acknowledgement, ACK, modulated non-acknowledgement, NACK message, or modulated data information; wherein when a 1-bit ACK or NACK message is transmitted, the first modulation symbol is multiplied at each of the M positions of the first sequence; and wherein the first modulation symbol is the ACK or NACK message that has undergone binary phase shift keying modulation.
An adjuvant composition comprising: (a) one or more anionic surfactant compounds; (b) one or more fatty acid alkyl ester compounds; and (c) one or more salts selected from sodium chloride, potassium chloride and a mixture thereof wherein the adjuvant composition comprises, based on 100 parts by weight of the adjuvant composition, greater than or equal to about 1 parts by weight (pbw) of the one or more anionic surfactant compounds selected from sodium dodecyl sulfate, sodium laureth sulfate, potassium lauryl sulfate, and potassium laureth sulfate, greater than or equal to about 1 pbw of one or more fatty acid alkyl ester compounds, and greater than or equal to about 20 pbw of the one or more salts. (a) one or more anionic surfactant compounds; (b) one or more fatty acid alkyl ester compounds; and (c) one or more salts selected from sodium chloride, potassium chloride and a mixture thereof
A method for assembling a micro-sized fluidic oscillator wash or spray nozzle assembly, comprising: (a) defining within a nozzle housing an interior cavity having an upper slot in fluid communication with a bottom opening which is configured to receive and retain an insert having internal fluid passages defining first and second power nozzles and having an interaction region ; (b) providing, in said insert, first and second power nozzles configured to receive pressurized fluid from the interior cavity of the housing by way of opposing lateral inlets in the insert for the first and second power nozzles, to produce accelerating first and second fluid flows aimed by the first and second power nozzles toward one another in the interaction region defined within the insert; (c) defining, within said housing a transverse lumen aligned along a spray axis through a sidewall in the housing to form a throat or spray outlet orifice , where the cross sectional shape of that throat or outlet orifice is defined by the housing's sidewall and the axially aligned insert, when said insert is inserted in said housing's interior cavity; and (d) inserting said insert into said nozzle housing through said housing interior cavity's bottom opening and forcing the insert upwardly into the upper slot to abut side and top wall surfaces within the housing slot. (a) defining within a nozzle housing an interior cavity having an upper slot in fluid communication with a bottom opening which is configured to receive and retain an insert having internal fluid passages defining first and second power nozzles and having an interaction region ; (b) providing, in said insert, first and second power nozzles configured to receive pressurized fluid from the interior cavity of the housing by way of opposing lateral inlets in the insert for the first and second power nozzles, to produce accelerating first and second fluid flows aimed by the first and second power nozzles toward one another in the interaction region defined within the insert; (c) defining, within said housing a transverse lumen aligned along a spray axis through a sidewall in the housing to form a throat or spray outlet orifice , where the cross sectional shape of that throat or outlet orifice is defined by the housing's sidewall and the axially aligned insert, when said insert is inserted in said housing's interior cavity; and (d) inserting said insert into said nozzle housing through said housing interior cavity's bottom opening and forcing the insert upwardly into the upper slot to abut side and top wall surfaces within the housing slot.
An optical pulse pair generator configured to generate an optical pulse pair including a first pulse beam and a second pulse beam having respective central wavelengths that are separated by a predetermined wavelength difference from each other and having target time waveforms that are substantially the same as each other, the optical pulse pair generator comprising: a splitter section configured to split an incident pulse beam into two; a first shaping section configured to shape one of the pulse beams split by the splitter section by shaping into the target time waveform and setting a central frequency so as to configure the first pulse beam; and a second shaping section configured to shape the other of the pulse beams split by the splitter section by shaping into the target time waveform so as to configure the second pulse beam, wherein the first pulse beam and the second pulse beam both have an asymmetric waveform with a fall time that is longer than a rise time, and are temporally superimposed on each other. a splitter section configured to split an incident pulse beam into two; a first shaping section configured to shape one of the pulse beams split by the splitter section by shaping into the target time waveform and setting a central frequency so as to configure the first pulse beam; and a second shaping section configured to shape the other of the pulse beams split by the splitter section by shaping into the target time waveform so as to configure the second pulse beam, wherein the first pulse beam and the second pulse beam both have an asymmetric waveform with a fall time that is longer than a rise time, and are temporally superimposed on each other.
A method of cleaning a plastic article in an automatic dishwashing machine, comprising: selecting an automatic dishwashing composition for cleaning plastic, wherein the automatic dishwashing composition, comprises: a builder, wherein the builder includes a mixture of at least one carbonate and at least one citrate; a phosphonate; a nonionic surfactant; and a dispersant polymer comprising: (a) 75 to 81 wt% of structural units of formula I wherein each R 1 is independently selected from a hydrogen and a -CH 3 group; and (b) 19 to 25 wt% of structural units of formula II wherein each R 2 is independently selected from a -C 2-3 alkyl group and wherein each R 3 is independently selected from a hydrogen and a methyl group; providing a plastic article, wherein the plastic article includes a polystyrene tumbler; and, applying the automatic dishwashing composition to the plastic article. selecting an automatic dishwashing composition for cleaning plastic, wherein the automatic dishwashing composition, comprises: a builder, wherein the builder includes a mixture of at least one carbonate and at least one citrate; a phosphonate; a nonionic surfactant; and a dispersant polymer comprising: (a) 75 to 81 wt% of structural units of formula I wherein each R 1 is independently selected from a hydrogen and a -CH 3 group; and (b) 19 to 25 wt% of structural units of formula II wherein each R 2 is independently selected from a -C 2-3 alkyl group and wherein each R 3 is independently selected from a hydrogen and a methyl group; a builder, wherein the builder includes a mixture of at least one carbonate and at least one citrate; a phosphonate; a nonionic surfactant; and a dispersant polymer comprising: (a) 75 to 81 wt% of structural units of formula I wherein each R 1 is independently selected from a hydrogen and a -CH 3 group; and (b) 19 to 25 wt% of structural units of formula II (a) 75 to 81 wt% of structural units of formula I wherein each R 1 is independently selected from a hydrogen and a -CH 3 group; and (b) 19 to 25 wt% of structural units of formula II wherein each R 2 is independently selected from a -C 2-3 alkyl group and wherein each R 3 is independently selected from a hydrogen and a methyl group; providing a plastic article, wherein the plastic article includes a polystyrene tumbler; and, applying the automatic dishwashing composition to the plastic article.
A chemical mechanical polishing composition comprising: a water based liquid carrier; a colloidal silica abrasive dispersed in the liquid carrier, the colloidal silica abrasive having a permanent positive charge of at least 6 mV; a polycationic amine compound in solution in the liquid carrier, and an iron containing accelerator, wherein the iron containing accelerator comprises a soluble iron containing catalyst in an amount sufficient to provide a range from 1 to 3000 ppm Fe based on the total weight of the composition; wherein the colloidal silica is treated with an aminosilane compound and wherein the polishing composition has a pH of less than 7. a water based liquid carrier; a colloidal silica abrasive dispersed in the liquid carrier, the colloidal silica abrasive having a permanent positive charge of at least 6 mV; a polycationic amine compound in solution in the liquid carrier, and an iron containing accelerator, wherein the iron containing accelerator comprises a soluble iron containing catalyst in an amount sufficient to provide a range from 1 to 3000 ppm Fe based on the total weight of the composition; wherein the colloidal silica is treated with an aminosilane compound and wherein the polishing composition has a pH of less than 7.
Bodywork part for a motor vehicle of plastic, comprising a wall formed by an external part and an internal part, characterised in that : - the outer part comprises a transparent sheet having one face having a local relief at the interface of the two parts and another sensibly smooth face on the surface of the wall, and - the inner part is made of injected plastic material having a face having a complementary relief to that of the external part at the interface of the two parts . - the outer part comprises a transparent sheet having one face having a local relief at the interface of the two parts and another sensibly smooth face on the surface of the wall, and - the inner part is made of injected plastic material having a face having a complementary relief to that of the external part at the interface of the two parts .