mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting an isolation fault condition of a LED module supplied with electrical power by a non-isolated switched LED converter , the non-isolated switched LED converter having a control circuit for issuing a control signal for at least one switch (HS_FET, LS_FET) of the non-isolated switched LED converter and being supplied with at least one feedback signal from the LED module in order to implement a feedback-controlled operation of the LED module , the method comprising the steps of: - obtaining and analysing a signal indicating the operation frequency of the switch (HS_FET, LS_FET) of the non-isolated switched LED converter in order to evaluate the contribution of a harmonic in the frequency range of a mains voltage supplying the non-isolated switched LED converter in said signal , and - stopping or reducing the electrical power supplied to the LED module in case the contribution of said harmonic exceeds a given threshold value during at least a preset time period or preset number of cycles. - obtaining and analysing a signal indicating the operation frequency of the switch (HS_FET, LS_FET) of the non-isolated switched LED converter in order to evaluate the contribution of a harmonic in the frequency range of a mains voltage supplying the non-isolated switched LED converter in said signal , and - stopping or reducing the electrical power supplied to the LED module in case the contribution of said harmonic exceeds a given threshold value during at least a preset time period or preset number of cycles.
Corynebacterium glutamicum comprising an inactivated gene with a nucleotide sequence represented by SEQ ID NO: 1, wherein the gene is inactivated by deletion of part of nucleotide sequences represented by SEQ ID NO: 1, substitution of a part of a nucleotide sequences represented by SEQ ID NO: 1, or insertion of one or more base pairs into the nucleotide sequences represented by SEQ ID NO: 1, and wherein the Corynebacterium glutamicum has an improved ability to form a biofilm as compared to a parent strain comprising a gene with the nucleotide sequence represented by SEQ ID NO: 1, wherein L-lysine productivity of the Corynebacterium glutamicum is improved by enhancing one or more genes selected from the group consisting of lysA, lysC, lysE, dapA, dapB, pyc, asd and aspB, wherein said one or more genes are enhanced by increasing copy number of said one or more genes, and/or replacement or modification of the expression control sequence to increase expression of said one or more genes, and/or by mutation of the ORF of said one or more genes.
An electronic candle, comprising: a housing , an electric wire extending out of an upper end face of the housing , a flame piece connected to a tail end of the electric wire and a control circuit arranged in the housing and electrically connected with the electric wire , wherein at least a middle portion of the upper end face of the housing is formed into a concaved portion , a hole is provided in the concaved portion , a container configured for containing liquid is arranged below the hole ; an opening of the container is connected with the upper end face of the housing in a sealed manner, the hole is communicated with an interior of the container ; wherein the electronic candle further comprises: a driving mechanism electrically connected with the control circuit ; and an actuating mechanism driven by the driving mechanism ; characterized in that the actuating mechanism is configured to squeeze and loosen the container under driving of the driving mechanism . a housing , an electric wire extending out of an upper end face of the housing , a flame piece connected to a tail end of the electric wire and a control circuit arranged in the housing and electrically connected with the electric wire , wherein at least a middle portion of the upper end face of the housing is formed into a concaved portion , a hole is provided in the concaved portion , a container configured for containing liquid is arranged below the hole ; an opening of the container is connected with the upper end face of the housing in a sealed manner, the hole is communicated with an interior of the container ; wherein the electronic candle further comprises: a driving mechanism electrically connected with the control circuit ; and an actuating mechanism driven by the driving mechanism ; characterized in that the actuating mechanism is configured to squeeze and loosen the container under driving of the driving mechanism . a driving mechanism electrically connected with the control circuit ; and an actuating mechanism driven by the driving mechanism ; characterized in that the actuating mechanism is configured to squeeze and loosen the container under driving of the driving mechanism .
Respiratory mask , preferably a nasal mask, constituted of 4 parts assembled together comprising : - a first part made of a main body having a tubular-shape portion and a central passage , a holding arm projecting upwardly from said main body , and two lateral arms projecting laterally from said main body , the two lateral arms and the holding arm being integrally fixed to said tubular-shape portion of the main body , - a second part comprising a flexible cushion fixed to a rear side of the tubular-shape portion of the main body , - a third part comprising a hollow curved connector fixed to a front side of the tubular-shape portion of the main body , said hollow curved connector being rotatable with respect to the main body , and - a fourth part comprising a tubular connecting piece detachably fixed to the hollow curved connector , said tubular connecting piece being rotatable with respect to the hollow curved connector , characterized in that : - the main body is essentially constituted of a hollow tube element forming the tubular-shape portion and the central passage , and - the tubular-shape portion forming the main body has a generally cylindrical or tronconical shape, said tubular-shape portion having a length of between 1.5 and 8 cm, and the central passage having an inner diameter of between 1 and 4 cm. - a first part made of a main body having a tubular-shape portion and a central passage , a holding arm projecting upwardly from said main body , and two lateral arms projecting laterally from said main body , the two lateral arms and the holding arm being integrally fixed to said tubular-shape portion of the main body , - a second part comprising a flexible cushion fixed to a rear side of the tubular-shape portion of the main body , - a third part comprising a hollow curved connector fixed to a front side of the tubular-shape portion of the main body , said hollow curved connector being rotatable with respect to the main body , and - a fourth part comprising a tubular connecting piece detachably fixed to the hollow curved connector , said tubular connecting piece being rotatable with respect to the hollow curved connector , - the main body is essentially constituted of a hollow tube element forming the tubular-shape portion and the central passage , and - the tubular-shape portion forming the main body has a generally cylindrical or tronconical shape, said tubular-shape portion having a length of between 1.5 and 8 cm, and the central passage having an inner diameter of between 1 and 4 cm.
A motorized beverage machine having a brewing unit that comprises a first assembly and a second assembly cooperating together, each assembly delimiting part of a brewing chamber for containing an ingredient capsule , at least one of said assemblies being: - movable away from the cooperating assembly into an open position within said machine for forming between said assemblies a passage for inserting into and/or removing from the brewing unit said ingredient capsule; and - movable to the cooperating assembly into a closed position for forming said brewing chamber, such machine comprising activation means including: - a motor for driving said movable assembly between said open and closed positions; - a transmission means for transmitting a drive action from the motor to the movable assembly; - water supply means for supplying heated water to the brewing chamber; and - control means for controlling the drive action of the motor, characterised in that the control means comprise: - means for measuring at least one electrical parameter representative of a consumption of power by the motor, optionally the at least one measured parameter representing the current absorption of the motor ; - means for comparing to a set reference an evolution of said measured parameter as a function of time during the transfer of the assembly from the open to the closed position; and - means for providing to at least one of said activation means an input resulting from the comparison of the evolution of said measured parameter to the set reference, and in that a safety input is provided to the motor when detecting a variation of the measured parameter relative to the set reference which is abnormal, the variation being deemed abnormal when the measured parameter corresponds to a resistance against closure caused by the presence of an obstacle, in particular a human body part such as a finger, inbetween the assemblies moving towards the closed position and prior to reaching thereof. - movable away from the cooperating assembly into an open position within said machine for forming between said assemblies a passage for inserting into and/or removing from the brewing unit said ingredient capsule; and - movable to the cooperating assembly into a closed position for forming said brewing chamber, - a motor for driving said movable assembly between said open and closed positions; - a transmission means for transmitting a drive action from the motor to the movable assembly; - water supply means for supplying heated water to the brewing chamber; and - control means for controlling the drive action of the motor, - means for measuring at least one electrical parameter representative of a consumption of power by the motor, optionally the at least one measured parameter representing the current absorption of the motor ; - means for comparing to a set reference an evolution of said measured parameter as a function of time during the transfer of the assembly from the open to the closed position; and - means for providing to at least one of said activation means an input resulting from the comparison of the evolution of said measured parameter to the set reference,
Method of making a grafted, crosslinked cellulosic material for use in an absorbent article , the method comprising: - grafting polymer chains of at least one monoethylenically unsaturated acid group-containing monomer from a cellulosic substrate to produce a grafted cellulosic material; and - subsequently crosslinking the grafted cellulosic material by treating the material with a crosslinking agent adapted to effect crosslinking of one or more of the cellulosic substrate or the polymer chains, wherein the cellulosic material has an In Plane Radial Permeability (IPRP) value of about 1000 to 7700 cm 2 /MPa·sec and a Medium Absorption Pressure (MAP) of about 7.0 to 20 cm H 2 O; and - using the grafted, crosslinked cellulosic material in an absorbent article. - grafting polymer chains of at least one monoethylenically unsaturated acid group-containing monomer from a cellulosic substrate to produce a grafted cellulosic material; and - subsequently crosslinking the grafted cellulosic material by treating the material with a crosslinking agent adapted to effect crosslinking of one or more of the cellulosic substrate or the polymer chains, wherein the cellulosic material has an In Plane Radial Permeability (IPRP) value of about 1000 to 7700 cm 2 /MPa·sec and a Medium Absorption Pressure (MAP) of about 7.0 to 20 cm H 2 O; and - using the grafted, crosslinked cellulosic material in an absorbent article.
A control system for a road paver , the control system comprising: a camera system configured to generate image data of an environment of the road paver , and a controller electronically connected to the camera system , and configured to: receive the image data from the camera system ; characterised in that the controller is further configured to: apply an object recognition process on the received image data to identify an edge line serving as a reference line for a mat to be laid by the road paver , and determine a three dimensional position of the identified edge line ; automatically retract and extend a screed assembly of the road paver based on the determined position of the identified edge line ; and automatically steer the road paver based on the determined position the identified edge line , wherein the object recognition process is configured to identify an edge of an existing pavement structure such as a curb, an edge of a trench, an edge of an existing paved mat, and/or an edge of a reference beam or wire as the edge line , and wherein the controller is further configured to automatically coordinate steering of the road paver simultaneously with adjusting a screed width of the screed assembly of the road paver with each other based on the determined position of the identified edge line . a camera system configured to generate image data of an environment of the road paver , and a controller electronically connected to the camera system , and configured to: receive the image data from the camera system ; characterised in that the controller is further configured to: apply an object recognition process on the received image data to identify an edge line serving as a reference line for a mat to be laid by the road paver , and determine a three dimensional position of the identified edge line ; automatically retract and extend a screed assembly of the road paver based on the determined position of the identified edge line ; and automatically steer the road paver based on the determined position the identified edge line , receive the image data from the camera system ; characterised in that the controller is further configured to: apply an object recognition process on the received image data to identify an edge line serving as a reference line for a mat to be laid by the road paver , and determine a three dimensional position of the identified edge line ; automatically retract and extend a screed assembly of the road paver based on the determined position of the identified edge line ; and automatically steer the road paver based on the determined position the identified edge line , wherein the object recognition process is configured to identify an edge of an existing pavement structure such as a curb, an edge of a trench, an edge of an existing paved mat, and/or an edge of a reference beam or wire as the edge line , and wherein the controller is further configured to automatically coordinate steering of the road paver simultaneously with adjusting a screed width of the screed assembly of the road paver with each other based on the determined position of the identified edge line .
An RF control circuit , comprising: a primary component carrier (PCC) path comprising a transmission sub-path and a reception sub-path and for transmitting and receiving a PCC signal; and a secondary component carrier (SCC) path comprising a transmission sub-path and reception sub-path and for transmitting and receiving a SCC signal; characterized in that the RF control circuit further comprises a working-mode-switching switch , wherein the working-mode-switching switch comprises a switch-input terminal connected to the transmission sub-path of the SCC path and a grounded switch-output terminal , wherein when both the SCC and the PCC paths are simultaneously receiving, the working-mode-switching switch is configured to control the transmission sub-path of the SCC path to be grounded to avoid harmonics generated on the transmission sub-path of the PCC path from interfering with a received data signal of the SCC path. a primary component carrier (PCC) path comprising a transmission sub-path and a reception sub-path and for transmitting and receiving a PCC signal; and a secondary component carrier (SCC) path comprising a transmission sub-path and reception sub-path and for transmitting and receiving a SCC signal; characterized in that the RF control circuit further comprises a working-mode-switching switch , wherein the working-mode-switching switch comprises a switch-input terminal connected to the transmission sub-path of the SCC path and a grounded switch-output terminal , wherein when both the SCC and the PCC paths are simultaneously receiving, the working-mode-switching switch is configured to control the transmission sub-path of the SCC path to be grounded to avoid harmonics generated on the transmission sub-path of the PCC path from interfering with a received data signal of the SCC path.
Cocurrent fixed-bed gasifier for producing a product gas from pourable biomass particles , comprising a gasifier vessel , a feed conduit for the biomass particles in the upper region of the gasifier vessel , a grating located in the lower region of the gasifier vessel for supporting the biomass particles , an air feed conduit for introducing combustion air into the gasifier vessel , a product gas offtake leading out from the region under the grating of the gasifier vessel for discharging the product gas from the gasifier vessel, and a tubular gasifier component which projects into the gasifier vessel , where the tubular gasifier component has an open end which is arranged in the gasifier vessel , where the tubular gasifier component has a closed end which projects out of the gasifier vessel or ends flush with the upper side of the gasifier vessel , where the internal diameter (d) of the tubular gasifier component is smaller than the internal diameter (D) of the gasifier vessel , where the tubular gasifier component is arranged in the gasifier vessel in such a way that a spacing (h) remains between the open end of the tubular gasifier component and the grating , and where the feed conduit for the biomass particles opens into the closed end of the tubular gasifier component , characterized in that the air feed conduit opens into the closed end of the tubular gasifier component .
A method for manufacturing a single-layer or multi-layer porous film, comprising the following steps: a. providing a flowable first base mixture for a first film layer of the film, wherein the first base mixture comprises a solvent, an additive insoluble in the solvent and a polymeric binder dissolved in the solvent, b. forming a film precursor sheet, wherein the film precursor sheet comprises at least a sublayer of the first base mixture, c. contacting the film precursor sheet with a precipitant, wherein the solvent of the first base mixture is soluble in the precipitant, wherein the binder is at least partially insoluble in the precipitant, and wherein the binder is precipitated to form the porous film, characterised in that forming the film precursor sheet comprises the unsupported extrusion of the base mixture, to form self-supporting film without a supporting medium. a. providing a flowable first base mixture for a first film layer of the film, wherein the first base mixture comprises a solvent, an additive insoluble in the solvent and a polymeric binder dissolved in the solvent, b. forming a film precursor sheet, wherein the film precursor sheet comprises at least a sublayer of the first base mixture, c. contacting the film precursor sheet with a precipitant, wherein the solvent of the first base mixture is soluble in the precipitant, wherein the binder is at least partially insoluble in the precipitant, and wherein the binder is precipitated to form the porous film, characterised in that forming the film precursor sheet comprises the unsupported extrusion of the base mixture, to form self-supporting film without a supporting medium.
A method of inspecting an object comprising locating an object on a machine vision apparatus , attaching a light panel to the object to backlight a region of the object , obtaining an image of the region when backlit by the light panel and identifying a geometric property of the object from the image.
A computer-implemented method for controlling fan speed of cooling fans of a server system via a peripheral component interconnect express, PCIe, topology, wherein the server system comprises at least one Graphics Processing Unit, GPU, connected to a processor via PCIe and a Baseboard Management Controller, BMC, connected to the cooling fans , the computer-implemented method comprising: determining the PCIe topology of the server system , comprising determining PCIe BusID information; transmitting the PCIe BusID information to the BMC via an operating system, OS, agent ; in an event that the PCIe BusID information corresponds to a GPU card without I2C connection, retrieving by the BMC temperature information of the GPU card from a GPU library (L) according to the PCIe BusID information; and managing by the BMC the fan speed of the cooling fans associated with the GPU card via in-band Inter-Integrated Circuit, I 2 C, connections between the BMC and the cooling fans based at least upon the temperature information of the GPU card . determining the PCIe topology of the server system , comprising determining PCIe BusID information; transmitting the PCIe BusID information to the BMC via an operating system, OS, agent ; in an event that the PCIe BusID information corresponds to a GPU card without I2C connection, retrieving by the BMC temperature information of the GPU card from a GPU library (L) according to the PCIe BusID information; and managing by the BMC the fan speed of the cooling fans associated with the GPU card via in-band Inter-Integrated Circuit, I 2 C, connections between the BMC and the cooling fans based at least upon the temperature information of the GPU card .
A photopolymerizable inkjet ink composition, comprising: diethyleneglycoldimethacrylate; and alkoxy-modified (meth)acrylic acid ester having an n not less than 9, wherein the n is an average polymerization degree of an alkoxy part of the (meth)acrylic acid ester. diethyleneglycoldimethacrylate; and alkoxy-modified (meth)acrylic acid ester having an n not less than 9, wherein the n is an average polymerization degree of an alkoxy part of the (meth)acrylic acid ester.