mhurhangee/ep-ind-claims huggingface dataset:
An image forming system comprising: an image forming apparatus; and an external terminal communicable with the image forming apparatus, the image forming apparatus including: generation means for determining an external terminal program that is a program installed in the external terminal and is capable of processing a data file stored in the image forming apparatus as an execution candidate program, and for generating first display data for a first operation screen on the basis of program information regarding a type of the execution candidate program, the first operation screen including a key image for receiving, on the external terminal, an instruction to execute the execution candidate program on the external terminal; and transmission means for transmitting the first display data to the external terminal, and the external terminal including: communication means for receiving the first display data transmitted from the image forming apparatus; and display control means for displaying the first operation screen on a display unit of the external terminal on the basis of the first display data. an image forming apparatus; and an external terminal communicable with the image forming apparatus, the image forming apparatus including: generation means for determining an external terminal program that is a program installed in the external terminal and is capable of processing a data file stored in the image forming apparatus as an execution candidate program, and for generating first display data for a first operation screen on the basis of program information regarding a type of the execution candidate program, the first operation screen including a key image for receiving, on the external terminal, an instruction to execute the execution candidate program on the external terminal; and transmission means for transmitting the first display data to the external terminal, and generation means for determining an external terminal program that is a program installed in the external terminal and is capable of processing a data file stored in the image forming apparatus as an execution candidate program, and for generating first display data for a first operation screen on the basis of program information regarding a type of the execution candidate program, the first operation screen including a key image for receiving, on the external terminal, an instruction to execute the execution candidate program on the external terminal; and transmission means for transmitting the first display data to the external terminal, and the external terminal including: communication means for receiving the first display data transmitted from the image forming apparatus; and display control means for displaying the first operation screen on a display unit of the external terminal on the basis of the first display data. communication means for receiving the first display data transmitted from the image forming apparatus; and display control means for displaying the first operation screen on a display unit of the external terminal on the basis of the first display data.
A landing gear assembly for use with an aircraft, said landing gear assembly comprising: a housing comprising a trunnion brace, a drag brace, and an aft brace that together define an opening through said housing, wherein said housing comprises a cylinder portion defining a cavity coupled in flow communication with said opening; a shrink link assembly coupled to said housing, wherein said shrink link assembly is accessible through said opening, wherein said shrink link assembly comprises a first link coupled to said aft brace, asecond link coupled to said first link, and an inner cylinder coupled to said second link, wherein said inner cylinder is accessible through said opening, wherein a portion of said shrink link assembly is coupled within said cavity, wherein said portion is accessible through said opening; and a wheel assembly coupled to the inner cylinder, which is slidably coupled within the housing. a housing comprising a trunnion brace, a drag brace, and an aft brace that together define an opening through said housing, wherein said housing comprises a cylinder portion defining a cavity coupled in flow communication with said opening; a shrink link assembly coupled to said housing, wherein said shrink link assembly is accessible through said opening, wherein said shrink link assembly comprises a first link coupled to said aft brace, asecond link coupled to said first link, and an inner cylinder coupled to said second link, wherein said inner cylinder is accessible through said opening, wherein a portion of said shrink link assembly is coupled within said cavity, wherein said portion is accessible through said opening; and a wheel assembly coupled to the inner cylinder, which is slidably coupled within the housing.
A scroll pump comprising a movable spiral component which can be eccentrically excited to generate a pumping effect, wherein the spiral component has a base plate and a spiral wall extending starting from the base plate, characterized in that at least two holding projections spaced apart over the periphery of the base plate are provided outside at the base plate such that the jaws of a jaw chuck can engage at the holding projections during the manufacture of the scroll pump to clamp the spiral component. a movable spiral component which can be eccentrically excited to generate a pumping effect, wherein the spiral component has a base plate and a spiral wall extending starting from the base plate, characterized in that at least two holding projections spaced apart over the periphery of the base plate are provided outside at the base plate such that the jaws of a jaw chuck can engage at the holding projections during the manufacture of the scroll pump to clamp the spiral component.
An article comprising at least one non-transitory machine-readable storage medium storing instructions executable by a processing resource of a file encryption system to cause the processing resource to: receive a request to create a portable document format - PDF - file to store content, wherein part of the content, comprising a metadata entry and a data block, is to be stored in encrypted form; create a custom field in the PDF file to store encrypted data; sign the part of the content (204, 206) to be stored in encrypted form and a content map with a first key to generate a signature and store the signature as part of the encrypted data in the custom field of the PDF file; encrypt the metadata entry with a metadata entry key, encrypt the metadata entry key with a second key, and store the encrypted metadata entry, with the encrypted metadata entry key, in the custom field of the PDF file as part of the encrypted data; encrypt the data block with a data block key, encrypt the data block key with the second key, and store the encrypted data block, with the encrypted data block key, in the custom field of the PDF file as part of the encrypted data; encrypt the content map with a content map key, encrypt the content map key with the second key, and store the encrypted content map, with the encrypted content map key, in the custom field of the PDF file as part of the encrypted data; and store an unencrypted content part in an area of the PDF file that is not the custom field of the PDF file. receive a request to create a portable document format - PDF - file to store content, wherein part of the content, comprising a metadata entry and a data block, is to be stored in encrypted form; create a custom field in the PDF file to store encrypted data; sign the part of the content (204, 206) to be stored in encrypted form and a content map with a first key to generate a signature and store the signature as part of the encrypted data in the custom field of the PDF file; encrypt the metadata entry with a metadata entry key, encrypt the metadata entry key with a second key, and store the encrypted metadata entry, with the encrypted metadata entry key, in the custom field of the PDF file as part of the encrypted data; encrypt the data block with a data block key, encrypt the data block key with the second key, and store the encrypted data block, with the encrypted data block key, in the custom field of the PDF file as part of the encrypted data; encrypt the content map with a content map key, encrypt the content map key with the second key, and store the encrypted content map, with the encrypted content map key, in the custom field of the PDF file as part of the encrypted data; and store an unencrypted content part in an area of the PDF file that is not the custom field of the PDF file.
An apparatus for mitigating the effects of polarization mode dispersion, PMD, resulting from differential group delays, DGD, of broad frequency band optical signals in an optical fiber transmission system, characterized by: - A concatenation of at least three birefringent elements (11, 12, 16) whose birefringence axes are not mutually parallel and which are connected in series to the optical fiber; - A feedback device connected to the concatenation of birefringent elements (11, 12, 16) and capable of selectively controlling the DGD of at least two of said birefringent elements (11, 12) to generate a variable vector of the principal states of polarization, PSPs, which can compensate for the effects of polarization mode dispersion. - A concatenation of at least three birefringent elements (11, 12, 16) whose birefringence axes are not mutually parallel and which are connected in series to the optical fiber; - A feedback device connected to the concatenation of birefringent elements (11, 12, 16) and capable of selectively controlling the DGD of at least two of said birefringent elements (11, 12) to generate a variable vector of the principal states of polarization, PSPs, which can compensate for the effects of polarization mode dispersion.
A method for increasing heterologous protein expression in a host cell comprising the steps of culturing the host cell comprising a first heterologous polynucleotide sequence encoding said heterologous protein under conditions that allow for protein expression, said host cell further comprising a second polynucleotide sequence having a protein coding sequence for a selectable marker protein, said second polynucleotide having a sequence modification compared to a wild-type polynucleotide encoding said selectable marker protein, said sequence modification reducing translation efficiency ofmRNA encoded by said second polynucleotide, said second polynucleotide having said sequence modification and said wild-type polynucleotide encoding identical amino acid sequences for said selectable marker protein; said first polynucleotide and said second polynucleotide encoded on a single Chinese hamster elongation factor 1 (CHEF1) expression vector, wherein the first polynucleotide and second polynucleotide are each under transcriptional control of distinct promoters.
An engine control apparatus configured to be in cooperation with an engine, the engine including an addition device for adding a NOx reducing agent to exhaust gas of the engine, the engine control apparatus comprising: a control unit for controlling the engine, and characterised in that the control unit detects an abnormality having occurred in the addition device, to restrict an output of the engine at a time of the abnormality occurrence when the occurrence of the abnormality is detected and inhibits restarting of an engine operation after the engine operation stops. a control unit for controlling the engine, and characterised in that the control unit detects an abnormality having occurred in the addition device, to restrict an output of the engine at a time of the abnormality occurrence when the occurrence of the abnormality is detected and inhibits restarting of an engine operation after the engine operation stops.
A steam cleaning apparatus comprising: a main body; a main ON/OFF switch for supplying electrical power; and a steam cleaning head coupled to the body; characterised in that the steam cleaning apparatus comprises a position-sensitive switch having a first state when the steam cleaning apparatus is in a substantially vertical storage position and a second state when the steam cleaning apparatus is in a tilted, cleaning position, the position-sensitive switch being connected in electrical series with the main ON-OFF switch such that when the position-sensitive switch is in the first state the position-sensitive switch interrupts the flow of electrical current from the main ON/OFF switch and when the position-sensitive switch is in the second state, electrical power is supplied by the main ON/OFF switch. a main body; a main ON/OFF switch for supplying electrical power; and a steam cleaning head coupled to the body; characterised in that the steam cleaning apparatus comprises a position-sensitive switch having a first state when the steam cleaning apparatus is in a substantially vertical storage position and a second state when the steam cleaning apparatus is in a tilted, cleaning position, the position-sensitive switch being connected in electrical series with the main ON-OFF switch such that when the position-sensitive switch is in the first state the position-sensitive switch interrupts the flow of electrical current from the main ON/OFF switch and when the position-sensitive switch is in the second state, electrical power is supplied by the main ON/OFF switch.
A launch fixture for optical shape sensing, comprising: a first fixation device configured to receive and secure an optical fiber; a fiber storage area configured to receive and maintain the optical fiber within specified dimensions, a second fixation device configured to receive and secure a flexible OSS enabled instrument; a launch region configured to receive and maintain the optical fiber in a known geometric configuration before entering the second fixation device; and said launch fixture being characterized in that the fiber storage area includes a service loop region for storing fiber and accommodating repositioning of the optical fiber within permissible geometric constraints, and at least one feature for aligning and coupling to a launch fixture base, which is configured to secure the launch fixture. a first fixation device configured to receive and secure an optical fiber; a fiber storage area configured to receive and maintain the optical fiber within specified dimensions, a second fixation device configured to receive and secure a flexible OSS enabled instrument; a launch region configured to receive and maintain the optical fiber in a known geometric configuration before entering the second fixation device; and said launch fixture being characterized in that the fiber storage area includes a service loop region for storing fiber and accommodating repositioning of the optical fiber within permissible geometric constraints, and at least one feature for aligning and coupling to a launch fixture base, which is configured to secure the launch fixture.
Moulding device comprising - a cavity for moulding an element made of plastic material; - means for injection of plastic material into the cavity; and - means (24, 28) for discharge of gas contained in the cavity, the means (24, 28) for discharge of gas comprising: - a discharge channel which opens into the cavity; and - means for closure of the channel which can adopt alternatively a configuration of opening of the channel and a configuration of closure of the channel; - the means for closure of the channel delimiting the moulding cavity at least partially when they are in the configuration of closure of the channel; - comprising means for controlling the means for closure of the channel according to the progression of material in the cavity; - these control means making it possible to put the means for closure of the channel into their configuration of closure of the channel before being in contact with the plastic material, characterised in that it comprises means for introduction of gas into the cavity, the means for introduction being connected to the discharge channel comprising a plurality of discharge channels which are designed to be closed independently from one another, according to the progression of the plastic material in the cavity. - a cavity for moulding an element made of plastic material; - means for injection of plastic material into the cavity; and - means (24, 28) for discharge of gas contained in the cavity, - a discharge channel which opens into the cavity; and - means for closure of the channel which can adopt alternatively a configuration of opening of the channel and a configuration of closure of the channel; - the means for closure of the channel delimiting the moulding cavity at least partially when they are in the configuration of closure of the channel; - comprising means for controlling the means for closure of the channel according to the progression of material in the cavity; - these control means making it possible to put the means for closure of the channel into their configuration of closure of the channel before being in contact with the plastic material,
A process for the preparation of afatinib free base crystalline form, which comprises: a. treating afatinib base with an organic solvent or mixtures thereof; b. optionally adding water; and c. isolating afatinib free base crystalline form; wherein the organic solvent is treated with an anti-oxidant selected from the group consisting of butylated hydroxy toluene and butylated hydroxy anisole. a. treating afatinib base with an organic solvent or mixtures thereof; b. optionally adding water; and c. isolating afatinib free base crystalline form;
A shoe having a toe portion, a heel portion, a first side (36, 38), and a second side (38, 36), the shoe comprising: a sole; an upper; and a zipper including top stops provided at a top portion of the upper and a bottom stop provided at the first side (36, 38) of the heel portion, wherein the zipper extends from the top portion of the upper at the first side (36, 38) of the shoe, downward and along the first side (36, 38) of the shoe, and then horizontally between the sole and the upper around the toe portion, around the second side (38, 36) and around the heel portion to the stop located at the first side (36, 38) of the heel portion, wherein the upper is directly attached to the sole only at the first side (36, 38) of the shoe, and wherein a remainder of the upper is removably attached via the zipper. a sole; an upper; and a zipper including top stops provided at a top portion of the upper and a bottom stop provided at the first side (36, 38) of the heel portion, wherein the zipper extends from the top portion of the upper at the first side (36, 38) of the shoe, downward and along the first side (36, 38) of the shoe, and then horizontally between the sole and the upper around the toe portion, around the second side (38, 36) and around the heel portion to the stop located at the first side (36, 38) of the heel portion, wherein the upper is directly attached to the sole only at the first side (36, 38) of the shoe, and wherein a remainder of the upper is removably attached via the zipper.
A material comprising a transparent substrate coated with a stack of thin layers comprising, starting from the substrate: - a lower coating comprising: - at least one dielectric layer, - at least one absorbent layer, which absorbs solar radiation in the visible part of the spectrum, exhibiting a thickness of between 0.2 and 9 nm, - at least one dielectric layer, - a single silver-based functional metal layer, - optionally a blocking layer, - an upper coating comprising at least one dielectric layer, - optionally a protective layer, characterized in that: - the absorbent layer is separated from the substrate and from the functional layer by one or more dielectric layers, - the thickness of all the dielectric layers interposed between the absorbent layer and the functional metal layer is between 3 and 18 nm, when the material is used in a double glazing with a configuration: 4-16(Ar-90%)-4, that is to say a configuration consisting of a material comprising one substrate and of another substrate of glass of 4 mm, the two substrates are separated by an inserted gas-filled cavity comprising 90% of argon and 10% of air with a thickness of 16 mm, the stack positioned on face 2, the face 1 being the outermost face of the glazing, it exhibits a light transmission of greater than or equal 50%. - a lower coating comprising: - at least one dielectric layer, - at least one absorbent layer, which absorbs solar radiation in the visible part of the spectrum, exhibiting a thickness of between 0.2 and 9 nm, - at least one dielectric layer, - at least one dielectric layer, - at least one absorbent layer, which absorbs solar radiation in the visible part of the spectrum, exhibiting a thickness of between 0.2 and 9 nm, - at least one dielectric layer, - a single silver-based functional metal layer, - optionally a blocking layer, - an upper coating comprising at least one dielectric layer, - optionally a protective layer, - the absorbent layer is separated from the substrate and from the functional layer by one or more dielectric layers, - the thickness of all the dielectric layers interposed between the absorbent layer and the functional metal layer is between 3 and 18 nm,
An evaporation apparatus, comprising: at least one manifold (101a-d) with at least one nozzle; a tank unit for a liquid, a sample holder configured to be inserted into the tank unit, wherein the sample holder is configured to hold at least one sample in a defined position relative the at least one nozzle; a control unit; an inlet port configured to be connected to a gas supply; a pressure regulator arranged downstream the inlet port, wherein a set value of the pressure regulator is controlled by the control unit; a control valve arranged downstream the pressure regulator, wherein each of the at least one manifold (101a-d) is connected to a corresponding output port of the control valve, which control valve is controlled by the control unit; wherein the control unit is configured to set the set value of the pressure regulator to a value that causes a predetermined gas flow from each of the at least one nozzle, and the control unit is configured to gradually increase the gas pressure from the pressure regulator from a first low pressure to the set pressure. at least one manifold (101a-d) with at least one nozzle; a tank unit for a liquid, a sample holder configured to be inserted into the tank unit, wherein the sample holder is configured to hold at least one sample in a defined position relative the at least one nozzle; a control unit; an inlet port configured to be connected to a gas supply; a pressure regulator arranged downstream the inlet port, wherein a set value of the pressure regulator is controlled by the control unit; a control valve arranged downstream the pressure regulator, wherein each of the at least one manifold (101a-d) is connected to a corresponding output port of the control valve, which control valve is controlled by the control unit; wherein the control unit is configured to set the set value of the pressure regulator to a value that causes a predetermined gas flow from each of the at least one nozzle, and the control unit is configured to gradually increase the gas pressure from the pressure regulator from a first low pressure to the set pressure.