mhurhangee/ep-ind-claims huggingface dataset:
A component mounting device configured to mount, on a substrate, an electronic component (Db) having a functional unit (Sb), the component mounting device comprising: a component supply mechanism that is configured to supply the electronic component (Db); a recognition unit (11, 31) that is configured to recognize a position of the functional unit (Sb); a component mounting mechanism that is configured to hold the electronic component (Db) supplied from the component supply mechanism and mount the electronic component (Db) on the substrate; characterized by a holding position determination unit that is configured to determine a holding position (Pb) of the electronic component (Db), based on the position of the functional unit (Sb) recognized by the recognition unit, the holding position (Pb) being a position on the electronic component (Db) and being held by the component mounting mechanism, wherein the holding position determination unit is configured to determine a position not overlapping the functional unit in the electronic component as the holding position (Pb). a component supply mechanism that is configured to supply the electronic component (Db); a recognition unit (11, 31) that is configured to recognize a position of the functional unit (Sb); a component mounting mechanism that is configured to hold the electronic component (Db) supplied from the component supply mechanism and mount the electronic component (Db) on the substrate; characterized by a holding position determination unit that is configured to determine a holding position (Pb) of the electronic component (Db), based on the position of the functional unit (Sb) recognized by the recognition unit, the holding position (Pb) being a position on the electronic component (Db) and being held by the component mounting mechanism, wherein the holding position determination unit is configured to determine a position not overlapping the functional unit in the electronic component as the holding position (Pb).
A printing device comprising hardware resources including at least a plotter, a control part configured to control the hardware resources and a storage part configured to store image data, said printing device comprising: a Web service server part configured to convert a first request message into an execution request of a Web service, when the first request message is received by it in accordance with a predetermined protocol from an information processing apparatus connected to the printing device through a network, the first request message being to edit and print image data stored in the storage part; and a Web service client part configured to: convert the execution request into a second request message in accordance with the predetermined protocol; to send the second request message and the image data to be edited to an apparatus which is connected to the printing device through the network; to receive the edited image data from the apparatus, and to send the edited image data to the control part for printing by the plotter; wherein the first request message comprises an array of document IDs and the Web service client part is configured to send the corresponding documents to the apparatus to be edited and returned to the printing device to be printed. a Web service server part configured to convert a first request message into an execution request of a Web service, when the first request message is received by it in accordance with a predetermined protocol from an information processing apparatus connected to the printing device through a network, the first request message being to edit and print image data stored in the storage part; and a Web service client part configured to: convert the execution request into a second request message in accordance with the predetermined protocol; to send the second request message and the image data to be edited to an apparatus which is connected to the printing device through the network; to receive the edited image data from the apparatus, and to send the edited image data to the control part for printing by the plotter; wherein the first request message comprises an array of document IDs and the Web service client part is configured to send the corresponding documents to the apparatus to be edited and returned to the printing device to be printed.
An in-line Raman spectroscopic method for monitoring and controlling the blending of a dry powder for inhalation comprising at least two active pharmaceutical ingredients, APIs, selected from fluticasone propionate and salmeterol xinafoate, or fluticasone propionate and albuterol sulfate, and an excipient as components, the method comprising: (i) providing a Raman spectroscopic system comprising a Raman analyzer, at least one non-contact probe; and a processing device; (ii) blending the dry powder for inhalation; (iii) collecting Raman spectroscopic data during the blending process; (iv) transmitting the Raman spectroscopic data to a processing device; (v) analyzing the Raman spectroscopic data to determine blend homogeneity; and (vi) optionally, modifying the blending process in order to meet criteria for blend uniformity of the dry powder, wherein each of the at least two APIs is present in an amount from about 0.05 wt. % to about 2.5 wt.%. (i) providing a Raman spectroscopic system comprising a Raman analyzer, at least one non-contact probe; and a processing device; (ii) blending the dry powder for inhalation; (iii) collecting Raman spectroscopic data during the blending process; (iv) transmitting the Raman spectroscopic data to a processing device; (v) analyzing the Raman spectroscopic data to determine blend homogeneity; and (vi) optionally, modifying the blending process in order to meet criteria for blend uniformity of the dry powder,
A method for NOx emission control during start of a vehicle comprising an exhaust aftertreatment system, an engine, and a NOx sensor, the method being characterized by the steps of: determining a temperature of the NOx sensor; if the determined temperature of the NOx sensor is below a predetermined threshold, initiating heating of the NOx sensor, and performing a preventive action for preventing engine start until the determined temperature of the NOx sensor exceeds or is equal to the predetermined threshold. determining a temperature of the NOx sensor; if the determined temperature of the NOx sensor is below a predetermined threshold, initiating heating of the NOx sensor, and performing a preventive action for preventing engine start until the determined temperature of the NOx sensor exceeds or is equal to the predetermined threshold.
A furniture unit, comprising: - a containment element defining a receiving compartment; - a door associated with the containment element in such a way as to be able to move between an open position, allowing unobstructed access to the compartment, and a closed position, where it at least partly obstructs the compartment, said door comprises: - a first panel at least partly defining an outer face (1 a) of the door; - a second panel facing the first panel and at least partly defining an inner face (1 b) of the door; characterized in that said door further comprises an outer frame interposed between the first panel and the second panel and connected to them, and it comprises within it an air vent duct which extends between a first opening made in the outer frame and a second opening made in the second panel. - a containment element defining a receiving compartment; - a door associated with the containment element in such a way as to be able to move between an open position, allowing unobstructed access to the compartment, and a closed position, where it at least partly obstructs the compartment, said door comprises: - a first panel at least partly defining an outer face (1 a) of the door; - a second panel facing the first panel and at least partly defining an inner face (1 b) of the door;
Process for producing thin film semiconductor chips comprising the steps of: - applying an active layer sequence, which is suitable for generating electromagnetic radiation, to a growth substrate, - forming a reflective electrically conductive contact material layer on the active layer sequence, - patterning the active layer sequence including contact material layer to form active layer composite stacks, which are separate from one another, on the growth substrate, - applying a carbon film as flexible electrically conductive film to the reflective electrically conductive contact material, and - at least partially removing the growth substrate. - applying an active layer sequence, which is suitable for generating electromagnetic radiation, to a growth substrate, - forming a reflective electrically conductive contact material layer on the active layer sequence, - patterning the active layer sequence including contact material layer to form active layer composite stacks, which are separate from one another, on the growth substrate, - applying a carbon film as flexible electrically conductive film to the reflective electrically conductive contact material, and - at least partially removing the growth substrate.
A computed tomography imaging system, comprising: an X-ray radiation source configured to emit X-ray radiation that traverses an examination region; an X-ray radiation sensitive detector array configured to detect X-ray radiation traversing the examination region and generate a view of line integrals; a subject support table top configured to translate in the examination region for a scan based on at least one scan parameter; and an operator console, which includes a processor and computer readable storage medium with a scan parameter adapter module, wherein the processor is configured to execute instructions of the scan parameter adapter module, which causes the processor to determine a contrast agent concentration from the view of line integrals and adjust the at least one scan parameter based on the determined concentration; and wherein the computed tomography imaging system is characterized in that the instructions cause the processor to forward project non-contrast enhanced pre-scan volumetric image data to estimate a view of line integrals corresponding to a same angular position as the generated view of line integrals, and adjust the at least one scan parameter based on a difference between the estimated and generated views of line integrals. an X-ray radiation source configured to emit X-ray radiation that traverses an examination region; an X-ray radiation sensitive detector array configured to detect X-ray radiation traversing the examination region and generate a view of line integrals; a subject support table top configured to translate in the examination region for a scan based on at least one scan parameter; and an operator console, which includes a processor and computer readable storage medium with a scan parameter adapter module, wherein the processor is configured to execute instructions of the scan parameter adapter module, which causes the processor to determine a contrast agent concentration from the view of line integrals and adjust the at least one scan parameter based on the determined concentration; and wherein the computed tomography imaging system is characterized in that the instructions cause the processor to forward project non-contrast enhanced pre-scan volumetric image data to estimate a view of line integrals corresponding to a same angular position as the generated view of line integrals, and adjust the at least one scan parameter based on a difference between the estimated and generated views of line integrals.
A finish configured to define an opening to an interior of a container, the finish comprising: a cylindrical body comprising a peripheral portion with a first edge and a second edge disposed at opposite ends, the first edge defining a first opening and configured to receive a container cap (164; 180; 184) comprising a seal (188; 192), the second edge defining a second opening and configured to receive a neck of the container, wherein the first and second openings (160, 168) are in fluid communication; a plurality of threads on an exterior of the peripheral portion, the threads configured to rotatably engage with one or more threads of the container cap (164; 180; 184) the container cap (164; 180; 184) comprising a seal (188; 192) characterised by a plurality of half-circle notches disposed at the first edge, peripheral to and on opposite sides of the first opening, the plurality of half-circle notches formed to substantially reduce foaming of contents when the container is opened. a cylindrical body comprising a peripheral portion with a first edge and a second edge disposed at opposite ends, the first edge defining a first opening and configured to receive a container cap (164; 180; 184) comprising a seal (188; 192), the second edge defining a second opening and configured to receive a neck of the container, wherein the first and second openings (160, 168) are in fluid communication; a plurality of threads on an exterior of the peripheral portion, the threads configured to rotatably engage with one or more threads of the container cap (164; 180; 184) the container cap (164; 180; 184) comprising a seal (188; 192) characterised by a plurality of half-circle notches disposed at the first edge, peripheral to and on opposite sides of the first opening, the plurality of half-circle notches formed to substantially reduce foaming of contents when the container is opened.
A method for preparing a functional test for a manufactured product, said method comprising: determining by means of a functional test computer aided manufacturing (FTCAM) system a test procedure for said product according to design data for said product; performing a process selected from at least one of: (i) automatically inducing at least one selected stimulus to an approved instance of said product according to said test procedure, and automatically recording at least one response signal of said approved instance resulting from said at least one stimulus; and (ii) creating a simulation of an input signal and a simulation of a response signal from at least one simulation tool according to said test procedure and said design data; and converting at least one of said recorded response signal and said simulation of said response signal into a reference specification. determining by means of a functional test computer aided manufacturing (FTCAM) system a test procedure for said product according to design data for said product; performing a process selected from at least one of: (i) automatically inducing at least one selected stimulus to an approved instance of said product according to said test procedure, and automatically recording at least one response signal of said approved instance resulting from said at least one stimulus; and (ii) creating a simulation of an input signal and a simulation of a response signal from at least one simulation tool according to said test procedure and said design data; and (i) automatically inducing at least one selected stimulus to an approved instance of said product according to said test procedure, and automatically recording at least one response signal of said approved instance resulting from said at least one stimulus; and (ii) creating a simulation of an input signal and a simulation of a response signal from at least one simulation tool according to said test procedure and said design data; and converting at least one of said recorded response signal and said simulation of said response signal into a reference specification.
Encapsulated microbattery comprising a microbattery supported on a substrate, an encapsulation cover, said encapsulation cover (C1, C2, C3, C4) comprising a first face in contact with the microbattery and the substrate, said first face comprising a central zone (Zc) and a peripheral zone (Zp) surrounding the central zone (Zc), the central zone (Zc) being in contact with the microbattery and the peripheral zone (Zp) being in contact with at least the substrate, the encapsulated microbattery comprising at least one cavity configured to collect a gaseous element generated by the microbattery, said at least one cavity being formed: - in the encapsulation cover in fluid communication with the central zone, and/or - in the substrate, and/or - in the microbattery. - in the encapsulation cover in fluid communication with the central zone, and/or - in the substrate, and/or - in the microbattery.
A sheet for heat exchange elements comprising at least a laminate of a porous base material and a resin layer, characterized by the resin layer containing at least polyvinylpyrrolidone and/or a vinylpyrrolidone copolymer and a urethane resin, wherein the resin layer contains an acrylic resin and wherein the acrylic resin contains an acrylic resin in which acrylate chains each having two or more carbon-carbon double bonds are crosslinked.
A method for generating forwarding information, comprising: receiving (S 101), by a generating device, a first request message used for requesting a first content for a first network element, wherein the first request message comprises a first content identifier; determining, by the generating device, that a second network element is a provider of the first content according to first registration information sent by the second network element, wherein the first registration information comprises information indicating that the second network element is the provider of the first content; determining, by the generating device, a first path from the second network element to the first network element according to a network topology, wherein the first path comprises a first forwarding device; and generating (S 104), by the generating device, first forwarding information for the first forwarding device, wherein the first forwarding information comprising first matching information and first operating information, wherein the first operating information is used for instructing the first forwarding device to obtain a first encapsulation message according to a first data message from the the second network element after determining that the first data message matches the first matching information, wherein the first matching information comprises an identifier of a protocol of the first request message, and sending the first encapsulation message to the first network element via the first path. receiving (S 101), by a generating device, a first request message used for requesting a first content for a first network element, wherein the first request message comprises a first content identifier; determining, by the generating device, that a second network element is a provider of the first content according to first registration information sent by the second network element, wherein the first registration information comprises information indicating that the second network element is the provider of the first content; determining, by the generating device, a first path from the second network element to the first network element according to a network topology, wherein the first path comprises a first forwarding device; and generating (S 104), by the generating device, first forwarding information for the first forwarding device, wherein the first forwarding information comprising first matching information and first operating information, wherein the first operating information is used for instructing the first forwarding device to obtain a first encapsulation message according to a first data message from the the second network element after determining that the first data message matches the first matching information, wherein the first matching information comprises an identifier of a protocol of the first request message, and sending the first encapsulation message to the first network element via the first path.
Method for simultaneous production of electric energy, hydrogen gas and heat characterized in comprising: i. continuously dividing a gas flow comprising at least one of syngas and natural gas into a first feed gas flow and a second feed gas flow, ii. charging the first feed gas flow to a primary solid oxide fuel cell to produce electricity and heat and CO 2, iii. charging the second feed gas flow together with water, to a hydrogen gas forming reactor system to produce hydrogen and CO 2, the hydrogen gas forming reactor system being arranged in parallel with the solid oxide fuel cell, iv. supplying heat to the hydrogen gas forming reactor system at least partially by heat developed in at least one solid oxide fuel cell, v. capturing the CO 2 formed in the hydrogen gas forming reactor system by use of an absorbent. i. continuously dividing a gas flow comprising at least one of syngas and natural gas into a first feed gas flow and a second feed gas flow, ii. charging the first feed gas flow to a primary solid oxide fuel cell to produce electricity and heat and CO 2, iii. charging the second feed gas flow together with water, to a hydrogen gas forming reactor system to produce hydrogen and CO 2, the hydrogen gas forming reactor system being arranged in parallel with the solid oxide fuel cell, iv. supplying heat to the hydrogen gas forming reactor system at least partially by heat developed in at least one solid oxide fuel cell, v. capturing the CO 2 formed in the hydrogen gas forming reactor system by use of an absorbent.
A men's underwear or swimwear garment for supporting the male genitals, the garment including leg openings (160, 170) and a double-layered front portion having an inner layer and an outer layer, wherein a lower portion of the inner layer of the double-layered front portion is folded upward at a fold to form a pouch in the interior of the garment, characterised in that the outer layer of the double-layered front portion covers the total area of the front portion of the garment, the pouch is held in place by stitching along the edges of the pouch which are coincident with a perimeter of the leg openings (160,170), and in that no stitching is used along the fold to secure the lower edge of the pouch to the outer layer of the front portion, wherein, in use, the pouch engages with the genitals of the male wearer to displace the genitals forward and/or upward.
A vascular access device, comprising: a fluid chamber having a sidewall defining an interior lumen, the inner lumen being in fluid communication with an intravenous catheter; characterized in that: an access window is formed in the sidewall, the access window extending inwardly from the sidewall into the interior lumen, the access window comprising an UV-C transparent material, such that, when a source of UV-C radiation is positioned within the access window, UV-C radiation is emitted into the interior lumen of the fluid chamber to repress pathogenic activity. a fluid chamber having a sidewall defining an interior lumen, the inner lumen being in fluid communication with an intravenous catheter; characterized in that: an access window is formed in the sidewall, the access window extending inwardly from the sidewall into the interior lumen, the access window comprising an UV-C transparent material, such that, when a source of UV-C radiation is positioned within the access window, UV-C radiation is emitted into the interior lumen of the fluid chamber to repress pathogenic activity. an access window is formed in the sidewall, the access window extending inwardly from the sidewall into the interior lumen, the access window comprising an UV-C transparent material, such that, when a source of UV-C radiation is positioned within the access window, UV-C radiation is emitted into the interior lumen of the fluid chamber to repress pathogenic activity.