mhurhangee/patent-ind-claim-en huggingface dataset:
A joint connection method for a long pipe (P1) for connecting a first joint and a second joint to a front end portion (P1f) and a rear end portion (P1r) of the long pipe (P1), respectively, by using a production facility which comprises: a conveyance system which conveys a pipe (P) in a longitudinal direction; a welding apparatus which is disposed along the conveyance system and which performs girth welding that welds together end portions of a plurality of pipes (P) conveyed by the conveyance system to form a long pipe (PI); a winding apparatus which is disposed along the conveyance system and which winds the long pipe (P1) that is conveyed by the conveyance system around a reel ; and an X-ray inspection apparatus which is disposed between the welding apparatus and the winding apparatus along the conveyance system and which inspects a girth weld zone (PW) of the long pipe (PI); the joint connection method being characterised by the following steps : a first joint girth welding step (S11) of girth welding the first joint to a front end portion (P1f) of the long pipe (P1) by means of the welding apparatus , a first girth weld zone inspection step (S21) of inspecting a girth weld zone (W1) of the first joint by means of the X-ray inspection apparatus , a second joint girth welding step (S12) of girth welding the second joint to a rear end portion (P1r) of the long pipe (P1) by means of the welding apparatus , and a second girth weld zone inspection step (S22) of inspecting a girth weld zone (W2) of the second joint by means of the X-ray inspection apparatus . a first joint girth welding step (S11) of girth welding the first joint to a front end portion (P1f) of the long pipe (P1) by means of the welding apparatus , a first girth weld zone inspection step (S21) of inspecting a girth weld zone (W1) of the first joint by means of the X-ray inspection apparatus , a second joint girth welding step (S12) of girth welding the second joint to a rear end portion (P1r) of the long pipe (P1) by means of the welding apparatus , and a second girth weld zone inspection step (S22) of inspecting a girth weld zone (W2) of the second joint by means of the X-ray inspection apparatus .
An electroless plating method for a resin material, the method comprising step 1: bringing the surface to be treated of the resin material into contact with a pretreatment composition, and step 2: bringing the surface to be treated of the resin material into contact with an electroless plating solution, wherein the pretreatment composition contains 10 mg/L or more of manganese ions and 10 mg/L or more of monovalent silver ions, the pretreatment composition has a pH of 2 or less, the manganese ions are at least one of trivalent manganese ions, quadrivalent manganese ions, permanganate ions and divalent manganese ions in combination with manganese ions of trivalent or higher manganese, and the method not comprising any further catalyst-adding step. step 1: bringing the surface to be treated of the resin material into contact with a pretreatment composition, and step 2: bringing the surface to be treated of the resin material into contact with an electroless plating solution, wherein the pretreatment composition contains 10 mg/L or more of manganese ions and 10 mg/L or more of monovalent silver ions, the pretreatment composition has a pH of 2 or less, the manganese ions are at least one of trivalent manganese ions, quadrivalent manganese ions, permanganate ions and divalent manganese ions in combination with manganese ions of trivalent or higher manganese, and the method not comprising any further catalyst-adding step.
A gasket seal for a mass spectrometer, wherein said gasket seal comprises: a membrane having an outer profile and an inner profile; and one or more protrusions ; wherein one or more ports are provided in the body of said membrane, and wherein in use a gas or fluid is supplied through at least one of said one or more ports via at least one of said one or more protrusions ; and wherein at least one of said one or more protrusions is arranged and adapted to extend into a component of said mass spectrometer. a membrane having an outer profile and an inner profile; and one or more protrusions ; wherein one or more ports are provided in the body of said membrane, and wherein in use a gas or fluid is supplied through at least one of said one or more ports via at least one of said one or more protrusions ; and wherein at least one of said one or more protrusions is arranged and adapted to extend into a component of said mass spectrometer.
A tubular welding wire for welding galvanized steel workpieces, comprising: a steel sheath encapsulating a granular core comprising iron powder and further alloying components, characterized in that the core comprises between 0.2 wt % and 4 wt % zinc powder, based on the weight of the welding wire, 65-75 wt% of the core iron powder and the remainder stabilizing, fluxing and alloying components. a steel sheath encapsulating a granular core comprising iron powder and further alloying components, characterized in that the core comprises between 0.2 wt % and 4 wt % zinc powder, based on the weight of the welding wire, 65-75 wt% of the core iron powder and the remainder stabilizing, fluxing and alloying components.
A glass-ceramic article comprising: a petalite crystalline phase; and a lithium silicate crystalline phase, wherein the petalite crystalline phase and the lithium silicate crystalline phase have higher weight percentages than other crystalline phases present in the glass-ceramic article, and wherein the article is transparent and has a transmittance of at least 85% for light in a wavelength range from 400 nm to 1,000 nm at a thickness of 1 mm. a petalite crystalline phase; and a lithium silicate crystalline phase, wherein the petalite crystalline phase and the lithium silicate crystalline phase have higher weight percentages than other crystalline phases present in the glass-ceramic article, and wherein the article is transparent and has a transmittance of at least 85% for light in a wavelength range from 400 nm to 1,000 nm at a thickness of 1 mm.
An industrial control system configured to: receive a set of data associated with at least one hierarchical level within an industrial automation system , wherein the set of data comprises information related to an amount of energy consumed by a plurality of components in the at least one hierarchical level and operating relationships between the plurality of components; receive an energy cost schedule comprising energy costs at various times; receive a production schedule associated with the plurality of components; determine operations of the plurality of components based on an analysis of the set of data, and identify times at which the operations of the plurality of components should be performed to minimize a total energy cost while meeting the production schedule; send commands to one or more control systems configured to operate the plurality of components or to the plurality of components in order to operate the plurality of components during the identified times; and adjust the operations of the plurality of components based on the commands in order to balance operations of the at least one hierarchical level within the industrial automation system. receive a set of data associated with at least one hierarchical level within an industrial automation system , wherein the set of data comprises information related to an amount of energy consumed by a plurality of components in the at least one hierarchical level and operating relationships between the plurality of components; receive an energy cost schedule comprising energy costs at various times; receive a production schedule associated with the plurality of components; determine operations of the plurality of components based on an analysis of the set of data, and identify times at which the operations of the plurality of components should be performed to minimize a total energy cost while meeting the production schedule; send commands to one or more control systems configured to operate the plurality of components or to the plurality of components in order to operate the plurality of components during the identified times; and adjust the operations of the plurality of components based on the commands in order to balance operations of the at least one hierarchical level within the industrial automation system.
A method for manufacturing a component carrier having a core structure with an embedded component , the method comprising providing a support structure ; attaching an electronic component at a surface of the support structure ; providing a core structure ; forming a cavity within the core structure ; partially filling the cavity with a predefined amount of filling material ; positioning the support structure relative to the core structure in such a manner that the electronic component is transferred into the cavity and is dipped into the filling material ; curing the filling material such that the component within the cavity is fixed to core structure ; and removing the support structure ; characterized in that the positioning of the support structure relative to the core structure comprises that the support structure or an adhesive substance formed at the surface of the support structure comes into mechanical contact with the core structure .
A monitoring system for an escalator , the monitoring system comprising: a local gateway device ; an analytic engine in communication with the local gateway device through a cloud computing network ; a sensing apparatus in wireless communication with the local gateway device through a short-range wireless protocol, the sensing apparatus comprising an inertial measurement unit sensor configured to detect acceleration data of the escalator , wherein at least one of the sensing apparatus , the local gateway device , and the analytic engine is configured to determine a condition based monitoring (CBM) health score of the escalator in response to at least the acceleration data , characterized in that the monitoring system comprises a weather data source in communication with the analytic engine through the cloud computing network, the weather data source being configured to obtain weather data at a location of the escalator , and in that the analytic engine is configured to adjust the CBM health score in response to at least the weather data . a local gateway device ; an analytic engine in communication with the local gateway device through a cloud computing network ; a sensing apparatus in wireless communication with the local gateway device through a short-range wireless protocol, the sensing apparatus comprising an inertial measurement unit sensor configured to detect acceleration data of the escalator , wherein at least one of the sensing apparatus , the local gateway device , and the analytic engine is configured to determine a condition based monitoring (CBM) health score of the escalator in response to at least the acceleration data , characterized in that the monitoring system comprises a weather data source in communication with the analytic engine through the cloud computing network, the weather data source being configured to obtain weather data at a location of the escalator , and in that an inertial measurement unit sensor configured to detect acceleration data of the escalator , wherein at least one of the sensing apparatus , the local gateway device , and the analytic engine is configured to determine a condition based monitoring (CBM) health score of the escalator in response to at least the acceleration data , characterized in that the monitoring system comprises a weather data source in communication with the analytic engine through the cloud computing network, the weather data source being configured to obtain weather data at a location of the escalator , and in that the analytic engine is configured to adjust the CBM health score in response to at least the weather data .
A process for isolating properly folded insulin or insulin analog from an aqueous mixture comprising the insulin analog and related impurities, wherein the process comprises: (a) performing an acid-stable cation exchange chromatography with the aqueous mixture at a differential pressure of about 0,276 MPa in the presence of hexylene glycol at a concentration between 20 to 50 percent by volume and outlet temperature between 41°C to 45°C under isocratic conditions to yield a first insulin or insulin analog mixture; and (b) performing a reverse phase high performance liquid chromatography with a silica-based reverse phase resin on the first insulin or insulin analog mixture in the presence of isopropanol and outlet temperature between 40°C to 46°C to provide a second mixture comprising the isolated properly folded insulin or insulin analog. (a) performing an acid-stable cation exchange chromatography with the aqueous mixture at a differential pressure of about 0,276 MPa in the presence of hexylene glycol at a concentration between 20 to 50 percent by volume and outlet temperature between 41°C to 45°C under isocratic conditions to yield a first insulin or insulin analog mixture; and (b) performing a reverse phase high performance liquid chromatography with a silica-based reverse phase resin on the first insulin or insulin analog mixture in the presence of isopropanol and outlet temperature between 40°C to 46°C to provide a second mixture comprising the isolated properly folded insulin or insulin analog.
Medical imaging apparatus with a scanner unit, a patient support apparatus and a housing unit, which is arranged on the scanner unit and/or on the patient support apparatus, wherein the housing unit comprises at least one functional housing shell, wherein the at least one functional housing shell comprises at least one sensor element for detection of a hygiene status on the at least one functional housing shell, at least one output element, which is embodied for a visual display of the hygiene status, and at least one cleaning element for cleaning a surface of the at least one functional housing shell.
A method performed by a first user equipment, UE, in a wireless communication system, the method comprising: receiving , from a second UE, a physical sidelink control channel, PSCCH, including control information for a first physical sidelink shared channel, PSSCH; receiving , from the second UE, the first PSSCH based on the control information for the first PSSCH; identifying a resource for a channel state information, CSI, feedback based on scheduling information received from a base station and the first PSSCH; and transmitting , to the second UE, the CSI feedback on the identified resource through a second PSSCH. receiving , from a second UE, a physical sidelink control channel, PSCCH, including control information for a first physical sidelink shared channel, PSSCH; receiving , from the second UE, the first PSSCH based on the control information for the first PSSCH; identifying a resource for a channel state information, CSI, feedback based on scheduling information received from a base station and the first PSSCH; and transmitting , to the second UE, the CSI feedback on the identified resource through a second PSSCH.
A method comprising: positioning, using a beam profile measurement "BPM" controller operably coupled to a BPM phantom and a linear accelerator "LINAC" , a dosimeter of the BPM phantom in a first location; positioning, using the BPM controller , the LINAC in a second location; performing, using the BPM controller , a first movement of the LINAC from the second location to a third location, wherein performing of the first movement comprises moving the LINAC in one or more horizontal diagonal directions; emitting a radiation beam from the LINAC during the first movement; and performing, via the dosimeter , an ion measurement of the radiation beam during the emitting, wherein the dosimeter is stationary during the ion measurement; emission of the radiation beam forms an irradiation field; and the ion measurement comprises a comparison of a plurality of off-center ratio (OCR) measurements at a plurality of angles of the irradiation field to a radiation field of a round shape. positioning, using a beam profile measurement "BPM" controller operably coupled to a BPM phantom and a linear accelerator "LINAC" , a dosimeter of the BPM phantom in a first location; positioning, using the BPM controller , the LINAC in a second location; performing, using the BPM controller , a first movement of the LINAC from the second location to a third location, wherein performing of the first movement comprises moving the LINAC in one or more horizontal diagonal directions; emitting a radiation beam from the LINAC during the first movement; and performing, via the dosimeter , an ion measurement of the radiation beam during the emitting, wherein the dosimeter is stationary during the ion measurement; emission of the radiation beam forms an irradiation field; and the ion measurement comprises a comparison of a plurality of off-center ratio (OCR) measurements at a plurality of angles of the irradiation field to a radiation field of a round shape.
A fastening device for fastening to a support (S) at least one deck board having a longitudinal edge provided with a groove , the fastening device comprising: a base having an upper face , the base comprising at least one first guide member projecting perpendicular to the upper face in a first direction (D1), the base having a length defining a longitudinal direction (DL), and a width defining a transverse direction; a housing having a length ( x ), a width ( y ) and a height (z); a holding element mounted on the housing and configured to be engaged at least in the groove of the deck board , the holding element projecting on either side of the width of the housing; and a locking element configured to secure the fastening device to the support, characterized in that the housing comprises at least one first cavity to receive the first guide member such that the housing is mounted sliding relative to the base in the first direction (D1). a base having an upper face , the base comprising at least one first guide member projecting perpendicular to the upper face in a first direction (D1), the base having a length defining a longitudinal direction (DL), and a width defining a transverse direction; a housing having a length ( x ), a width ( y ) and a height (z); a holding element mounted on the housing and configured to be engaged at least in the groove of the deck board , the holding element projecting on either side of the width of the housing; and a locking element configured to secure the fastening device to the support, characterized in that the housing comprises at least one first cavity to receive the first guide member such that the housing is mounted sliding relative to the base in the first direction (D1).
A kit for use in a method of diagnosis in vivo of neurological impairment in a subject, whose nervous system has been infected by a neurotropic infectious agent that is CytoMegaloVirus (CMV), more particularly Human CMV (HCMV), or is Zika virus (ZIKV), in particular a subject that is a human being of at least 3-year old, wherein said kit comprises: - a first composition comprising odorants, wherein the odorants of said first composition consist of at least two different odorants, and, separately or distinctly from said first composition, - a second composition comprising odorants, wherein the odorants of said second composition consist of at least two different odorants, and, separately or distinctly from said first composition and from said second composition, - a third composition comprising odorants, wherein the odorants of said third composition consist of at least two different odorants, wherein each of said two different odorants is a monomolecular compound selected from the group consisting of R-carvone, S-carvone, isoamylacetate, anethol, eugenol, 2-phenylethanol, geraniol, linalool, cineole, D-limonene, L-limonene, menthol, and cinnamon aldehyde, wherein the odorants of said second composition are the same compounds as the odorants of said third composition, wherein the proportion of the odorants with respect to each other in said second composition is identical to their proportion in said third composition, wherein the odorants of said first composition are the same compounds as the odorants of said second composition and as the odorants of said third composition, wherein the proportion of the odorants with respect to each other in said first composition is different from their proportion in said second composition and in said third composition, and wherein said use comprises the sequential smelling or sniffing of said first composition, of said second composition and of said third composition by said subject, said use further comprises detecting impairment of the olfactory capacity of said subject to discriminate said first composition from said second and third compositions, and wherein impairment of the olfactory capacity of said subject to discriminate said first composition from said second and third compositions is a biomarker or biological predictor of neurological impairment in said infected subject. - a first composition comprising odorants, wherein the odorants of said first composition consist of at least two different odorants, and, separately or distinctly from said first composition, - a second composition comprising odorants, wherein the odorants of said second composition consist of at least two different odorants, and, separately or distinctly from said first composition and from said second composition, - a third composition comprising odorants, wherein the odorants of said third composition consist of at least two different odorants,
A communication apparatus characterized by comprising: shift means for shifting, based on a start of processing for connection between the communication apparatus and a predetermined external apparatus supporting authentication processing by a predetermined authentication method using an authentication server in a state in which the communication apparatus operates in a first state in which a processor of the communication apparatus operates at a first operating frequency, the state of the communication apparatus to a second state in which the processor of the communication apparatus operates at a second operating frequency higher than the first operating frequency; and authentication means for executing authentication by the predetermined authentication method via the predetermined external apparatus in the state in which the communication apparatus operates in the second state. shift means for shifting, based on a start of processing for connection between the communication apparatus and a predetermined external apparatus supporting authentication processing by a predetermined authentication method using an authentication server in a state in which the communication apparatus operates in a first state in which a processor of the communication apparatus operates at a first operating frequency, the state of the communication apparatus to a second state in which the processor of the communication apparatus operates at a second operating frequency higher than the first operating frequency; and authentication means for executing authentication by the predetermined authentication method via the predetermined external apparatus in the state in which the communication apparatus operates in the second state.
Packaging system comprising a work station with a tool component, a loading station with a side panel component , and a thermal system conveying heatable fluid (F), characterized in that said thermal system comprises a heating section conveying said heatable fluid (F) to said side panel component and being coupled at least in sections to said side panel component in order to heat it.