mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a watch component comprising providing a substrate , a deposition device for depositing at least one material on the substrate , and structuring means selected from a mold and/or a mask , or a surface treatment, allowing to deposit said at least one material selectively on the substrate ; projecting said at least one material to form a structured deposit on the substrate by means of the deposition device and the structuring means ; and separating the structured deposit from the substrate to obtain the watch component ; characterized in that the step of projecting is carried out by the cold particle aerosol spraying process "Aerosol Deposition Method (ADM)", carried out at room temperature and without heat treatment, of said at least one material ; and in which the deposit has a thickness of at least 100 μm. providing a substrate , a deposition device for depositing at least one material on the substrate , and structuring means selected from a mold and/or a mask , or a surface treatment, allowing to deposit said at least one material selectively on the substrate ; projecting said at least one material to form a structured deposit on the substrate by means of the deposition device and the structuring means ; and separating the structured deposit from the substrate to obtain the watch component ; characterized in that the step of projecting is carried out by the cold particle aerosol spraying process "Aerosol Deposition Method (ADM)", carried out at room temperature and without heat treatment, of said at least one material ; and in which the deposit has a thickness of at least 100 μm.
Arrester for surge protection, comprising a first electrode and a second electrode , a discharge chamber for enabling an electrical discharge between the electrodes in the event of an overvoltage, wherein the first electrode is configured in a pin-shaped fashion and the second electrode is configured in the form of a hollow cylinder, wherein the first electrode extends into a hollow space of the second electrode , and an insulator , which forms an inner wall of the arrester , wherein the insulator is configured in the form of a hollow cylinder, wherein the hollow cylinder defined by the second electrode is arranged concentrically within the hollow cylinder defined by the insulator , wherein a gas-filled insulation space is situated between the inner wall and the electrodes , wherein the inner wall has a projection in the region of the gas-filled insulation space, wherein the projection is arranged in such a way that it faces a side surface of the second electrode , wherein the second electrode has a first end arranged in the discharge chamber and has a second end arranged opposite to the first end, wherein the projection is further away from the end arranged within the discharge chamber by comparison with the end opposite thereto, wherein the inner wall has a first wall region and a second wall region , wherein the first wall region is situated before the projection , coming from the discharge chamber , and the second wall region is situated behind the projection , coming from the discharge chamber . comprising a first electrode and a second electrode , a discharge chamber for enabling an electrical discharge between the electrodes in the event of an overvoltage, wherein the first electrode is configured in a pin-shaped fashion and the second electrode is configured in the form of a hollow cylinder, wherein the first electrode extends into a hollow space of the second electrode , and an insulator , which forms an inner wall of the arrester , wherein the insulator is configured in the form of a hollow cylinder, wherein the hollow cylinder defined by the second electrode is arranged concentrically within the hollow cylinder defined by the insulator , wherein a gas-filled insulation space is situated between the inner wall and the electrodes , wherein the inner wall has a projection in the region of the gas-filled insulation space, wherein the projection is arranged in such a way that it faces a side surface of the second electrode , wherein the second electrode has a first end arranged in the discharge chamber and has a second end arranged opposite to the first end, wherein the projection is further away from the end arranged within the discharge chamber by comparison with the end opposite thereto, wherein the inner wall has a first wall region and a second wall region , wherein the first wall region is situated before the projection , coming from the discharge chamber , and the second wall region is situated behind the projection , coming from the discharge chamber .
Composition for use in the treatment or prevention of allergy, eczema or atopic diseases comprising galacto-oligosaccharides and polyfructose, wherein the polyfructose is inulin with an average degree of polymerisation above 20, the composition is a food composition that comprises protein, lipids, and carbohydrates other than galacto-oligosaccharides and polyfructose and wherein the protein is partially or extensively hydrolysed.
A heat-activated triggering device comprising: a housing ; a bi-metal triggering element including: a metal pin made of a first metal; and a sleeve surrounding part of the pin, the sleeve being made of a second metal different from the first metal, the sleeve having a first end abutting against the housing and a second end opposite the first end; a firing pin operatively coupled to the triggering element, wherein the second end of the sleeve abuts against the firing pin, such that at a predetermined temperature the sleeve places a force on the metal pin, causing the metal pin to break; and a lockout configured to selectively prevent movement of the firing pin. a housing ; a bi-metal triggering element including: a metal pin made of a first metal; and a sleeve surrounding part of the pin, the sleeve being made of a second metal different from the first metal, the sleeve having a first end abutting against the housing and a second end opposite the first end; a metal pin made of a first metal; and a sleeve surrounding part of the pin, the sleeve being made of a second metal different from the first metal, the sleeve having a first end abutting against the housing and a second end opposite the first end; a firing pin operatively coupled to the triggering element, wherein the second end of the sleeve abuts against the firing pin, such that at a predetermined temperature the sleeve places a force on the metal pin, causing the metal pin to break; and a lockout configured to selectively prevent movement of the firing pin.
A smart door apparatus of a construction machine, the smart door apparatus comprising: an actuator installed at a door (D), which is rotatably connected with a cabin (C) of the construction machine via a hinge mechanism, to operate a locking apparatus (L) of the door (D) by signals of a smart key; and a harness arranged in an axial direction (X) of the hinge mechanism to supply electricity to the actuator ; wherein the hinge mechanism comprises an upper hinge (UH) connected to an upper end of the door (D) and a lower hinge (LH) connected to a lower end of the door (D), and the harness is extended between the upper hinge (UH) and the lower hinge (LH) along the axial direction (X); further comprising: an upper clamp installed at the upper end of the door (D) adjacent to the upper hinge (UH) to fix an upper end of the harness ; and a lower clamp installed at the lower end of the door (D) adjacent to the lower hinge (LH) to fix a lower end of the harness . an actuator installed at a door (D), which is rotatably connected with a cabin (C) of the construction machine via a hinge mechanism, to operate a locking apparatus (L) of the door (D) by signals of a smart key; and a harness arranged in an axial direction (X) of the hinge mechanism to supply electricity to the actuator ; wherein the hinge mechanism comprises an upper hinge (UH) connected to an upper end of the door (D) and a lower hinge (LH) connected to a lower end of the door (D), and the harness is extended between the upper hinge (UH) and the lower hinge (LH) along the axial direction (X); further comprising: an upper clamp installed at the upper end of the door (D) adjacent to the upper hinge (UH) to fix an upper end of the harness ; and a lower clamp installed at the lower end of the door (D) adjacent to the lower hinge (LH) to fix a lower end of the harness . wherein the hinge mechanism comprises an upper hinge (UH) connected to an upper end of the door (D) and a lower hinge (LH) connected to a lower end of the door (D), and the harness is extended between the upper hinge (UH) and the lower hinge (LH) along the axial direction (X); further comprising: an upper clamp installed at the upper end of the door (D) adjacent to the upper hinge (UH) to fix an upper end of the harness ; and a lower clamp installed at the lower end of the door (D) adjacent to the lower hinge (LH) to fix a lower end of the harness . an upper clamp installed at the upper end of the door (D) adjacent to the upper hinge (UH) to fix an upper end of the harness ; and a lower clamp installed at the lower end of the door (D) adjacent to the lower hinge (LH) to fix a lower end of the harness .
A valve cage, comprising: a plurality of cage sections removably coupled together to form a circumference of the valve cage; and a plurality of joints , respective ones of the plurality of joints being defined by neighboring ones of the plurality of cage sections , the plurality of joints corresponding in number to the plurality of cage sections , respective ones of the plurality of joints being spaced apart from one another about the circumference, characterized in that each cage section of the plurality of cage sections includes a plurality of openings extending through a side wall of the cage section. a plurality of cage sections removably coupled together to form a circumference of the valve cage; and a plurality of joints , respective ones of the plurality of joints being defined by neighboring ones of the plurality of cage sections , the plurality of joints corresponding in number to the plurality of cage sections , respective ones of the plurality of joints being spaced apart from one another about the circumference, characterized in that each cage section of the plurality of cage sections includes a plurality of openings extending through a side wall of the cage section.
A method performed by a user equipment of a radio network, comprising: determining that reporting of user equipment mobility information is to be performed whenever a new connection is established or re-established; and reporting , responsive to the determining, during each connection establishment or re-establishment, the user equipment mobility information, the user equipment mobility information indicating if the connection establishment or re-establishment is performed in the cell where the most recent connection was released and whether any cell change has been performed or no cell re-selections have happened in between. determining that reporting of user equipment mobility information is to be performed whenever a new connection is established or re-established; and reporting , responsive to the determining, during each connection establishment or re-establishment, the user equipment mobility information, the user equipment mobility information indicating if the connection establishment or re-establishment is performed in the cell where the most recent connection was released and whether any cell change has been performed or no cell re-selections have happened in between.
A process for preparing an adsorbent containing titanium and iron compounds, wherein the process comprises: (i) digesting a titanium- and iron- containing starting material, preferably ilmenite and/or titanium slag, with sulfuric acid to obtain a solids-containing digestion solution; (ii) separating the solids contained in the digestion solution to obtain a digestion residue and a digestion solution substantially free of solids; (iii) adding compounds containing iron ions to the digestion residue; (iv) completing or partial neutralising the digestion residue; (v) washing the neutralised digestion residue to remove sulphate salts; and (vi) drying and/or granulating the digestion residue to obtain an adsorbent, wherein the iron ions-containing compounds are added to the digestion residue prior to the neutralisation step, and wherein the adsorbent contains at least 10 wt.% Ti and at least 3.5 wt.% Fe, preferably at least 30 wt.% Ti and at least 5 wt.% Fe based on the total weight of the adsorbent. (i) digesting a titanium- and iron- containing starting material, preferably ilmenite and/or titanium slag, with sulfuric acid to obtain a solids-containing digestion solution; (ii) separating the solids contained in the digestion solution to obtain a digestion residue and a digestion solution substantially free of solids; (iii) adding compounds containing iron ions to the digestion residue; (iv) completing or partial neutralising the digestion residue; (v) washing the neutralised digestion residue to remove sulphate salts; and (vi) drying and/or granulating the digestion residue to obtain an adsorbent,
Use of a nucleic acid protective agent for non-invasive prenatal screening for the identification of fetal characteristics, said nucleic acid protective agent comprising - a preservative agent selected from diazolidinyl urea and/or imidazolidinyl urea in a buffered salt solution; - a solvent selected from water, saline, dimethylsulfoxide, alcohol and mixtures thereof; - EDTA, and - 2-amino acetic acid (glycine). - a preservative agent selected from diazolidinyl urea and/or imidazolidinyl urea in a buffered salt solution; - a solvent selected from water, saline, dimethylsulfoxide, alcohol and mixtures thereof; - EDTA, and - 2-amino acetic acid (glycine).
A method comprising: obtaining , by a fabric management server, hardware configuration information for each of a plurality of network devices ; receiving , by a configuration generator, an indication of a selection of a service access point , to be configured, of a first network device of the plurality of network devices; receiving , by the configuration generator, an indication of a selection of a device agnostic service characteristic, the device agnostic service characteristic comprising a Class of Service characteristic; associating , by the configuration generator, an access profile with the selected service access point in accordance with the device agnostic service characteristic, the access profile having one or more device agnostic attributes defining the selected device agnostic service characteristic; and determining , by the configuration generator, based at least in part on the one or more device agnostic attributes of the access profile associated with the selected service access point and the hardware configuration information for the first network device, wherein the hardware configuration is stored by the fabric management server in a configuration database, one or more device specific configuration commands and configuration parameters that conform with a vendor specific and/or network operating system specific first configuration interface of the first network device. obtaining , by a fabric management server, hardware configuration information for each of a plurality of network devices ; receiving , by a configuration generator, an indication of a selection of a service access point , to be configured, of a first network device of the plurality of network devices; receiving , by the configuration generator, an indication of a selection of a device agnostic service characteristic, the device agnostic service characteristic comprising a Class of Service characteristic; associating , by the configuration generator, an access profile with the selected service access point in accordance with the device agnostic service characteristic, the access profile having one or more device agnostic attributes defining the selected device agnostic service characteristic; and determining , by the configuration generator, based at least in part on the one or more device agnostic attributes of the access profile associated with the selected service access point and the hardware configuration information for the first network device, wherein the hardware configuration is stored by the fabric management server in a configuration database, one or more device specific configuration commands and configuration parameters that conform with a vendor specific and/or network operating system specific first configuration interface of the first network device.
A method of forming a casting with a flow passage, comprising: filling a tubular pipe (11, 11-1) with a filler (12, 12-1) to form a smart core; filling opposite ends of the tubular pipe (11, 11-1) with resin; inserting the smart core into a mold having a cavity corresponding to a shape of the casting to be formed; injecting a molten metal into the cavity through a casting process; cutting out the portions of the tubular pipe (11, 11-1) that are filled with resin; and removing the filler (12, 12-1) from the smart core, wherein a hardness of the tubular pipe (11, 11-1) is 70 HV/10 or more, and wherein a material of the tubular pipe (11, 11-1) is A6061-T4, A6061-T6, A6063-T4, or A6063-T6. filling a tubular pipe (11, 11-1) with a filler (12, 12-1) to form a smart core; filling opposite ends of the tubular pipe (11, 11-1) with resin; inserting the smart core into a mold having a cavity corresponding to a shape of the casting to be formed; injecting a molten metal into the cavity through a casting process; cutting out the portions of the tubular pipe (11, 11-1) that are filled with resin; and removing the filler (12, 12-1) from the smart core, wherein a hardness of the tubular pipe (11, 11-1) is 70 HV/10 or more, and wherein a material of the tubular pipe (11, 11-1) is A6061-T4, A6061-T6, A6063-T4, or A6063-T6.
An inspection device for a sheet object that is continuously conveyed, the inspection device comprising: a linear light source which extends in a longitudinal direction, wherein the linear light source is configured to irradiate the sheet object with irradiation light; a projection unit onto which transmitted light or reflected light from the sheet object is projected; an image capture unit configured to capture a projection image projected on the projection unit ; and a data processing unit configured to detect a defect present on the sheet object from image data captured by the image capture unit , wherein the longitudinal direction of the linear light source viewed from a direction (z direction) perpendicular to a traveling surface of the sheet object is the same as a conveyance direction (y direction) of the sheet object , and the linear light source is configured to emit light spreading in a sheet width direction(x direction) of the sheet object . a linear light source which extends in a longitudinal direction, wherein the linear light source is configured to irradiate the sheet object with irradiation light; a projection unit onto which transmitted light or reflected light from the sheet object is projected; an image capture unit configured to capture a projection image projected on the projection unit ; and a data processing unit configured to detect a defect present on the sheet object from image data captured by the image capture unit , wherein the longitudinal direction of the linear light source viewed from a direction (z direction) perpendicular to a traveling surface of the sheet object is the same as a conveyance direction (y direction) of the sheet object , and the linear light source is configured to emit light spreading in a sheet width direction(x direction) of the sheet object .
A method for notifying a Network Function, NF, service consumer from a Unified Data Repository, UDR, of a policy data modification, wherein the method is carried out by the UDR and comprises: holding a first resource for Policy Data Subscriptions and a second resource for Individual Policy Data Subscription, wherein the first resource is used to represent subscriptions to notification of policy data modification and the second resource is used to represent an individual subscription to notification of policy data modification; supporting a data type Policy Data Subscription that identifies a subscription to notification of policy data modification, wherein a data structure of the data type Policy Data Subscription comprises a set of URIs that identify resources for which a modification triggers a notification; wherein a modification in the first resource for Policy Data Subscriptions is excluded from notification ; and wherein a modification in the second resource for Individual Policy Data Subscription is excluded from notification . holding a first resource for Policy Data Subscriptions and a second resource for Individual Policy Data Subscription, wherein the first resource is used to represent subscriptions to notification of policy data modification and the second resource is used to represent an individual subscription to notification of policy data modification; supporting a data type Policy Data Subscription that identifies a subscription to notification of policy data modification, wherein a data structure of the data type Policy Data Subscription comprises a set of URIs that identify resources for which a modification triggers a notification; wherein a modification in the first resource for Policy Data Subscriptions is excluded from notification ; and wherein a modification in the second resource for Individual Policy Data Subscription is excluded from notification .
A communication module for lighting systems, arranged to support an execution of a commissioning of a plurality of installed devices of a lighting system, wherein the communication module comprises: • a first communication interface configured to receive data on one or more commissioning commands (21_1, ..., 21_n); and • a second communication interface configured to transmit or broadcast, according to Thread network protocol, the one or more commissioning commands (21_1, ..., 21_n)to the plurality of installed devices of the lighting system, wherein each one of said one or more commissioning commands (21_1, ..., 21_n)is arranged to initiate an execution of a respective lighting activity by the plurality of installed devices of the lighting system; characterized in that the first communication interface is configured to receive the data according to near field communication standard. • a first communication interface configured to receive data on one or more commissioning commands (21_1, ..., 21_n); and • a second communication interface configured to transmit or broadcast, according to Thread network protocol, the one or more commissioning commands (21_1, ..., 21_n)to the plurality of installed devices of the lighting system, wherein each one of said one or more commissioning commands (21_1, ..., 21_n)is arranged to initiate an execution of a respective lighting activity by the plurality of installed devices of the lighting system;
An ultrasound probe comprising a pMUT array in which a plurality of pMUTs are arranged, wherein: the plurality of pMUTs include a plurality of first pMUTs for ultrasound transmission, and a plurality of second pMUTs for ultrasound wave reception, each second pMUT having a structure different from that of each first pMUT ; and a cell region of each first pMUT and a cell region of each second pMUT are separated from each other in an ultrasound wave radiation plane, wherein each second pMUT has a non-diaphragm structure and receives ultrasound waves by a thickness vibration mode. the plurality of pMUTs include a plurality of first pMUTs for ultrasound transmission, and a plurality of second pMUTs for ultrasound wave reception, each second pMUT having a structure different from that of each first pMUT ; and a cell region of each first pMUT and a cell region of each second pMUT are separated from each other in an ultrasound wave radiation plane, wherein each second pMUT has a non-diaphragm structure and receives ultrasound waves by a thickness vibration mode.