mhurhangee/patent-ind-claim-en huggingface dataset:
A blower comprising: - a volute for conveying air, - a first tube connected to the volute for conveying, - a second tube adapted for being at least partially inserted in the first tube and made to slide inside it along a sliding direction (A), and - a fixing system of the second tube to the first tube in at least two different positions along the sliding direction (A) one of which is extracted and one is retracted, said blower being characterized by the fact that the fixing system of the second tube to the first tube comprises: - at least one first eyelet and a second eyelet spaced apart along the sliding direction (A) of the second tube in the first tube , made on one among the first tube and the second tube , - at least one third eyelet made on the other among the first and the second tube , - a pin adapted for being inserted simultaneously in the third eyelet and in one among the first and the second eyelet . - a volute for conveying air, - a first tube connected to the volute for conveying, - a second tube adapted for being at least partially inserted in the first tube and made to slide inside it along a sliding direction (A), and - a fixing system of the second tube to the first tube in at least two different positions along the sliding direction (A) one of which is extracted and one is retracted, - at least one first eyelet and a second eyelet spaced apart along the sliding direction (A) of the second tube in the first tube , made on one among the first tube and the second tube , - at least one third eyelet made on the other among the first and the second tube , - a pin adapted for being inserted simultaneously in the third eyelet and in one among the first and the second eyelet .
A method, comprising: accessing integrated imaging data compiled from multiple bone tissue reference components from multiple patients for modeling; utilizing a computing device to create a 3D printing file from the integrated imaging data, the 3D printing file defining parameters for printing a polymeric synthetic model compiled from the bone tissue reference components; adjusting the parameters of the 3D printing file according to experimentally derived datasets associated with anatomical, physiological, and biomechanical properties of the bone tissue reference components; and using a 3D printer in operable communication with the computing device to print at least a portion of the polymeric synthetic model using the parameters as adjusted. accessing integrated imaging data compiled from multiple bone tissue reference components from multiple patients for modeling; utilizing a computing device to create a 3D printing file from the integrated imaging data, the 3D printing file defining parameters for printing a polymeric synthetic model compiled from the bone tissue reference components; adjusting the parameters of the 3D printing file according to experimentally derived datasets associated with anatomical, physiological, and biomechanical properties of the bone tissue reference components; and using a 3D printer in operable communication with the computing device to print at least a portion of the polymeric synthetic model using the parameters as adjusted.
A feed supplement charact e r i zed in that said feed supplement comprises a resin acid based composition comprising over 10% (w/w) resin acids for use in the prevention of growth of harmful bacteria and/or in the prevention of intestinal disorders and wherein the resin acid based composition is Tall Oil Rosin (TOR), Wood Rosin, GUM Rosin and/or Distilled Tall Oil (DTO).
A method for repairing a metallic turbine component which includes at least two airfoils interconnected by a mid-span shroud , the method comprising: (a) applying a reinforcement plate to the mid-span shroud ; (b) applying braze material ; (c) heating the component to melt and flow the braze material between the reinforcement plate and the mid-span shroud ; and (d) allowing the braze material to cool and solidify so as to bond the reinforcement plate to the mid-span shroud , characterized in that the braze material is applied to at least a portion of a perimeter of the reinforcement plate , and wherein the reinforcement plate includes at least one witness hole formed therethrough, the method further comprising allowing the braze material to flow into the witness holes . (a) applying a reinforcement plate to the mid-span shroud ; (b) applying braze material ; (c) heating the component to melt and flow the braze material between the reinforcement plate and the mid-span shroud ; and (d) allowing the braze material to cool and solidify so as to bond the reinforcement plate to the mid-span shroud ,
A method for treating a tail gas of a Claus process to remove sulfur-containing compounds, the method comprising: combusting a tail gas of a Claus process in an excess of oxygen gas, wherein the excess of oxygen gas comprises a number of moles of oxygen exceeding the number of moles of oxygen required to fully combust the sulfur-containing compounds, to yield a thermal oxidizer effluent , wherein the thermal oxidizer effluent comprises sulfur dioxide, water vapor, and oxygen; cooling the thermal oxidizer effluent to yield a cooled thermal oxidizer effluent; flowing the cooled thermal oxidizer effluent to a quench tower ; contacting the cooled thermal oxidizer effluent in the quench tower with a dilute aqueous acid quench stream to condense water vapor and dissolve the sulfur dioxide to yield sulfurous acid, hydrated sulfur dioxide, or a combination of sulfurous acid and hydrated sulfur dioxide; oxidizing the sulfurous acid or hydrated sulfur dioxide with oxygen from the thermal oxidizer effluent to yield a produced dilute aqueous acid stream that comprises sulfuric acid; cooling the produced dilute aqueous acid stream to yield a cooled dilute aqueous acid stream; splitting the cooled dilute aqueous acid stream into the dilute aqueous acid quench stream and a dilute aqueous acid buffer stream ; and flowing the dilute aqueous acid quench stream to the quench tower. combusting a tail gas of a Claus process in an excess of oxygen gas, wherein the excess of oxygen gas comprises a number of moles of oxygen exceeding the number of moles of oxygen required to fully combust the sulfur-containing compounds, to yield a thermal oxidizer effluent , wherein the thermal oxidizer effluent comprises sulfur dioxide, water vapor, and oxygen; cooling the thermal oxidizer effluent to yield a cooled thermal oxidizer effluent; flowing the cooled thermal oxidizer effluent to a quench tower ; contacting the cooled thermal oxidizer effluent in the quench tower with a dilute aqueous acid quench stream to condense water vapor and dissolve the sulfur dioxide to yield sulfurous acid, hydrated sulfur dioxide, or a combination of sulfurous acid and hydrated sulfur dioxide; oxidizing the sulfurous acid or hydrated sulfur dioxide with oxygen from the thermal oxidizer effluent to yield a produced dilute aqueous acid stream that comprises sulfuric acid; cooling the produced dilute aqueous acid stream to yield a cooled dilute aqueous acid stream; splitting the cooled dilute aqueous acid stream into the dilute aqueous acid quench stream and a dilute aqueous acid buffer stream ; and flowing the dilute aqueous acid quench stream to the quench tower.
Transmission assembly for transmitting an output torque of a motor to a reduction gear, the assembly comprising: - a hollow hub which is formed in one piece, the hub comprising an external surface and a central receiver , the hub having an internal toothing extending over the periphery of a portion of the central receiver , and - a shaft , the shaft comprising a projecting toothing which is complementary to the internal toothing of the hub , and the shaft being received inside the central receiver so that the toothing of the shaft cooperates with the internal toothing of the hub , characterised in that the hub has an external toothing which extends over the periphery of a portion of the external surface , in that the central receiver comprises a first portion and a second portion , the diameter of the first portion being smaller than the diameter of the second portion and the internal toothing extending over the periphery of the second portion , and in that the shaft comprises a body and a head , the head having a diameter which is larger than the diameter of the body , the toothing of the shaft extending over the periphery of a portion of the head , said head being received in the second portion of the central receiver . - a hollow hub which is formed in one piece, the hub comprising an external surface and a central receiver , the hub having an internal toothing extending over the periphery of a portion of the central receiver , and - a shaft , the shaft comprising a projecting toothing which is complementary to the internal toothing of the hub , and the shaft being received inside the central receiver so that the toothing of the shaft cooperates with the internal toothing of the hub ,
A method of operating a host device , comprising: transmitting a read command that requests information related to an eye open monitor, EOM, operation performed in a memory device to the memory device; and receiving a response signal including the information related to the EOM operation performed in the memory device from the memory device. transmitting a read command that requests information related to an eye open monitor, EOM, operation performed in a memory device to the memory device; and receiving a response signal including the information related to the EOM operation performed in the memory device from the memory device.
Monitoring device intended to be placed inside a closed space, said device comprising: - a photo and/or video image capture unit for capturing images inside the closed space; - a communication interface for communicating, through a communication link (L), with a mobile terminal ; - a microcontroller arranged to control the photo and/or video image capture unit ; - a non-volatile memory connected to the microcontroller and arranged to store the photo and/or video images captured by the photo and/or video image capture unit , the device being characterized in that it includes: - an electrical power supply interface arranged to collect electrical power supplied by the mobile terminal ; - collected electrical power management means arranged to supply the photo and/or video image capture unit, the non-volatile memory and the microcontroller with power. - a photo and/or video image capture unit for capturing images inside the closed space; - a communication interface for communicating, through a communication link (L), with a mobile terminal ; - a microcontroller arranged to control the photo and/or video image capture unit ; - a non-volatile memory connected to the microcontroller and arranged to store the photo and/or video images captured by the photo and/or video image capture unit , - an electrical power supply interface arranged to collect electrical power supplied by the mobile terminal ; - collected electrical power management means arranged to supply the photo and/or video image capture unit, the non-volatile memory and the microcontroller with power.
A management system comprising a control device and a plurality of apparatuses , wherein each of the plurality of apparatuses comprises a transmitter configured to transmit an instance list of the apparatus by broadcasting or multicasting after a restart of the apparatus, and the control device comprises: a management unit configured to manage the plurality of apparatuses as a plurality of management apparatuses before a stop state in which supply of power is stopped; and a transmitter configured to transmit a request command requesting transmission of the instance list to a first apparatus for which the control device fails to receive the instance list in a resumed state in which the supply of power is resumed, wherein the management unit is configured to manage a plurality of IP addresses corresponding to each of the plurality of management apparatuses, the transmitter of the control device is configured to individually transmit the request command to the first apparatus for which the control device fails to receive the instance list by using the IP address, and the transmitter of the control device is configured to transmit the request command by broadcasting, when the instance list cannot be received even when a predetermined time elapses from the individual transmission of the request command to the first apparatus for which the control device fails to receive the instance list by using the IP address. a management unit configured to manage the plurality of apparatuses as a plurality of management apparatuses before a stop state in which supply of power is stopped; and a transmitter configured to transmit a request command requesting transmission of the instance list to a first apparatus for which the control device fails to receive the instance list in a resumed state in which the supply of power is resumed, wherein the management unit is configured to manage a plurality of IP addresses corresponding to each of the plurality of management apparatuses, the transmitter of the control device is configured to individually transmit the request command to the first apparatus for which the control device fails to receive the instance list by using the IP address, and the transmitter of the control device is configured to transmit the request command by broadcasting, when the instance list cannot be received even when a predetermined time elapses from the individual transmission of the request command to the first apparatus for which the control device fails to receive the instance list by using the IP address.
Filter insert for a filter , in particular for internal combustion engines, for filtering air, with a prismatic basic shape, wherein the base surface and the cover surface arranged parallel to each other feature a polygonal, quadrangular basic shape, with a first circumferential surface and a second circumferential surface adjacent to the first circumferential surface , wherein the first circumferential surface is an inflow surface and perpendicular to the adjacent second circumferential surface and to the main flow direction within the main filter insert, a third cylindrical surface , which is an outflow surface and forms an angle with the first circumferential surface which is larger than 10° and smaller than 80°, and a fourth circumferential surface , which is disposed parallel to the second circumferential surface , wherein the filter insert features a seal in the area of the outflow surface for separating a filter interior into a clean side and a raw side, and the sealing surface and the outflow surface of the main filter insert extend parallel.
An emissive film comprising a network of crosslinked nanocrystals, wherein said network of crosslinked nanocrystals is formed from reactive colloidal nanocrystals comprising a) a core comprising a semiconductive compound, wherein said semiconductive compound is a combination of elements selected from the group consisting of Zn, In, Cu, S and Se; and b) at least one polythiol ligand selected from the group consisting of primary thiols, secondary thiols and mixtures thereof, and wherein said core is surrounded by at least one polythiol ligand, wherein each core surrounded by at least one polythiol ligand is crosslinked with at least one another polythiol ligand surrounding another core, and wherein said nanocrystals do not undergo a ligand exchange process and only the original ligands present during the synthesis are attached. a) a core comprising a semiconductive compound, wherein said semiconductive compound is a combination of elements selected from the group consisting of Zn, In, Cu, S and Se; and b) at least one polythiol ligand selected from the group consisting of primary thiols, secondary thiols and mixtures thereof, and
A method for wireless communication by a user equipment, UE, comprising: receiving layer 1, L1, and/or layer 2, L2, signaling indicating that the UE is to handover to one or more first physical cell identifiers, PCIs, to be used for communication between the UE and a base station, BS, wherein the L1 signaling includes downlink control information, DCI, and the L2 signaling includes a medium access control, MAC-control element, CE; communicating with the BS in accordance with a security key and using the one or more first PCIs, the security key being associated with a PCI; and receiving another L1 and/or L2 signaling indicating that the UE is to handover to one or more second PCIs to be used for communication by the UE, wherein the same security key is used for communication using the one or more first PCIs and the one or more second PCIs if the one or more first PCIs and the one or more second PCIs are managed by the same central unit, CU. receiving layer 1, L1, and/or layer 2, L2, signaling indicating that the UE is to handover to one or more first physical cell identifiers, PCIs, to be used for communication between the UE and a base station, BS, wherein the L1 signaling includes downlink control information, DCI, and the L2 signaling includes a medium access control, MAC-control element, CE; communicating with the BS in accordance with a security key and using the one or more first PCIs, the security key being associated with a PCI; and receiving another L1 and/or L2 signaling indicating that the UE is to handover to one or more second PCIs to be used for communication by the UE, wherein the same security key is used for communication using the one or more first PCIs and the one or more second PCIs if the one or more first PCIs and the one or more second PCIs are managed by the same central unit, CU.
A method for detecting open chromatin in fixed or unfixed cell nuclei, comprising: (a) reacting a sample containing fixed or unfixed cell nuclei, wherein the cell nuclei comprise chromatin, with: (i) a reaction mixture comprising a nicking enzyme, and (ii) a ligase and adapters; and (b) enriching for, optionally amplifying, and then sequencing DNA fragments that comprise the adaptors. (a) reacting a sample containing fixed or unfixed cell nuclei, wherein the cell nuclei comprise chromatin, with: (i) a reaction mixture comprising a nicking enzyme, and (ii) a ligase and adapters; and (i) a reaction mixture comprising a nicking enzyme, and (ii) a ligase and adapters; and (b) enriching for, optionally amplifying, and then sequencing DNA fragments that comprise the adaptors.
A positioning tool able to bend a flat wafer at specific points to position the flat wafer on a flat support , said positioning tool comprising: a. a base ; b. a gripping device connected to the base , defining a gripping plane , the gripping device being able to grasp a first surface of the flat wafer and hold it in the gripping plane , the gripping device comprising at least two suction cups , each having a first end connected to the base and a second end located in the gripping plane , the at least two suction cups being connected to a vacuum network ; c. a bending device , having a first end connected to the base and a second end translationally movable along a first intersecting axis Z, which is preferably substantially perpendicular, through the gripping plane at a contact point , the bending device being configured to apply a pushing force onto the first surface of the flat wafer at a bending point, so as to bend the flat wafer at this bending point . a. a base ; b. a gripping device connected to the base , defining a gripping plane , the gripping device being able to grasp a first surface of the flat wafer and hold it in the gripping plane , the gripping device comprising at least two suction cups , each having a first end connected to the base and a second end located in the gripping plane , the at least two suction cups being connected to a vacuum network ; c. a bending device , having a first end connected to the base and a second end translationally movable along a first intersecting axis Z, which is preferably substantially perpendicular, through the gripping plane at a contact point , the bending device being configured to apply a pushing force onto the first surface of the flat wafer at a bending point, so as to bend the flat wafer at this bending point .
A method for manufacturing a cushion for a seat element of a motor vehicle, said method comprising the following steps: - providing a mold comprising a tank and a cover defining a molding cavity, - mixing elastically compressible foam particles and/or recycled fibers with a precursor mixture of flexible polyurethane resin for binding said particles and/or fibers together, so as to obtain a mixture for forming a padding block for said cushion, - coating the walls of said cavity with a film based on a precursor mixture of flexible polyurethane resin , - filling said mold with said mixture so as to form a padding block and compress it to give it the shape of said molding cavity, - after cross-linking said resins, demoulding said resulting padding block. - providing a mold comprising a tank and a cover defining a molding cavity, - mixing elastically compressible foam particles and/or recycled fibers with a precursor mixture of flexible polyurethane resin for binding said particles and/or fibers together, so as to obtain a mixture for forming a padding block for said cushion, - coating the walls of said cavity with a film based on a precursor mixture of flexible polyurethane resin , - filling said mold with said mixture so as to form a padding block and compress it to give it the shape of said molding cavity, - after cross-linking said resins, demoulding said resulting padding block.
A freeze-dried composition comprising (a) sodium alginate and (b) sodium chloride, wherein (c) the mass ratio of the component (a)/the component (b) is 100/70 to 100/10, and wherein the freeze-dried composition can be dissolved using an injection water and/or a physiological saline.
Method for producing a vehicle head for a car body of a vehicle, in particular rail vehicle, - wherein the vehicle head is composed of at least four modules , namely a roof module , consisting of at least one roof hood , two side wall modules and a window lower belt module , - wherein with at least one of the modules , at least two module parts are connected to one another by means of laser welding metal interfaces between the module parts, characterised in that - in order to produce the at least one roof hood , at least four roof hood parts, namely at least one roof part , two side roof parts and a front part forming an interface to a front window of the vehicle head are laser welded to one another. - wherein the vehicle head is composed of at least four modules , namely a roof module , consisting of at least one roof hood , two side wall modules and a window lower belt module , - wherein with at least one of the modules , at least two module parts are connected to one another by means of laser welding metal interfaces between the module parts, characterised in that - in order to produce the at least one roof hood , at least four roof hood parts, namely at least one roof part , two side roof parts and a front part forming an interface to a front window of the vehicle head are laser welded to one another.