mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising: receiving, by a forwarder in a content centric network "CCN" , a Manifest for a data collection comprising a plurality of Content Objects, wherein the Manifest includes a name associated with the collection, and includes a list of references to the Content Objects (202.x) that make up the data collection; processing the Manifest by the forwarder; creating at the forwarder, an entry for the Manifest in a Manifest table which stores a Manifest state for a set of pending Manifests; and allocating by the forwarder, prior to receiving an Interest from a device requesting one or more of the Content Objects, a resource for processing the plurality of Content Objects listed in the Manifest. receiving, by a forwarder in a content centric network "CCN" , a Manifest for a data collection comprising a plurality of Content Objects, wherein the Manifest includes a name associated with the collection, and includes a list of references to the Content Objects (202.x) that make up the data collection; processing the Manifest by the forwarder; creating at the forwarder, an entry for the Manifest in a Manifest table which stores a Manifest state for a set of pending Manifests; and allocating by the forwarder, prior to receiving an Interest from a device requesting one or more of the Content Objects, a resource for processing the plurality of Content Objects listed in the Manifest.
A thermal block assembly for thermal cycling comprising: a sample block having a first surface and a second surface, wherein the first surface is adapted for receiving a sample support device; a heat sink comprising a base having a first surface, a second surface and a plurality fins pendant the second surface, wherein a space between each fin provides for a flow path for air passing from an inlet side of the plurality of fins to an outlet side the plurality of fins; and a plurality of thermal electric devices positioned between the sample block and heat sink, wherein the footprint of the plurality of thermal electric devices effectively matches the footprint of the second surface of the sample block and first surface of the heat sink to provide substantially uniform heat transfer throughout the thermal block assembly, characterised in that the height of the plurality of fins varies across the length of the plurality of fins, providing flow paths that are the longest near the base of the heat sink. a sample block having a first surface and a second surface, wherein the first surface is adapted for receiving a sample support device; a heat sink comprising a base having a first surface, a second surface and a plurality fins pendant the second surface, wherein a space between each fin provides for a flow path for air passing from an inlet side of the plurality of fins to an outlet side the plurality of fins; and a plurality of thermal electric devices positioned between the sample block and heat sink, wherein the footprint of the plurality of thermal electric devices effectively matches the footprint of the second surface of the sample block and first surface of the heat sink to provide substantially uniform heat transfer throughout the thermal block assembly, characterised in that the height of the plurality of fins varies across the length of the plurality of fins, providing flow paths that are the longest near the base of the heat sink.
A method for fastening a pullout guide on a side grid for an item of furniture or a household appliance, wherein the side grid has at least one horizontal rod with a bent-over end section for accommodating a carrier, and wherein at least two quick-action fastening element are installed on the pullout guide , one of which comprises least one clamp-type holding section and a further clamp-type holding section , having the following steps: - pushing the at least two quick-action fastening element onto a horizontally extending rod of the side grid , such that the clamp-type holding section encompasses the rod at least partly on its longitudinal extension section and that the further clamp-type holding section encompasses the bent-over end section of the rod at least partly, and - crimping at least a part of the clamp-type holding section of the quick-action fastening element with the rod by plastically deforming the at least one section of the quick-action fastening element . - pushing the at least two quick-action fastening element onto a horizontally extending rod of the side grid , such that the clamp-type holding section encompasses the rod at least partly on its longitudinal extension section and that the further clamp-type holding section encompasses the bent-over end section of the rod at least partly, and - crimping at least a part of the clamp-type holding section of the quick-action fastening element with the rod by plastically deforming the at least one section of the quick-action fastening element .
A method of adhesively bonding a first substrate on a second substrate in an adhesive bonding zone by means of an adhesive joint integrating a support mesh , characterized in that a surplus adhesive joint is folded over onto one or the other of the first or second substrates so that the support mesh is present over the entire adhesively bonded zone after curing.
Combination of a multi-wall ceramic core (CC, 20", 20''') for casting a hollow airfoil with internal cooling passages and a fugitive composite core insert (PP), characterized in that the fugitive composite core insert (PP) comprises at least one preformed fugitive core insert (1, 1', 1", 1''', 3', 3") and at least one fugitive core insert (2, 2', 2", 2''') formed in-situ adjacent and integrally connected thereto at an over-molded joint free of adhesive and adhesive flash and having surfaces for forming passage surfaces in the core when the composite core insert (PP) is removed, wherein said passage surfaces form passages in the composite core that define parts of the hollow airfoil to be cast, the core defining the internal cooling passages of the airfoil.
A composite material comprising: a plastic layer; and a steel sheet laminated on one side or both sides of the plastic layer, and having a structure that polar functional groups are introduced onto the surface of the plastic layer in contact with the steel sheet, wherein the polar functional group comprises one or more of a hydroxy group (-OH), a carboxy group (-COOH), a carbonyl group (-CO-), an amino group (-NH 2 ), a hydroperoxy group (-OOH), a peroxy group (-OO-), a thiol group (-SH) and an isocyanate group (-NCO), wherein the surface of the steel sheet in contact with the plastic layer has a structure that plastic particles are dispersed, wherein the plastic layer and the plastic particles are formed of a homogeneous resin, wherein the thickness ratio of the plastic layer and the steel sheet laminated to the plastic layer is in a range of 3:1 to 1:5, wherein the composite material is an automotive material. a plastic layer; and a steel sheet laminated on one side or both sides of the plastic layer, and having a structure that polar functional groups are introduced onto the surface of the plastic layer in contact with the steel sheet, wherein the polar functional group comprises one or more of a hydroxy group (-OH), a carboxy group (-COOH), a carbonyl group (-CO-), an amino group (-NH 2 ), a hydroperoxy group (-OOH), a peroxy group (-OO-), a thiol group (-SH) and an isocyanate group (-NCO), wherein the surface of the steel sheet in contact with the plastic layer has a structure that plastic particles are dispersed, wherein the plastic layer and the plastic particles are formed of a homogeneous resin, wherein the thickness ratio of the plastic layer and the steel sheet laminated to the plastic layer is in a range of 3:1 to 1:5, wherein the composite material is an automotive material.
A system for treating a feed stream comprising hydrocarbons and an aqueous-based liquid, the system comprising: a vessel comprising a feed stream inlet fluidly connected with the feed stream and a treated stream outlet fluidly connected with a treated stream; and a filter bed positioned within the vessel and comprising a first layer of filter media disposed on a second layer of filter media; wherein at least the first layer comprises a plurality of composite media pellets, each of the plurality of composite media pellets comprising a mixture of a cellulose-based material and a polyolefin, the composite media pellets have a size from 4.00 mm to 2.00 mm (5 to 10 mesh), wherein 50%-80% of the composite media pellets are of the cellulose-based material and the remainder of the composite pellets are of the polyolefin and wherein the filter media of the second layer comprises walnut shells, the walnut shells have a size of 1.68 mm to 1.00 mm (12 to 16 mesh), wherein a volume of the first layer is at least twice that of a volume of the second layer . a vessel comprising a feed stream inlet fluidly connected with the feed stream and a treated stream outlet fluidly connected with a treated stream; and a filter bed positioned within the vessel and comprising a first layer of filter media disposed on a second layer of filter media; wherein at least the first layer comprises a plurality of composite media pellets, each of the plurality of composite media pellets comprising a mixture of a cellulose-based material and a polyolefin, the composite media pellets have a size from 4.00 mm to 2.00 mm (5 to 10 mesh), wherein 50%-80% of the composite media pellets are of the cellulose-based material and the remainder of the composite pellets are of the polyolefin and wherein the filter media of the second layer comprises walnut shells, the walnut shells have a size of 1.68 mm to 1.00 mm (12 to 16 mesh), wherein a volume of the first layer is at least twice that of a volume of the second layer .
Device for guided bone regeneration, intended for the reconstruction of an oral bone defect, composed of zirconium dioxide and having a shape covering said oral bone defect, said device comprising at least one window arranged in the wall thereof and intended for the insertion and condensation of a biomaterial.
A method of making a silica glass article, the silica glass article having a saturated induced absorption, the method comprising the steps of: a. providing a silica glass article, the silica glass article having a plurality of Si-O defects that form E' centers when exposed to ultraviolet radiation having a wavelength of less than 250 nm; b. providing molecular hydrogen to remove at least a portion of the plurality of Si-O defects by heating the silica glass article in a first loading step at a first temperature in a range from 475°C up to 1000°C in a hydrogen-containing atmosphere to form SiH at each of the Si-O defects in the silica glass article; and c. providing molecular hydrogen to react with E' centers formed by photolysis of SiH in the silica glass article by loading the silica glass article in a second loading step with molecular hydrogen to a concentration in a range from 1 x 10 16 H 2 molecules/cm 3 up to 2 x 10 18 H 2 molecules/cm 3 at a second temperature of less than 475°C and greater than or equal to 300°C in a hydrogen-containing atmosphere, wherein the silica glass article has a saturated induced absorption at wavelengths of less than 250 nm when exposed to ultraviolet radiation having a wavelength of less than 250 nm and the silica glass article has a saturated induced absorption of less than 0.01/cm after exposure to 200,000 pulses of 193 nm laser radiation at a fluence of 22 mJ/cm 2 ·pulse. a. providing a silica glass article, the silica glass article having a plurality of Si-O defects that form E' centers when exposed to ultraviolet radiation having a wavelength of less than 250 nm; b. providing molecular hydrogen to remove at least a portion of the plurality of Si-O defects by heating the silica glass article in a first loading step at a first temperature in a range from 475°C up to 1000°C in a hydrogen-containing atmosphere to form SiH at each of the Si-O defects in the silica glass article; and c. providing molecular hydrogen to react with E' centers formed by photolysis of SiH in the silica glass article by loading the silica glass article in a second loading step with molecular hydrogen to a concentration in a range from 1 x 10 16 H 2 molecules/cm 3 up to 2 x 10 18 H 2 molecules/cm 3 at a second temperature of less than 475°C and greater than or equal to 300°C in a hydrogen-containing atmosphere, wherein the silica glass article has a saturated induced absorption at wavelengths of less than 250 nm when exposed to ultraviolet radiation having a wavelength of less than 250 nm and the silica glass article has a saturated induced absorption of less than 0.01/cm after exposure to 200,000 pulses of 193 nm laser radiation at a fluence of 22 mJ/cm 2 ·pulse.
A surgical robotic system comprising: a surgical console including a handle controller ; a robotic arm including an instrument having: a plurality of cables (380a,b,c) that are movable longitudinally; and an end effector movable by the cables, the end effector having a pair of opposing jaws; and a processor configured to: determine an amount of orientation misalignment of an instrument tool center point, and adjust the instrument based on the amount of orientation misalignment of the instrument tool center point; wherein the processor is further configured to calculate a motion axis based on a difference between a current instrument desired orientation and a previous instrument desired orientation, the current instrument desired orientation being based on an orientation of the handle controller; wherein the processor is further configured to calculate a user delta orientation input based on a difference between a current orientation of the handle controller and a previous orientation of the handle controller; wherein the processor is further configured to calculate an unadjusted instrument commanded orientation by adding the user delta orientation input to a previous instrument commanded orientation; wherein the processor is further configured to calculate a misalignment axis, which is a difference between the current instrument desired orientation and the unadjusted instrument commanded orientation; wherein the processor is further configured to calculate an adjustment value based on an angle between the motion axis and the misalignment axis, characterized wherein the processor is further configured to calculate the adjustment value using a first negative punishing scale in response to a cosine of the angle being positive; wherein the processor is further configured to calculate the adjustment value using a second negative punishing scale in response to a cosine of the angle being negative, the second negative punishing scale being larger than the first negative punishing scale in absolute value. a surgical console including a handle controller ; a robotic arm including an instrument having: a plurality of cables (380a,b,c) that are movable longitudinally; and an end effector movable by the cables, the end effector having a pair of opposing jaws; and a plurality of cables (380a,b,c) that are movable longitudinally; and an end effector movable by the cables, the end effector having a pair of opposing jaws; and a processor configured to: determine an amount of orientation misalignment of an instrument tool center point, and adjust the instrument based on the amount of orientation misalignment of the instrument tool center point; determine an amount of orientation misalignment of an instrument tool center point, and adjust the instrument based on the amount of orientation misalignment of the instrument tool center point;
A tyrosine kinase inhibitor (TKI) for use in a method for the treatment of non-small cell lung cancer or breast cancer in a human patient, the method comprising subjecting said patient to reduced caloric intake for a period of 24-190 hours while said patient is being treated with said tyrosine kinase inhibitor, wherein said reduced caloric intake corresponds to less than 300 kcal/day and wherein: when the patient is affected by non-small cell lung cancer, the TKI is Crizotinib, and when the patient is affected by breast cancer, the TKI is Lapatinib when the patient is affected by non-small cell lung cancer, the TKI is Crizotinib, and when the patient is affected by breast cancer, the TKI is Lapatinib
A ball nut assembly for a rack of a vehicle steering gear comprising: a ball nut having first and second recesses ; a ball return tube having first and second tube portions ; and a tube retention clip having first and second retention tabs, wherein the first tab is engaged in the first recess , the second tab is engaged in the second recess , and the ball return tube is secured between the ball nut and the tube retention clip , characterized by a snap fit between the first and second tube portions . a ball nut having first and second recesses ; a ball return tube having first and second tube portions ; and a tube retention clip having first and second retention tabs, wherein the first tab is engaged in the first recess , the second tab is engaged in the second recess , and the ball return tube is secured between the ball nut and the tube retention clip , characterized by a snap fit between the first and second tube portions .
A fitting for an openable element such as a door, locker, hatch, window or the like, comprising: a housing configured to be arranged at one side of said openable element ; a shaft extending from the housing and configured so that, when the fitting is arranged to the openable element , the shaft extends through a hole image of the openable element ; and an actuation member arranged on the shaft and rotatable relative said housing , the fitting further comprising a fixing member arranged axially along the shaft between the housing and the actuation member such that the fixing member is rotatable relative the housing and the shaft between an inserting position allowing the fixing member and the actuation member to be inserted into the hole image of the openable element when said fitting is being arranged to said openable element , and a first fixing position when the fixing member is rotated in a first rotational direction, in which position the fixing member engages with a fixing protrusion configured to extend from the housing through the hole image such that the fitting is compressively fixed to said openable element , wherein the fixing member is configured to be rotatable between the inserting position and the first fixing position by means of the actuation member . a housing configured to be arranged at one side of said openable element ; a shaft extending from the housing and configured so that, when the fitting is arranged to the openable element , the shaft extends through a hole image of the openable element ; and an actuation member arranged on the shaft and rotatable relative said housing , the fitting further comprising a fixing member arranged axially along the shaft between the housing and the actuation member such that the fixing member is rotatable relative the housing and the shaft between an inserting position allowing the fixing member and the actuation member to be inserted into the hole image of the openable element when said fitting is being arranged to said openable element , and a first fixing position when the fixing member is rotated in a first rotational direction, in which position the fixing member engages with a fixing protrusion configured to extend from the housing through the hole image such that the fitting is compressively fixed to said openable element , wherein the fixing member is configured to be rotatable between the inserting position and the first fixing position by means of the actuation member .
A pressure sensor module for a process pressure transmitter , the pressure sensor module, comprising: a first member formed of a metal suitable for long-term exposure to seawater, the first member having a passageway extending therethrough, wherein the metal is substantially impervious to corrosive effects of seawater; an isolation diaphragm coupled to the first member and having a first side configured to contact a process fluid and an opposite side in fluidic communication with the passageway of the first member ; a second member formed of a different metal than the first member , the second member being mechanically coupled to the first member to define a chamber that is fluidically coupled to the passageway ; a pressure sensor disposed to sense a pressure within the chamber ; and a seal coupled to the first and second members to seal an interface between the first and second members , wherein the seal is a self-energizing seal formed of a metal or alloy having a melting point between those of the first and second members respectively. a first member formed of a metal suitable for long-term exposure to seawater, the first member having a passageway extending therethrough, wherein the metal is substantially impervious to corrosive effects of seawater; an isolation diaphragm coupled to the first member and having a first side configured to contact a process fluid and an opposite side in fluidic communication with the passageway of the first member ; a second member formed of a different metal than the first member , the second member being mechanically coupled to the first member to define a chamber that is fluidically coupled to the passageway ; a pressure sensor disposed to sense a pressure within the chamber ; and a seal coupled to the first and second members to seal an interface between the first and second members , wherein the seal is a self-energizing seal formed of a metal or alloy having a melting point between those of the first and second members respectively.
An elastic plug-in jaw structure for a tap-off unit , the elastic plug-in jaw structure comprising: a plug-in conductor and a connector connected to the plug-in conductor , wherein: the plug-in conductor is configured to be connected to a lead-out conductor in the tap-off unit through the connector ; an elastic member is arranged at a rear end of the plug-in conductor ; a pressing member abuts against a rear side of the elastic member ; the pressing member is configured to elastically press against the plug-in conductor through the elastic member , to facilitate a direct electrical connection between the plug-in conductor and a busbar conductor ; wherein said connector is a flexible connector; characterized in that the pressing member comprises a hinge with a fixed shaft at one end of the hinge and a pressing mechanism at the other end of the hinge ; and the pressing mechanism is configured to swing the hinge along the fixed shaft , to drive the plug-in conductor to be electronically connected to the busbar conductor . the plug-in conductor is configured to be connected to a lead-out conductor in the tap-off unit through the connector ; an elastic member is arranged at a rear end of the plug-in conductor ; a pressing member abuts against a rear side of the elastic member ; the pressing member is configured to elastically press against the plug-in conductor through the elastic member , to facilitate a direct electrical connection between the plug-in conductor and a busbar conductor ; wherein said connector is a flexible connector; characterized in that the pressing member comprises a hinge with a fixed shaft at one end of the hinge and a pressing mechanism at the other end of the hinge ; and the pressing mechanism is configured to swing the hinge along the fixed shaft , to drive the plug-in conductor to be electronically connected to the busbar conductor .