mhurhangee/patent-ind-claim-en huggingface dataset:
An aortic embolic filter apparatus, comprising: a) an elongated catheter having a length, proximal and distal end portions and a catheter lumen with a catheter central, longitudinal axis; b) a pair of spaced apart hubs, at least one said hub being a catheter hub mounted on the catheter, the other hub being a tip hub spaced distally of the catheter hub; c) a filter basket attached to the hubs and positioned distally of the catheter hub; d) the filter basket including multiple fixed supports that each span from the catheter hub to the tip hub, each fixed support having first and second fixed support ends that are fixedly attached to said hubs wherein the first fixed end is attached to the catheter hub, and the second fixed end is attached to the tip hub; e) a filter material that is supported by the fixed supports, said filter material having concave and convex surfaces, first and second edge portions, and an opening that spans most of the distance between the hubs and in between the filter material first and second edge portions; f) a movable support being a support that is fixed to the tip hub and slidable relative to the catheter hub; and g) an operator that enables the movable support to change length between the hubs to provide more or less of a curvature of the filter basket. a) an elongated catheter having a length, proximal and distal end portions and a catheter lumen with a catheter central, longitudinal axis; b) a pair of spaced apart hubs, at least one said hub being a catheter hub mounted on the catheter, the other hub being a tip hub spaced distally of the catheter hub; c) a filter basket attached to the hubs and positioned distally of the catheter hub; d) the filter basket including multiple fixed supports that each span from the catheter hub to the tip hub, each fixed support having first and second fixed support ends that are fixedly attached to said hubs wherein the first fixed end is attached to the catheter hub, and the second fixed end is attached to the tip hub; e) a filter material that is supported by the fixed supports, said filter material having concave and convex surfaces, first and second edge portions, and an opening that spans most of the distance between the hubs and in between the filter material first and second edge portions; f) a movable support being a support that is fixed to the tip hub and slidable relative to the catheter hub; and g) an operator that enables the movable support to change length between the hubs to provide more or less of a curvature of the filter basket.
Covering apparatus comprising at least one guide profile on which at least one fixed cam guide is obtained to which at least one sliding element is slidably associated, and a guide element distinct from said guide profile and comprising at least one containing wall operatively counterposed to said cam guide with respect to said sliding element , characterized in that said guide element comprises coupling means having at least one coupling wall , selectively associable with said guide profile , and said covering apparatus comprises at least one coupling member provided at least partly on said coupling wall and at least partly on said guide profile .
A microfabricated sensor for detecting a component in bodily fluid, comprising; an inlet means for receiving a sample of bodily fluid, a fluid cavity connected to the inlet means for receiving the sample of bodily fluid from the inlet means, an RF resonant cavity , delimited by walls , wherein at least one of the walls forms a separating wall , separating the fluid cavity from the RF resonant cavity, wherein the separating wall is configured such that the dielectric properties of the bodily fluid in the fluid cavity provide an influence on the electromagnetic properties of the RF resonant cavity, characterised in that the separating wall comprises a membrane .
A smoking tool comprising: a heater configured to heat tobacco material inserted into the tool ; and an atomizer configured to generate electronic cigarette smoke using an atomizer heater , wherein the atomizer generates the electronic cigarette smoke when a smoker inhales air, such that the smoker inhales the smoke to which nicotine or tobacco flavor generated by heating the tobacco material is added, wherein the tool further comprises a control circuit configured to apply different powers to the heater and the atomizer heater , and individually control a time taken to apply power to the heater and a time taken to apply power to the atomizer heater , characterized in that , as the atomizer is tightly pressed against a heating tube part by a force of a spring , air does not leak from a connection portion between the atomizer and the heating tube part . a heater configured to heat tobacco material inserted into the tool ; and an atomizer configured to generate electronic cigarette smoke using an atomizer heater , wherein the atomizer generates the electronic cigarette smoke when a smoker inhales air, such that the smoker inhales the smoke to which nicotine or tobacco flavor generated by heating the tobacco material is added, wherein the tool further comprises a control circuit configured to apply different powers to the heater and the atomizer heater , and individually control a time taken to apply power to the heater and a time taken to apply power to the atomizer heater , characterized in that , as the atomizer is tightly pressed against a heating tube part by a force of a spring , air does not leak from a connection portion between the atomizer and the heating tube part .
A film for latex ink comprising a laminate structure in which a latex ink-receiving layer (X) and a base material (Y) are stacked, wherein the latex ink-receiving layer (X) is formed of a resin composition (x1) containing an acrylic resin (A) having a cross-linkable functional group and a cross-linking agent (B), the cross-linking agent (B) contains an isocyanurate compound (B1) and a modified product (B2) of the isocyanurate compound, the isocyanurate compound (B1) is a trimer of 1,6-hexamethylene diisocyanate, and the modified product (B2) of the isocyanurate compound is a trimer of 1,6-hexamethylene diisocyanate, and has one tertiary amino group or two or more tertiary amino groups. a laminate structure in which a latex ink-receiving layer (X) and a base material (Y) are stacked, wherein the latex ink-receiving layer (X) is formed of a resin composition (x1) containing an acrylic resin (A) having a cross-linkable functional group and a cross-linking agent (B), the cross-linking agent (B) contains an isocyanurate compound (B1) and a modified product (B2) of the isocyanurate compound, the isocyanurate compound (B1) is a trimer of 1,6-hexamethylene diisocyanate, and the modified product (B2) of the isocyanurate compound is a trimer of 1,6-hexamethylene diisocyanate, and has one tertiary amino group or two or more tertiary amino groups.
A method for assembling a turbofan engine , the engine comprising: an engine case ; a gaspath through the engine case ; a fan having a circumferential array of fan blades ; a fan case encircling the fan blades radially outboard of the engine case ; a plurality of fan case vanes extending outward from the engine case to the fan case ; a front frame assembly comprising a plurality of vanes extending radially across the gas path; a shaft ; a transmission coupling the shaft to a fan shaft to drive the fan ; a bearing assembly coupling the shaft to the front frame assembly ; and a bearing support extending aftward and radially inward from the front frame assembly to the bearing assembly , the method comprising: coupling the bearing assembly and the shaft as a unit to the bearing support ; installing the transmission and the fan shaft to the front frame assembly ; and installing the bearing assembly and shaft as a unit so that the shaft engages a central gear of the transmission and the bearing support engages the front frame assembly , wherein the installing of the transmission and the fan shaft to the front frame assembly comprises lowering the transmission and the fan shaft , and the installing the transmission and the fan shaft further comprises securing via bolts inserted from below. an engine case ; a gaspath through the engine case ; a fan having a circumferential array of fan blades ; a fan case encircling the fan blades radially outboard of the engine case ; a plurality of fan case vanes extending outward from the engine case to the fan case ; a front frame assembly comprising a plurality of vanes extending radially across the gas path; a shaft ; a transmission coupling the shaft to a fan shaft to drive the fan ; a bearing assembly coupling the shaft to the front frame assembly ; and a bearing support extending aftward and radially inward from the front frame assembly to the bearing assembly , coupling the bearing assembly and the shaft as a unit to the bearing support ; installing the transmission and the fan shaft to the front frame assembly ; and installing the bearing assembly and shaft as a unit so that the shaft engages a central gear of the transmission and the bearing support engages the front frame assembly , wherein the installing of the transmission and the fan shaft to the front frame assembly comprises lowering the transmission and the fan shaft , and the installing the transmission and the fan shaft further comprises securing via bolts inserted from below.
A tubular connection comprising: a first pin with an external male threaded zone having external male threads disposed on a portion of the pin; and a first box with an internal female threaded zone having internal female threads disposed on a portion of the first box, the internal female threads configured to engage with the external male threads of the first pin; characterized in, that at least one of the first pin or the first box comprises a first torque shoulder surface comprising a surface roughness greater than or equal to 100 microns. a first pin with an external male threaded zone having external male threads disposed on a portion of the pin; and a first box with an internal female threaded zone having internal female threads disposed on a portion of the first box, the internal female threads configured to engage with the external male threads of the first pin; characterized in, that at least one of the first pin or the first box comprises a first torque shoulder surface comprising a surface roughness greater than or equal to 100 microns.
A method performed by a wireless device, the method comprising: transmitting a first message to a network node, the first message comprising a first portion of a Fifth Generation System Temporary Mobile Subscriber Identity, 5G-S-TMSI, wherein the first message comprises a Radio Resource Control, RRC, request; and transmitting a second message to the network node, the second message comprising a second portion of the 5G-S-TMSI, wherein the second message comprises an RRC setup complete message. transmitting a first message to a network node, the first message comprising a first portion of a Fifth Generation System Temporary Mobile Subscriber Identity, 5G-S-TMSI, wherein the first message comprises a Radio Resource Control, RRC, request; and transmitting a second message to the network node, the second message comprising a second portion of the 5G-S-TMSI, wherein the second message comprises an RRC setup complete message.
A method comprising: classifying, by a device classification service, a device in a network as being of a first device type; applying, by the service, a first network policy to the device, based on its classification as being of the first device type, wherein the first network policy has an associated expiration timer; determining, by the service, whether the device was reclassified as being of a different device type than that of the first device type before expiration of the expiration timer associated with the first network policy; and applying, by the service, a second network policy to the device, when the service determines that the device has not been reclassified as being of a different device type before expiration of the expiration timer associated with the first network policy. classifying, by a device classification service, a device in a network as being of a first device type; applying, by the service, a first network policy to the device, based on its classification as being of the first device type, wherein the first network policy has an associated expiration timer; determining, by the service, whether the device was reclassified as being of a different device type than that of the first device type before expiration of the expiration timer associated with the first network policy; and applying, by the service, a second network policy to the device, when the service determines that the device has not been reclassified as being of a different device type before expiration of the expiration timer associated with the first network policy.
An obstructive sleep apnea treatment system comprising: a respiratory sensor removably securable to an exterior of a patient's body a transvenously deliverable microstimulator including: an anchor mechanism configured to anchor the microstimulator within the vasculature proximate the hypoglossal nerve; and circuitry configured to generate a neurostimulation signal, wherein the microstimulator is configured to directly apply the neurostimulation signal to the hypoglossal nerve; and an external patient support configured to physically support a patient and that houses a power supply, a controller, and a transmission mechanism, wherein the transmission mechanism is configured to wirelessly transmit power and programmed instructions for applying a neurostimulation signal to the microstimulator , wherein the controller is in communication with the respiratory sensor to receive input from the respiratory sensor and wherein the controller is configured to selectively cause the circuitry to generate the neurostimulation signal applied via the microstimulator . a respiratory sensor removably securable to an exterior of a patient's body a transvenously deliverable microstimulator including: an anchor mechanism configured to anchor the microstimulator within the vasculature proximate the hypoglossal nerve; and circuitry configured to generate a neurostimulation signal, wherein the microstimulator is configured to directly apply the neurostimulation signal to the hypoglossal nerve; and an anchor mechanism configured to anchor the microstimulator within the vasculature proximate the hypoglossal nerve; and circuitry configured to generate a neurostimulation signal, wherein the microstimulator is configured to directly apply the neurostimulation signal to the hypoglossal nerve; and an external patient support configured to physically support a patient and that houses a power supply, a controller, and a transmission mechanism, wherein the transmission mechanism is configured to wirelessly transmit power and programmed instructions for applying a neurostimulation signal to the microstimulator , wherein the controller is in communication with the respiratory sensor to receive input from the respiratory sensor and wherein the controller is configured to selectively cause the circuitry to generate the neurostimulation signal applied via the microstimulator .
Packaging for clock hands , each of said hands comprising at least one pipe defining a hand axis (D), and a bearing surface connected to said pipe and substantially perpendicular to said hand axis (D), and at least one hand body that is substantially radial relative to each said pipe , said packaging comprising at least one pallet provided for receiving, holding, storing and carrying said hands , said at least one pallet comprising a series of bores or trunnions for receiving said pipes , each said bore or respectively trunnion being adjacent to a recess arranged to house one said hand body resting on an upper pallet surface which is opposite a lower pallet surface situated on the opposite face of said at least one pallet , said recesses being parallel to one another, each being arranged to receive a said hand in a longitudinal direction (DL) of said pallet , each said recess being delimited by at least two lateral stops in a transverse direction (DT) perpendicular to said longitudinal direction (DL) and to said hand axes (D), and at least one said pallet comprising at least one transverse bearing surface arranged to receive all of said bearing surfaces of a series of said hands and oriented in said transverse direction (DT), and, substantially parallel to said transverse bearing surface , characterised in that a first side of at least one transverse bearing surface , comprises first oblong pieces , the width whereof in said longitudinal direction (DL) is adapted for the insertion of robotic grippers or of tweezers for loading or unloading said hands , and which are arranged to limit capillarity plating of said hands on said upper pallet surface so as to facilitate the deposition thereof by a vacuum handling means, and to facilitate the passage of leaching fluids and/or the application of certain treatments on said hands deposited on said at least one pallet , through the thickness thereof.
A cryogenic storage system, comprising: a dewar comprising a radially outer surface; and an enclosure assembly configured to house the dewar , the enclosure assembly comprising: an outer dome comprising a substantially spherical cavity and a radially inner surface; and characterised in that the dewar is shaped as a sphere and has a center of gravity or mass within a bottom portion of the dewar that passively stabilizes the dewar when the dewar is tilted, angled or rotated within the enclosure assembly . a dewar comprising a radially outer surface; and an enclosure assembly configured to house the dewar , the enclosure assembly comprising: an outer dome comprising a substantially spherical cavity and a radially inner surface; and characterised in that the dewar is shaped as a sphere and has a center of gravity or mass within a bottom portion of the dewar that passively stabilizes the dewar when the dewar is tilted, angled or rotated within the enclosure assembly . an outer dome comprising a substantially spherical cavity and a radially inner surface; and characterised in that the dewar is shaped as a sphere and has a center of gravity or mass within a bottom portion of the dewar that passively stabilizes the dewar when the dewar is tilted, angled or rotated within the enclosure assembly .
Bimodal polypropylene random copolymer of propylene and 2.5 - 7.0 wt.-% of ethylene as comonomer produced in the presence of a single site based catalyst, having a Melt Flow Rate 20.0 - 120.0 g/10 min when determined according to ISO1133 at 230 °C and 2.16 kg and comprising a. 25.0 - 70.0 wt.-% of a first polypropylene fraction being a propylene homopolymer or a random copolymer of propylene and ethylene as comonomer comprising up to 2.0 wt.-% of comonomer and b. 30.0 - 75.0 wt.-% of a second polypropylene fraction being a random copolymer of propylene and ethylene as comonomer comprising 3.0 - 10.0 wt.-% of comonomer, and wherein the bimodal polypropylene random copolymer is characterised by a Crystallization Temperature (Tc) according to ISO 11357 of at least 115 °C and 2.0 - 15.0 wt.-% of the bimodal polypropylene random copolymer being soluble in cold xylene (XCS) when measured according to ISO 16152. a. 25.0 - 70.0 wt.-% of a first polypropylene fraction being a propylene homopolymer or a random copolymer of propylene and ethylene as comonomer comprising up to 2.0 wt.-% of comonomer and b. 30.0 - 75.0 wt.-% of a second polypropylene fraction being a random copolymer of propylene and ethylene as comonomer comprising 3.0 - 10.0 wt.-% of comonomer,
A wall element for a noise-protection wall , wherein the wall element comprises two mutually opposite surfaces, whereof one side can be turned towards potential sound sources and this side comprises at least one perforated plate and at least one light source (8, 9, 13 - 30), wherein the side of the wall element which can be turned towards the potential sound sources is predominantly clad with the perforated plate and the at least one light source (8, 9, 13 - 30) is arranged behind the perforated plate inside the wall element , so that the light of the at least one light source (8, 9, 13 - 30) can be emitted outwards through the perforations of the perforated plate , characterised in that the wall element comprises at least two horizontally extending light sources arranged one above the other, which are spaced apart from one another, a speed measuring device for measuring the speed of vehicles in the region of the wall element is assigned to the wall element and a control device is assigned to the wall element , which controls light sources (8 - 10, 13 - 30) of the wall element depending on the given measured speed of vehicles in the region of the wall element together with light sources (8 - 10, 13 - 30) of other wall elements and/or further depending on light sources (8 - 10, 13 - 30) of other wall elements .
Housing module for a small household appliance, which comprises at least two shell elements and a flat element , wherein the shell elements are designed, in an assembled state, to form a receiving area for receiving the flat element in a form-fit manner so that the flat element can be removed or replaced again without damage, characterised in that the receiving area comprises at least one two-dimensional housing wall to which the flat element runs substantially parallel in the assembled state of the housing module.