mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: determining a number of drops of a plurality of messages sent to a first node within a mesh network of a plurality of nodes; based at least in part on a determination that a number of the plurality of messages have been dropped within a time period, decrementing a first rating assigned to the first node to a second rating; determining that the second rating assigned to the first node is below a rating threshold; based at least in part on the second rating being below the rating threshold, determining that the first node is a potentially malicious node, receiving first location information indicating a first location of the first node; receiving second location information indicating a second location of a second node; determining a distance threshold based at least in part on a second distance indicated by the second location information; determining , using the first location information, that a first distance to the first node is greater than or equal to the distance threshold; and based at least in part on the first distance to the first node being larger than the distance threshold, identifying that the first node is a malicious node. determining a number of drops of a plurality of messages sent to a first node within a mesh network of a plurality of nodes; based at least in part on a determination that a number of the plurality of messages have been dropped within a time period, decrementing a first rating assigned to the first node to a second rating; determining that the second rating assigned to the first node is below a rating threshold; based at least in part on the second rating being below the rating threshold, determining that the first node is a potentially malicious node, receiving first location information indicating a first location of the first node; receiving second location information indicating a second location of a second node; determining a distance threshold based at least in part on a second distance indicated by the second location information; determining , using the first location information, that a first distance to the first node is greater than or equal to the distance threshold; and based at least in part on the first distance to the first node being larger than the distance threshold, identifying that the first node is a malicious node.
A method for directly preparing glycol dimethyl ether and co-producing ethylene glycol from ethylene glycol monomethyl ether, which comprises: passing a feedstock containing a raw material of ethylene glycol monomethyl ether and a carrier gas through a reactor loaded with a solid acid catalyst to produce glycol dimethyl ether and ethylene glycol, at a reaction temperature range from 40°C to 150°C and a reaction pressure range from 0.1 MPa to 15.0 MPa; wherein a carrier gas is an optional inactive gas; and the feedstock contains water whose volume concentration in the feedstock is in a range from 0% to 95%; and the weight hourly space velocity of the raw material of ethylene glycol monomethyl ether is in a range from 0.05h -1 to 5.0h -1 ; and the volume concentration of the raw material of ethylene glycol monomethyl ether in the feedstock is in a range from 1% to 100%; and the volume concentration of the carrier gas in the feedstock is in a range from 0% to 99%, wherein the solid acid catalyst is an acidic molecular sieve catalyst or an acidic resin catalyst.
A polyester multifilament comprising core-in-sheath composite fibers, the core-in-sheath composite fibers comprising: a high-viscosity polyester as a core component; and a low-viscosity polyester as a sheath component, the core component and the sheath component forming a core-in-sheath composite, and the polyester multifilament having a difference in intrinsic viscosity between the core component and the sheath component of 0.20 to 1.00, a total fineness of 4 to 30 dtex, a single-yarn fineness of 1.0 to 5.0 dtex, a breaking strength of 5.0 to 9.0 cN/dtex, a fracture elongation of 12 to 45%, a degree of interlacement of 2.0 to 15.0/m, and a number of filaments of 3 to 15, wherein the breaking strength and the fracture elongation are measured according to JIS L1013 . a high-viscosity polyester as a core component; and a low-viscosity polyester as a sheath component, the core component and the sheath component forming a core-in-sheath composite, and the polyester multifilament having a difference in intrinsic viscosity between the core component and the sheath component of 0.20 to 1.00, a total fineness of 4 to 30 dtex, a single-yarn fineness of 1.0 to 5.0 dtex, a breaking strength of 5.0 to 9.0 cN/dtex, a fracture elongation of 12 to 45%, a degree of interlacement of 2.0 to 15.0/m, and a number of filaments of 3 to 15, wherein the breaking strength and the fracture elongation are measured according to JIS L1013 .
A mobile terminal comprising: a first body comprising an open region; a second body ; a hinge configured to rotatably couple the first body with the second body, the hinge is configured to allow movement of the mobile terminal between a first position and a second position; a flexible display comprising a first region positioned to cover at least a part of the first body and a second region positioned to cover at least a part of the second body , a sliding member coupled to a rear surface of the flexible display and configured to slide with respect to the first body , a camera placed at the open region of the first body and acquiring an image; and a controller configured to activate the first region of the flexible display when it is determined that a user is viewing the first region based on the image acquired by the camera in second state, wherein the first body and the second body are side by side in the first position, and overlap are each other in the second position, wherein the flexible display is configured to be bent according to movement between the first body and second body via the hinge , wherein the sliding member slides in a first direction toward the hinge and the open region of the first body is exposed when the mobile terminal is moved to the second position, wherein the sliding member slides in a second direction opposite the first direction and the open region of the first body is covered by the display unit when the mobile terminal is moved to the first position. a first body comprising an open region; a second body ; a hinge configured to rotatably couple the first body with the second body, the hinge is configured to allow movement of the mobile terminal between a first position and a second position; a flexible display comprising a first region positioned to cover at least a part of the first body and a second region positioned to cover at least a part of the second body , a sliding member coupled to a rear surface of the flexible display and configured to slide with respect to the first body , a camera placed at the open region of the first body and acquiring an image; and a controller configured to activate the first region of the flexible display when it is determined that a user is viewing the first region based on the image acquired by the camera in second state, wherein the first body and the second body are side by side in the first position, and overlap are each other in the second position, wherein the flexible display is configured to be bent according to movement between the first body and second body via the hinge , wherein the sliding member slides in a first direction toward the hinge and the open region of the first body is exposed when the mobile terminal is moved to the second position, wherein the sliding member slides in a second direction opposite the first direction and the open region of the first body is covered by the display unit when the mobile terminal is moved to the first position.
An exhaust duct comprising a stiffener mechanism the exhaust duct including an upper row of flutes and a lower row of flutes generally opposite to the upper row of flutes , wherein each flute of the upper row of flutes and each flute of the lower row of flutes has an axis and is elongated therealong, the stiffener mechanism comprising: at least two flute ties coupling together at least two flutes from the upper row of flutes to at least two flutes from the lower row of flutes ; and a retainer coupled to the at least two of the flute ties and extending generally perpendicularly to the axis of each of the at least two flutes from the upper row of flutes and the at least two flutes from the lower row of flutes , wherein the retainer is configured to generally restrain relative movement between the at least two flutes from the upper row of flutes and the at least two flutes from the lower row of flutes . at least two flute ties coupling together at least two flutes from the upper row of flutes to at least two flutes from the lower row of flutes ; and a retainer coupled to the at least two of the flute ties and extending generally perpendicularly to the axis of each of the at least two flutes from the upper row of flutes and the at least two flutes from the lower row of flutes , wherein the retainer is configured to generally restrain relative movement between the at least two flutes from the upper row of flutes and the at least two flutes from the lower row of flutes .
A wheel for a motorcycle , comprising: - a hub rotatable about a first axis (D); and - a transducer configured to generate a signal associated to the rotational speed of said hub about said first axis (D); said transducer comprising a disk rotatable about a second axis (F); said disk being directly connected to said hub ; characterized in that said hub comprises at least one first surface extending circumferentially relative to said first axis (D); said first surface abutting against a protrusion of said disk along a radial direction relative to said first axis (D); said protrusion protruding from an edge of said disk ; said edge bounding said disk on the radially outer side relative to said first axis (D); said protrusion being radially inner with respect to said first surface relative to said first axis (D). - a hub rotatable about a first axis (D); and - a transducer configured to generate a signal associated to the rotational speed of said hub about said first axis (D);
Method for recording detected surroundings data which are detected by a vehicle comprising surroundings sensors and are transmitted to a vehicle-external server after being recorded, a public and a non-public category of the road traveled by the vehicle from an existing database being taken into account, in the case of a public road , a characteristic mapping of the public road being determined using the database and being precisely positioned and superimposed in the detected surroundings data, characterized in that the detected surroundings data is only recorded when the vehicle is on a road categorized as public, or when at least part of the superimposed characteristic mapping of the public road is recognizable in the detected surroundings data of at least one surroundings sensor of the vehicle . a public and a non-public category of the road traveled by the vehicle from an existing database being taken into account, in the case of a public road , a characteristic mapping of the public road being determined using the database and being precisely positioned and superimposed in the detected surroundings data, characterized in that the detected surroundings data is only recorded when the vehicle is on a road categorized as public, or when at least part of the superimposed characteristic mapping of the public road is recognizable in the detected surroundings data of at least one surroundings sensor of the vehicle .
A surgical glue comprising a hydrophobic pre-polymer comprising a plurality of activated functional groups that can react or be reacted to form crosslinks by exposure to a stimulus selected from the group consisting of light, heat, and a chemical initiator, wherein the percent of activated functional groups on the polymeric backbone is greater than 1%, preferably greater than 5%, more preferably greater than 10%, more preferably greater than 25%, most preferably 40% or greater, wherein crosslinking of the pre-polymer is not initiated by bodily fluids, wherein the pre-polymer when cured has a crosslink density of at least about 1% or greater, wherein the weight average molecular weight of the pre-polymer is less than 20,000 Daltons, and wherein the viscosity of the pre-polymer is from 0.5 to 100 Pa·s.
Locking element, particularly tank ring lock, for attaching luggage or motorcycle accessories to a motorcycle, particularly to its tank or rear, comprising a motorcycle-side adapter , particularly a tank ring adapter, which can be firmly connected to the motorcycle, particularly its tank, and carries two receiving cams arranged at a distance from each other, preferably parallel, and a locking element , which can be firmly connected to the back of the luggage or the motorcycle accessory, wherein the locking element comprises a housing that can be statically fixed to the luggage or motorcycle accessory and a slider movably mounted on the housing , wherein the housing includes openings into which the receiving cams can be inserted and the slider can be moved on the housing from a holding position to an unlocking position against a restoring spring force, wherein the locking element is designed to hold the receiving cams in the openings when the slider is in the holding position wherein at least one locking element is arranged on the housing , which interacts with a spring body of the slider and is designed to hold the slider in the unlocking position and wherein the receiving cams have a stop which is arranged to interact with the spring body when inserting the receiving cams into the openings and to release it from the locking element , characterized in that the slider has receiving elements which can be retracted for unhindered insertion into the openings . a motorcycle-side adapter , particularly a tank ring adapter, which can be firmly connected to the motorcycle, particularly its tank, and carries two receiving cams arranged at a distance from each other, preferably parallel, and a locking element , which can be firmly connected to the back of the luggage or the motorcycle accessory, wherein the locking element comprises a housing that can be statically fixed to the luggage or motorcycle accessory and a slider movably mounted on the housing , wherein the housing includes openings into which the receiving cams can be inserted and the slider can be moved on the housing from a holding position to an unlocking position against a restoring spring force, wherein the locking element is designed to hold the receiving cams in the openings when the slider is in the holding position wherein at least one locking element is arranged on the housing , which interacts with a spring body of the slider and is designed to hold the slider in the unlocking position and wherein the receiving cams have a stop which is arranged to interact with the spring body when inserting the receiving cams into the openings and to release it from the locking element , characterized in that the slider has receiving elements which can be retracted for unhindered insertion into the openings .
A method for wireless communications, the method performed at a user equipment, UE, the method comprising: transmitting a request message to a base station while the UE is operating in an idle mode; monitoring a physical downlink control channel for a response message to the request message, the response message comprising a random access preamble index associated with the request message; and receiving the response message on the physical downlink control channel, characterized in that the request message is a positioning reference signal, PRS, request and wherein the response message further comprises a configuration for a PRS to be transmitted in response to the request. transmitting a request message to a base station while the UE is operating in an idle mode; monitoring a physical downlink control channel for a response message to the request message, the response message comprising a random access preamble index associated with the request message; and receiving the response message on the physical downlink control channel, characterized in that the request message is a positioning reference signal, PRS, request and wherein the response message further comprises a configuration for a PRS to be transmitted in response to the request.
An electrode assembly, comprising: a positive electrode having a plurality of positive patterns formed by being pattern-coated with a positive active material at a predetermined interval and including positive uncoated regions where the positive active material is not coated; a negative electrode having a plurality of negative patterns formed by being pattern-coated with a negative active material at a predetermined interval and including negative uncoated regions where the negative active material is not coated; and a separator disposed between the positive electrode and the negative electrode, wherein the electrode assembly is formed in a zigzag shape by bending the positive uncoated regions and the negative uncoated regions; wherein the electrode assembly further has a plurality of first electrode tabs, each one of the positive uncoated regions being coupled to one of the plurality of first electrode tabs; and the electrode assembly further has a plurality of second electrode tabs, each one of the negative uncoated regions being coupled to one of the plurality of second electrode tabs. a positive electrode having a plurality of positive patterns formed by being pattern-coated with a positive active material at a predetermined interval and including positive uncoated regions where the positive active material is not coated; a negative electrode having a plurality of negative patterns formed by being pattern-coated with a negative active material at a predetermined interval and including negative uncoated regions where the negative active material is not coated; and a separator disposed between the positive electrode and the negative electrode, wherein the electrode assembly is formed in a zigzag shape by bending the positive uncoated regions and the negative uncoated regions; wherein the electrode assembly further has a plurality of first electrode tabs, each one of the positive uncoated regions being coupled to one of the plurality of first electrode tabs; and the electrode assembly further has a plurality of second electrode tabs, each one of the negative uncoated regions being coupled to one of the plurality of second electrode tabs.
A method of fabricating a pressure sensor comprising: performing chemical vapor deposition (CVD) process to deposit a first sacrificial layer having a first thickness onto a substrate ; depositing a conductive layer on the substrate to define a fixed electrode; removing a portion of the first sacrificial layer down to the substrate to form a central region of bare silicon comprising the fixed electrode; performing one of a thermal oxidation process and an atomic layer deposition process to form a second sacrificial layer on the substrate , the second sacrificial layer having a second thickness in the central region, the second thickness being less than the first thickness; depositing a cap layer over the first and second sacrificial layers ; and removing the second sacrificial layer from the central region and removing the first and second sacrificial layers from a perimeter region that at least partially surrounds the central region on the substrate to form a contiguous, structured gap between the cap layer and the substrate , the structured gap having a first width in the central region and a second width in the perimeter region, the second width being greater than the first width. performing chemical vapor deposition (CVD) process to deposit a first sacrificial layer having a first thickness onto a substrate ; depositing a conductive layer on the substrate to define a fixed electrode; removing a portion of the first sacrificial layer down to the substrate to form a central region of bare silicon comprising the fixed electrode; performing one of a thermal oxidation process and an atomic layer deposition process to form a second sacrificial layer on the substrate , the second sacrificial layer having a second thickness in the central region, the second thickness being less than the first thickness; depositing a cap layer over the first and second sacrificial layers ; and removing the second sacrificial layer from the central region and removing the first and second sacrificial layers from a perimeter region that at least partially surrounds the central region on the substrate to form a contiguous, structured gap between the cap layer and the substrate , the structured gap having a first width in the central region and a second width in the perimeter region, the second width being greater than the first width.
A sizing catheter comprising: a handle assembly ; a catheter extending from the handle assembly; a distal sizer positioned on a distal end of the catheter, wherein the distal sizer is configured to conform to a first portion of a lumen of a patient's anatomy; a proximal sizer positioned on the catheter and adjustably spaced from the distal sizer. wherein the proximal sizer is configured to conform to a second portion of the lumen. a handle assembly ; a catheter extending from the handle assembly; a distal sizer positioned on a distal end of the catheter, wherein the distal sizer is configured to conform to a first portion of a lumen of a patient's anatomy; a proximal sizer positioned on the catheter and adjustably spaced from the distal sizer. wherein the proximal sizer is configured to conform to a second portion of the lumen.