mhurhangee/patent-ind-claim-en huggingface dataset:
A mixing tip and cartridge system, comprising: (i) a single barrel cartridge filled with a dental material, wherein the dental material is a tissue management impression material, or a dual barrel cartridge including two barrels for two different materials, wherein one barrel includes a base material and the other barrel includes a catalyst material, wherein as the base material and the catalyst material are extruded, they will react to form a tissue management impression material; wherein the tissue management impression material is a Type 1 or 2 elastomeric impression material as defined by ISO 4823, (ii) a mixing tip having an applicator tip having a canula with a diameter of from about 0.4 mm to about 0.9 mm, wherein the cartridge is connected to the mixing tip via a spur in the cartridge that locks into a hole in the mixing tip, and wherein the applicator tip is capable of fitting into the sulcus of a patient without causing trauma. (i) a single barrel cartridge filled with a dental material, wherein the dental material is a tissue management impression material, or a dual barrel cartridge including two barrels for two different materials, wherein one barrel includes a base material and the other barrel includes a catalyst material, wherein as the base material and the catalyst material are extruded, they will react to form a tissue management impression material; wherein the tissue management impression material is a Type 1 or 2 elastomeric impression material as defined by ISO 4823, (ii) a mixing tip having an applicator tip having a canula with a diameter of from about 0.4 mm to about 0.9 mm, wherein the cartridge is connected to the mixing tip via a spur in the cartridge that locks into a hole in the mixing tip, and wherein the applicator tip is capable of fitting into the sulcus of a patient without causing trauma.
A method comprising: receiving information indicative of an object sharing input; receiving video information from a camera module that is configured to have a field of capture that corresponds with a field of view through a see through display comprised by a window on a side of a vehicle; displaying the received video information by the see through display; identifying, based at least in part on an object identifying input, at least one object representation comprised by the video information, the object representation being a visual representation of an object within the field of view of the see through display, and wherein the object identifying input is touch input at a position on the see through display that corresponds with the object in the field of view of the see through display; causing display of the video information on a different display comprised by the vehicle; determining that the video information fails to comprise the object representation; and terminating display of the video information on the different display based, at least in part, on the determination that the video information fails to comprise the object representation. receiving information indicative of an object sharing input; receiving video information from a camera module that is configured to have a field of capture that corresponds with a field of view through a see through display comprised by a window on a side of a vehicle; displaying the received video information by the see through display; identifying, based at least in part on an object identifying input, at least one object representation comprised by the video information, the object representation being a visual representation of an object within the field of view of the see through display, and wherein the object identifying input is touch input at a position on the see through display that corresponds with the object in the field of view of the see through display; causing display of the video information on a different display comprised by the vehicle; determining that the video information fails to comprise the object representation; and terminating display of the video information on the different display based, at least in part, on the determination that the video information fails to comprise the object representation.
Driver assistance system for a vehicle , said system comprising: - a path determining device capable of determining a path for said vehicle; - an autonomous driving device for assisting said driver when driving the vehicle; said driver assistance system being characterised in that the autonomous driving device is designed to progressively assume steering control in order to pass progressively, as a function of a speed V(t) of the vehicle at time t, from a manual driving mode of said vehicle in which a driver drives said vehicle, to an automatic driving mode of said vehicle in which said autonomous driving device drives said vehicle free from intervention of said driver, in order to progressively assist with the driving of the vehicle between a speed V3 above which said vehicle is driven by the driver in a manner not subject to assistance from the autonomous driving device, the vehicle being from then on in manual driving mode, and a speed V1 below which said vehicle is driven by said autonomous driving device in a manner free from intervention by said driver, the vehicle being then in automatic driving mode, with V1 < V3. - a path determining device capable of determining a path for said vehicle; - an autonomous driving device for assisting said driver when driving the vehicle;
An ink composition, comprising: from 5 wt% to 25 wt% of a co-solvent; from 0.025 wt% to 0.2 wt% of i) a chelating agent represented by formula 1: wherein R' is a carboxylic acid functional group or a carboxylate salt functional group and n > 2; ii) a chelating agent represented by formula 2: wherein R is a carboxylic acid functional group or a carboxylate salt functional group, m ≥ 1 , x ≥ 2, y ≥1, and z ≥ 2; iii) a chelating agent represented by formula 3 wherein any of r, s, t, or u is a sulfonic acid functional group or a sulfonate functional group; or iv) combinations of any of i, ii, and iii; wherein the ink composition comprises at least one chelating agent represented by formula 3; and a balance of water; wherein the ink composition is a fixer and excludes a colorant. from 5 wt% to 25 wt% of a co-solvent; from 0.025 wt% to 0.2 wt% of i) a chelating agent represented by formula 1: wherein R' is a carboxylic acid functional group or a carboxylate salt functional group and n > 2; ii) a chelating agent represented by formula 2: wherein R is a carboxylic acid functional group or a carboxylate salt functional group, m ≥ 1 , x ≥ 2, y ≥1, and z ≥ 2; iii) a chelating agent represented by formula 3 wherein any of r, s, t, or u is a sulfonic acid functional group or a sulfonate functional group; or iv) combinations of any of i, ii, and iii; wherein the ink composition comprises at least one chelating agent represented by formula 3; and a balance of water; wherein the ink composition is a fixer and excludes a colorant.
Carrying device comprising at least one object to be carried and at least one handle connected with at least one end to the object, wherein the handle is movable between a retracted position and a carrying position, which retractable handle comprises a flexible, non-elastic strap adapted to be held by a user and at least one elastic element coupled to the flexible, non-elastic strap and configured to bias the flexible, non-elastic strap toward the retracted position, characterised in that the non-elastic strap is guided along at least a first pulley shaped element connected to the object and through at least a second pulley shaped element connected to the at least one end side of the elastic element , whereby the second pulley shaped element is movable against spring force of the elastic element towards the at least a first pulley shaped element to reduce the distance there between.
A wall-mountable storage system comprising: a first storage structure configured to mount to a wall, the first storage structure including a modular accessory interface and characterized by an alignment interface for coupling the first storage structure to another storage structure; and a modular accessory configured to engage with and be supported by the modular accessory interface ; wherein the first storage structure is configured to receive power from an external power source and output power to the modular accessory . a first storage structure configured to mount to a wall, the first storage structure including a modular accessory interface and characterized by an alignment interface for coupling the first storage structure to another storage structure; and a modular accessory configured to engage with and be supported by the modular accessory interface ; wherein the first storage structure is configured to receive power from an external power source and output power to the modular accessory .
A method comprising: switching a magnetometer sensor into a pre-calibration mode and, in the pre-calibration mode selectively pre-storing measurement data at the magnetometer sensor as pre-stored measurement data for use in subsequent calibration, wherein a configurable filter comprised in the magnetometer sensor is used to select measurement data for pre-storage; switching the magnetometer sensor into a calibration mode and, in the calibration mode, transferring the pre-stored measurement data from the magnetometer sensor to a processor of a host device to the magnetometer sensor which performs processing required for calibration using the pre-stored measurement data, wherein switching of the magnetometer sensor from the pre-calibration mode into the calibration mode is responsive to a change of an application, which uses measurement data from the magnetometer sensor, from a disabled state into an enabled state. switching a magnetometer sensor into a pre-calibration mode and, in the pre-calibration mode selectively pre-storing measurement data at the magnetometer sensor as pre-stored measurement data for use in subsequent calibration, wherein a configurable filter comprised in the magnetometer sensor is used to select measurement data for pre-storage; switching the magnetometer sensor into a calibration mode and, in the calibration mode, transferring the pre-stored measurement data from the magnetometer sensor to a processor of a host device to the magnetometer sensor which performs processing required for calibration using the pre-stored measurement data, wherein switching of the magnetometer sensor from the pre-calibration mode into the calibration mode is responsive to a change of an application, which uses measurement data from the magnetometer sensor, from a disabled state into an enabled state.
An article comprising: (A) a polymer composition which includes a compound of tungsten and oxygen and an additional additive, wherein said additional additive is selected from an acetaldehyde scavenger and a colourant, wherein when said polymer composition includes an acetaldehyde scavenger, said polymer composition includes at least 10ppm of said acetaldehyde scavenger and when said polymer composition includes a colourant, said polymer composition includes at least 50ppm of said colourant, wherein said article is a preform for a container; or (B) a sheet comprising a polymer composition which includes a compound of tungsten and oxygen wherein said sheet has a width of at least 0.3m; wherein in both paragraphs (A) and (B) said compound of tungsten and oxygen includes 10.30 to 20.65wt% oxygen and said compound includes at least 90 wt% of tungsten and oxygen moieties; wherein said compound of tungsten and oxygen comprises tungsten oxide particles which have a d 50 of greater than 0.1 μm; and wherein said polymer composition includes 5 to 100ppm of said particles of tungsten and oxygen. (A) a polymer composition which includes a compound of tungsten and oxygen and an additional additive, wherein said additional additive is selected from an acetaldehyde scavenger and a colourant, wherein when said polymer composition includes an acetaldehyde scavenger, said polymer composition includes at least 10ppm of said acetaldehyde scavenger and when said polymer composition includes a colourant, said polymer composition includes at least 50ppm of said colourant, wherein said article is a preform for a container; or (B) a sheet comprising a polymer composition which includes a compound of tungsten and oxygen wherein said sheet has a width of at least 0.3m;
Lactic acid bacteria for use in healing a cutaneous wound in a human or animal subject by topical administration to the wound, wherein the bacteria are Lactobacillus reuteri and are transformed with a plasmid comprising a nucleotide sequence encoding a protein selected from the group consisting of CXCL12, CXCL17 and Ym1, wherein the plasmid is capable of expressing said protein in said lactic acid bacteria.
A pneumatic tire comprising a tread portion which has three or more main grooves continuously extending in a tire circumferential direction and has a land portion divided by the main grooves , wherein the main grooves include a pair of shoulder main grooves continuously extending in the tire circumferential direction at locations on both outer sides in a tire axial direction relative to a tire equator (C), and a center main groove continuously extending in the tire circumferential direction between the pair of shoulder main grooves , a shoulder sipe extending in the tire axial direction is formed in at least one of shoulder land portions that are disposed at outermost sides in the tire axial direction of the land portion , in a shoulder land portion rubber composition forming the shoulder land portions , not less than 3 parts by mass of a resin having a softening point of 60 to 120 °C are contained per 100 parts by mass of a rubber component, characterized in that a tread width Wt and a depth D of each main groove satisfy the following expression (I), the tread width Wt and a length Ls of the shoulder sipe formed in at least one of the shoulder land portions , satisfy the following expression (II), and, in the shoulder land portion rubber composition forming the shoulder land portions , not less than 4 parts by mass of a low-temperature plasticizer having a solidifying temperature not higher than -10°C are contained per 100 parts by mass of a rubber component. [Math. 1] 5 ≤ Wt 2 D ≤ 35 10 ≤ Ls Wt × 100 ≤ 30 the main grooves include a pair of shoulder main grooves continuously extending in the tire circumferential direction at locations on both outer sides in a tire axial direction relative to a tire equator (C), and a center main groove continuously extending in the tire circumferential direction between the pair of shoulder main grooves , a shoulder sipe extending in the tire axial direction is formed in at least one of shoulder land portions that are disposed at outermost sides in the tire axial direction of the land portion , in a shoulder land portion rubber composition forming the shoulder land portions , not less than 3 parts by mass of a resin having a softening point of 60 to 120 °C are contained per 100 parts by mass of a rubber component, characterized in that a tread width Wt and a depth D of each main groove satisfy the following expression (I), the tread width Wt and a length Ls of the shoulder sipe formed in at least one of the shoulder land portions , satisfy the following expression (II), and, in the shoulder land portion rubber composition forming the shoulder land portions , not less than 4 parts by mass of a low-temperature plasticizer having a solidifying temperature not higher than -10°C are contained per 100 parts by mass of a rubber component. [Math. 1] 5 ≤ Wt 2 D ≤ 35 10 ≤ Ls Wt × 100 ≤ 30
A vehicle braking system comprising a first braking electronic control unit (ECU) which is operable to control the operation of a first set of vehicle brakes , a second braking electronic control unit (ECU) which is operable to control the operation of a second set of vehicle brakes , and a first connection between the first and second braking ECUs by means of which an electrical braking control signal may be transmitted between the first and second braking ECUs , the first braking ECU being provided with a first wireless signal receiver by means of which data from a further vehicle concerning the braking of the further vehicle may be received, wherein the second braking ECU is provided with a second wireless signal receiver by means of which data from a further vehicle concerning the braking of the further vehicle may be received, and is programmed to, in the event of a failure of the first wireless signal receiver , transmit either the data received from the further vehicle or information or instructions based on the data received from the further vehicle, to the first braking ECU via the first connection .
A method for assembling a battery pack having a cell group including a plurality of unit cells stacked in a thickness direction, each of the unit cells including a cell body having a power generation element and a flat shape by sealing a power generation element using laminate films, and an electrode tab protruding out from the cell body and electrically connecting the plurality of stacked unit cells by means of a bus bar , comprising: a step of stacking a plurality of unit cells in a state in which distal end portions of electrode tabs are bent along a stacking direction of the unit cells ; a step of disposing a pair of first cover members is on the outer sides of both ends of the plurality of unit cells in the stacking direction of the unit cells ; and a step of disposing a pair of second cover members on the outer sides of both ends of the plurality of unit cells in a direction that intersects with the stacking direction and that also intersects with a direction in which the electrode tabs extend; characterized by a step of welding the pair of first cover members and the pair of second cover members in a state in which the cell group obtained by stacking the plurality of the unit cells is pressurized from both sides of the cell group in the stacking direction of the unit cells using the pair of first cover members , before electrically connecting the plurality of the unit cells by the bus bar; and a step of laser-welding the bus bar to the distal end portions of the electrode tabs of the unit cells that are bent along the stacking direction after the pair of first cover members and the pair of second cover members are welded. a step of stacking a plurality of unit cells in a state in which distal end portions of electrode tabs are bent along a stacking direction of the unit cells ; a step of disposing a pair of first cover members is on the outer sides of both ends of the plurality of unit cells in the stacking direction of the unit cells ; and a step of disposing a pair of second cover members on the outer sides of both ends of the plurality of unit cells in a direction that intersects with the stacking direction and that also intersects with a direction in which the electrode tabs extend; characterized by a step of welding the pair of first cover members and the pair of second cover members in a state in which the cell group obtained by stacking the plurality of the unit cells is pressurized from both sides of the cell group in the stacking direction of the unit cells using the pair of first cover members , before electrically connecting the plurality of the unit cells by the bus bar; and a step of laser-welding the bus bar to the distal end portions of the electrode tabs of the unit cells that are bent along the stacking direction after the pair of first cover members and the pair of second cover members are welded.
A transducer module for analysing a whole blood sample , comprising: a relatively fixed flow cell configured to receive the whole blood sample ; a relatively fixed laser light source configured to emit a laser beam for irradiation of the whole blood sample within the flow cell ; a first lens proximate to the laser light source , wherein the first lens is mounted on a first flexure hinge configured to only adjust lateral alignment of the laser beam in the x-direction relative to the laser light source ; and a second lens , for longitudinal alignment of the laser beam , wherein the second lens is mounted on a second flexure hinge mounted on a movable carrier and movement of the movable carrier axially positions a focal point of the laser beam in the z-direction relative to the laser light source ; wherein the second flexure hinge is configured to only adjust longitudinal alignment of the laser beam in the y-direction relative to the laser light source . a relatively fixed flow cell configured to receive the whole blood sample ; a relatively fixed laser light source configured to emit a laser beam for irradiation of the whole blood sample within the flow cell ; a first lens proximate to the laser light source , wherein the first lens is mounted on a first flexure hinge configured to only adjust lateral alignment of the laser beam in the x-direction relative to the laser light source ; and a second lens , for longitudinal alignment of the laser beam , wherein the second lens is mounted on a second flexure hinge mounted on a movable carrier and movement of the movable carrier axially positions a focal point of the laser beam in the z-direction relative to the laser light source ; wherein the second flexure hinge is configured to only adjust longitudinal alignment of the laser beam in the y-direction relative to the laser light source .
A projectile of small arms ammunition comprising at least a head portion with a blunted nose surface , a central leading portion , and a boattail , which tapers towards the projectile base, wherein the largest diameter of the cross-section of the central leading portion is equal to " D ", wherein a caliber of the projectile is within the range of 5.45-14.5mm, wherein a length of the head portion is equal to 1.9 - 2.9 D , and the diameter (D 2 ) at the interface between the nose surface and the lateral surface of the head portion is equal to 0.15 - 0.3 D , wherein the said lateral surface of the head portion is limited by the surface of two adjoining truncated cones , namely a front truncated cone and a rear truncated cone with opening angles (b 1 and b 2 ) in the ranges from 22 to 30 degrees and from 8 to 16 degrees, respectively, and a smaller base (D 2 ) of the front truncated cone abuts the nose surface , and a larger base of the rear truncated cone abuts the surface of the central leading portion , wherein the length of the head portion is defined as a total axial length of the front truncated cone including the blunted nose surface and the rear truncated cone .