mhurhangee/patent-ind-claim-en huggingface dataset:
A multi air chamber tire comprising: an inner liner ; a partition wall disposed at a position inward of both the inner liner and an inner wall surface of the tire and configured to define and form a plurality of air chambers disposed adjacent to each other in an inner cavity of the tire ; and a ventilation member provided to the partition wall , and configured to connect the plurality of air chambers in a state where ventilation is allowed, characterised in that the ventilation member is configured to allow ventilation between the plurality of air chambers when a predetermined condition is satisfied indicating that fluid is being injected into at least one of the plurality of air chambers from outside of the tire , and the ventilation member is configured to shut off the ventilation between the plurality of air chambers when the predetermined condition is not satisfied, wherein the ventilation member comprises: a detection unit configured to detect whether or not the predetermined condition is satisfied; and a drive unit which drives the ventilation member when the detection unit detects that the predetermined condition is satisfied, and when the tire is filled with air, in the inner cavity of the tire , the plurality of air chambers are formed in spaces surrounded by the inner liner and the partition wall and in a space located at a position inward of the partition wall in the tire width direction, an internal pressure being applied to the plurality of air chambers . an inner liner ; a partition wall disposed at a position inward of both the inner liner and an inner wall surface of the tire and configured to define and form a plurality of air chambers disposed adjacent to each other in an inner cavity of the tire ; and a ventilation member provided to the partition wall , and configured to connect the plurality of air chambers in a state where ventilation is allowed, characterised in that the ventilation member is configured to allow ventilation between the plurality of air chambers when a predetermined condition is satisfied indicating that fluid is being injected into at least one of the plurality of air chambers from outside of the tire , and the ventilation member is configured to shut off the ventilation between the plurality of air chambers when the predetermined condition is not satisfied, wherein the ventilation member comprises: a detection unit configured to detect whether or not the predetermined condition is satisfied; and a drive unit which drives the ventilation member when the detection unit detects that the predetermined condition is satisfied, and a detection unit configured to detect whether or not the predetermined condition is satisfied; and a drive unit which drives the ventilation member when the detection unit detects that the predetermined condition is satisfied, and when the tire is filled with air, in the inner cavity of the tire , the plurality of air chambers are formed in spaces surrounded by the inner liner and the partition wall and in a space located at a position inward of the partition wall in the tire width direction, an internal pressure being applied to the plurality of air chambers .
Winder for winding a material web, with a feed station for conveying the material web into the winder, comprising a winding station for producing a finished roll from the material web conveyed by the feed station, with a transfer station, in which the finished roll can be removed from the winder for further processing, with a controller for controlling the feed station, the winding station and the transfer station, wherein the controller has an electric interface for a label printer, and wherein the transfer station has a mechanical interface for the label printer, characterized in that the mechanical interface has a telescopic drawer such that the label printer can be moved between a retracted position and an extended position, in which the operator can perform maintenance work, wherein the retracted position is used as the operating position. with a feed station for conveying the material web into the winder, comprising a winding station for producing a finished roll from the material web conveyed by the feed station, with a transfer station, in which the finished roll can be removed from the winder for further processing, with a controller for controlling the feed station, the winding station and the transfer station, wherein the controller has an electric interface for a label printer, and wherein the transfer station has a mechanical interface for the label printer, characterized in that the mechanical interface has a telescopic drawer such that the label printer can be moved between a retracted position and an extended position, in which the operator can perform maintenance work, wherein the retracted position is used as the operating position.
A multi-lane vehicle , in particular three-wheeled or multi-wheeled micro mobile, comprising a support structure , which extends in the vehicle longitudinal direction (x), a first wheel , which defines a first lane , a second wheel , which defines a second lane spaced apart (A) from the first lane in a vehicle width direction (y), and a first rocker arm , which pivotably links the first wheel to the support structure , a second rocker arm , which pivotally links the second wheel to the support structure , and a lever , which is pivotally coupled to the support structure and mechanically couples the first and second rocker arms , an actuator , which is configured to selectively: applying a torque to the lever to thereby tilt the support structure about the vehicle longitudinal direction (x), or releasing a pivoting movement of the lever about the vehicle longitudinal direction (x), a first control device , which is configured to control the actuator for applying the torque and for releasing the pivoting movement, and a coupling , which is configured to couple the actuator to the lever in a rotationally fixed manner in a first state thereof and to decouple the actuator from the lever in a second state thereof, characterized by a detector device , which is configured to detect a fault state of the first control device , and second control device , which is configured to switch the clutch from the first to the second state when the detector device detects the fault state. applying a torque to the lever to thereby tilt the support structure about the vehicle longitudinal direction (x), or releasing a pivoting movement of the lever about the vehicle longitudinal direction (x),
A plurality of particles consisting of (a) water; (b) pectin; (c) gelatin; (d) optionally one or more carbohydrates; (e) optionally one or more organic acids or salt(s) thereof; and (f) optionally one or more inorganic salts, and having a size of from 3.4 mm (6 mesh) to 0.4 mm (40 mesh), which are obtained by a method comprising: (a) dissolving pectin in an aqueous solution to produce an aqueous solution of dissolved pectin; (b) mixing the aqueous solution of dissolved pectin with liquid gelatin to produce a gelatin/pectin mixture; (c) drying the gelatin/pectin mixture; and (d) milling the gelatin/pectin mixture to produce the plurality of particles. (a) water; (b) pectin; (c) gelatin; (d) optionally one or more carbohydrates; (e) optionally one or more organic acids or salt(s) thereof; and (f) optionally one or more inorganic salts, (a) dissolving pectin in an aqueous solution to produce an aqueous solution of dissolved pectin; (b) mixing the aqueous solution of dissolved pectin with liquid gelatin to produce a gelatin/pectin mixture; (c) drying the gelatin/pectin mixture; and (d) milling the gelatin/pectin mixture to produce the plurality of particles.
A method of assaying for an analyte in a sample, the method comprising forming a reaction mixture, and admixing a trigger solution to the reaction mixture; wherein the analyte to be assayed for may be present in the sample, the reaction mixture is an aqueous solution comprising a chemiluminescent-labeled specific binding partner comprising a chemiluminescent label irreversibly bound to a first specific binding partner, the chemiluminescent-labeled specific bonding partner being capable of binding to the analyte to form an analyte-bound chemiluminescent labeled specific binding complex, an activator-labeled specific binding partner comprising an activator label irreversibly bound to a second specific binding partner, and a selective signal inhibiting agent; and wherein the method further comprises measuring an analyte signal, and measuring a glow signal after measuring the analyte signal. forming a reaction mixture, and admixing a trigger solution to the reaction mixture; wherein the analyte to be assayed for may be present in the sample, the reaction mixture is an aqueous solution comprising a chemiluminescent-labeled specific binding partner comprising a chemiluminescent label irreversibly bound to a first specific binding partner, the chemiluminescent-labeled specific bonding partner being capable of binding to the analyte to form an analyte-bound chemiluminescent labeled specific binding complex, an activator-labeled specific binding partner comprising an activator label irreversibly bound to a second specific binding partner, and a selective signal inhibiting agent; and wherein the method further comprises measuring an analyte signal, and a chemiluminescent-labeled specific binding partner comprising a chemiluminescent label irreversibly bound to a first specific binding partner, the chemiluminescent-labeled specific bonding partner being capable of binding to the analyte to form an analyte-bound chemiluminescent labeled specific binding complex, an activator-labeled specific binding partner comprising an activator label irreversibly bound to a second specific binding partner, and a selective signal inhibiting agent; and wherein the method further comprises measuring an analyte signal, and measuring a glow signal after measuring the analyte signal.
Strapping head for strapping a package/pallet with a first strap and a second strap that wrap the package/pallet(P) along two orthogonal planes; said strapping head comprising: - a platform suitable for supporting said package/pallet (P); said platform comprising an upper surface , wherein said package/pallet is disposed (P), and a lower surface directed in opposite direction with respect to said upper surface ; said platform having a polygonal shape with two parallel sides and two converging sides that define a point under which said straps are crossed; - tensioning means disposed under said platform ; said tensioning means cooperating with the platform to block a first blocking portion of each strap ; characterized in that it comprises - guide means to guide said platform along a horizontal axis between an advanced position and a retracted position; - blocking means disposed under said platform in correspondence of said point of the platform , when said platform is in advanced position; said blocking means cooperating with the platform to block a second blocking portion of each strap ; - welding means (Q) disposed under said platform between said tensioning means and said blocking means ; said welding means (Q) being configured in such a way to weld two welding portions of the same strap ; and - cutting means (T) disposed between said blocking means and said tensioning means ; said cutting means (T) being suitable for cutting said strap. - a platform suitable for supporting said package/pallet (P); said platform comprising an upper surface , wherein said package/pallet is disposed (P), and a lower surface directed in opposite direction with respect to said upper surface ; said platform having a polygonal shape with two parallel sides and two converging sides that define a point under which said straps are crossed; - tensioning means disposed under said platform ; said tensioning means cooperating with the platform to block a first blocking portion of each strap ; - guide means to guide said platform along a horizontal axis between an advanced position and a retracted position; - blocking means disposed under said platform in correspondence of said point of the platform , when said platform is in advanced position; said blocking means cooperating with the platform to block a second blocking portion of each strap ; - welding means (Q) disposed under said platform between said tensioning means and said blocking means ; said welding means (Q) being configured in such a way to weld two welding portions of the same strap ; and - cutting means (T) disposed between said blocking means and said tensioning means ; said cutting means (T) being suitable for cutting said strap.
Tool-holding device for a machining tool, comprising: - a tool-holder body ; - a receiving part defined in the tool-holder body ; - a retaining element provided with a pair of mutually cooperating jaws , capable of being housed within the receiving part and provided with substantially parallel opposite bases; - a female seat between said jaws for an engaging male portion of a machining tip , said jaws being capable of taking a locking configuration, in which the engaging portion of the tip is firmly locked within the seat of the retaining element , and a disengaged configuration in which said engaging portion of the tip can be detached from the retaining element ; - a moveable component which bears the main load of holding the retaining element in said receiving part when the retaining element is in the configuration in which it engages the tip , wherein the tip and the female seat are configured so as to allow a snap insertion into the locking configuration of the tip within the female seat along a direction parallel to said parallel opposite bases of the retaining element , characterized in that the retaining element comprises an elastic element arranged astride of the two jaws and determining the elastic return of the jaws towards each other and in that the elastic element comprises a spring made as a single piece having a horse-shoe-like or "V"-like or "U"-like shape and housed in a seat provided in the jaws. - a tool-holder body ; - a receiving part defined in the tool-holder body ; - a retaining element provided with a pair of mutually cooperating jaws , capable of being housed within the receiving part and provided with substantially parallel opposite bases; - a female seat between said jaws for an engaging male portion of a machining tip , said jaws being capable of taking a locking configuration, in which the engaging portion of the tip is firmly locked within the seat of the retaining element , and a disengaged configuration in which said engaging portion of the tip can be detached from the retaining element ; - a moveable component which bears the main load of holding the retaining element in said receiving part when the retaining element is in the configuration in which it engages the tip , wherein the tip and the female seat are configured so as to allow a snap insertion into the locking configuration of the tip within the female seat along a direction parallel to said parallel opposite bases of the retaining element , characterized in that the retaining element comprises an elastic element arranged astride of the two jaws and determining the elastic return of the jaws towards each other and in that the elastic element comprises a spring made as a single piece having a horse-shoe-like or "V"-like or "U"-like shape and housed in a seat provided in the jaws.
A particle detection apparatus comprising: a channel including an inlet and at least one channel wall defining a channel path configured to be provided with at least one particle therein, the inlet permitting introduction of light into the channel , which is shaped to guide the light to propagate along the channel path for illuminating the at least one particle in the channel path, the channel being configured to let scattered light pass through the or each channel wall; and a light source configured to introduce light into the channel via the inlet for illuminating at least one particle located in the channel path, which creates scattered light; and a monitoring device configured to detect the scattered light that leaves the channel by passing through the or each channel wall, the particle detection apparatus being characterised in that the or each channel wall encloses a sub-wavelength bore defining the channel path through which the light propagates. a channel including an inlet and at least one channel wall defining a channel path configured to be provided with at least one particle therein, the inlet permitting introduction of light into the channel , which is shaped to guide the light to propagate along the channel path for illuminating the at least one particle in the channel path, the channel being configured to let scattered light pass through the or each channel wall; and a light source configured to introduce light into the channel via the inlet for illuminating at least one particle located in the channel path, which creates scattered light; and a monitoring device configured to detect the scattered light that leaves the channel by passing through the or each channel wall, the particle detection apparatus being characterised in that the or each channel wall encloses a sub-wavelength bore defining the channel path through which the light propagates.
A liquid conducting cotton atomization unit, comprising a heating member , a liquid conducting cotton and at least one supporting tube ; wherein the liquid conducting cotton is axially inserted in the heating member , and the supporting tube is inserted in the liquid conducting cotton parallel to an axial direction of the liquid conducting cotton ; and wherein the heating member comprises a heating portion and two electrode portions respectively connected to two ends of the heating portion ; and the supporting tube is provided with at least one liquid outlet hole communicated with the heating portion .
A machine tool comprising: a tool attachment unit including a tool insertion portion having a shape of an opening into which a shank of a tool is inserted, the tool attachment unit being configured to attach a tool thereto; a tool change unit configured to change the tool attached to the tool attachment unit while gripping the tool; an air supply unit configured to supply air to a gap between the tool insertion portion and the shank of the tool when the tool change unit changes the tool; and a controller configured to control driving of at least any one of the tool attachment unit and the tool change unit to allow the tool and the tool insertion portion to reciprocate relative to each other in a predetermined direction with the shank of the tool inserted into the tool insertion portion and with a gap provided between the tool insertion portion and the shank of the tool. a tool attachment unit including a tool insertion portion having a shape of an opening into which a shank of a tool is inserted, the tool attachment unit being configured to attach a tool thereto; a tool change unit configured to change the tool attached to the tool attachment unit while gripping the tool; an air supply unit configured to supply air to a gap between the tool insertion portion and the shank of the tool when the tool change unit changes the tool; and a controller configured to control driving of at least any one of the tool attachment unit and the tool change unit to allow the tool and the tool insertion portion to reciprocate relative to each other in a predetermined direction with the shank of the tool inserted into the tool insertion portion and with a gap provided between the tool insertion portion and the shank of the tool.
An image processing apparatus comprising: one or more than one sensing means configured to sense an event on the image processing apparatus; a first memory means ; a main CPU configured to lose power supply while sleep mode is on; and a subordinate CPU configured to receive power supply even while sleep mode is on, wherein: the subordinate CPU is configured to perform: terminating sleep mode; judging whether or not an event occurs on the image processing apparatus by inquiring of the one or more than one sensing means , at predetermined intervals during the transition of the main CPU from sleep to normal operation; and storing a record of an event on the first memory means if it occurs; and wherein the main CPU is further configured to retrieve the record from the first memory means and performs processing using it, after the transition. one or more than one sensing means configured to sense an event on the image processing apparatus; a first memory means ; a main CPU configured to lose power supply while sleep mode is on; and a subordinate CPU configured to receive power supply even while sleep mode is on, terminating sleep mode; judging whether or not an event occurs on the image processing apparatus by inquiring of the one or more than one sensing means , at predetermined intervals during the transition of the main CPU from sleep to normal operation; and storing a record of an event on the first memory means if it occurs; and wherein the main CPU is further configured to retrieve the record from the first memory means and performs processing using it, after the transition.
An aerial vehicle , comprising: a fuselage ; a plurality of propulsion mechanism arms coupled to and extending from the fuselage; a plurality of propulsion mechanisms , each propulsion mechanism coupled to a respective propulsion mechanism arm and positioned around the fuselage; a ring wing comprising a plurality of wing sections (107-1... 6) positioned around the fuselage and the plurality of propulsion mechanisms, a respective spanwise end of each wing section coupled to a respective outer end of a respective propulsion mechanism arm, wherein each wing section comprises a releasable or frangible connection to an adjacent wing section of the plurality of wing sections; and a first actuator coupled to a first wing section and configured to alter an orientation of the first wing section, wherein based on the releasable or frangible connection releasing or separating the first wing section from the adjacent wing section, the first actuator is configured to alter the orientation of the first wing section. a fuselage ; a plurality of propulsion mechanism arms coupled to and extending from the fuselage; a plurality of propulsion mechanisms , each propulsion mechanism coupled to a respective propulsion mechanism arm and positioned around the fuselage; a ring wing comprising a plurality of wing sections (107-1... 6) positioned around the fuselage and the plurality of propulsion mechanisms, a respective spanwise end of each wing section coupled to a respective outer end of a respective propulsion mechanism arm, wherein each wing section comprises a releasable or frangible connection to an adjacent wing section of the plurality of wing sections; and a first actuator coupled to a first wing section and configured to alter an orientation of the first wing section, wherein based on the releasable or frangible connection releasing or separating the first wing section from the adjacent wing section, the first actuator is configured to alter the orientation of the first wing section.
Transmitter , wherein the transmitter emits data in the form of a group of at least two partial packets that together comprise the data and that are shorter than an individual data packet comprising the data, wherein the transmitter emits the group of the partial packets according to a hopping pattern that refers to times and/or transmission frequencies of the emission of the individual partial packets, wherein the transmitter emits the group of the partial packets several times and at least twice, wherein, for an emission of the group of the partial packets following a preceding emission, the transmitter randomly offsets the hopping pattern used for the preceding emission in time and/or frequency.