mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle control apparatus comprising: a communication device installed in a vehicle to receive, from outside the vehicle, information relating to another vehicle; and a control device installed in the vehicle to perform travel control on the vehicle using information relating to the vehicle and information relating to the other vehicle, wherein the control device modifies a control type of the travel control in accordance with either a condition relating to the travel control currently underway or a condition of the vehicle currently being subjected to the travel control, the vehicle control apparatus characterized in that the control device modifies the control type of the travel control on the basis of a deviation between a control target value of a control subject of the travel control and an actually measured value of the control subject obtained during the travel control executed at the control target value, and the control device switches the control type of the travel control between model based control based on vehicle models and proportional derivative control in which proportional control and derivative control are executed, on the basis of the actually measured value and the control target value of the control subject of the travel control. a communication device installed in a vehicle to receive, from outside the vehicle, information relating to another vehicle; and a control device installed in the vehicle to perform travel control on the vehicle using information relating to the vehicle and information relating to the other vehicle, wherein the control device modifies a control type of the travel control in accordance with either a condition relating to the travel control currently underway or a condition of the vehicle currently being subjected to the travel control, the vehicle control apparatus characterized in that the control device modifies the control type of the travel control on the basis of a deviation between a control target value of a control subject of the travel control and an actually measured value of the control subject obtained during the travel control executed at the control target value, and the control device switches the control type of the travel control between model based control based on vehicle models and proportional derivative control in which proportional control and derivative control are executed, on the basis of the actually measured value and the control target value of the control subject of the travel control.
A toothbrush head, comprising an outer base and an inner base , each with an inner face and an outer face, at least the inner face of one of said bases with a central bridge that defines an intermediate separation space between both inner faces, and having cleaning elements which emerge from the respective facing inner faces of said bases and from the surface of the central bridge , characterised in that it further comprises: - a first reinforcing core integrated inside the outer base , said first core and said outer base forming an outer part , - a second reinforcing core integrated inside the inner base , said second core and said inner base forming an inner part , - both bases linked to each other by the central bridge , and at least one of said cores having a male element, for coupling within the central bridge with a female element arranged in the part opposite to that of the male element, therefore linking the outer base and the inner base . - a first reinforcing core integrated inside the outer base , said first core and said outer base forming an outer part , - a second reinforcing core integrated inside the inner base , said second core and said inner base forming an inner part , - both bases linked to each other by the central bridge , and at least one of said cores having a male element, for coupling within the central bridge with a female element arranged in the part opposite to that of the male element, therefore linking the outer base and the inner base .
A method of making an article of footwear, the method comprising: a) making an upper by: defining a plurality of peripheral anchor points; winding a continuous thread around the plurality of peripheral anchor points to form a thread pattern, the continuous thread comprising a plurality of thread lines with each thread line extending between two respective peripheral anchor points; bonding the continuous thread at a point of intersection between the thread lines; and b) coupling the upper to a sole, the sole made by a process comprising: winding a second continuous thread around a plurality of anchor points defined by projections removably attached to a surface of a mold cavity, and molding a sole material around the second continuous thread and the projections in the mold cavity. a) making an upper by: defining a plurality of peripheral anchor points; winding a continuous thread around the plurality of peripheral anchor points to form a thread pattern, the continuous thread comprising a plurality of thread lines with each thread line extending between two respective peripheral anchor points; bonding the continuous thread at a point of intersection between the thread lines; and defining a plurality of peripheral anchor points; winding a continuous thread around the plurality of peripheral anchor points to form a thread pattern, the continuous thread comprising a plurality of thread lines with each thread line extending between two respective peripheral anchor points; bonding the continuous thread at a point of intersection between the thread lines; and b) coupling the upper to a sole, the sole made by a process comprising: winding a second continuous thread around a plurality of anchor points defined by projections removably attached to a surface of a mold cavity, and molding a sole material around the second continuous thread and the projections in the mold cavity. winding a second continuous thread around a plurality of anchor points defined by projections removably attached to a surface of a mold cavity, and molding a sole material around the second continuous thread and the projections in the mold cavity.
Container conveyor device comprising a rotor that rotates about a vertical machine axis (MA), with a plurality of container carriers which are provided distributed around the machine axis (MA) on the rotor such that the containers are held in a suspended manner, with a container support device for supporting the containers on their container outer or lateral surface in the region of the container base (2.1, 2a.1, 2b.1), wherein the container support device , with at least one outer container guide with a container support surface (16.1), conically encloses the machine axis (MA), and serves to support the containers in the region of their container base (2.1, 2a.1, 2b.1) on the container outer surface lying radially outwards relative to the machine axis (MA), and is height-adjustable so as to be adapted to different container base diameters, as well as with at least one inner container support surface (15.1, 20.1), which supports the containers on the container outer surface which lies radially inwards relative to the machine axis (MA), wherein at least one inner container support surface (15.1) is configured such as to rotate with the rotor , characterised in that the at least one inner container support surface (15.1, 20.1) of the container support surface (16.1) of the outer container guide is arranged radially opposite relative to the machine axis (MA) so as to support the containers in the region of their container bases (2.1, 2a.1, 2b.1), that the outer and inner container support surfaces (16.1; 15.1; 20.1) form at least one receiver for the container bases (2.1, 2a.1, 2b.1) which narrows with the increasing distance interval from the container carriers , and that also the at least one inner container support surface (15.1, 20.1) is height-adjustable so as to adapt the container support device to different container base diameters, that a plurality of inner container support surfaces (15.1) are provided, and that these are formed by container pockets , which accommodate the containers at their container bases (2a.1, 2b.1) in each case on a part of their circumference and are open, lying radially outwards relative to the machine axis (MA), and that the container pockets are provided on a common carrier, formed preferably as a carrier ring , which is height adjustable by means of at least one adjustment device .
Device for applying a flowable substance, in particular a flowable adhesive, to at least one substrate , said device having an application nozzle which is in the form of a slotted nozzle and has a stationary nozzle body with an inlet opening , a flow duct and a nozzle slot , having, with reference to an orthogonal system having the coordinates X, Y and Z, a progression of a cross-sectional area of the flow duct in the Y direction, wherein the cross-sectional area is defined by a plane in the X-Z direction, a progression of a width of the nozzle slot in the Y direction, wherein the width is defined in the X direction, and a progression of a depth of the nozzle slot in the Y direction, wherein the depth is defined in the Z direction, wherein, when the flowable substance is being conveyed through the application nozzle , the flowable substance passes from the inlet opening into the flow duct and from there to the nozzle slot , and is discharged through an outlet opening in the nozzle slot , wherein the outlet opening is arranged in an outer region of the nozzle body , wherein the application nozzle further has a slide valve which can be moved relative to the nozzle body in the longitudinal extent of the outlet opening, over the latter, by an actuating means and makes contact with the outer region, for covering the outlet opening in a modifiable manner, characterized in that the longitudinal extent (LS) of the flow duct is at least as great as the longitudinal extent (LD) of the nozzle slot , wherein the inlet opening is operatively connected in the region of one end of the flow duct to the latter, and the other end of the flow duct ends in the region of one end of the nozzle slot , and the outlet opening can be screened off by means of the slide valve , starting from the other end of the nozzle slot , wherein the cross-sectional area of the flow duct continuously decreases in the Y direction from the one end of the flow duct to the other end of the flow duct , the width of the nozzle slot is constant over its progression in the Y direction or the width of the nozzle slot increases continuously over its progression in the Y direction from the other end to the one end , the depth of the nozzle slot is constant over its progression in the Y direction or the depth of the nozzle slot decreases continuously over its progression in the Y direction from the other end to the one end , wherein the width of the nozzle slot and the depth of the nozzle slot are not constant at the same time, and the change in the cross-sectional area of the flow duct over its length and/or the change in the width of the nozzle slot over its length and/or the change in the depth of the nozzle slot over its length is non-linear and conforms to a curve of single curvature.
Tool for machining a workpiece, comprising: - a holder , extending substantially along a longitudinal axis , having a first internal coolant duct ; - a cutting insert having a main cutting edge ; - a first fastening element for releasably fastening the cutting insert to the holder ; - a substantially plate-like coolant guiding attachment having a second internal coolant duct ; and - a second fastening element for releasably fastening the coolant guiding attachment to the holder ; wherein, in an assembled state of the tool , the first internal coolant duct is fluidically connected to the second internal coolant duct , wherein the coolant guiding attachment comprises a first opening , which is configured as a recess or through-opening and allows access to the first fastening element , such that the cutting insert is separately releasable from the holder by releasing the first fastening element even when the coolant guiding attachment is fastened to the holder , and the coolant guiding attachment is separately releasable from the holder by releasing the second fastening element even when the cutting insert is fastened to the holder , wherein the second internal coolant duct comprises a first coolant outlet opening and a second coolant outlet opening at which coolant leaves the second internal coolant duct , wherein the first and the second coolant outlet opening are arranged on a front side of the coolant guiding attachment on opposite sides of the first opening , wherein said front side of the coolant guiding attachment faces the main cutting edge , characterized in that the coolant guiding attachment covers at least a part of the cutting insert , wherein the first coolant outlet opening is arranged at a first distance (d 1 ) from an imaginary reference plane (E) which is oriented perpendicularly to the longitudinal axis of the holder and in which a central axis of the second fastening element is located, wherein the second coolant outlet opening is arranged at a second distance (d 2 ) from the imaginary reference plane (E), wherein a central axis of the first fastening element is arranged at a third distance (d 3 ) from the imaginary reference plane (E), and wherein at least one point on the main cutting edge is arranged at a fourth distance (d 4 ) from the imaginary reference plane (E), and wherein the following applies: third distance (d 3 ) ≤ second distance (d 2 ) ≤ first distance (d 1 ) < fourth distance (d 4 ). - a holder , extending substantially along a longitudinal axis , having a first internal coolant duct ; - a cutting insert having a main cutting edge ; - a first fastening element for releasably fastening the cutting insert to the holder ; - a substantially plate-like coolant guiding attachment having a second internal coolant duct ; and - a second fastening element for releasably fastening the coolant guiding attachment to the holder ;
A reverse irrigation device, comprising: at least one ablation electrode ; at least one reverse irrigation port , the at least one reverse irrigation port being located immediately adjacent the at least one ablation electrode , the at least one reverse irrigation port being configured to be in fluid communication with a fluid removal component; wherein the device comprises an elongate body having a distal portion , a proximal portion opposite the distal portion, a longitudinal axis , and a circumference, characterised in that the at least one ablation electrode includes a plurality of arcuate electrodes , each of the plurality of arcuate electrodes being on the elongate body distal portion and extending around less than an entirety of the circumference of the elongate body such that each of the plurality of arcuate electrodes defines a gap ; and in that the device comprises a reverse irrigation band on the elongate body distal portion, the reverse irrigation band being at least substantially parallel to the elongate body longitudinal axis and extending within the gap defined by each of the plurality of arcuate electrodes , the at least one reverse irrigation port including a plurality of reverse irrigation ports that are on the reverse irrigation band . at least one ablation electrode ; at least one reverse irrigation port , the at least one reverse irrigation port being located immediately adjacent the at least one ablation electrode , the at least one reverse irrigation port being configured to be in fluid communication with a fluid removal component; wherein the device comprises an elongate body having a distal portion , a proximal portion opposite the distal portion, a longitudinal axis , and a circumference, characterised in that the at least one ablation electrode includes a plurality of arcuate electrodes , each of the plurality of arcuate electrodes being on the elongate body distal portion and extending around less than an entirety of the circumference of the elongate body such that each of the plurality of arcuate electrodes defines a gap ; and in that the device comprises a reverse irrigation band on the elongate body distal portion, the reverse irrigation band being at least substantially parallel to the elongate body longitudinal axis and extending within the gap defined by each of the plurality of arcuate electrodes , the at least one reverse irrigation port including a plurality of reverse irrigation ports that are on the reverse irrigation band .
A secondary battery comprising: a positive electrode ; a negative electrode comprising a titanium-containing oxide; and an aqueous electrolyte comprising a solvent, alkali metal ions or alkaline earth metal ions, and a first compound, the solvent comprising water and a water-soluble organic solvent, the first compound comprising an organic compound, the organic compound comprising a hydrophilic portion and a hydrophobic portion, and an interfacial tension of the aqueous electrolyte being 37 mN/m or less, wherein the interfacial tension is determined by the method described in the section "measuring method of interfacial tension of the aqueous electrolyte" of the description. a positive electrode ; a negative electrode comprising a titanium-containing oxide; and an aqueous electrolyte comprising a solvent, alkali metal ions or alkaline earth metal ions, and a first compound, the solvent comprising water and a water-soluble organic solvent, the first compound comprising an organic compound, the organic compound comprising a hydrophilic portion and a hydrophobic portion, and an interfacial tension of the aqueous electrolyte being 37 mN/m or less, wherein the interfacial tension is determined by the method described in the section "measuring method of interfacial tension of the aqueous electrolyte" of the description.
Removable electric propulsion system for a rolling object , said propulsion system comprising a chassis provided with at least one wheel driven by an electric machine and with at least one non-driven wheel , at least one of said at least one non-driven wheel comprising a steerable off-centre wheel, said electric propulsion system comprising means for hitching said electric propulsion system to said rolling object , said hitching means comprising means for gripping and lifting at least one wheel of said rolling object , the electric propulsion system comprising an automatic directional blocking means for blocking, in a predetermined direction, the rotation about a vertical axis of at least one of said steerable off-centre wheels , preferably the predetermined direction being along the longitudinal axis of the chassis , the longitudinal axis (x) being defined by the main direction of movement of the chassis and, characterized in that the chassis comprises at least two parts connected to one another by a pivot connection of transverse axis and/or by a longitudinal slideway, said automatic directional blocking means being configured to block at least one of said blockable steerable off-centre wheels by the relative movement of said two parts.
A method of post-polymerization modification of a polymer, comprising the steps of: (a) reacting a polymer with at least one nucleophile in a nucleophilic substitution reaction in the presence of a phase transfer catalyst; and (b) recovering a functionalized polymer; wherein the reaction is substantially free of a solvent and wherein the temperature of the nucleophilic substitution reaction is between about 70°C to about 160°C and the reaction time of the nucleophilic substitution reaction is about 10 minutes to about 30 minutes. (a) reacting a polymer with at least one nucleophile in a nucleophilic substitution reaction in the presence of a phase transfer catalyst; and (b) recovering a functionalized polymer;
An air turbine starter for starting an engine, comprising: a housing having a peripheral wall defining an interior with an inlet , an outlet , the outlet comprising a plurality of apertures located in the peripheral wall, and a flow path extending between the inlet and the outlet for communicating a flow of gas there through, the housing having a diameter that is less than 15.63 cm (6.15 inches); a set of turbine members journaled within the housing and disposed within the flow path, upstream of the outlet, for rotatably extracting mechanical power from the flow of gas, wherein the set of turbine members comprises a first rotor and a second rotor defining a first stage and a second stage, respectively; a stator located within the interior upstream of the set of turbine members and having at least 16 nozzles; a gearbox mounted to the housing downstream of the outlet, the gear box at least partially housing a gear train drivingly coupled with the set of turbine members ; and an inlet assembly mounted to an end of the housing opposite the gearbox; wherein a length of the air turbine starter is less than 50 cm (19.7 inches). a housing having a peripheral wall defining an interior with an inlet , an outlet , the outlet comprising a plurality of apertures located in the peripheral wall, and a flow path extending between the inlet and the outlet for communicating a flow of gas there through, the housing having a diameter that is less than 15.63 cm (6.15 inches); a set of turbine members journaled within the housing and disposed within the flow path, upstream of the outlet, for rotatably extracting mechanical power from the flow of gas, wherein the set of turbine members comprises a first rotor and a second rotor defining a first stage and a second stage, respectively; a stator located within the interior upstream of the set of turbine members and having at least 16 nozzles; a gearbox mounted to the housing downstream of the outlet, the gear box at least partially housing a gear train drivingly coupled with the set of turbine members ; and an inlet assembly mounted to an end of the housing opposite the gearbox; wherein a length of the air turbine starter is less than 50 cm (19.7 inches).
A tugboat comprising three azimuthal propelling units of which two are juxtaposed propelling units , wherein each of the juxtaposed propelling units has a main shaft with a main axis extending at an angle (α) relative to a main plane of symmetry of the tug boat, wherein the third azimuthal propelling unit is at a length position (L 30 ) different from the length positions (L 10 , L 20 ) of said two juxtaposed azimuthal propelling units , wherein the said length position (L 30 ) is located behind or is equal to the length position (L8, L8A) of a towing point and in front or is equal to the length position (L8) of the rearmost towing point of the tugboat .
Apparatus configured and adapted for working and/or processing products, comprising a housing having a work area for accommodating at least one working station , at least one working station within the work area , a movable cover for opening and closing the housing and covering the work area with respect to the surroundings (U), the or each working station comprising at least one pneumatically actuatable tool , and the tool and the movable cover being operatively connected by means of a safety device in such a way that the opening of the cover inevitably leads to the tool being stopped, characterised in that the safety device comprises a safety valve that is configured to be switchable solely in a mechanical manner and, for that purpose, is operatively connected to the cover at least in an form-fitting and/or frictional manner.