mhurhangee/patent-ind-claim-en huggingface dataset:
A security container comprising: a base ; a lid configured to fit onto the base ; a first locking mechanism configured to secure the lid to the base in a closed position; a second locking mechanism configured to secure the lid to the base , the second locking mechanism comprising a latch member fixedly attached to an inside surface of the base and a pivoting arm pivotally attached to the inside surface of the lid , the pivoting arm having a lip configured to engage with a lip of the latch member so as to limit movement of the lid away from the base ; and means for disengaging the second locking mechanism , wherein the means for disengaging the second locking mechanism is accessible only once the first locking mechanism has been disengaged, characterised in that the first and second locking mechanisms are arranged such that when the first locking mechanism is disengaged, movement of the lid away from the base is restricted by the second locking mechanism such that after the first locking mechanism has been disengaged, the lid of the container is movable, by a distance that is limited by the second locking mechanism , to permit access to the means for disengaging the second locking mechanism . a base ; a lid configured to fit onto the base ; a first locking mechanism configured to secure the lid to the base in a closed position; a second locking mechanism configured to secure the lid to the base , the second locking mechanism comprising a latch member fixedly attached to an inside surface of the base and a pivoting arm pivotally attached to the inside surface of the lid , the pivoting arm having a lip configured to engage with a lip of the latch member so as to limit movement of the lid away from the base ; and means for disengaging the second locking mechanism , wherein the means for disengaging the second locking mechanism is accessible only once the first locking mechanism has been disengaged, characterised in that
Heat exchanger between a first fluid flowing in a longitudinal direction (X) and a second fluid, said exchanger comprising: - two parallel plates distant from one another, so as to define a passage for circulating said first fluid; - at least one first and one second row of fins arranged perpendicularly between said plates , said first and second rows extending longitudinally, the fins of said first row being arranged preferably in staggered rows with respect to the fins of said second row , each fin being delimited longitudinally by a first edge and a second edge , said first edge comprising, at each of the ends thereof, a region of connection with the corresponding plate ; said regions of connection of said first edge being respectively inclined by an angle (A) and an angle (B) with respect to a normal (N) to the plates in a plane (P) perpendicular to said plates and parallel with the direction (X), said first edge and said second edge of each of the fins having an identical profile in said plane (P). - two parallel plates distant from one another, so as to define a passage for circulating said first fluid; - at least one first and one second row of fins arranged perpendicularly between said plates , said first and second rows extending longitudinally, the fins of said first row being arranged preferably in staggered rows with respect to the fins of said second row , each fin being delimited longitudinally by a first edge and a second edge , said first edge comprising, at each of the ends thereof, a region of connection with the corresponding plate ;
A method for performing malolactic fermentation during alcohol fermentation in red wine, the method comprising: a. adding a bacteriocidal agent to a grape must, the agent selected from the group consisting of resveratrol, pterostilbene and mixtures thereof; b. contacting the grape must from step (a) with a wine producing yeast; c. fermenting the grape must from step (b) to produce wine, the wine containing a quantity of the agent, which quantity is enhanced relative to any natural quantity of the agent in the wine, with the proviso that no sulfites are added at any time during or after production of the wine, wherein malolactic fermentation occurs during step (c) and no separate step of malic and lactic fermentation is carried out. a. adding a bacteriocidal agent to a grape must, the agent selected from the group consisting of resveratrol, pterostilbene and mixtures thereof; b. contacting the grape must from step (a) with a wine producing yeast; c. fermenting the grape must from step (b) to produce wine, the wine containing a quantity of the agent, which quantity is enhanced relative to any natural quantity of the agent in the wine, with the proviso that no sulfites are added at any time during or after production of the wine, wherein malolactic fermentation occurs during step (c) and no separate step of malic and lactic fermentation is carried out.
A catheter system comprising: i) a steering means ; and ii) a delivery means for a heart valve, optionally balloon expandable or self-expandable, comprising a handle , wherein the steering means and the delivery means are coaxially and rotationally independently movable; and characterised in that the handle and the steering means are releasably connectable to each other. i) a steering means ; and ii) a delivery means for a heart valve, optionally balloon expandable or self-expandable, comprising a handle ,
Flat-shaped composite material for manufacturing a package , comprising: - a polymer outer layer, - a polymer inner layer, - a fibrous support layer, which is arranged between the polymer outer layer and the polymer inner layer, - wherein the flat-shaped composite material has a plurality of fold lines, which are arranged and designed such that a closed package can be manufactured by folding the flat-shaped composite material along the fold lines and by connecting seam surfaces of the flat-shaped composite material , - a sleeve surface , wherein the sleeve surface comprises a front surface , a first side surface , a second side surface , a first rear surface and a second rear surface , - base surfaces , wherein the base surfaces comprise triangular base surfaces and quadrangular base surfaces (5"), and - gable surfaces , wherein the gable surfaces comprise triangular gable surfaces and quadrangular gable surfaces (6"), - wherein the base surfaces and the gable surfaces are arranged on opposite sides of the sleeve surface , characterised by at least one quadrangular gable surface (6") with two small gable surface angles (α G1 ), which are smaller than 90°, with two large gable surface angles (α G2 ), which are greater than 90°, and with an angle sum, which is greater than 360°, wherein at least one side of the quadrangular gable surface (6") is curved outwards. - a polymer outer layer, - a polymer inner layer, - a fibrous support layer, which is arranged between the polymer outer layer and the polymer inner layer, - wherein the flat-shaped composite material has a plurality of fold lines, which are arranged and designed such that a closed package can be manufactured by folding the flat-shaped composite material along the fold lines and by connecting seam surfaces of the flat-shaped composite material , - a sleeve surface , wherein the sleeve surface comprises a front surface , a first side surface , a second side surface , a first rear surface and a second rear surface , - base surfaces , wherein the base surfaces comprise triangular base surfaces and quadrangular base surfaces (5"), and - gable surfaces , wherein the gable surfaces comprise triangular gable surfaces and quadrangular gable surfaces (6"), - wherein the base surfaces and the gable surfaces are arranged on opposite sides of the sleeve surface ,
, A magnetic sensing apparatus, wherein the apparatus comprises a third direction magnetic sensing component, the third direction magnetic sensing component comprises: a substrate having a groove in its surface; a magnetic conductive unit , wherein a main part of the magnetic conductive unit is set in the groove , and a part of it is exposed outside the groove onto the surface of the substrate , in order to collect a magnetic field signal in the third direction and to output the magnetic field signal; and an inducing unit set on the surface of the substrate , arranged to receive the magnetic field signal in the third direction and to measure the corresponding magnetic field strength and direction in the third direction by the magnetic field signal; wherein the inducing unit is positioned side by side with the part of the magnetic conductive unit that is exposed outside the groove . a substrate having a groove in its surface; a magnetic conductive unit , wherein a main part of the magnetic conductive unit is set in the groove , and a part of it is exposed outside the groove onto the surface of the substrate , in order to collect a magnetic field signal in the third direction and to output the magnetic field signal; and an inducing unit set on the surface of the substrate , arranged to receive the magnetic field signal in the third direction and to measure the corresponding magnetic field strength and direction in the third direction by the magnetic field signal; wherein the inducing unit is positioned side by side with the part of the magnetic conductive unit that is exposed outside the groove .
A tissue retraction device , comprising: a first engagement member having a first end and a second end ; a second engagement member having a first end and a second end ; a first elastic member disposed between the first and second engagement members ; and a first alignment member having a first end , a second end and a lumen extending therethrough; wherein the tissue retraction device has a first length (X); wherein the first alignment member has a second length; wherein the first elastic member extends within the lumen of the first alignment member ; wherein the second length of the first alignment member is less than or equal to the first length (X) of the tissue retraction device ; characterised in that the first alignment member is designed to keep the first elastic member from folding back upon itself. a first engagement member having a first end and a second end ; a second engagement member having a first end and a second end ; a first elastic member disposed between the first and second engagement members ; and a first alignment member having a first end , a second end and a lumen extending therethrough; wherein the tissue retraction device has a first length (X); wherein the first alignment member has a second length; wherein the first elastic member extends within the lumen of the first alignment member ; wherein the second length of the first alignment member is less than or equal to the first length (X) of the tissue retraction device ; characterised in that the first alignment member is designed to keep the first elastic member from folding back upon itself.
A cutter assembly for a hair cutting appliance , the cutter assembly comprising: - a cutting element ; and - a clamping element ; wherein, the cutter assembly is configured to contact skin of a user of the hair cutting appliance; wherein, the clamping element is configured to clamp hair of the user that is growing out of the skin; wherein, the clamping element is configured to move within the cutter assembly to pull the clamped hair away from the skin of the user; and wherein, the cutting element is configured to cut the clamped hair that has been pulled away from the skin of the user characterized in that the clamping element is configured to move in a direction substantially perpendicular to the skin of the user. - a cutting element ; and - a clamping element ; wherein, the cutter assembly is configured to contact skin of a user of the hair cutting appliance; wherein, the clamping element is configured to clamp hair of the user that is growing out of the skin; wherein, the clamping element is configured to move within the cutter assembly to pull the clamped hair away from the skin of the user; and wherein, the cutting element is configured to cut the clamped hair that has been pulled away from the skin of the user characterized in that the clamping element is configured to move in a direction substantially perpendicular to the skin of the user.
System for monitoring a brake disc of a braking system of a vehicle, comprising: - at least one source of an electromagnetic quantity (s1) having a set space-time pattern such as to interact with the brake disc in a manner dependent on the properties of the brake disc , generating a respective variable signal (s2); - at least one sensor for detecting such variable signal (s2), said at least one detection sensor facing a set limited portion of an investigation surface of the brake disc , said set limited portion of the investigation surface being at least one set closed path (c1, c2) that can be defined on the investigation surface of the brake disc , the at least one detection sensor being installed on non-rotating components of the vehicle near the brake disc ; - the detected variable signal (s2) being able to be analysed to determine at least one parameter of the brake disc based on a deviation of the time pattern of the detected variable signal (s2) with respect to a set reference time pattern. - at least one source of an electromagnetic quantity (s1) having a set space-time pattern such as to interact with the brake disc in a manner dependent on the properties of the brake disc , generating a respective variable signal (s2); - at least one sensor for detecting such variable signal (s2), said at least one detection sensor facing a set limited portion of an investigation surface of the brake disc , said set limited portion of the investigation surface being at least one set closed path (c1, c2) that can be defined on the investigation surface of the brake disc , the at least one detection sensor being installed on non-rotating components of the vehicle near the brake disc ; - the detected variable signal (s2) being able to be analysed to determine at least one parameter of the brake disc based on a deviation of the time pattern of the detected variable signal (s2) with respect to a set reference time pattern.
Control method of a leveling machine which comprises: - moving a sheet material between a first group of work rolls and a second group of work rolls following a winding path from the first group to the second group according to a setpoint speed (V*), - driving the first group of work rolls by means of a first drive , - driving the second group of work rolls by means of a second drive , which is independent of the first drive , and - measuring the speed (V1) of the first drive and measuring the speed (V2) of the second drive , characterized in that the method additionally comprises: - controlling the speed (V1) of the first drive by means of a first torque setpoint signal (T1*) which is a function of a first error signal (e1) obtained from the difference between the setpoint speed (V*) and the speed (V1) of the first drive , and - controlling the speed (V2) of the second drive by means of a second torque setpoint signal (T2*) which is a function of a second error signal (e2) obtained from the difference between the setpoint speed (V*) and the speed (V2) of the second drive , and is also a function of an additional torque gain. - moving a sheet material between a first group of work rolls and a second group of work rolls following a winding path from the first group to the second group according to a setpoint speed (V*), - driving the first group of work rolls by means of a first drive , - driving the second group of work rolls by means of a second drive , which is independent of the first drive , and - measuring the speed (V1) of the first drive and measuring the speed (V2) of the second drive , - controlling the speed (V1) of the first drive by means of a first torque setpoint signal (T1*) which is a function of a first error signal (e1) obtained from the difference between the setpoint speed (V*) and the speed (V1) of the first drive , and - controlling the speed (V2) of the second drive by means of a second torque setpoint signal (T2*) which is a function of a second error signal (e2) obtained from the difference between the setpoint speed (V*) and the speed (V2) of the second drive , and is also a function of an additional torque gain.
A method, comprising: detecting , by a network apparatus, at a first measurement point user plane packets transmitted over a Quick User Datagram Protocol Internet Connection, QUIC, connection between network elements of a communication system; based on a detected user plane packet, obtaining , by the network apparatus, at the first measurement point, user plane customer experience measurement information and user plane packet context information including a timestamp, a packet sequence number and/or a connection identity of the user plane packet; receiving , by the network apparatus, at the first measurement point, user plane customer experience measurement information and user plane packet context information including a timestamp, a packet sequence number and/or a connection identity of the user plane packet, obtained at a second measurement point, transmitted to the first measurement point by using in-band control plane packet header enrichment; and correlating , by the first network apparatus, the user plane customer experience measurement information obtained at the first measurement point, with the user plane customer experience measurement information received from the second measurement point regarding the same user plane packet or a related user plane packet, by using the corresponding context information obtained at the first measurement point and the corresponding context information received at the first measurement point. detecting , by a network apparatus, at a first measurement point user plane packets transmitted over a Quick User Datagram Protocol Internet Connection, QUIC, connection between network elements of a communication system; based on a detected user plane packet, obtaining , by the network apparatus, at the first measurement point, user plane customer experience measurement information and user plane packet context information including a timestamp, a packet sequence number and/or a connection identity of the user plane packet; receiving , by the network apparatus, at the first measurement point, user plane customer experience measurement information and user plane packet context information including a timestamp, a packet sequence number and/or a connection identity of the user plane packet, obtained at a second measurement point, transmitted to the first measurement point by using in-band control plane packet header enrichment; and correlating , by the first network apparatus, the user plane customer experience measurement information obtained at the first measurement point, with the user plane customer experience measurement information received from the second measurement point regarding the same user plane packet or a related user plane packet, by using the corresponding context information obtained at the first measurement point and the corresponding context information received at the first measurement point.
A method of using a ship handling device to be mounted in a ship that includes a forward-backward propeller on a port side coupled to a propeller shaft on the port side and configured to generate a thrust and a forward-backward propeller on a starboard side coupled to a propeller shaft on the starboard side and configured to generate a thrust and a side thruster configured to generate a thrust in a left-and-right direction, said ship handling device comprising: a joystick lever configured to be turned and tilted and used to determine a traveling speed and a traveling direction of the ship , wherein during calibration for turning performed with the ship handling device , the thrusts of the forward-backward propellers on the port side and the starboard side are only controlled and the joystick lever is turned to rotate the forward-backward propellers on the port side and the starboard side, and the joystick lever is tilted to change a forward-thrust/backward-thrust ratio of the forward-backward propeller on the port side or a forward-thrust/backward-thrust ratio of the forward-backward propeller on the starboard side or to change rotation speeds of the forward-backward propellers on the port side and the starboard side, and in a case where an operation tool for executing calibration is operated, the calibration for turning is executed by setting, as correction coefficients, thrusts generated at the forward-thrust/backward-thrust ratio having been changed or by setting, as correction coefficients, thrusts generated by the forward-backward propellers on the port side and the starboard side according to the tilting of the joystick lever , among thrusts generated at the rotation speeds of the forward-backward propellers on the port side and the starboard side having been changed. a joystick lever configured to be turned and tilted and used to determine a traveling speed and a traveling direction of the ship , wherein during calibration for turning performed with the ship handling device , the thrusts of the forward-backward propellers on the port side and the starboard side are only controlled and the joystick lever is turned to rotate the forward-backward propellers on the port side and the starboard side, and the joystick lever is tilted to change a forward-thrust/backward-thrust ratio of the forward-backward propeller on the port side or a forward-thrust/backward-thrust ratio of the forward-backward propeller on the starboard side or to change rotation speeds of the forward-backward propellers on the port side and the starboard side, and in a case where an operation tool for executing calibration is operated, the calibration for turning is executed by setting, as correction coefficients, thrusts generated at the forward-thrust/backward-thrust ratio having been changed or by setting, as correction coefficients, thrusts generated by the forward-backward propellers on the port side and the starboard side according to the tilting of the joystick lever , among thrusts generated at the rotation speeds of the forward-backward propellers on the port side and the starboard side having been changed.