mhurhangee/patent-ind-claim-en huggingface dataset:
Rotor for an electrical asynchronous machine , comprising a squirrel-cage rotor which has bars which are arranged in a laminated core of the rotor and two short-circuiting rings which are arranged at end sides of the laminated core and electrically connect the bars , wherein the squirrel-cage rotor is cast onto the laminated core as a casting composed of an electrically conductive casting material , the laminated core having a passage opening which extends axially through the laminated core and has a diameter which is larger than a diameter of a shaft of the rotor , and in that a filler which is formed from the casting material and is cast onto the laminated core is arranged in the passage opening , wherein the shaft is cast onto the laminated core together with the filler composed of the casting material , characterized in that the shaft is formed as a plug-in coupling from the filler .
An aqueous co-formulation of metalaxyl containing i. metalaxyl; ii. at least one organic pesticide compound PC1, which has a solubility in water of at most 1 g/l at 20°C and a melting point in the range from 40 to 100°C; and iii. an aqueous phase containing water and at least one surfactant; wherein the at least one organic pesticide compound PC1 is present in the form of particles suspended in the aqueous phase and where at least 95 % of the metalaxyl present in the aqueous co-formulation is present dissolved in the aqueous phase and where the surfactant comprises at least one salt of an oligomer or polymer having a plurality of arylsulfonate groups selected from the group consisting of the salts of naphthalinsulfonic acid formaldehyde condensates, phenolsulfonic acid formaldehyde condensates, naphthalinsulfonic acid urea formaldehyde condensates and phenolsulfonic acid formaldehyde urea condensates, and mixtures thereof, which is obtainable by a process comprising a) providing a suspension of metalaxyl in an aqueous phase containing water, the at least one surfactant, which comprises the at least one salt of an oligomer or polymer having a plurality of arylsulfonate groups; b) treating the suspension until at least 98% of the metalaxyl present in the aqueous suspension of step a) is present in dissolved form, to obtain an aqueous composition of metalaxyl, wherein metalaxyl is present in dissolved form; c) mixing the aqueous composition of metalaxyl obtained in step b) with an aqueous suspension of the further organic pesticide compound PC1. i. metalaxyl; ii. at least one organic pesticide compound PC1, which has a solubility in water of at most 1 g/l at 20°C and a melting point in the range from 40 to 100°C; and iii. an aqueous phase containing water and at least one surfactant; a) providing a suspension of metalaxyl in an aqueous phase containing water, the at least one surfactant, which comprises the at least one salt of an oligomer or polymer having a plurality of arylsulfonate groups; b) treating the suspension until at least 98% of the metalaxyl present in the aqueous suspension of step a) is present in dissolved form, to obtain an aqueous composition of metalaxyl, wherein metalaxyl is present in dissolved form; c) mixing the aqueous composition of metalaxyl obtained in step b) with an aqueous suspension of the further organic pesticide compound PC1.
Apparatus for controlling the rotation about a longitudinal axis (X-X) of a fan for cooling the cooling fluid contained in the radiator of a vehicle, comprising: - a fixed support sleeve , internally hollow and extending parallel to the longitudinal axis (X-X) of rotation of the fan; - a bell member for supporting the fan; - an electromagnetic friction coupling , arranged between the bell member and movement receiving means (11c;11e) for connection to the driving shaft of the vehicle; - an electric motor for generating a rotational movement independent of the driving shaft of the vehicle, comprising a stator and a rotor ; - a first rear flange integral with the sleeve and designed to support an electromagnet of the electromagnetic friction coupling; characterized in that the bell member is mounted on the outer race of a bearing , the inner race of which is keyed onto the support sleeve ; and in that it comprises a second front flange (40;140) integral with the sleeve , arranged in a position radially on the inside of the bell member supporting the fan and designed to support the stator of the electric motor and an electronic drive and control unit (30;130) for controlling and electronically driving the electric motor , and in that the movement receiving means (11c;11e) are arranged in a position radially on the outside of the electromagnetic friction coupling. - a fixed support sleeve , internally hollow and extending parallel to the longitudinal axis (X-X) of rotation of the fan; - a bell member for supporting the fan; - an electromagnetic friction coupling , arranged between the bell member and movement receiving means (11c;11e) for connection to the driving shaft of the vehicle; - an electric motor for generating a rotational movement independent of the driving shaft of the vehicle, comprising a stator and a rotor ; - a first rear flange integral with the sleeve and designed to support an electromagnet of the electromagnetic friction coupling;
A wireless detonator arrangement which includes an initiator , a first housing in which is mounted a power supply , contacts connected to the power supply , a second housing which contains an explosive material , contacts at a first end of the second housing , contacts at a second end of the second housing , and conductors which extend from the contacts to the contacts , and a third housing which is engageable with the first end of the second housing , a signal processing assembly mounted inside the second housing , the signal processing assembly including a receiver and a processor for processing wireless signals received by the receiver , and contacts connected to the signal processing assembly , the first housing being engageable with the second end of the second housing thereby to connect the power supply to the signal processing assembly via a conductive path comprising the contacts , the conductors and the contacts ,, and wherein the signal processing assembly , responsive to a fire command signal, causes ignition of the initiator .
An antenna array comprising a single antenna aperture and at least two sets of antenna unit elements, each set of antenna unit elements supporting a respective frequency band, characterized in that : - a vertical center-to-center distance between two adjacent antenna unit elements of a lowest frequency among the respective frequency bands is equal to or larger than one wavelength of the corresponding frequency band and more than twice the vertical extension, D, of convex hull containing one antenna unit element of the lowest frequency, and - antenna unit elements of of each of the at least two sets are arranged in the same antenna aperture as, and are interleaved with, the antenna unit elements of the lowest frequency. - a vertical center-to-center distance between two adjacent antenna unit elements of a lowest frequency among the respective frequency bands is equal to or larger than one wavelength of the corresponding frequency band and more than twice the vertical extension, D, of convex hull containing one antenna unit element of the lowest frequency, and - antenna unit elements of of each of the at least two sets are arranged in the same antenna aperture as, and are interleaved with, the antenna unit elements of the lowest frequency.
A hybrid vehicle comprising: an engine ; a fuel tank that stores fuel to be supplied to the engine ; a motor (MG2, MG); a hybrid electronic control unit, HVECU, ; a battery configured to supply electric power to the motor (MG2, MG); a charger configured to carry out external charging that charges the battery by use of electric power from an external power source ; and a notification mechanism configured to notify information on a use index (IDX) to an outside of the vehicle , the use index (IDX) being an index for indicating a degree of use of external charging in a predetermined time period, characterized in that the notification mechanism is configured to visually notify the outside of the vehicle , and the HVECU is configured to calculate the use index (IDX) as or based on a ratio of the number of times that the external charging has been carried out in charging chances in which the vehicle is in a state where the external charging is able to be carried out to the number of the charging chances. an engine ; a fuel tank that stores fuel to be supplied to the engine ; a motor (MG2, MG); a hybrid electronic control unit, HVECU, ; a battery configured to supply electric power to the motor (MG2, MG); a charger configured to carry out external charging that charges the battery by use of electric power from an external power source ; and a notification mechanism configured to notify information on a use index (IDX) to an outside of the vehicle , the use index (IDX) being an index for indicating a degree of use of external charging in a predetermined time period, characterized in that the notification mechanism is configured to visually notify the outside of the vehicle , and the HVECU is configured to calculate the use index (IDX) as or based on a ratio of the number of times that the external charging has been carried out in charging chances in which the vehicle is in a state where the external charging is able to be carried out to the number of the charging chances.
A system comprising: at least one memory; an electrode ; at least one processor , coupled to the at least one memory, to: - model a first internal force applied to a user's joint based on output of at least one sensor affixed near the joint with the joint at a first position; characterized in that the at least one processor is to: - store the first modeled internal force upon receipt of input from the user; - model a second internal force applied to the user's joint based on output of at least one sensor affixed near the joint with the joint at a second position unequal to the first position; - compare the first and second modeled internal forces to determine if they are similar; and - stimulate the user via the electrode based on the comparison, when the second internal force is similar to the first internal force. at least one memory; an electrode ; at least one processor , coupled to the at least one memory, to: - model a first internal force applied to a user's joint based on output of at least one sensor affixed near the joint with the joint at a first position; - model a first internal force applied to a user's joint based on output of at least one sensor affixed near the joint with the joint at a first position; characterized in that the at least one processor is to: - store the first modeled internal force upon receipt of input from the user; - model a second internal force applied to the user's joint based on output of at least one sensor affixed near the joint with the joint at a second position unequal to the first position; - compare the first and second modeled internal forces to determine if they are similar; and - stimulate the user via the electrode based on the comparison, when the second internal force is similar to the first internal force. - store the first modeled internal force upon receipt of input from the user; - model a second internal force applied to the user's joint based on output of at least one sensor affixed near the joint with the joint at a second position unequal to the first position; - compare the first and second modeled internal forces to determine if they are similar; and - stimulate the user via the electrode based on the comparison, when the second internal force is similar to the first internal force.
A method of designing a wing tip device for an aircraft, the method comprising: (i) Predicting where transonic flow occurs on the wing tip device when the aircraft is in flight, and (ii) Designing the wing tip device with a rib positioned in the span wise region of the wing tip device in which the predicted transonic flow occurs, comprising designing the wing tip device with the rib positioned at the span wise location at which a shock wave occurs during flight, wherein step (i) comprises predicting where transonic flow occurs on the wing tip device when the rib is not in place and wherein the method comprises: (iii) Repeating step (i) with the rib in place, to obtain a revised prediction; (iv) Repeating step (ii) to locate the rib at the revised location; (v) Iteratively repeating steps (iii) and (iv) in order to take into account the structural response of the wing tip device to the transonic flow, until a final design is obtained. (i) Predicting where transonic flow occurs on the wing tip device when the aircraft is in flight, and (ii) Designing the wing tip device with a rib positioned in the span wise region of the wing tip device in which the predicted transonic flow occurs, comprising designing the wing tip device with the rib positioned at the span wise location at which a shock wave occurs during flight, wherein step (i) comprises predicting where transonic flow occurs on the wing tip device when the rib is not in place and wherein the method comprises: (iii) Repeating step (i) with the rib in place, to obtain a revised prediction; (iv) Repeating step (ii) to locate the rib at the revised location; (v) Iteratively repeating steps (iii) and (iv) in order to take into account the structural response of the wing tip device to the transonic flow, until a final design is obtained.
Notification management method between a user agent (UA) installed in a mobile terminal (TE) and a web server (WS), the method comprising the following steps, carried out by an intermediate equipment (NotifProxy): reception , from the mobile terminal, of a notification message in accordance with a first protocol suitable for transmission in a signalling channel, said notification message comprising notification data emanating from the user agent and at least one compact access parameter inserted by the mobile terminal, said at least one compact access parameter corresponding to at least one access parameter to an application (WebApp) installed in the web server, the size of said at least one compact access parameter being less than the size of said at least one access parameter to the application (WebApp) installed in the web server; retrieval of said at least one access parameter to the application from said at least one compact access parameter; generation of a notification message in accordance with a second protocol suitable for transmission in the internet network, in which are inserted the notification data and said at least one access parameter to the application; and transmission , to the web server (WS), of the notification message according to the second protocol. reception , from the mobile terminal, of a notification message in accordance with a first protocol suitable for transmission in a signalling channel, said notification message comprising notification data emanating from the user agent and at least one compact access parameter inserted by the mobile terminal, said at least one compact access parameter corresponding to at least one access parameter to an application (WebApp) installed in the web server, the size of said at least one compact access parameter being less than the size of said at least one access parameter to the application (WebApp) installed in the web server; retrieval of said at least one access parameter to the application from said at least one compact access parameter; generation of a notification message in accordance with a second protocol suitable for transmission in the internet network, in which are inserted the notification data and said at least one access parameter to the application; and transmission , to the web server (WS), of the notification message according to the second protocol.
A system garbage collection method, wherein the method is applied to a flash memory array; the flash memory array comprises a system controller and a plurality of solid state disks ; and the method is performed by the system controller , and comprises the following steps: determining a to-be-collected first logical chunk group, wherein the first logical chunk group comprises a plurality of first data logical chunks, the plurality of first data logical chunks are distributed in different solid state disks , data stored in at least one of the plurality of first data logical chunks comprises valid data, a location of the valid data in the first logical chunk is a first logical address, and there is a correspondence between the first logical address and an actual address in which the valid data is stored in a solid state disk ; creating a second logical chunk group, wherein the second logical chunk group comprises a plurality of second data logical chunks, and at least one second data logical chunk is distributed in a solid state disk in which the first data logical chunk storing the valid data is located; allocating , in the at least one second data logical chunk, a second logical address to the valid data; and instructing the solid state disk storing the valid data to modify the correspondence between the first logical address and the actual address to a correspondence between the second logical address and the actual address. determining a to-be-collected first logical chunk group, wherein the first logical chunk group comprises a plurality of first data logical chunks, the plurality of first data logical chunks are distributed in different solid state disks , data stored in at least one of the plurality of first data logical chunks comprises valid data, a location of the valid data in the first logical chunk is a first logical address, and there is a correspondence between the first logical address and an actual address in which the valid data is stored in a solid state disk ; creating a second logical chunk group, wherein the second logical chunk group comprises a plurality of second data logical chunks, and at least one second data logical chunk is distributed in a solid state disk in which the first data logical chunk storing the valid data is located; allocating , in the at least one second data logical chunk, a second logical address to the valid data; and instructing the solid state disk storing the valid data to modify the correspondence between the first logical address and the actual address to a correspondence between the second logical address and the actual address.
Apparatus (1, 1', 1") for conveying rod-like articles of the tobacco industry comprising a feeding apparatus adapted to feed rod-like article to a receiving area of a transferring unit (3, 3', 3"), the transferring unit (3, 3', 3") having lugs moving on a circular path, adapted to convey a rod-like article from the feeding apparatus to the receiving apparatus , the lug being attached rotatably relative to a rotatable disc and actuated by means of a drive mechanism , the path of movement of the lug passing through the area for receiving the rod-like article from the feeding apparatus and an area for transferring the rod-like article to the receiving apparatus , and the receiving apparatus adapted to convey the rod-like articles axially one after another, characterised in that the drive mechanism is adapted so that the lug reduces the speed at least in a part of the path of movement before the area and/or in the area for receiving the rod-like article from the feeding apparatus to the transferring apparatus and increases the speed at least in a part of the path of movement between the area for receiving the rod-like article from the feeding apparatus and the area for transferring the rod-like article to the receiving apparatus . a feeding apparatus adapted to feed rod-like article to a receiving area of a transferring unit (3, 3', 3"), the transferring unit (3, 3', 3") having lugs moving on a circular path, adapted to convey a rod-like article from the feeding apparatus to the receiving apparatus , the lug being attached rotatably relative to a rotatable disc and actuated by means of a drive mechanism , the path of movement of the lug passing through the area for receiving the rod-like article from the feeding apparatus and an area for transferring the rod-like article to the receiving apparatus , and the receiving apparatus adapted to convey the rod-like articles axially one after another, characterised in that the drive mechanism is adapted so that the lug reduces the speed at least in a part of the path of movement before the area and/or in the area for receiving the rod-like article from the feeding apparatus to the transferring apparatus and increases the speed at least in a part of the path of movement between the area for receiving the rod-like article from the feeding apparatus and the area for transferring the rod-like article to the receiving apparatus .
Plug contact device for electrically connecting a plug to a contact jack fastened on a printed circuit board , having: - the printed circuit board , - the contact jack with: - a first clamping member with a first clamping projection , and - a second clamping member with a second clamping projection , - wherein the first clamping member is arranged opposite the second clamping member and the two clamping members limit a plug receiving space for receiving the plug , - a clamping frame surrounding the contact jack , - a clamping actuator designed to move the clamping frame relative to the printed circuit board in a clamping direction when the clamping actuator is operated, - wherein the clamping frame interacts with the first clamping projection and the second clamping projection such that the plug receiving space is narrowed when the clamping actuator moves the clamping frame relative to the printed circuit board in the clamping direction , characterized in that the contact jack has: - a third clamping member with a third clamping projection , and - a fourth clamping member with a fourth clamping projection , - wherein the third clamping member is arranged opposite the fourth clamping member , and the first clamping member , the second clamping member , the third clamping member and the fourth clamping member limit the plug receiving space for receiving the plug , wherein the clamping frame interacts with the first clamping projection , the second clamping projection , the third clamping projection and the fourth clamping projection such that the plug receiving space is narrowed when the clamping actuator moves the clamping frame relative to the printed circuit board in the clamping direction . - the printed circuit board , - the contact jack with: - a first clamping member with a first clamping projection , and - a second clamping member with a second clamping projection , - wherein the first clamping member is arranged opposite the second clamping member and the two clamping members limit a plug receiving space for receiving the plug , - a clamping frame surrounding the contact jack , - a clamping actuator designed to move the clamping frame relative to the printed circuit board in a clamping direction when the clamping actuator is operated, - wherein the clamping frame interacts with the first clamping projection and the second clamping projection such that the plug receiving space is narrowed when the clamping actuator moves the clamping frame relative to the printed circuit board in the clamping direction , - a third clamping member with a third clamping projection , and - a fourth clamping member with a fourth clamping projection , - wherein the third clamping member is arranged opposite the fourth clamping member , and the first clamping member , the second clamping member , the third clamping member and the fourth clamping member limit the plug receiving space for receiving the plug ,