mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining a change in the direction of movement of a vehicle , the vehicle comprising at least four wheels and at least four rotation sensors that are each respectively associated with one of said wheels , each rotation sensor comprising: - an annular ring provided with a plurality of markers, which are distributed around the circumference of the ring and are angularly offset with respect to one another, and - a detecting element in front of which said markers successively pass during a movement of the vehicle and that delivers a signal (S 1 , S 2 , S 3 , S 4 ) that, over time, presents a characteristic pattern (P) on each passage of one of said markers in front of the detecting element , the method comprising the following step: - acquiring the signals (S 1 , S 2 , S 3 , S 4 ) delivered by the detecting elements of the rotation sensors , characterized in that the method furthermore comprises the following steps, which are executed for a plurality of subsets (G 123 , G 124 , G 234 , G 134 ) of acquired signals each comprising three of said signals (S 1 , S 2 , S 3 , S 4 ) : - determining a succession of signals, said succession being ordered in the chronological order of appearance of the characteristic patterns (P) in the acquired signals of the subset (G 123 , G 124 , G 234 , G 134 ) in question, and - detecting a change in the direction of movement of the vehicle depending on the succession of signals that is determined for the subset (G 123 , G 124 , G 234 , G 134 ) in question. - an annular ring provided with a plurality of markers, which are distributed around the circumference of the ring and are angularly offset with respect to one another, and - a detecting element in front of which said markers successively pass during a movement of the vehicle and that delivers a signal (S 1 , S 2 , S 3 , S 4 ) that, over time, presents a characteristic pattern (P) on each passage of one of said markers in front of the detecting element , - acquiring the signals (S 1 , S 2 , S 3 , S 4 ) delivered by the detecting elements of the rotation sensors , - determining a succession of signals, said succession being ordered in the chronological order of appearance of the characteristic patterns (P) in the acquired signals of the subset (G 123 , G 124 , G 234 , G 134 ) in question, and - detecting a change in the direction of movement of the vehicle depending on the succession of signals that is determined for the subset (G 123 , G 124 , G 234 , G 134 ) in question.
Electrical energy storage device for a vehicle, comprising at least one casing in which are housed at least one electrical energy storage cell and at least one heat exchanger configured to operate a heat exchange between a cooling fluid adapted to circulate in the at least one heat exchanger and the electrical energy storage cell(s) , characterized in that the heat exchanger comprises at least one cooling fluid release member configured to release the cooling fluid into the casing and in that the cooling fluid release member comprises at least one obturation device configured to rupture, at least partially, at a temperature higher than 150°C and/or at a pressure higher than 200 Bars and comprises at least one head and at least one body , the body comprising at least a first part by which it is made integral, by screwing, with the heat exchanger and at least a second modular part attached to the first part and in which the obturation device is arranged.
Drain set, in particular for shower or bath tubs, with a drain housing which has an interior accessible from an upper inlet opening , with a drain connection piece projecting from the drain housing, with a partition wall defining an overflow edge between the interior and the drain connection piece , the partition wall being connected integrally to the drain housing as an integral component of the drain housing , and with a dip tube inserted into the drain housing and removable therefrom and forming part of an odour trap, characterised in that the partition wall is flexibly deformable in such a way that a section of the overflow edge can be deformed laterally in the direction of the interior of the drain housing in the shape of a trough by the action of mechanical pressure.
An isoxazoline of Formula (11-1) for use in the control of parasite infestations of an animal, wherein an amount of 0.01 to 200 mg/ kg bodyweight of the isoxazoline or a salt of the isoxazoline, or a solvate of the isoxazoline or salt, that is effective to control an ectoparasitic infestation is administered in combination with one or more macrocyclic lactone endectocidal parasiticides selected from ivermectin, abamectin, doramectin, moxidectin, selamectin, milbemycin, emamectin and eprinomectin , at a bi-monthly, quarterly, half-yearly, or longer frequency and wherein the weight ratio of the isoxazoline compound and the macrocyclic lactone endectocidal parasiticides is from 1:3000 to 3000:1.
Method for operating at least one direction indicator of a motor vehicle , wherein the direction indicator outputs a light signal as of an actuation time, which light signal consists of a periodic repetition of alternately successive on phases in which at least one lighting means of the direction indicator lights up, and off phases in which the lighting means is switched off, wherein, at the actuation time, a deviation of an initial phase position of the light signal with respect to a predefined reference signal is ascertained and compared with a predefined target phase position assigned to the direction indicator , wherein, if there is a phase offset between the initial phase position and the target phase position, - at least two of the on phases and/or off phases of the light signal are extended or shortened by a different time difference value in each case after the actuation time, such that the phase position of the light signal with respect to the reference signal then corresponds to the predefined target phase position, - characterized in that a plurality of successive on phases and/or off phases are each extended or shortened by a time difference value decreasing as the temporal distance from the actuation time increases, wherein the amount by which the time difference value between two successive, extended or shortened on phases and/or off phases decreases in each case is always equal. - at least two of the on phases and/or off phases of the light signal are extended or shortened by a different time difference value in each case after the actuation time, such that the phase position of the light signal with respect to the reference signal then corresponds to the predefined target phase position, - characterized in that a plurality of successive on phases and/or off phases are each extended or shortened by a time difference value decreasing as the temporal distance from the actuation time increases, wherein the amount by which the time difference value between two successive, extended or shortened on phases and/or off phases decreases in each case is always equal.
A composition comprising: (i) a partially fluorinated elastomer gum comprising a partially fluorinated polymer; and (ii) less than 10 wt % of an ionic liquid based on the total weight of the partially fluorinated polymer and the ionic liquid, wherein the ionic liquid comprises a cation and an anion and the anion comprises a perfluoroalkyl group, and (iii) a cure system, wherein the partially fluorinated polymer has a glass transition temperature and the partially fluorinated polymer and the ionic liquid form a miscible blend having a single glass transition temperature, wherein the single glass transition temperature of the partially fluorinated polymer blended with the ionic liquid is less than 3°C different than the glass transition temperature of the partially fluorinated polymer, wherein the glass transition temperature is determined according to the method of the description. (i) a partially fluorinated elastomer gum comprising a partially fluorinated polymer; and (ii) less than 10 wt % of an ionic liquid based on the total weight of the partially fluorinated polymer and the ionic liquid, wherein the ionic liquid comprises a cation and an anion and the anion comprises a perfluoroalkyl group, and (iii) a cure system,
A method of forming a 3D image of a human face in daylight in an outdoors environment, at a distance of at least 3 metres, comprising the steps of: illuminating the human face by illumination means that comprises a coherent light source and transmits radiation at a wavelength of 940 nanometres, the illumination means projecting a pattern onto the human face; capturing by camera means, at a distance of at least 3 metres from the human face, an image of the human face illuminated by the illumination means, the camera means comprising at least one camera arranged to capture the components of a 3D image; and receiving and processing by means of an image processor the image from the or each camera to calculate the 3D image from the or each received image. illuminating the human face by illumination means that comprises a coherent light source and transmits radiation at a wavelength of 940 nanometres, the illumination means projecting a pattern onto the human face; capturing by camera means, at a distance of at least 3 metres from the human face, an image of the human face illuminated by the illumination means, the camera means comprising at least one camera arranged to capture the components of a 3D image; and receiving and processing by means of an image processor the image from the or each camera to calculate the 3D image from the or each received image.
A method for classifying emails, comprising: acquiring ,using a processor, an email composed by a user, a classification tag corresponding to the email, and an identification code corresponding to the email, comprising: acquiring the email composed by the user; determining whether an email classifier corresponding to the email exists locally, the email classifier including the classification tag and identification code; and in response to a determination that the email classifier corresponding to the email does not exist locally: prompting a user to input the classification tag; regarding the classification tag input by the user as the classification tag; generating the classification tag; and setting up a classification rule corresponding to the email classifier; including ,using the processor, the classification tag corresponding to the email and the identification code corresponding to the email in the email; and sending, using the processor, the email to receiving terminals and causing the receiving terminals to classify the received email based on the classification tag and identification code corresponding to the email. acquiring ,using a processor, an email composed by a user, a classification tag corresponding to the email, and an identification code corresponding to the email, comprising: acquiring the email composed by the user; determining whether an email classifier corresponding to the email exists locally, the email classifier including the classification tag and identification code; and in response to a determination that the email classifier corresponding to the email does not exist locally: prompting a user to input the classification tag; regarding the classification tag input by the user as the classification tag; generating the classification tag; and setting up a classification rule corresponding to the email classifier; acquiring the email composed by the user; determining whether an email classifier corresponding to the email exists locally, the email classifier including the classification tag and identification code; and in response to a determination that the email classifier corresponding to the email does not exist locally: prompting a user to input the classification tag; regarding the classification tag input by the user as the classification tag; generating the classification tag; and setting up a classification rule corresponding to the email classifier; prompting a user to input the classification tag; regarding the classification tag input by the user as the classification tag; generating the classification tag; and setting up a classification rule corresponding to the email classifier; including ,using the processor, the classification tag corresponding to the email and the identification code corresponding to the email in the email; and sending, using the processor, the email to receiving terminals and causing the receiving terminals to classify the received email based on the classification tag and identification code corresponding to the email.
A component which is configured to be joined to a further component in a preselected relative orientation of the component and the further component, wherein the further component has an interface surface and the component is configured to contact the interface surface when joined to the further component; the component comprising: a surface disposed on a side of the component intended to face the interface surface when the component is joined to the further component; a plurality of recesses (12a-c, 32a-d, 42a-d) formed in the surface, wherein each recess has the form of a bore with a preselected depth and a preselected orientation relative to the component, the preselected orientation and the preselected depth being selected in dependence on the preselected relative orientation of the component and the further component; and a plurality of spacer elements (13a-c, 23, 33a-d, 43a-d), each comprising a contact surface (131a-c) configured to contact the interface surface when the component is joined to the further component, and each spacer element being disposed in one of the recesses such that the orientation of a given contact surface is defined by the orientation of the corresponding recess. a surface disposed on a side of the component intended to face the interface surface when the component is joined to the further component; a plurality of recesses (12a-c, 32a-d, 42a-d) formed in the surface, wherein each recess has the form of a bore with a preselected depth and a preselected orientation relative to the component, the preselected orientation and the preselected depth being selected in dependence on the preselected relative orientation of the component and the further component; and a plurality of spacer elements (13a-c, 23, 33a-d, 43a-d), each comprising a contact surface (131a-c) configured to contact the interface surface when the component is joined to the further component, and each spacer element being disposed in one of the recesses such that the orientation of a given contact surface is defined by the orientation of the corresponding recess.
A method for controlling access to a service on a first device, comprising at a processor of the first device : - obtaining a time reference through a first broadcast communication network; - obtaining a message from a second device through a second broadcast communication network different from the first broadcast communication network, wherein the message comprises at least a group identifier common to a set of devices for which the service is authorized and an emission time of the message on the second broadcast communication network, where the emission time is given with reference to the time reference obtained from the first broadcast communication network; - determining a transmission delay between the emission time of the message and an arrival time of the message, wherein the emission time of the message is comprised in the message and the arrival time is measured by the first device with reference to the time reference obtained from the first broadcast communication network; - determining the validity of the received message, the message being determined valid in case the group identifier comprised in the message is the same as the group identifier of the first device and in case said transmission delay is lower than a threshold; and - authorizing the access to the service to the first device in case the received message is valid. - obtaining a time reference through a first broadcast communication network; - obtaining a message from a second device through a second broadcast communication network different from the first broadcast communication network, wherein the message comprises at least a group identifier common to a set of devices for which the service is authorized and an emission time of the message on the second broadcast communication network, where the emission time is given with reference to the time reference obtained from the first broadcast communication network; - determining a transmission delay between the emission time of the message and an arrival time of the message, wherein the emission time of the message is comprised in the message and the arrival time is measured by the first device with reference to the time reference obtained from the first broadcast communication network; - determining the validity of the received message, the message being determined valid in case the group identifier comprised in the message is the same as the group identifier of the first device and in case said transmission delay is lower than a threshold; and - authorizing the access to the service to the first device in case the received message is valid.
Electric motor with a stator , an electronics chamber accommodating electrical/electronic components, which is housed in an electronic housing and is lockable with a housing cover , and with at least one intermediate insulating part provided to maintain creepage and clearance distances between the housing cover and the electrical/electronic components; - wherein the intermediate insulating part has a hood-shaped carrier consisting of a hard, electrically insulating plastic, to which at least one sealing part made of a soft component is connected in a substance-to-substance and/or a positively locking manner, - wherein the intermediate insulating part comprises a jacket extending across at least part of its circumference, - at the free end of which the sealing part is arranged, - wherein the sealing part seals a gap between the edge of the housing cover and the stator , - wherein the intermediate insulating part is provided with at least one pressing element , with which at least one heat-generating component is pressed against a cooling surface, characterized in that - the pressing element is part of a wall (33, 36 to 39) delimiting a pocket, in which the component to be cooled lies in the installation position, - wherein the pressing element lies opposite to a jacket of the housing cover at a radial distance in such a way that the pressing element presses the component against the jacket of the housing cover , - wherein the cooling surface for the component is the jacket of the housing, - wherein the wall (33, 36 to 39) is formed by a profiling of the jacket of the intermediate insulating part . - wherein the intermediate insulating part has a hood-shaped carrier consisting of a hard, electrically insulating plastic, to which at least one sealing part made of a soft component is connected in a substance-to-substance and/or a positively locking manner, - wherein the intermediate insulating part comprises a jacket extending across at least part of its circumference, - at the free end of which the sealing part is arranged, - wherein the sealing part seals a gap between the edge of the housing cover and the stator , - wherein the intermediate insulating part is provided with at least one pressing element , with which at least one heat-generating component is pressed against a cooling surface, - the pressing element is part of a wall (33, 36 to 39) delimiting a pocket, in which the component to be cooled lies in the installation position, - wherein the pressing element lies opposite to a jacket of the housing cover at a radial distance in such a way that the pressing element presses the component against the jacket of the housing cover , - wherein the cooling surface for the component is the jacket of the housing, - wherein the wall (33, 36 to 39) is formed by a profiling of the jacket of the intermediate insulating part .
A power supply control device of a component supply device in which a plurality of tape feeders each including a driving device which supplies a taped electronic component to a predetermined position and a control device that controls the driving device are replaceably installed, characterized by the power supply control device being configured to control a consumption current that is supplied from a power supply device to the installed tape feeders in a case where an unloading operation or a loading operation is performed on a tape feeder , the power supply control device further comprising: a total consumption current measuring section that is configured to obtain, based on measurement, a total consumption current (Itot) by adding actual consumption currents which are supplied to the plurality of tape feeders installed in the component supply device ; and an overcurrent protection section that is configured to cause a specific tape feeder of the plurality of tape feeders , which is in an operation state where the driving device operates, to transition to a stop state where the specific tape feeder is shut from the power supply device or a standby state where the operation of the driving device is stopped, in a case of an overcurrent state where the total consumption current (Itot) exceeds an output current capacity (Icap) of the power supply device . a total consumption current measuring section that is configured to obtain, based on measurement, a total consumption current (Itot) by adding actual consumption currents which are supplied to the plurality of tape feeders installed in the component supply device ; and an overcurrent protection section that is configured to cause a specific tape feeder of the plurality of tape feeders , which is in an operation state where the driving device operates, to transition to a stop state where the specific tape feeder is shut from the power supply device or a standby state where the operation of the driving device is stopped, in a case of an overcurrent state where the total consumption current (Itot) exceeds an output current capacity (Icap) of the power supply device .
Device for alternately inserting a first ram or a second ram into a ram feeder , wherein the first ram and the second ram are arranged on a holding plate so as to be displaceable in a first movement direction , wherein the ram feeder is displaceable in a second movement direction , wherein the first movement direction is orthogonal to the second movement direction , characterized in that the ram feeder has a guide sleeve which has a stripping claw receiving slot . the first ram and the second ram are arranged on a holding plate so as to be displaceable in a first movement direction , wherein the ram feeder is displaceable in a second movement direction , wherein the first movement direction is orthogonal to the second movement direction , characterized in that the ram feeder has a guide sleeve which has a stripping claw receiving slot .