mhurhangee/patent-ind-claim-en huggingface dataset:
Method for generating control signals for assisting occupants of a vehicle, in which a context of the vehicle is determined, a rule of a rule-based data system is selected on the basis of the determined context, wherein the rule-based data system comprises a multiplicity of rules, wherein each rule has a condition part and a result part, wherein the condition part comprises conditions for the context of the vehicle, a confidence value assigned to the selected rule is determined, wherein the confidence value indicates the probability with which the rule result of the rule corresponds to the preference of the user , a rule result of the selected rule is generated, a control signal is generated and output on the basis of the generated rule result, wherein the control signal automates a vehicle function with a degree of automation, wherein the degree of automation depends on the confidence value of the selected rule, characterized in that a status value for a status is assigned to a rule of the rule-based data system , wherein the status value indicates how the confidence value of this rule should be interpreted for this rule, wherein the status comprises at least a first, a second and a third status value, wherein the assigned rule is automatically applied for the first status value, the assigned rule is not automatically applied for the second status value and the assigned rule is applied on the basis of the confidence value of the assigned rule for the third status value. a context of the vehicle is determined, a rule of a rule-based data system is selected on the basis of the determined context, wherein the rule-based data system comprises a multiplicity of rules, wherein each rule has a condition part and a result part, wherein the condition part comprises conditions for the context of the vehicle, a confidence value assigned to the selected rule is determined, wherein the confidence value indicates the probability with which the rule result of the rule corresponds to the preference of the user , a rule result of the selected rule is generated, a control signal is generated and output on the basis of the generated rule result, wherein the control signal automates a vehicle function with a degree of automation, wherein the degree of automation depends on the confidence value of the selected rule, a status value for a status is assigned to a rule of the rule-based data system , wherein the status value indicates how the confidence value of this rule should be interpreted for this rule, wherein the status comprises at least a first, a second and a third status value, wherein the assigned rule is automatically applied for the first status value, the assigned rule is not automatically applied for the second status value and the assigned rule is applied on the basis of the confidence value of the assigned rule for the third status value.
A method for assisting a User Equipment, UE, to implement an Uplink UL, channel access in a base station of an eLAA-based communication system, comprising: determining a listen-before-talk, LBT, priority for the UE; and transmitting a first signaling indicating the determined LBT priority to the UE , wherein determining a LBT priority for the UE further comprises: determining a set of UL channel access parameters according to predetermined factors; and determining the LBT priority based on the set of UL channel access parameters , wherein the predetermined factors at least comprise one or more of: number of UEs scheduled in the UL transmission burst; traffic types and interference situations of the scheduled UEs; and eLAA TDD configuration information.
Counterweight device for use in a saber saw , comprising a drive , a reciprocating bar and at least one first articulated rod , the counterweight device being reversibly movable into a first pendulum movement and a second pendulum movement by means of the drive , the first pendulum movement of the counterweight device extending substantially counter to a first pendulum movement of the articulated rod and the second pendulum movement of the counterweight device extending substantially counter to a second pendulum movement of the articulated rod , characterized in that the counterweight device comprises at least one first counterweight element and a second counterweight element, the counterweight device and the articulated rod each being connected to the drive by means of a slotted guide system .
A hybrid speaker comprising a tweeter (T) and a dynamic woofer (W), wherein the tweeter (T) has upper and lower coils arranged opposite to each other, a high-tone vibration plate formed with a center hole at its center and located between the upper and lower coils and one or more permanent magnets arranged outside the upper and lower coils , and wherein the woofer (W) is coaxially coupled to a lower side of the tweeter (T) so as to let low tone sound generated from a low tone vibration plate of the woofer (W) pass through the hole of the high tone vibration plate of the tweeter (T) wherein the high tone vibration plate has a plurality of vibration wings , each of which is formed by cutting an inner periphery of the hole of the high tone vibration plate in a radial direction. wherein the tweeter (T) has upper and lower coils arranged opposite to each other, a high-tone vibration plate formed with a center hole at its center and located between the upper and lower coils and one or more permanent magnets arranged outside the upper and lower coils , and wherein the woofer (W) is coaxially coupled to a lower side of the tweeter (T) so as to let low tone sound generated from a low tone vibration plate of the woofer (W) pass through the hole of the high tone vibration plate of the tweeter (T) wherein the high tone vibration plate has a plurality of vibration wings , each of which is formed by cutting an inner periphery of the hole of the high tone vibration plate in a radial direction.
Piloted electromagnetic brake for controlling the tension of the weft threads in weaving machines, in particular of a weft thread which has a high number of knots, comprising a pair of opposite elastic thin plates between which the weft thread runs, a first thin plate, or operated thin plate (A), being adjusted in position by an electromagnetically controlled operating piston (P), and a second thin plate, or resisting thin plate (R), being resistant in reply to elastic contrast means, in order to control the intensity of the contrast force between said pair of thin plates, characterized in that at least one of said resisting thin plate (R) and said operated thin plate (A) has a fulcrum point in correspondence of a central portion thereof, so as to be able to freely oscillate in a plane containing the weft thread, during the passage of a weft thread knot between said resisting thin plate (R) and said operated thin plate (A).
Irrigator comprising a pear-shaped bulb for the liquid with elastic walls comprising on its tapered end a tip connected by a through-channel to a jet nozzle , wherein an aerator is comprised in the bulb constituting a tubular element with open butts (71 and 72) and a perforated area in the side surface of the element formed by at least one orifice, and the size of said perforated area constitutes 0.05 to 0.6 times of a cross-sectional area of a lumen of the tubular element , and one end of the tubular element from the side of the open butt being leak-proof fixed in the through-channel of the tip in the manner that its butt is open towards inside of the jet nozzle , the other end of the tubular element being installed loosely in the cavity of the bulb with a gap with respect to the bulb bottom , and the perforated area in the tubular element side wall being located inside the bulb cavity adjacent to the tip tapered end.
Use of at least one compound selected from the group consisting of compounds represented by Formulae 1a, 1b, 1d, 1e and 1f below as an additive for a non-aqueous electrolyte solution in a lithium secondary battery:
A method for installation of a power control module in a tower for a wind turbine including - providing a power control module , - providing a tower section , characterized by the steps of a) providing a temporary support device , b) placing the power control module on the temporary support device , c) placing the tower section around the power control module , d) connecting the power control module to the tower section , and e) removing the connected power control module and tower section from the temporary support device , which steps are carried out in the mentioned sequence. - providing a power control module , - providing a tower section , characterized by the steps of a) providing a temporary support device , b) placing the power control module on the temporary support device , c) placing the tower section around the power control module , d) connecting the power control module to the tower section , and e) removing the connected power control module and tower section from the temporary support device , which steps are carried out in the mentioned sequence. a) providing a temporary support device , b) placing the power control module on the temporary support device , c) placing the tower section around the power control module , d) connecting the power control module to the tower section , and e) removing the connected power control module and tower section from the temporary support device ,
A computer-implemented method for identifying an optimal set of parameters for medical image acquisition, the method comprising: specifying a plurality of available parameters for acquiring an image using a medical image scanner, wherein the plurality of available parameters comprise clinical protocol parameters, contrast medium parameters, and/or scanner parameters; determining a set of actions, each action specifying a modification of values corresponding to the plurality of available parameters; determining at least one target state using a simulation of the medical image scanner; establishing a reward system based on each action of the set of actions and based on the at least one target state; learning, by an artificial agent, an optimal action-value function approximator specifying behavior of the artificial agent to maximize a cumulative future reward value of the reward system, wherein the behavior of the artificial agent is a sequence of actions moving the artificial agent through a state space towards the at least one target state; and using the artificial agent to automatically determine a set of optimal target parameter values based on a set of input target parameters. specifying a plurality of available parameters for acquiring an image using a medical image scanner, wherein the plurality of available parameters comprise clinical protocol parameters, contrast medium parameters, and/or scanner parameters; determining a set of actions, each action specifying a modification of values corresponding to the plurality of available parameters; determining at least one target state using a simulation of the medical image scanner; establishing a reward system based on each action of the set of actions and based on the at least one target state; learning, by an artificial agent, an optimal action-value function approximator specifying behavior of the artificial agent to maximize a cumulative future reward value of the reward system, wherein the behavior of the artificial agent is a sequence of actions moving the artificial agent through a state space towards the at least one target state; and using the artificial agent to automatically determine a set of optimal target parameter values based on a set of input target parameters.
Aroyl-2H-imidazol-2-on or a pharmaceutically acceptable salt thereof for use in the treatment of atopic and immune-related disorders by modulating the immune system involved in atopic and immune-related disorders of the treated subject, preferably wherein said aroyl-2H-imidazol-2-on is enoximone, wherein said aroyl-2H-imidazol-2-on is administrated no more often than six, five, four, three, or two times per week, or more preferably no more often than weekly or less often than once per week or each two weeks or each three weeks or monthly or even less frequently, wherein said aroyl-2H-imidazol-2-on is not injected via a bolus injection, wherein said aroyl-2H-imidazol-2-on is administered at less than 10 mg per day, and wherein said disorder is asthma or COPD. wherein said aroyl-2H-imidazol-2-on is not injected via a bolus injection, wherein said aroyl-2H-imidazol-2-on is administered at less than 10 mg per day, and wherein said disorder is asthma or COPD.
An apparatus for thermal treatments of metals, particularly for hardening and tempering steel, comprising a reheating furnace and means for moving the material subjected to thermal treatment, characterized in that said means for moving the material subjected to thermal treatment comprise: - a carriage provided with first supporting elements that define a substantially horizontal resting surface for the material subjected to thermal treatment; said carriage being movable for insertion in said reheating furnace and for extraction from said reheating furnace of the material subjected to thermal treatment; and - second supporting elements , which can be inserted in said reheating furnace below said resting surface and are adapted to support the material subjected to thermal treatment as a replacement of said first supporting elements ; said second supporting elements being movable in order to perform the transition of the material subjected to thermal treatment from said reheating furnace to a tank that contains a cooling liquid and vice versa, said tank being arranged below said furnace , said first supporting elements being mutually spaced along a first substantially horizontal direction , said second supporting elements being also mutually spaced along said first direction and being movable along a second direction , which is substantially horizontal and perpendicular to said first direction , in order to enter the space between said first supporting elements , said movement means comprising means for lifting-lowering said second supporting elements along a vertical direction in order to disengage the treated material from said first supporting elements . - a carriage provided with first supporting elements that define a substantially horizontal resting surface for the material subjected to thermal treatment; said carriage being movable for insertion in said reheating furnace and for extraction from said reheating furnace of the material subjected to thermal treatment; and - second supporting elements , which can be inserted in said reheating furnace below said resting surface and are adapted to support the material subjected to thermal treatment as a replacement of said first supporting elements ; said second supporting elements being movable in order to perform the transition of the material subjected to thermal treatment from said reheating furnace to a tank that contains a cooling liquid and vice versa, said tank being arranged below said furnace , said first supporting elements being mutually spaced along a first substantially horizontal direction , said second supporting elements being also mutually spaced along said first direction and being movable along a second direction , which is substantially horizontal and perpendicular to said first direction , in order to enter the space between said first supporting elements , said movement means comprising means for lifting-lowering said second supporting elements along a vertical direction in order to disengage the treated material from said first supporting elements .
A flat panel display having a matrix-type array of sub-pixels, each of which comprises a driving thin film transistor , a first electrode driven by the driving thin film transistor , and a second electrode driving a light emission unit together with the first electrode , wherein each driving thin film transistor comprises a semiconductor channel formed in a semiconductor layer , wherein said semiconductor layer comprises a plurality of heterogeneous straight stripes (M) generally parallel to each other, wherein the conductivity of said heterogeneous straight stripes (M) is different from the conductivity of the area of the semiconductor layer between said heterogeneous straight stripes (M), the heterogeneous straight stripes (M) defining columns, characterized in that the semiconductor channels are positioned between the heterogeneous straight stripes (M) so that no semiconductor channels have heterogeneous straight stripes (M).
A method of predicting a traffic behaviour in a road system, comprising the following steps carried out by at least one processor connected to a database , which contains a set of traffic profiles , each traffic profile representing a traffic measure of vehicles in the road system recorded over time (t) as a sampled or smooth curve, one or more pre-defined tags (T) associated with a time of recording of the respective traffic profile being attributed to said traffic profile : clustering the traffic profiles with their tags (T) into at least one cluster (CL i ) as to similarity by using computed distance metrics between the curves of the traffic profiles , each cluster (CL i ) comprising multiple traffic profiles that are similar to each other in their curves; for at least one tag (T) in each cluster (CL i ), calculating a significance value (SV) by means of a statistical analysis; if the significance value (SV) of a tag (T) is higher than a threshold value (TH), assigning this tag (T) as a characteristic vector (CV j ) to this cluster (CL i ); in a prediction engine, receiving a request (Req) having one or more request tags (RT) to determine a matching cluster (CL i ) ; determining a cluster (CL i ) by means of matching the request tag/s (RT) to the characteristic vectors (CV j ) of the clusters (CL i ); and outputting a predicted traffic behaviour (PTB) based on the determined cluster (CL i ). clustering the traffic profiles with their tags (T) into at least one cluster (CL i ) as to similarity by using computed distance metrics between the curves of the traffic profiles , each cluster (CL i ) comprising multiple traffic profiles that are similar to each other in their curves; for at least one tag (T) in each cluster (CL i ), calculating a significance value (SV) by means of a statistical analysis; if the significance value (SV) of a tag (T) is higher than a threshold value (TH), assigning this tag (T) as a characteristic vector (CV j ) to this cluster (CL i ); in a prediction engine, receiving a request (Req) having one or more request tags (RT) to determine a matching cluster (CL i ) ; determining a cluster (CL i ) by means of matching the request tag/s (RT) to the characteristic vectors (CV j ) of the clusters (CL i ); and outputting a predicted traffic behaviour (PTB) based on the determined cluster (CL i ).
A magnetic separator for separating a target substance from a medium in which the target substance is suspended, the medium being contained in at least one container , the magnetic separator apparatus comprising: a frame having a first opening configured to receive the at the least one container, a first vertical sidewall , a second vertical sidewall , a bottom wall extending between the first vertical sidewall and the second vertical sidewall, and at least one beam extending between the first vertical sidewall and the second vertical sidewall; and a first magnetic field generating element mounted on said first vertical sidewall and a second magnetic field generating element mounted on said second vertical sidewall, the first magnetic field generating element and the second magnetic field generating element being mounted on opposing sides of the frame at a distance from each other such that the at least one container is positionable between the first and second magnetic field generating elements. a frame having a first opening configured to receive the at the least one container, a first vertical sidewall , a second vertical sidewall , a bottom wall extending between the first vertical sidewall and the second vertical sidewall, and at least one beam extending between the first vertical sidewall and the second vertical sidewall; and a first magnetic field generating element mounted on said first vertical sidewall and a second magnetic field generating element mounted on said second vertical sidewall, the first magnetic field generating element and the second magnetic field generating element being mounted on opposing sides of the frame at a distance from each other such that the at least one container is positionable between the first and second magnetic field generating elements.
A ballast water treatment device, comprising: a filtering unit filtering ballast water introduced into a ship using a filter ; a vortex generating unit generating an artificial vortex in the ballast water filtered by the filtering unit ; and an ultraviolet treatment unit having an ultraviolet lamp , which sterilizes the ballast water discharged from the vortex generating unit using ultraviolet rays, and a protective screen generating a vortex in ballast water, and removing foreign substances from the ballast water, thus protecting the ultraviolet treatment unit , wherein the protective screen is provided on a front end of the ultraviolet treatment unit , whereby the ballast water is uniformly mixed by the vortex generated by the vortex generating unit , so that a sterilization effect is enhanced, and a distance between the filtering unit and the ultraviolet treatment unit is reduced, so that compactness of the ballast water treatment device is realized. a filtering unit filtering ballast water introduced into a ship using a filter ; a vortex generating unit generating an artificial vortex in the ballast water filtered by the filtering unit ; and an ultraviolet treatment unit having an ultraviolet lamp , which sterilizes the ballast water discharged from the vortex generating unit using ultraviolet rays, and a protective screen generating a vortex in ballast water, and removing foreign substances from the ballast water, thus protecting the ultraviolet treatment unit , wherein the protective screen is provided on a front end of the ultraviolet treatment unit , whereby the ballast water is uniformly mixed by the vortex generated by the vortex generating unit , so that a sterilization effect is enhanced, and a distance between the filtering unit and the ultraviolet treatment unit is reduced, so that compactness of the ballast water treatment device is realized.