mhurhangee/patent-ind-claim-en huggingface dataset:
A hydraulic system including hydraulic fluid, a hydraulic machine for pressuring the hydraulic fluid, a hydraulic circuit for delivering the hydraulic fluid to a hydraulic actuator the hydraulic machine being configured to receive the hydraulic fluid from the hydraulic actuator and a kinetic energy storage device for storing energy in a kinetic form, the kinetic energy storage device being operably coupled to the hydraulic machine, the hydraulic system being configured such that the hydraulic machine is operable to transfer energy from the hydraulic fluid received from the hydraulic actuator to the kinetic energy storage device, characterised in that the hydraulic machine is defined by a first hydraulic pump for pressuring the hydraulic fluid and a second hydraulic pump being configured to receive the hydraulic fluid from the hydraulic actuator, and the kinetic energy storage device is operably coupled to the second hydraulic pump, the system being configured such that the second hydraulic pump is operable to transfer energy from the pressurised hydraulic fluid received from the hydraulic actuator to the kinetic energy storage device, wherein the first hydraulic pump is configured to be mechanically driven by a prime mover , wherein the kinetic energy storage device is a flywheel , wherein the flywheel is operably coupled to the second hydraulic pump via a gear box arranged such that the flywheel rotates faster than the second hydraulic pump. the hydraulic fluid, a hydraulic circuit for delivering the hydraulic fluid to a hydraulic actuator the hydraulic machine being configured to receive the hydraulic fluid from the hydraulic actuator and a kinetic energy storage device for storing energy in a kinetic form, the kinetic energy storage device being operably coupled to the hydraulic machine, the hydraulic system being configured such that the hydraulic machine is operable to transfer energy from the hydraulic fluid received from the hydraulic actuator to the kinetic energy storage device, characterised in that the hydraulic machine is defined by a first hydraulic pump for pressuring the hydraulic fluid and a second hydraulic pump being configured to receive the hydraulic fluid from the hydraulic actuator, and the kinetic energy storage device is operably coupled to the second hydraulic pump, the system being configured such that the second hydraulic pump is operable to transfer energy from the pressurised hydraulic fluid received from the hydraulic actuator to the kinetic energy storage device, wherein the first hydraulic pump is configured to be mechanically driven by a prime mover , wherein the kinetic energy storage device is a flywheel , wherein the flywheel is operably coupled to the second hydraulic pump via a gear box arranged such that the flywheel rotates faster than the second hydraulic pump.
Robot hole punch , comprising - a die having an interaction surface and a through hole opening out therein, - a stamp , movable along a reference axis extending perpendicularly to the interaction surface, with an outer cross-section adapted to the inner cross-section of the through hole , - a drive device in order to move the stamp in a punching movement from an initial position spaced from the die through its through-hole , such that thereby a flat material located between interaction surface of the die and stamp is punched, and - a collecting container provided at the side, facing away from the interaction surface , of the die for waste pieces of the flat material resulting from the punching and pressed through the through hole , wherein in the region of the through-hole is provided a retention device in order to avoid the waste pieces falling out of the collecting container , characterised in - that at least two serration-like cut-outs are provided along the circumference of the through-hole , to which the cross-section of the stamp is adapted by means of corresponding serration-like protrusions , such that the die itself acts as a retention device . - a die having an interaction surface and a through hole opening out therein, - a stamp , movable along a reference axis extending perpendicularly to the interaction surface, with an outer cross-section adapted to the inner cross-section of the through hole , - a drive device in order to move the stamp in a punching movement from an initial position spaced from the die through its through-hole , such that thereby a flat material located between interaction surface of the die and stamp is punched, and - a collecting container provided at the side, facing away from the interaction surface , of the die for waste pieces of the flat material resulting from the punching and pressed through the through hole , wherein in the region of the through-hole is provided a retention device in order to avoid the waste pieces falling out of the collecting container , characterised in - that at least two serration-like cut-outs are provided along the circumference of the through-hole , to which the cross-section of the stamp is adapted by means of corresponding serration-like protrusions , such that the die itself acts as a retention device .
An optoelectronic sensor for detecting objects in a monitoring area , the sensor comprising a laser scanner having a deflection unit that is rotatable about an axis of rotation , having a light transmitter and a light receiver for scanning the monitoring area using at least one scanning beam and having a first distance measurement unit which is configured to determine 3D measurement points of the respective objects on which the scanning beam impinges from received signals of the light receiver using a light time of flight method, a panoramic camera having panoramic optics and an image sensor with a plurality of light-receiving elements for the detection of image points as well as a control and evaluation unit configured to merge the 3D measurement points of the laser scanner and the image points of the panoramic camera , wherein laser scanner and panoramic camera are arranged with a mutual distance (a), and wherein the optical axis of the panoramic camera and the rotation axis coincide . a laser scanner having a deflection unit that is rotatable about an axis of rotation , having a light transmitter and a light receiver for scanning the monitoring area using at least one scanning beam and having a first distance measurement unit which is configured to determine 3D measurement points of the respective objects on which the scanning beam impinges from received signals of the light receiver using a light time of flight method, a panoramic camera having panoramic optics and an image sensor with a plurality of light-receiving elements for the detection of image points as well as a control and evaluation unit configured to merge the 3D measurement points of the laser scanner and the image points of the panoramic camera , wherein laser scanner and panoramic camera are arranged with a mutual distance (a), and wherein the optical axis of the panoramic camera and the rotation axis coincide .
A board-side connector element for a connector system for connecting a PCB to a central computer of a motor vehicle, comprising: - at least one board-side contact element unit , wherein each contact element unit is designed as a hybrid component comprising a plurality of board-side contact elements surrounded in regions by an insulating material ; - a first board-side housing element comprising a first securing element ; - a second board-side housing element comprising a second securing element ; and - a third securing element ; characterized in that the first board-side housing element can be secured to the second board-side housing element by means of the first securing element , the second securing element and the third securing element , which can be brought into engagement with the first securing element and the second securing element . - at least one board-side contact element unit , wherein each contact element unit is designed as a hybrid component comprising a plurality of board-side contact elements surrounded in regions by an insulating material ; - a first board-side housing element comprising a first securing element ; - a second board-side housing element comprising a second securing element ; and - a third securing element ;
A method of fully automatically segmenting an image, the method comprising steps of: extracting region information corresponding to a target object to be segmented from a medical image of the target object generating a first mask MASK 1 based on the extracted region information; generating a morphological patch by performing morphological subdivision on the medical image based on a watershed algorithm; generating a second mask MASK 2 based on the generated morphological patch; and segmenting an image corresponding to the target object from the medical image based on the first mask and the second mask, characterized in that the region information is extracted by thresholding the image, wherein the smallest threshold that separates the target object region from another image region is searched and applied during the thresholding. extracting region information corresponding to a target object to be segmented from a medical image of the target object generating a first mask MASK 1 based on the extracted region information; generating a morphological patch by performing morphological subdivision on the medical image based on a watershed algorithm; generating a second mask MASK 2 based on the generated morphological patch; and segmenting an image corresponding to the target object from the medical image based on the first mask and the second mask, characterized in that the region information is extracted by thresholding the image, wherein the smallest threshold that separates the target object region from another image region is searched and applied during the thresholding.
An electronic apparatus comprising: an input device ; a storage ; and at least one processor , wherein the processor is configured to identify identification information (KC) on a key subjected to a key operation with the input device , determine whether the key operation is a key operation for designating a given function from a menu that includes a plurality of functions ; determine, when the identification information (KC) is identified, whether the key operation satisfies a predetermined condition, wherein the predetermined condition is that the key operation is determined to be a key operation of designating a given function from a menu including a plurality of functions ; and perform control in such a manner that, when the key operation is determined not to satisfy the predetermined condition, store the identified identification information (KC) in the storage , and when the key operation is determined to satisfy the predetermined condition, virtual key information (VC) indicating a function that is designated by the key operation is stored in the storage rather than storing the identified identification information (KC) in the storage . an input device ; a storage ; and at least one processor , wherein the processor is configured to identify identification information (KC) on a key subjected to a key operation with the input device , determine whether the key operation is a key operation for designating a given function from a menu that includes a plurality of functions ; determine, when the identification information (KC) is identified, whether the key operation satisfies a predetermined condition, wherein the predetermined condition is that the key operation is determined to be a key operation of designating a given function from a menu including a plurality of functions ; and perform control in such a manner that, when the key operation is determined not to satisfy the predetermined condition, store the identified identification information (KC) in the storage , and when the key operation is determined to satisfy the predetermined condition, virtual key information (VC) indicating a function that is designated by the key operation is stored in the storage rather than storing the identified identification information (KC) in the storage .
A high-density fine bubble-containing liquid producing method comprising the steps of a) preparing initial liquid containing fine bubbles, wherein fine bubbles are defined as bubbles having diameters of less than 1 μm; b) passing part of said initial liquid through a filtration filter to obtain high-density fine bubble-containing liquid that is a remainder of said initial liquid , wherein most of said fine bubbles do not pass through said filtration filter and substantially only the liquid passes, and wherein a degree of opening of a throttle valve which is provided on a fine bubble-containing liquid discharge passage is adjusted on the basis of measurement result of density of bubbles of said high-density fine bubble-containing liquid to control a flow rate of liquid passing through said filtration filter in said step b) so as to allow the density of fine bubbles in the high-density fine bubble-containing liquid to be controlled to a target density. a) preparing initial liquid containing fine bubbles, wherein fine bubbles are defined as bubbles having diameters of less than 1 μm; b) passing part of said initial liquid through a filtration filter to obtain high-density fine bubble-containing liquid that is a remainder of said initial liquid ,
Use of a multilayer tubular structure (MLT) for transporting fuels, in particular gasoline, comprising, from the inside to the outside, at least one inside barrier layer in PPA and at least one outer layer located above the barrier layer, said outer layer or all of the layers and any other layers located above the barrier layer, containing on average from 0 to 5% by weight of plasticizer relative to the total weight of the composition of the layer , or wherein all the outer layers, located above the barrier layer, comprise on average from 0 to 5% of plasticizer. said outer layer predominantly comprising at least one aliphatic polyamide or a polyamide consisting of more than 75% of aliphatic units, said aliphatic polyamide being selected from: - a polyamide denoted A having an average number of carbon atoms per nitrogen atom denoted C A comprised between 4 and 8.5, advantageously between 4 and 7; - a polyamide denoted B and an average number of carbon atoms per nitrogen atom denoted C B comprised between 7 and 10, advantageously between 7.5 and 9.5, - a polyamide denoted C having an average number of carbon atoms per nitrogen atom denoted Cc comprised between 9 and 18, advantageously between 10 and 18; with the proviso that, when said outer layer comprises at least three polyamides, at least one of said polyamides A, B or C is excluded, in order to satisfy an extractables test, said test consisting of filling said multilayer tubular structure MLT with FAM-B alcohol-based gasoline, and heating the assembly at 60°C for 96 hours, then emptying it by filtering it into a beaker, then allowing the filtrate from the beaker to evaporate at room temperature and finally weighing this residue, the proportion of which must be less than or equal to approximately 6 g/m 2 of internal tube surface. - a polyamide denoted A having an average number of carbon atoms per nitrogen atom denoted C A comprised between 4 and 8.5, advantageously between 4 and 7; - a polyamide denoted B and an average number of carbon atoms per nitrogen atom denoted C B comprised between 7 and 10, advantageously between 7.5 and 9.5, - a polyamide denoted C having an average number of carbon atoms per nitrogen atom denoted Cc comprised between 9 and 18, advantageously between 10 and 18;
A method for managing tilt of an antenna providing network coverage over a coverage area, the method comprising: obtaining an elevation model of the coverage area ; obtaining antenna attenuation to points on the elevation model according to a current antenna tilt angle and a proposed antenna tilt angle , wherein obtaining antenna attenuation to points on the elevation model for the current antenna tilt angle comprises: obtaining a measured received signal power at points on the elevation model by obtaining Subscriber and Equipment Traces as defined in 3GPP specification TS 32.421 from User Equipments located within a threshold distance of points on the elevation model ; and calculating from the measured received signal power the antenna attenuation to the points on the elevation model ; using the obtained attenuations to predict an impact upon network traffic distribution within the coverage area of changing from the reference to the proposed antenna tilt angle ; and approving use of the proposed antenna tilt angle if the predicted impact satisfies an acceptability criterion . obtaining an elevation model of the coverage area ; obtaining antenna attenuation to points on the elevation model according to a current antenna tilt angle and a proposed antenna tilt angle , wherein obtaining antenna attenuation to points on the elevation model for the current antenna tilt angle comprises: obtaining a measured received signal power at points on the elevation model by obtaining Subscriber and Equipment Traces as defined in 3GPP specification TS 32.421 from User Equipments located within a threshold distance of points on the elevation model ; and calculating from the measured received signal power the antenna attenuation to the points on the elevation model ; obtaining a measured received signal power at points on the elevation model by obtaining Subscriber and Equipment Traces as defined in 3GPP specification TS 32.421 from User Equipments located within a threshold distance of points on the elevation model ; and calculating from the measured received signal power the antenna attenuation to the points on the elevation model ; using the obtained attenuations to predict an impact upon network traffic distribution within the coverage area of changing from the reference to the proposed antenna tilt angle ; and approving use of the proposed antenna tilt angle if the predicted impact satisfies an acceptability criterion .
A security system with entropy bits, characterized by comprising: a physically unclonable function (PUF) circuit configured to provide a plurality of entropy bit strings (S1 to S6); a security key generator configured to generate a security key (SK1) by manipulating a manipulation bit string (MS1) derived from the plurality of entropy bit strings (S1 to S6) according to an operation entropy bit string; a deterministic random bit generator (DRBG) configured to generate a random number string with at least one deterministic formula by using the security key (SK1) as a seed of parameters; a protection circuit configured to detect system threats and system attacks; and wherein: each bit of the operation entropy bit string is configured to determine whether to perform a corresponding operation to the manipulation bit string (MS1); the random number string is used by initialization vectors, paddings, numbers used once (nonce) and cryptography applications; the parameters are generated by performing at least one logic computation on the security key (SK1) ; and when a system threat or a system attack is detected, the manipulation bit string (MS1) is derived from the plurality of entropy bit strings (S1 to S6) again or the security key (SK1) is regenerated. a physically unclonable function (PUF) circuit configured to provide a plurality of entropy bit strings (S1 to S6); a security key generator configured to generate a security key (SK1) by manipulating a manipulation bit string (MS1) derived from the plurality of entropy bit strings (S1 to S6) according to an operation entropy bit string; a deterministic random bit generator (DRBG) configured to generate a random number string with at least one deterministic formula by using the security key (SK1) as a seed of parameters; a protection circuit configured to detect system threats and system attacks; and wherein: each bit of the operation entropy bit string is configured to determine whether to perform a corresponding operation to the manipulation bit string (MS1); the random number string is used by initialization vectors, paddings, numbers used once (nonce) and cryptography applications; the parameters are generated by performing at least one logic computation on the security key (SK1) ; and when a system threat or a system attack is detected, the manipulation bit string (MS1) is derived from the plurality of entropy bit strings (S1 to S6) again or the security key (SK1) is regenerated. each bit of the operation entropy bit string is configured to determine whether to perform a corresponding operation to the manipulation bit string (MS1); the random number string is used by initialization vectors, paddings, numbers used once (nonce) and cryptography applications; the parameters are generated by performing at least one logic computation on the security key (SK1) ; and when a system threat or a system attack is detected, the manipulation bit string (MS1) is derived from the plurality of entropy bit strings (S1 to S6) again or the security key (SK1) is regenerated.
A system, comprising: a non-transitory memory; and at least one logic layer processor configured to execute computer code stored in the non-transitory memory that causes the at least one logic layer processor to: receive over a communication network, from a plurality of electronic resources, initial user personal identifiable information (PII) of a user of a plurality of users; wherein user PII comprises a plurality of data elements; classify the plurality of data elements of the initial PII of the user to populate a profile map data structure having a standardized predefined data schema of a plurality of vector elements so as to form a user-specific profile map data structure of the user, comprising at least a plurality of: (i) a demographic user-specific parameter, (ii) a psychographic user-specific parameter, (iii) a behavioral user-specific parameter (iv) a quantitative user-specific parameter, or (v) any combination thereof; iteratively receive over the communication network, from the plurality of electronic resources, additional user personal identifiable information (PII) of the user based at least in part on the user-specific profile map data structure; iteratively classify the additional user PII of the user to update the user-specific profile map data structure of the user; and enable a plurality of user-specific data management software functions based on the user-specific profile map data structure. (i) a demographic user-specific parameter, (ii) a psychographic user-specific parameter, (iii) a behavioral user-specific parameter (iv) a quantitative user-specific parameter, or (v) any combination thereof; iteratively receive over the communication network, from the plurality of electronic resources, additional user personal identifiable information (PII) of the user based at least in part on the user-specific profile map data structure; iteratively classify the additional user PII of the user to update the user-specific profile map data structure of the user; and enable a plurality of user-specific data management software functions based on the user-specific profile map data structure.