mhurhangee/patent-ind-claim-en huggingface dataset:
A non-transitory computer-readable storage medium having stored thereon a computer program for tracking a target and estimating distance, a position, or direction of the target to a vehicle , the computer program comprising a routine of set instructions for causing a machine to perform: receiving a beacon packet from the target ; determining signal strength information for the beacon packet; transmitting a message comprising the signal strength information and the beacon packet for the target ; and estimating based on received message, at least one of distance, position, or direction of the target to the vehicle ; characterized in that the computer program further comprises a routine of set instructions for causing the machine to perform: receiving a requested schedule time from a second target to pick up the vehicle ; receiving sensor output data representative of a location of the second target ; and transmitting a temporary key having a trigger message to the second target . receiving a beacon packet from the target ; determining signal strength information for the beacon packet; transmitting a message comprising the signal strength information and the beacon packet for the target ; and estimating based on received message, at least one of distance, position, or direction of the target to the vehicle ; characterized in that the computer program further comprises a routine of set instructions for causing the machine to perform: receiving a requested schedule time from a second target to pick up the vehicle ; receiving sensor output data representative of a location of the second target ; and transmitting a temporary key having a trigger message to the second target . receiving a requested schedule time from a second target to pick up the vehicle ; receiving sensor output data representative of a location of the second target ; and transmitting a temporary key having a trigger message to the second target .
A stator used in resolvers , in which multiple slots are formed at constant intervals in a circumferential direction, wherein windings of an excitation coil , windings of a first output coil , and windings of a second output coil , respectively, are wound around the slots , wherein the first output coil is obtained by periodically repeating, in a circumferential direction, a first succession of a first, a second, a third, and a fourth slots, the first output coil has, in both the first and in the second slots, a same first winding number and same first winding direction, and the first output coil has, in both the third and the fourth slots, the same first winding number but a second winding direction which is reversed with respect to the first winding direction, the second output coil is obtained by periodically repeating, in a circumferential direction, a second succession of a first, a second, a third, and a fourth slots, the second output coil has, in both the first and the second slots, the same first winding number and the same first winding direction, and the second output coil has, in both the third and the fourth slots, has the same first winding number but the second winding direction which is reversed with respect to the first winding direction, so that the first succession and the second successions have a phase difference of 90°, wherein the excitation coil is wound in a circumferential direction according to a sinusoidal function, wherein the number of windings at each slot changes according to the amplitude of the sinusoidal function and at least three consecutive slots are wound in each winding direction, with a positive value of the sinusoidal function corresponding to the first winding direction; and a negative value of the sinusoidal function corresponding to the second winding direction, with the first winding direction being reversed with respect to the second. a positive value of the sinusoidal function corresponding to the first winding direction; and a negative value of the sinusoidal function corresponding to the second winding direction, with the first winding direction being reversed with respect to the second.
A method, performed by a network node , of selecting a capillary network gateway, CGW, for linking of a machine device, MD, arranged to operate in a capillary network, to a cellular network, the cellular network being arranged to operate according to a radio access technology different from a radio access technology of the capillary network, the capillary network including a plurality of CGWs, each of which CGWs being adapted to forward traffic between the capillary network and a radio base station, RBS, of the cellular network, the method comprising: - for at least two CGWs of the plurality of CGWs, gathering (S51) data related to cells of RBSs having a cellular radio connection to the respective CGW in the capillary network; and - controlling (S52) selection of at least one CGW out of the at least two CGWs based on the gathered data, wherein the step of controlling (S52) selection of the at least one CGW comprises configuring (S52b) in the MD a set of policies and/or rules governing a CGW selection by the MD . - for at least two CGWs of the plurality of CGWs, gathering (S51) data related to cells of RBSs having a cellular radio connection to the respective CGW in the capillary network; and - controlling (S52) selection of at least one CGW out of the at least two CGWs based on the gathered data, wherein the step of controlling (S52) selection of the at least one CGW comprises configuring (S52b) in the MD a set of policies and/or rules governing a CGW selection by the MD .
A portable electrical stimulation device , comprising: a wave generator configured to provide an electrical signal; and a pair of electrodes configured to output a stimulation pulse based on the electrical signal, wherein the wave generator is further configured to generate the electrical signal at one of a plurality of levels, each of the plurality of levels defined by at least a frequency, a peak voltage, and a peak current, and characterized in that for each of the levels: the frequency is in a range of about 50 Hz - about 500 Hz, the peak voltage is in a range of about 40 V - about 250 V, the peak current is in a range of about 25 mA - about 150 mA, and the frequency and the peak voltage have an inverse relationship in which the peak voltage generally increases as the frequency decreases and the peak voltage generally decreases as the frequency increases. a wave generator configured to provide an electrical signal; and a pair of electrodes configured to output a stimulation pulse based on the electrical signal, wherein the wave generator is further configured to generate the electrical signal at one of a plurality of levels, each of the plurality of levels defined by at least a frequency, a peak voltage, and a peak current, and characterized in that for each of the levels: the frequency is in a range of about 50 Hz - about 500 Hz, the peak voltage is in a range of about 40 V - about 250 V, the peak current is in a range of about 25 mA - about 150 mA, and the frequency and the peak voltage have an inverse relationship in which the peak voltage generally increases as the frequency decreases and the peak voltage generally decreases as the frequency increases. the frequency is in a range of about 50 Hz - about 500 Hz, the peak voltage is in a range of about 40 V - about 250 V, the peak current is in a range of about 25 mA - about 150 mA, and the frequency and the peak voltage have an inverse relationship in which the peak voltage generally increases as the frequency decreases and the peak voltage generally decreases as the frequency increases.
A method of making a compound of formula (I) or pharmaceutically acceptable salt thereof, comprising the steps of: reacting a compound of formula (A-I) with a borylating agent to form an organoboron intermediate; converting the organoboron intermediate to a compound of Formula (A-III) and hydrolyzing the compound of Formula (A-III) to form the compound of Formula (I), wherein: R 1 is a carboxylic acid protecting group, optionally wherein R 1 is C 1-6 alkyl, for example wherein R 1 is ethyl; further optionally: (i) wherein the organoboron intermediate has a structure of formula (A-II) wherein R a is OH or optionally substituted -O-C 1-6 alkyl, or (ii) wherein the organoboron intermediate is combined with one or more chiral auxiliaries to form a chiral complex having a structure of formula (A-II') wherein R c and R d with any intervening atoms form an optionally substituted 4-7 membered heterocyclyl ring. reacting a compound of formula (A-I) with a borylating agent to form an organoboron intermediate; converting the organoboron intermediate to a compound of Formula (A-III) and hydrolyzing the compound of Formula (A-III) to form the compound of Formula (I), wherein: R 1 is a carboxylic acid protecting group, optionally wherein R 1 is C 1-6 alkyl, for example wherein R 1 is ethyl; (i) wherein the organoboron intermediate has a structure of formula (A-II) wherein R a is OH or optionally substituted -O-C 1-6 alkyl, or (ii) wherein the organoboron intermediate is combined with one or more chiral auxiliaries to form a chiral complex having a structure of formula (A-II') wherein R c and R d with any intervening atoms form an optionally substituted 4-7 membered heterocyclyl ring.
Computer-implemented method for detail propagation in a computer-aided design model, comprising the steps of: - obtaining via user selection in a reference computer-aided design model a detail and a reference base set comprising N reference base solids , with N ≥ 1, the detail comprising at least one geometric property being a position and zero, one or more detail objects , a detail object being a detail solid or a detail block reference; - automatically computing in the reference computer-aided design model a detail volume to be replicated, the detail volume encompassing the detail, the detail volume comprising a surface and for each reference base solid a reference intersection curve of the surface of the detail volume and the reference base solid; - automatically searching in a target computer-aided design model for a candidate base set comprising N candidate base solids comprising properties compatible with the reference base solids of the reference base set; - automatically mapping the detail volume onto the candidate base set via a transformation; - automatically validating the mapping of the detail volume by verifying whether the intersection curves of the mapped detail volume with the candidate base solids match the transformed reference intersection curves on the surface of the mapped detail volume; - replicating, or suggesting via rendering output on a visualization means to a user the replication of, the detail volume to replace the corresponding volume at the candidate base set according to the validated mapping. - obtaining via user selection in a reference computer-aided design model a detail and a reference base set comprising N reference base solids , with N ≥ 1, the detail comprising at least one geometric property being a position and zero, one or more detail objects , a detail object being a detail solid or a detail block reference; - automatically computing in the reference computer-aided design model a detail volume to be replicated, the detail volume encompassing the detail, the detail volume comprising a surface and for each reference base solid a reference intersection curve of the surface of the detail volume and the reference base solid; - automatically searching in a target computer-aided design model for a candidate base set comprising N candidate base solids comprising properties compatible with the reference base solids of the reference base set; - automatically mapping the detail volume onto the candidate base set via a transformation; - automatically validating the mapping of the detail volume by verifying whether the intersection curves of the mapped detail volume with the candidate base solids match the transformed reference intersection curves on the surface of the mapped detail volume; - replicating, or suggesting via rendering output on a visualization means to a user the replication of, the detail volume to replace the corresponding volume at the candidate base set according to the validated mapping.
An electrode boiler featuring variable and controlled output for producing hot water for the purpose of heating closed areas, comprising: an area sensor ; a water sensor ; an electronic processing unit coupled to the area and water sensors ; a power unit controlled by the electronic processing unit; a priority controller connected to the power unit and connectable to a panel-board; a cylindrical metal rod ; a metal neutral spacer coupled to the cylindrical metal rod ; a plastic core container around the cylindrical metal rod and spaced apart from the cylindrical metal rod with the metal neutral spacer ; curved metal plates arranged inside the plastic core, each metal plate connected to the power unit with electrodes ; and screws connecting and sealing the electrodes ; wherein the cylindrical metal rod is connected to the power unit to heat liquid flowing inside the plastic core by generating heat when alternating current flows intermittently via electrical impulses generated by the power unit and determined by the electronic processing unit ; and the priority controller is configured to distribute power from the power unit to the boiler and to other appliances connected to the panel board based on consumption information of the other appliances. an area sensor ; a water sensor ; an electronic processing unit coupled to the area and water sensors ; a power unit controlled by the electronic processing unit; a priority controller connected to the power unit and connectable to a panel-board; a cylindrical metal rod ; a metal neutral spacer coupled to the cylindrical metal rod ; a plastic core container around the cylindrical metal rod and spaced apart from the cylindrical metal rod with the metal neutral spacer ; curved metal plates arranged inside the plastic core, each metal plate connected to the power unit with electrodes ; and screws connecting and sealing the electrodes ; wherein the cylindrical metal rod is connected to the power unit to heat liquid flowing inside the plastic core by generating heat when alternating current flows intermittently via electrical impulses generated by the power unit and determined by the electronic processing unit ; and the priority controller is configured to distribute power from the power unit to the boiler and to other appliances connected to the panel board based on consumption information of the other appliances.
Method for controlling a drive system for at least one axle of a motor vehicle , wherein the drive system has at least an electrical machine as drive unit , a drive shaft which is driven by the drive unit , a first output shaft and a second output shaft and also a first clutch which connects the drive shaft to the first output shaft and a second clutch which connects the drive shaft to the second output shaft , and furthermore a control unit for controlling the drive unit and the clutches , wherein the method comprises at least the following steps: a) ascertaining a first torque which can be transmitted as a maximum to the first output shaft via the first clutch and ascertaining a second torque which can be transmitted as a maximum to the second output shaft via the second clutch ; b) limiting a drive torque , which can be provided by the drive unit for driving the first output shaft and the second output shaft , depending on a sum of the first torque and the second torque ; wherein the drive torque which is provided by the drive unit corresponds at most to the sum of the first torque and the second torque ; wherein in an operating point, in which the drive torque which is provided by the drive unit is greater than sum of the first torque and the second torque , the drive shaft accelerates more rapidly than the output shafts , so that a slip is created on at least one clutch , which leads to high frictional power in at least one clutch . a) ascertaining a first torque which can be transmitted as a maximum to the first output shaft via the first clutch and ascertaining a second torque which can be transmitted as a maximum to the second output shaft via the second clutch ; b) limiting a drive torque , which can be provided by the drive unit for driving the first output shaft and the second output shaft , depending on a sum of the first torque and the second torque ; wherein the drive torque which is provided by the drive unit corresponds at most to the sum of the first torque and the second torque ; wherein in an operating point, in which the drive torque which is provided by the drive unit is greater than sum of the first torque and the second torque , the drive shaft accelerates more rapidly than the output shafts , so that a slip is created on at least one clutch , which leads to high frictional power in at least one clutch .
An internal combustion engine system, comprising: an internal combustion engine , a first turbine unit receiving exhaust gases from the internal combustion engine , said turbine unit having a compressor for compressing intake air and feeding said intake air by means of an air intake line to said internal combustion engine , an exhaust gas recirculation line connecting said air intake line with an exhaust gas line of the internal combustion engine at a position upstream the first turbine unit , and a bypass line connecting the exhaust gas recirculation line to the exhaust gas line at a position downstream of the turbine unit , at least one valve provided in said exhaust gas recirculation line for controlling the amount of recirculated exhaust gas, wherein said bypass line is connected to the exhaust gas recirculation line at a position located downstream said at least one valve , characterized in that said bypass line having means configured to control the exhaust gas flow from the exhaust gas recirculation line to the exhaust gas line in order to maintain a sufficiently high temperature of the exhaust gas upstream an aftertreatment system of the engine . an internal combustion engine , a first turbine unit receiving exhaust gases from the internal combustion engine , said turbine unit having a compressor for compressing intake air and feeding said intake air by means of an air intake line to said internal combustion engine , an exhaust gas recirculation line connecting said air intake line with an exhaust gas line of the internal combustion engine at a position upstream the first turbine unit , and a bypass line connecting the exhaust gas recirculation line to the exhaust gas line at a position downstream of the turbine unit , at least one valve provided in said exhaust gas recirculation line for controlling the amount of recirculated exhaust gas, wherein said bypass line is connected to the exhaust gas recirculation line at a position located downstream said at least one valve , characterized in that said bypass line having means configured to control the exhaust gas flow from the exhaust gas recirculation line to the exhaust gas line in order to maintain a sufficiently high temperature of the exhaust gas upstream an aftertreatment system of the engine .
A high-modulus glass fiber composition, wherein, comprising the following components expressed as weight percentage: SiO 2 55.7-58.9% Al 2 O 3 15-19.9% Y 2 O 3 0.1-4.3% La 2 O 3 less than or equal to 1.5% CeO 2 less than or equal to 1.2% CaO 6-10% MgO 9.05-9.95% SrO less than or equal to 2% Li 2 O+Na 2 O+K 2 O less than or equal to 0.99% Li 2 O less than or equal to 0.65% Fe 2 O 3 less than 1% TiO 2 0.1-1.5% wherein, the range of the weight percentage ratio C1=Y 2 O 3 /(Y 2 O 3 +La 2 O 3 +CeO 2 ) is greater than 0.6.
A composite material shaping device comprising: a first roller , a second roller , and a third roller that apply pressures on a laminated body of prepregs, from different directions, the prepregs being laminated in a bar shape; and characterized by an angle adjusting structure (10; 10A) that can continuously or intermittently change angles of axes (AX2, AX3) of the second roller and the third roller , wherein the angle adjusting structure (10; 10A) includes a robot arm or a link mechanism including links which are adapted to extend and contract. a first roller , a second roller , and a third roller that apply pressures on a laminated body of prepregs, from different directions, the prepregs being laminated in a bar shape; and characterized by an angle adjusting structure (10; 10A) that can continuously or intermittently change angles of axes (AX2, AX3) of the second roller and the third roller , wherein the angle adjusting structure (10; 10A) includes a robot arm or a link mechanism including links which are adapted to extend and contract.
Apparatus for cryptographically securing a communication device for an industrial automation system, wherein the apparatus comprises - a first Ethernet plug-in connection element for connecting to a communication network, within which it is possible for messages to be transmitted in a cryptographically secured manner, - a second Ethernet plug-in connection element for connecting to the communication device and - a cryptography module , which is configured for storing cryptographic keys and/or certificates assigned to the communication device and/or users of the communication device, for encrypting messages sent by the communication device and for decrypting messages sent to the communication device, - wherein the cryptography module comprises a processor, which is configured for encrypting and decrypting messages, and functions of the cryptography module can be controlled by an engineering tool via an encrypted connection and/or via a dedicated configuration interface of the apparatus , - wherein there is provision on the second Ethernet plug-in connection element for a safety sensor for monitoring a disconnection of the connection to the communication device, which safety sensor is configured to trigger a blocking of the cryptographic keys and/or certificates and/or of the cryptography module when the connection to the communication device is disconnected, - wherein the safety sensor for monitoring the disconnection of the connection between the apparatus and the communication device can be activated and/or deactivated by the engineering tool via the encrypted connection and/or via the dedicated configuration interface . - a first Ethernet plug-in connection element for connecting to a communication network, within which it is possible for messages to be transmitted in a cryptographically secured manner, - a second Ethernet plug-in connection element for connecting to the communication device and - a cryptography module , which is configured for storing cryptographic keys and/or certificates assigned to the communication device and/or users of the communication device, for encrypting messages sent by the communication device and for decrypting messages sent to the communication device, - wherein the cryptography module comprises a processor, which is configured for encrypting and decrypting messages, and functions of the cryptography module can be controlled by an engineering tool via an encrypted connection and/or via a dedicated configuration interface of the apparatus , - wherein there is provision on the second Ethernet plug-in connection element for a safety sensor for monitoring a disconnection of the connection to the communication device, which safety sensor is configured to trigger a blocking of the cryptographic keys and/or certificates and/or of the cryptography module when the connection to the communication device is disconnected, - wherein the safety sensor for monitoring the disconnection of the connection between the apparatus and the communication device can be activated and/or deactivated by the engineering tool via the encrypted connection and/or via the dedicated configuration interface .