mhurhangee/patent-ind-claim-en huggingface dataset:
A lawn mower robot, comprising: an outer cover ; an inner body accommodated into the outer cover to mount a plurality of wheels for traveling on both sides thereof; a plurality of wheel drive motors mounted on both sides of the inner body , respectively, to drive the plurality of wheels , respectively; a rotating plate rotatably mounted on a bottom surface of the inner body ; a plurality of blades rotatably mounted on the rotating plate to mow the grass; a blade drive motor mounted inside the inner body to rotate a plurality of blades together with the rotating plate ; a battery mounted inside the inner body to supply power to the wheel drive motors and the blade drive motor ; a battery receiving portion extended upward in a protruding manner from a bottom surface of the inner body toward an inner space of the inner body to accommodate the battery therein at the bottom surface of the inner body ; and a battery cover mounted to cover a lower portion of the battery receiving portion , wherein a plurality of first fastening portions are protruded from a lower edge of the battery , and a plurality of second fastening portions are protruded from a bottom surface of the battery receiving portion , and the plurality of first fastening portions and the plurality of second fastening portions are arranged to face each other in a vertical direction, and fastened to each other by fastening members. an outer cover ; an inner body accommodated into the outer cover to mount a plurality of wheels for traveling on both sides thereof; a plurality of wheel drive motors mounted on both sides of the inner body , respectively, to drive the plurality of wheels , respectively; a rotating plate rotatably mounted on a bottom surface of the inner body ; a plurality of blades rotatably mounted on the rotating plate to mow the grass; a blade drive motor mounted inside the inner body to rotate a plurality of blades together with the rotating plate ; a battery mounted inside the inner body to supply power to the wheel drive motors and the blade drive motor ; a battery receiving portion extended upward in a protruding manner from a bottom surface of the inner body toward an inner space of the inner body to accommodate the battery therein at the bottom surface of the inner body ; and a battery cover mounted to cover a lower portion of the battery receiving portion , wherein a plurality of first fastening portions are protruded from a lower edge of the battery , and a plurality of second fastening portions are protruded from a bottom surface of the battery receiving portion , and the plurality of first fastening portions and the plurality of second fastening portions are arranged to face each other in a vertical direction, and fastened to each other by fastening members.
A communications terminal for communicating data packets to or from a mobile communications network via a radio access interface, the mobile communications network comprising a radio network part and a core network part, wherein the communications terminal is configured, when in an idle state, to communicate a short message data packet to the radio network part as a signalling message using predetermined parameters for configuring at least a physical layer of a transmitter of the communications terminal, the short message data packet including an indication of context information for use by the mobile communications network for communicating the short message data packet to a mobility manager of the mobile communications network.
A method for detecting a stray electric arc in a photovoltaic installation including at least one photovoltaic module and an electromechanical unit liable to generate a non-stray electric arc of a duration less than or equal to a given arc-quenching duration (X), upon opening of contacts of said unit , characterized in that it comprises the following steps: - Detecting (E0) the appearance of an electric arc in the photovoltaic installation ; - Triggering (E1) a timer starting from an instant (T0) of appearance of the electric arc; - After expiry of the arc-quenching duration (X) starting from the instant (T0) of appearance of the arc, measuring (E3) at least one of the electrical values from the group including a voltage (V m ) of said at least one photovoltaic module and a current (I) produced by the installation ; - A comparison test (E4; E5) in order to determine whether the measured electrical value is equal to an open circuit voltage (Voc) of the photovoltaic module or to a zero current; - If the test is negative, identifying a stray electric arc. - Detecting (E0) the appearance of an electric arc in the photovoltaic installation ; - Triggering (E1) a timer starting from an instant (T0) of appearance of the electric arc; - After expiry of the arc-quenching duration (X) starting from the instant (T0) of appearance of the arc, measuring (E3) at least one of the electrical values from the group including a voltage (V m ) of said at least one photovoltaic module and a current (I) produced by the installation ; - A comparison test (E4; E5) in order to determine whether the measured electrical value is equal to an open circuit voltage (Voc) of the photovoltaic module or to a zero current; - If the test is negative, identifying a stray electric arc.
Cast blank made from a light metal alloy for producing a housing of a hydraulic assembly , having at least one receiving cavity which is provided for receiving a connector piece which is connected to a fluid container and which can be plugged along a plug-in axis (S) into the receiving cavity , characterized in that the cast blank has, in the receiving cavity , at least one substantially planar surface which extends from a base into a lateral surface of the receiving cavity and the normal vector (N) of which is oriented at an oblique inclination angle (W) with respect to the plug-in axis (S).
A fat composition comprising a triglyceride composition, wherein said triglyceride composition comprises with respect to the total weight of the triglyceride composition: a) less than 50 percent by weight [wt %, herein after] of UUU-triglycerides [U3, herein after], b) SU2-triglycerides [SU2, herein after] and S2U-triglycerides [S2U, herein after] wherein the sum of the amounts of SU2 and S2U is at least 50 wt %, c) SSU-triglycerides [SSU, herein after] and SUS-triglycerides [SUS, herein after] wherein the weight ratio of SSU/SUS is more than 1.0, d) and wherein the weight ratio of SU2/U3 is from 0.6 to 1.3, e) less than 8 wt % of SSS-triglycerides [S3, herein after], f) and wherein the weight ratio of S3/ S2U is less than 0.20, and wherein the fat composition comprises with respect to the total weight of the fat composition: g) less than 47 wt % of saturated fatty acid residues having from 6 to 24 carbon atoms (SAFA), h) less than 10 wt % of C12:0 fatty acid residues, wherein U represents an unsaturated fatty acid residue having from 16 to 24 carbon atoms and S represents a saturated fatty acid residue having from 6 to 24 carbon atoms. a) less than 50 percent by weight [wt %, herein after] of UUU-triglycerides [U3, herein after], b) SU2-triglycerides [SU2, herein after] and S2U-triglycerides [S2U, herein after] wherein the sum of the amounts of SU2 and S2U is at least 50 wt %, c) SSU-triglycerides [SSU, herein after] and SUS-triglycerides [SUS, herein after] wherein the weight ratio of SSU/SUS is more than 1.0, d) and wherein the weight ratio of SU2/U3 is from 0.6 to 1.3, e) less than 8 wt % of SSS-triglycerides [S3, herein after], f) and wherein the weight ratio of S3/ S2U is less than 0.20, and wherein the fat composition comprises with respect to the total weight of the fat composition: g) less than 47 wt % of saturated fatty acid residues having from 6 to 24 carbon atoms (SAFA), h) less than 10 wt % of C12:0 fatty acid residues, wherein U represents an unsaturated fatty acid residue having from 16 to 24 carbon atoms and S represents a saturated fatty acid residue having from 6 to 24 carbon atoms. g) less than 47 wt % of saturated fatty acid residues having from 6 to 24 carbon atoms (SAFA), h) less than 10 wt % of C12:0 fatty acid residues, wherein U represents an unsaturated fatty acid residue having from 16 to 24 carbon atoms and S represents a saturated fatty acid residue having from 6 to 24 carbon atoms.
A composition for use in the treatment of seizures comprising at least 10% by weight of live Akkermansia muciniphila bacteria and at least 10% by weight of live Parabacteroides merdae bacteria.
Active ingredient combination consisting of benzethonium chloride and one or more diol(s), characterized in that the diol(s) is/are 2-methyl-1,3-propanediol and/or 1,2-hexanediol.
A endless running means having an inner side and an outer side , which can be looped around two deflection rollers rotatably mounted about respective axes of rotation spaced apart from one another and aligned substantially parallel to one another, wherein respective curved partial sections of the endless running means abut with the inner side against circumferential surfaces of the deflection rollers and the endless running means circulates around the deflection rollers when the deflection rollers rotate in the same direction of rotation, and which furthermore has at least two load brackets , of which each in each case has a shorter first leg with a first end articulated on the outer side at a respective fastening position and a respective second end opposite the first end and a respective longer second leg extending from the second end and enclosing a respective angle with the first leg and which are set up, upon the action of external forces, to assume alternately a folded-in state, in which an end section of the second leg facing away from the first leg faces the outer side , and a folded-out state, in which the end section is facing away from the outer side , wherein the second legs of both load brackets extend with respect to a predetermined direction of circulation along the endless running means in the same direction from the first leg and the endless running means between the fastening positions of the load brackets are substantially the same length both in the direction of circulation as well as against the direction of circulation. which furthermore has at least two load brackets , of which each in each case has a shorter first leg with a first end articulated on the outer side at a respective fastening position and a respective second end opposite the first end and a respective longer second leg extending from the second end and enclosing a respective angle with the first leg and which are set up, upon the action of external forces, to assume alternately a folded-in state, in which an end section of the second leg facing away from the first leg faces the outer side , and a folded-out state, in which the end section is facing away from the outer side , wherein the second legs of both load brackets extend with respect to a predetermined direction of circulation along the endless running means in the same direction from the first leg and the endless running means between the fastening positions of the load brackets are substantially the same length both in the direction of circulation as well as against the direction of circulation.
A heartbeat information sending method, wherein the method is performed by a heartbeat sending node, and the method comprises: determining heartbeat receiving nodes in which at least two follower data blocks corresponding to at least two leader data blocks in the heartbeat sending node are located; and when the heartbeat receiving nodes are a same node, combining respective heartbeat information of the at least two leader data blocks instead of heartbeat information of all data blocks including the at least two leader data blocks and at least one follower data block that is located in the heartbeat sending node, to obtain combined heartbeat information; and sending the combined heartbeat information to the heartbeat receiving node. determining heartbeat receiving nodes in which at least two follower data blocks corresponding to at least two leader data blocks in the heartbeat sending node are located; and when the heartbeat receiving nodes are a same node, combining respective heartbeat information of the at least two leader data blocks instead of heartbeat information of all data blocks including the at least two leader data blocks and at least one follower data block that is located in the heartbeat sending node, to obtain combined heartbeat information; and sending the combined heartbeat information to the heartbeat receiving node.
A method for distributed training of a global model based on a distributed federated learning (DFL) smart contract stored on a blockchain for a distributed ledger, the DFL smart contract comprising a link to the global model and an aggregation sequence, the aggregation sequence comprising an ordered sequence of a plurality of participant node identifiers, the participant node identifiers corresponding to participant nodes of a distributed ledger network, the aggregation sequence thereby defining an initial participant node and a sequence of successor nodes, wherein the method comprises, at a participant node: identifying the DFL smart contract; training the global model with training data; detecting, on the blockchain, a first transition token indicative of a first model and the DFL smart contract; in response to detection of the first transition token: receiving the first model; aggregating the first model with the global model trained by said participant node to generate a second model; and storing, on the blockchain, a second transition token indicative of the second model, wherein a successor node next after the participant node in the aggregation sequence is configured to further aggregate the second model with an additional model in response to detection of the second transition token, wherein the smart contract further comprises training instructions and performance criteria, and wherein the method further comprising: training the global model based on the training instructions; generating a performance metric based on the first model and test data; and determining that the performance metric satisfies the performance criteria. identifying the DFL smart contract; training the global model with training data; detecting, on the blockchain, a first transition token indicative of a first model and the DFL smart contract; in response to detection of the first transition token: receiving the first model; aggregating the first model with the global model trained by said participant node to generate a second model; and storing, on the blockchain, a second transition token indicative of the second model, receiving the first model; aggregating the first model with the global model trained by said participant node to generate a second model; and storing, on the blockchain, a second transition token indicative of the second model, wherein a successor node next after the participant node in the aggregation sequence is configured to further aggregate the second model with an additional model in response to detection of the second transition token, wherein the smart contract further comprises training instructions and performance criteria, and wherein the method further comprising: training the global model based on the training instructions; generating a performance metric based on the first model and test data; and determining that the performance metric satisfies the performance criteria. training the global model based on the training instructions; generating a performance metric based on the first model and test data; and determining that the performance metric satisfies the performance criteria.
Sensor , in particular battery sensor for determining a battery state of a battery, in particular of a vehicle battery , - comprising at least two measurement apparatuses that are each designed to record measurement parameters, in particular battery parameters, and to output a measurement signal , - comprising a combination circuit that is configured to form a combination signal from at least one measurement signal and one test signal , - comprising an evaluation module that has multiple inputs for measurement signals and/or the combination signal , an output for a control signal and an evaluation circuit for ascertaining the control signal from the measurement signals and the combination signal , and - comprising a diagnostic circuit for comparing the control signal with the test signal and for outputting an error signal . - comprising at least two measurement apparatuses that are each designed to record measurement parameters, in particular battery parameters, and to output a measurement signal , - comprising a combination circuit that is configured to form a combination signal from at least one measurement signal and one test signal , - comprising an evaluation module that has multiple inputs for measurement signals and/or the combination signal , an output for a control signal and an evaluation circuit for ascertaining the control signal from the measurement signals and the combination signal , and - comprising a diagnostic circuit for comparing the control signal with the test signal and for outputting an error signal .
A tripod type constant velocity universal joint , comprising: an outer joint member having track grooves formed at trisected positions on the outer joint member in a circumferential direction of the tripod type constant velocity universal joint to extend in an axial direction thereof; a tripod member comprising leg shafts radially projecting from trisected positions on the tripod member in the circumferential direction; and rollers fitted in a freely rotatable manner about the leg shafts , respectively, and received in the track grooves , respectively, characterised in that a radially outer surface of each of the rollers is formed of a surface unsubjected to grinding or cutting work after subjecting to heat treatment, and prior to subjecting to the heat treatment, the radially outer surface of each of the rollers is formed of a turned surface having no lead mark through use of a formed turning tool . an outer joint member having track grooves formed at trisected positions on the outer joint member in a circumferential direction of the tripod type constant velocity universal joint to extend in an axial direction thereof; a tripod member comprising leg shafts radially projecting from trisected positions on the tripod member in the circumferential direction; and rollers fitted in a freely rotatable manner about the leg shafts , respectively, and received in the track grooves , respectively, characterised in that a radially outer surface of each of the rollers is formed of a surface unsubjected to grinding or cutting work after subjecting to heat treatment, and prior to subjecting to the heat treatment, the radially outer surface of each of the rollers is formed of a turned surface having no lead mark through use of a formed turning tool .
A vehicle control device having an operating and display device for executing control functions on the vehicle, wherein a first holder and a second holder , which are detachably connectable to the operating and display device on their right side and their left side, specifically by means of a first positioning and connection device assigned to their right side and a second positioning and connection device assigned to their left side, characterized in that the operating and display device is mountable by means of the holders at two display angles (α, β) differing from each other, specifically by interchanging the two holders . characterized in that the operating and display device is mountable by means of the holders at two display angles (α, β) differing from each other, specifically by interchanging the two holders .
An optical bus for a multi-core processor comprising: a planar waveguide providing substantially total internal reflection within a variable-thickness light-propagation layer sandwiched between two non-propagation layers , the light-propagation layer having a progressively changing effective refractive index in accordance with lateral position within the light-propagation layer ; a set of illumination ports embedded in the waveguide, the ports distributed so as to focus illumination emanating from any illumination port of the set onto a plurality of remaining ports of the set; and a light management system configured to selectively activate one or more illumination ports of the set as light emitters and simultaneously activate remaining illumination ports of the set as light receivers . a planar waveguide providing substantially total internal reflection within a variable-thickness light-propagation layer sandwiched between two non-propagation layers , the light-propagation layer having a progressively changing effective refractive index in accordance with lateral position within the light-propagation layer ; a set of illumination ports embedded in the waveguide, the ports distributed so as to focus illumination emanating from any illumination port of the set onto a plurality of remaining ports of the set; and a light management system configured to selectively activate one or more illumination ports of the set as light emitters and simultaneously activate remaining illumination ports of the set as light receivers .
A wheelset bearing for a rail vehicle, with a generator designed as a claw pole generator , which comprises at least one non-rotating claw ring , and with a sensor system supplied with electrical energy by the generator , which comprises a plurality of sensor system modules , characterized in that the sensor system modules are mounted at least in part on a sensor carrier which is placed on the claw ring and are connected to a shared data line .
An electrochemical cell comprising: (i) a fuel electrode comprising a metal fuel, (ii) a positive electrode, (iii) an ionically conductive medium, and (iv) a dopant; the electrodes being operable in a discharge mode wherein the metal fuel is oxidized at the fuel electrode to produce a discharge oxidation product comprising the dopant, and wherein the doped discharge oxidation product has a higher conductivity than the same product in the absence of the dopant a surface film comprising the dopant provided on the metal fuel, the dopant of the surface film provided on the metal fuel being for incorporation into the discharge oxidation product during cycling of the cell, characterized in that the electrochemical cell is a secondary battery. (i) a fuel electrode comprising a metal fuel, (ii) a positive electrode, (iii) an ionically conductive medium, and (iv) a dopant; the electrodes being operable in a discharge mode wherein the metal fuel is oxidized at the fuel electrode to produce a discharge oxidation product comprising the dopant, and wherein the doped discharge oxidation product has a higher conductivity than the same product in the absence of the dopant a surface film comprising the dopant provided on the metal fuel, the dopant of the surface film provided on the metal fuel being for incorporation into the discharge oxidation product during cycling of the cell, characterized in that the electrochemical cell is a secondary battery. the electrodes being operable in a discharge mode wherein the metal fuel is oxidized at the fuel electrode to produce a discharge oxidation product comprising the dopant, and wherein the doped discharge oxidation product has a higher conductivity than the same product in the absence of the dopant a surface film comprising the dopant provided on the metal fuel, the dopant of the surface film provided on the metal fuel being for incorporation into the discharge oxidation product during cycling of the cell, characterized in that the electrochemical cell is a secondary battery.