mhurhangee/patent-ind-claim-en huggingface dataset:
A drawer comprising: - a chassis adapted to enable insertion of the drawer in a location of a distribution switchboard, - a front panel closing the location of the distribution switchboard when the drawer is inserted into a distribution switchboard, - downstream connection terminals for connection to a load, - a plurality of connectors opening onto its front panel , each of these connectors being connected to a downstream connection terminal and enabling connection of a measurement device, wherein the drawer has a selector , the selector being actuatable from the front panel , characterised in that the selector enables the downstream connection terminals to be connected to and disconnected from an equipotential bonding and defines a measurement position wherein the downstream connection terminals are not connected to an equipotential bonding and a short-circuit position wherein the downstream connection terminals are connected to the equipotential bonding. - a chassis adapted to enable insertion of the drawer in a location of a distribution switchboard, - a front panel closing the location of the distribution switchboard when the drawer is inserted into a distribution switchboard, - downstream connection terminals for connection to a load, - a plurality of connectors opening onto its front panel , each of these connectors being connected to a downstream connection terminal and enabling connection of a measurement device, wherein the drawer has a selector , the selector being actuatable from the front panel , characterised in that the selector enables the downstream connection terminals to be connected to and disconnected from an equipotential bonding and defines a measurement position wherein the downstream connection terminals are not connected to an equipotential bonding and a short-circuit position wherein the downstream connection terminals are connected to the equipotential bonding.
A laser scanner for scanning laser light toward a target object , the laser scanner comprising: a light source that emits laser light; a scanning mirror that scans the laser light emitted from the light source , toward the target object by oscillating about a predetermined axis (C); a photodetector that generates a photodetection signal upon receiving the laser light reflected from the target object ; a controller that controls emission of the laser light by the light source , and that performs sampling on the photodetection signal; characterized in that said laser scanner further comprises a detector that detects an amount of displacement of the scanning mirror , and calculates a resonant frequency of the scanning mirror based on the amount of displacement detected, wherein, when the resonant frequency calculated changes, the controller determines each of a time at which the laser light is emitted from the light source and a time at which sampling is performed on the photodetection signal. a light source that emits laser light; a scanning mirror that scans the laser light emitted from the light source , toward the target object by oscillating about a predetermined axis (C); a photodetector that generates a photodetection signal upon receiving the laser light reflected from the target object ; a controller that controls emission of the laser light by the light source , and that performs sampling on the photodetection signal; characterized in that said laser scanner further comprises a detector that detects an amount of displacement of the scanning mirror , and calculates a resonant frequency of the scanning mirror based on the amount of displacement detected, wherein, when the resonant frequency calculated changes, the controller determines each of a time at which the laser light is emitted from the light source and a time at which sampling is performed on the photodetection signal.
Device (D) having a central processing unit (CPU) having a register, RAM memory (RAM) and at least two hardware specific elementary set of instructions occurring on a specified word size in cryptographic algorithms, called hardware elementary operations (HWi), using registers of greater size than the one of the central processing unit, said hardware elementary operations (HWi) having inputs/outputs/intermediary data compatible with masking, said device (D) comprising: - at least one part of RAM memory (RAM) of which the construction is managed only by the hardware elementary operations (HWi), - software instructions (SW) adapted to monitor said hardware elementary operations (HWi) themselves and masking of inputs/outputs/intermediary data, said software instructions (SW) being able to address different cryptographic algorithms using said hardware elementary operations (HWi) according to several ways depending on each concerned algorithm, said software instructions (SW) being further able to address several levels of security in the execution of the different algorithms, said device being such that hardware elementary operations (HWi) are chosen among: EXCH, MOV, XNOR, TEST_ZERO, SLL, SRL, ROTL, ROTL, XOR, AND, OR, ADD, SET_PERMUT_SEED, INIT_PERMUT_COUNT, GEN_PERMUT, WR_RAM8, WR_RAM4H, WR_RAM4L, ARITH2BOOL, BOOL2ARITH, AES_SHIFTROWL, SHIFTROWH, AES_MIXCOL64, AES_SUBBYTE32L, AES_SUBBYTE32H, AES_INVSHIFTROWL, AES_INVSHIFTROWH, AES_INVMIXCOL64, AES_INVSUBBYTE32L, AES_INVSUBBYTE32H, AES_SBOX_RAM, DES_LOAD_KEY, DES_KEYSCHEDULE_ENC, DES_KEYSCHEDULE_DEC, DES_PC2, DES_INITPERM, DES_FINALPERM, DES_EXPAND, DES_PERMUTE, DES_SBOX, DES_SBOX_RAM, DES_KEY_PACK, DES_KEY_UNPACK, MULT_2_128. - at least one part of RAM memory (RAM) of which the construction is managed only by the hardware elementary operations (HWi), - software instructions (SW) adapted to monitor said hardware elementary operations (HWi) themselves and masking of inputs/outputs/intermediary data,
A method for processing a multimedia broadcast and multicast service, comprising: a plurality of user equipments, UEs, receiving a multimedia broadcast and multicast service, MBMS, service issued by a network side (S101), and wherein, each UE actively or passively reporting MBMS receiving state information to the network side (S102) with following manner: the UE reporting to the network side first information indicating that the UE is receiving the MBMS service during the UE continuously receives the MBMS service; and the UE reporting to the network side second information indicating that the UE stops receiving the MBMS service after having stopped receiving the MBMS issued by the network side; the network side controlling the issuing of all the MBMS services according to the receiving state information reported by the UE, wherein the controlling comprises: the network side determining whether to stop issuing the MBMS service according to situation of the first information about the MBMS service reported by the UE, or, enlarging sending area of the MBMS service with receiving rate being greater than a preset value, or reducing sending area of the MBMS service with receiving rate being less than a preset value; wherein, when coverage of multicast broadcast single frequency network, MBSFN, areas being overlapped is configured, the receiving state information comprises information indicating the MBMS service and information indicating the MBSFN area to which the MBMS service belongs. a plurality of user equipments, UEs, receiving a multimedia broadcast and multicast service, MBMS, service issued by a network side (S101), and wherein, each UE actively or passively reporting MBMS receiving state information to the network side (S102) with following manner: the UE reporting to the network side first information indicating that the UE is receiving the MBMS service during the UE continuously receives the MBMS service; and the UE reporting to the network side second information indicating that the UE stops receiving the MBMS service after having stopped receiving the MBMS issued by the network side; the network side controlling the issuing of all the MBMS services according to the receiving state information reported by the UE, wherein the controlling comprises: the network side determining whether to stop issuing the MBMS service according to situation of the first information about the MBMS service reported by the UE, or, enlarging sending area of the MBMS service with receiving rate being greater than a preset value, or reducing sending area of the MBMS service with receiving rate being less than a preset value; wherein, when coverage of multicast broadcast single frequency network, MBSFN, areas being overlapped is configured, the receiving state information comprises information indicating the MBMS service and information indicating the MBSFN area to which the MBMS service belongs.
A tractor comprising: an engine body ; a first support member disposed ahead of the engine body ; a second support member fixed to and disposed above the first support member ; an engine controller supported on the second support member with a vibration-isolating rubber structure interposed therebetween, the engine controller being configured to control the engine body , wherein the engine controller is disposed above the second support member , and wherein the vibration-isolating rubber structure is composed of a plurality of vibration-isolating rubber members ; an intake pipe that supplies intake air to an intake unit of the engine body ; and engine harnesses that electrically connect components of the engine body and the engine controller to each other, wherein a rib is formed along a longitudinal direction of the intake pipe , and the rib supports the engine harnesses . an engine body ; a first support member disposed ahead of the engine body ; a second support member fixed to and disposed above the first support member ; an engine controller supported on the second support member with a vibration-isolating rubber structure interposed therebetween, the engine controller being configured to control the engine body , wherein the engine controller is disposed above the second support member , and wherein the vibration-isolating rubber structure is composed of a plurality of vibration-isolating rubber members ; an intake pipe that supplies intake air to an intake unit of the engine body ; and engine harnesses that electrically connect components of the engine body and the engine controller to each other, wherein a rib is formed along a longitudinal direction of the intake pipe , and the rib supports the engine harnesses .
A method of manufacturing a three-dimensionally formed object , the method comprising: (S130) forming a constituent layer by ejecting a first composition including constituent material particles comprising metal particles to a stage, (S140) forming a support layer by ejecting a second composition including support portion-forming particles comprising ceramic particles to the stage, the ceramic particles having a sintering temperature higher than a sintering temperature of the metal particles; pre-imparting energy to the constituent material particles and the support portion-forming particles; removing the support portion-forming particles, verifying the shape of the three-dimensionally formed object, and (S150, S160) imparting energy to the constituent material particles, wherein in the imparting of the energy, the energy is imparted such that a temperature of the constituent material particles is equal to or higher than a sintering temperature of the constituent material particles, wherein the pre-imparting energy has a lower intensity than the energy of the imparting of the energy, and wherein the pre-imparting of the energy, the removing of the support portion-forming particles and the verifying of the shape of the three-dimensionally formed object are performed before the imparting of the energy. (S130) forming a constituent layer by ejecting a first composition including constituent material particles comprising metal particles to a stage, (S140) forming a support layer by ejecting a second composition including support portion-forming particles comprising ceramic particles to the stage, the ceramic particles having a sintering temperature higher than a sintering temperature of the metal particles; pre-imparting energy to the constituent material particles and the support portion-forming particles; removing the support portion-forming particles, verifying the shape of the three-dimensionally formed object, and (S150, S160) imparting energy to the constituent material particles, wherein in the imparting of the energy, the energy is imparted such that a temperature of the constituent material particles is equal to or higher than a sintering temperature of the constituent material particles, wherein the pre-imparting energy has a lower intensity than the energy of the imparting of the energy, and wherein the pre-imparting of the energy, the removing of the support portion-forming particles and the verifying of the shape of the three-dimensionally formed object are performed before the imparting of the energy.
A method for updating a map of a surrounding area, which is used in the control of a vehicle , wherein a vehicle , while driving on a roadway, attempts to detect a landmark (L1) recorded in the map of the surrounding area (UK) using sensors, wherein, if the landmark (L1) could not be detected using sensors, a deletion hypotheses is developed by the vehicle , which is transmitted to an external central computer , and wherein the deletion hypothesis is verified in the external central computer and, if the deletion hypothesis is verified, the landmark (L1) is deleted from the map of the surrounding area (UK) in accordance with the deletion hypothesis, characterized in that information relating to a visibility range (SB) for the landmark (L1) is recorded in the map of the surrounding area (UK), which indicates the range within which the landmark (L1) is visible from a road, wherein in the vehicle , during an evaluation of the map of the surrounding area (UK), a step of evaluating the information relating to the visibility range (SB), which is recorded in the map of the surrounding area (UK), is performed for the landmark (L1) to be detected.
An electromechanical linear drive comprising a housing , an electromechanical drive unit , a transmission element coupled to the electromechanical drive unit , a driven element in frictional contact with the transmission element , wherein the transmission element is supported at at least two bearing points (L1, L2) relative to the housing , wherein the driven element is in frictional contact with the transmission element at an engagement position (E) outside all bearing points (L1, four), wherein a first section (A1) of the transmission element located between the bearing points (L1, L2) extends inside the housing and a second section (A2) of the transmission element located outside all bearing points (L1, L2) protrudes from the housing, and wherein the electromechanical drive unit is arranged in the housing, characterized in that the electromechanical drive unit forms one of the bearing points (L1, L2) of the transmission element . a housing , an electromechanical drive unit , a transmission element coupled to the electromechanical drive unit , a driven element in frictional contact with the transmission element , wherein the transmission element is supported at at least two bearing points (L1, L2) relative to the housing , wherein the driven element is in frictional contact with the transmission element at an engagement position (E) outside all bearing points (L1, four), wherein a first section (A1) of the transmission element located between the bearing points (L1, L2) extends inside the housing and a second section (A2) of the transmission element located outside all bearing points (L1, L2) protrudes from the housing, and wherein the electromechanical drive unit is arranged in the housing, characterized in that the electromechanical drive unit forms one of the bearing points (L1, L2) of the transmission element .
An apparatus for moving a payload , wherein the apparatus comprises: a power supply; one or more parts for mobility; a driving mechanism for driving the one or more parts for mobility to move the apparatus; a lifting device for lifting a payload; a body comprising one or more load bearing surfaces , a central wall , a first side wa and a second side wall , wherein the central wall, the first side wall and the second side wall are arranged to form a boundary defining a space for residing the lifting device one or more attachment members mounted to the lifting device; and a processor configured to execute instructions in a memory to operate the apparatus to: control the lifting device to lift the payload; control the lifting device to place the payload on the one or more load bearing surfaces; control the driving mechanism to move the apparatus to transport the payload resting on the one or more load bearing surfaces to an intended location, characterised in that the lifting device is in a stowed configuration when not in use and is changeable into an extended configuration, wherein the first side wall and/or the second side wall comprises: one or more actuators comprising an extendable member extendable into the space to engage and support the lifting device at above ground level in the stowed configuration. a power supply; one or more parts for mobility; a driving mechanism for driving the one or more parts for mobility to move the apparatus; a lifting device for lifting a payload; a body comprising one or more load bearing surfaces , a central wall , a first side wa and a second side wall , wherein the central wall, the first side wall and the second side wall are arranged to form a boundary defining a space for residing the lifting device one or more attachment members mounted to the lifting device; and a processor configured to execute instructions in a memory to operate the apparatus to: control the lifting device to lift the payload; control the lifting device to place the payload on the one or more load bearing surfaces; control the driving mechanism to move the apparatus to transport the payload resting on the one or more load bearing surfaces to an intended location, characterised in that control the lifting device to lift the payload; control the lifting device to place the payload on the one or more load bearing surfaces; control the driving mechanism to move the apparatus to transport the payload resting on the one or more load bearing surfaces to an intended location, characterised in that the lifting device is in a stowed configuration when not in use and is changeable into an extended configuration, wherein the first side wall and/or the second side wall comprises: one or more actuators comprising an extendable member extendable into the space to engage and support the lifting device at above ground level in the stowed configuration.
Method for preparing a composition comprising one or more omega-3 fatty acid salt(s), characterized in that a paste comprising one or more omega-3 fatty acid(s), one or more basic amine(s) and 20% by weight or less water, based on the total weight of the paste, at a temperature of 130°C or less is kneaded for a period of time between 30 seconds and 60 minutes until a homogenous paste is obtained, wherein the omega-3 fatty acids comprise in total 30% by weight or more eicosapentaenoic acid and docosahexaenoic acid, based on the total weight of the fatty acids, wherein the basic amines are chosen from lysine, arginine, ornithine, choline, or mixtures thereof, wherein, when a mixture of L-lysine and L-arginine is used as basic amines the ratio between L-lysine and L-arginine is between 10:1 and 1:1, wherein the composition is dried until a solid is obtained, wherein the solid has a water content of ≤ 2% by weight, preferably ≤ 1% by weight, measured by Karl-Fischer titration, and wherein the solid is milled. characterized in that a paste comprising one or more omega-3 fatty acid(s), one or more basic amine(s) and 20% by weight or less water, based on the total weight of the paste, at a temperature of 130°C or less is kneaded for a period of time between 30 seconds and 60 minutes until a homogenous paste is obtained, wherein the omega-3 fatty acids comprise in total 30% by weight or more eicosapentaenoic acid and docosahexaenoic acid, based on the total weight of the fatty acids, wherein the basic amines are chosen from lysine, arginine, ornithine, choline, or mixtures thereof, wherein, when a mixture of L-lysine and L-arginine is used as basic amines the ratio between L-lysine and L-arginine is between 10:1 and 1:1, wherein the composition is dried until a solid is obtained, wherein the solid has a water content of ≤ 2% by weight, preferably ≤ 1% by weight, measured by Karl-Fischer titration, and wherein the solid is milled.
A semiconductor device, comprising: a semiconductor die having an active region; and a thermocouple mesh within a middle-of-line, MOL, region of the semiconductor die, proximate to the active region, the thermocouple mesh comprising: a first set of wires of a first material extending in a first direction, and a second set of wires of a second material, different from the first material, extending in a second direction that is different than the first direction, in which the first set of wires and the second set of wires are coupled at intersections to form a plurality of nodes. a semiconductor die having an active region; and a thermocouple mesh within a middle-of-line, MOL, region of the semiconductor die, proximate to the active region, the thermocouple mesh comprising: a first set of wires of a first material extending in a first direction, and a second set of wires of a second material, different from the first material, extending in a second direction that is different than the first direction, in which the first set of wires and the second set of wires are coupled at intersections to form a plurality of nodes. a first set of wires of a first material extending in a first direction, and a second set of wires of a second material, different from the first material, extending in a second direction that is different than the first direction, in which the first set of wires and the second set of wires are coupled at intersections to form a plurality of nodes.