mhurhangee/patent-ind-claim-en huggingface dataset:
A working combination encompassing a self-propelled earth working machine constituting a first vehicle and at least one further self-propelled vehicle , the vehicles of the working combination being embodied to move, during working operation as intended, one behind another in a common working direction (A) with a setpoint spacing that is within a predetermined setpoint spacing value range; the working combination having a spacing monitoring device that, on the basis of a detection state of the spacing monitoring device which depends on an actual true spacing (D, D', D") of the vehicles , outputs a spacing signal that contains information regarding the vehicle spacing (D, D', D"); the spacing monitoring device comprising a beam source emitting electromagnetic radiation and a sensor arrangement sensitive to the electromagnetic radiation of the beam source ; one vehicle from among the first and the further vehicle , constituting a source vehicle , carrying the beam source ; when the working combination is in a predetermined reference state, i.e. on a flat horizontal substrate (U) with vehicles arranged in readiness for working operation with a predetermined reference spacing (D) from one another, the beam source radiating, toward the respective other vehicle from among the first and the further vehicle constituting a target vehicle , an electromagnetic radiation directed in such a way that the electromagnetic radiation for spacing monitoring is present only in a beam space that extends over a first angular region around a first beam space axis and over a second angular region around a second beam space axis that encloses an angle with the first beam space axis ; the second angular region being of equal magnitude to, or of greater magnitude than, the first angular region ; and the beam space being inclined around the first beam space axis with reference to the working direction (A), characterized in that the sensor arrangement extends along a sensor axis and is arranged on the target vehicle to be carried by it; when considering the working combination in the reference state, a predetermined sensor-axial reference detection region on the sensor arrangement being irradiated by the beam source ; and the sensor axis being arranged with an inclination around an inclination axis parallel to the first beam space axis , relative to a connecting line between the detection region and the beam source , so that a change in the vehicle spacing (D, D', D") results in a change, along the sensor axis , in the position of the detection region on the sensor arrangement which is irradiated by the beam source , and thus in a change in the detection state of the sensor arrangement .
A battery pack, comprising: a plurality of secondary batteries , each of the secondary batteries comprising a housing which comprises a weakened portion , so that when a secondary battery of the plurality of secondary batteries undergoes thermal runaway, a heat flow resulting from thermal runaway of the secondary battery is capable of breaking through the weakened portion to be discharged; a spray pipeline which is arranged corresponding to and at a spacing from weakened portions of the secondary batteries , at least a portion of the spray pipeline corresponding to the weakened portions being a breakthrough region which is capable of forming an opening under an action of the heat flow, a spray medium in the spray pipeline being sprayed to an abnormal secondary battery in thermal runaway via the opening; wherein a weight A of the spray medium which is sprayed to alleviate spreading of the thermal runaway of the abnormal secondary battery satisfies the equation , 0.8 A 0.85 × D B ⩾ 2.6 in which, A indicates the weight of the spray medium by kg; D indicates a latent heat of the spray medium by kJ/kg; B indicates a capacity of the secondary battery by Ah; wherein the battery pack comprises a spray medium greater than or equal to the weight A stored in the spray pipeline or stored in the spray pipeline and a storage case connected to the spray pipeline . a plurality of secondary batteries , each of the secondary batteries comprising a housing which comprises a weakened portion , so that when a secondary battery of the plurality of secondary batteries undergoes thermal runaway, a heat flow resulting from thermal runaway of the secondary battery is capable of breaking through the weakened portion to be discharged; a spray pipeline which is arranged corresponding to and at a spacing from weakened portions of the secondary batteries , at least a portion of the spray pipeline corresponding to the weakened portions being a breakthrough region which is capable of forming an opening under an action of the heat flow, a spray medium in the spray pipeline being sprayed to an abnormal secondary battery in thermal runaway via the opening; wherein a weight A of the spray medium which is sprayed to alleviate spreading of the thermal runaway of the abnormal secondary battery satisfies the equation , 0.8 A 0.85 × D B ⩾ 2.6 in which, A indicates the weight of the spray medium by kg; D indicates a latent heat of the spray medium by kJ/kg; B indicates a capacity of the secondary battery by Ah; wherein the battery pack comprises a spray medium greater than or equal to the weight A stored in the spray pipeline or stored in the spray pipeline and a storage case connected to the spray pipeline .
A vehicle driving device noise-absorbing structure comprising: a bracket configured to attach a vehicle driving device to a vehicle body ; and a noise-absorbing member attached to the bracket , characterized in that the noise-absorbing member includes: a tubular portion into which the bracket is inserted; an engaging portion composed of a hole which is formed in the noise-absorbing member , the engaging portion being engaged with the bracket ; and a noise-absorbing member body portion which extends from the tubular portion in a direction in which the bracket extends and comes into contact with an outer peripheral portion of the bracket , a protruding portion protruding outward from an outer peripheral portion of the noise-absorbing member body portion is formed at the outer peripheral portion of the bracket , and the protruding portion is engaged with the hole by entering the hole . a bracket configured to attach a vehicle driving device to a vehicle body ; and a noise-absorbing member attached to the bracket , characterized in that the noise-absorbing member includes: a tubular portion into which the bracket is inserted; an engaging portion composed of a hole which is formed in the noise-absorbing member , the engaging portion being engaged with the bracket ; and a noise-absorbing member body portion which extends from the tubular portion in a direction in which the bracket extends and comes into contact with an outer peripheral portion of the bracket , a protruding portion protruding outward from an outer peripheral portion of the noise-absorbing member body portion is formed at the outer peripheral portion of the bracket , and the protruding portion is engaged with the hole by entering the hole . a tubular portion into which the bracket is inserted; an engaging portion composed of a hole which is formed in the noise-absorbing member , the engaging portion being engaged with the bracket ; and a noise-absorbing member body portion which extends from the tubular portion in a direction in which the bracket extends and comes into contact with an outer peripheral portion of the bracket , a protruding portion protruding outward from an outer peripheral portion of the noise-absorbing member body portion is formed at the outer peripheral portion of the bracket , and the protruding portion is engaged with the hole by entering the hole .
A polymeric material comprising: a polyisobutylene-polyurethane block copolymer including: soft segments including at least one polyisobutylene diol residue; and hard segments including at least one diisocyanate residue; and a tertiary amine catalyst, wherein the tertiary amine catalyst includes 2,6-dimethylpyridine. a polyisobutylene-polyurethane block copolymer including: soft segments including at least one polyisobutylene diol residue; and hard segments including at least one diisocyanate residue; and soft segments including at least one polyisobutylene diol residue; and hard segments including at least one diisocyanate residue; and a tertiary amine catalyst, wherein the tertiary amine catalyst includes 2,6-dimethylpyridine.
A water reservoir for an apparatus for humidifying a flow of air, comprising: a base portion configured to hold a predetermined maximum volume of water in its normal, working orientation, the base portion including an overfill protection element configured and arranged to prevent filling the base portion, in its normal, working orientation, above the maximum volume of water; a lid portion movably connected to the base portion to allow the water reservoir to be convertible between an open configuration and a closed configuration, the lid portion comprising an inlet and an outlet ; and a compliant portion configured to sealingly engage the lid portion and the base portion when the reservoir is in the closed configuration; wherein the overfill protection element comprises at least one orifice which defines an egress path of water when the maximum volume of water is exceeded; wherein, in the closed configuration of the reservoir, the compliant portion is configured to block or seal the at least one orifice to prevent fluid communication into and out of the reservoir through the at least one orifice ; and wherein the at least one orifice is configured so that, in the open configuration of the reservoir, when the water reservoir is being filled in its normal, working orientation with the lid portion open, excess water which is introduced into the water reservoir above the maximum volume of water will spill out only via the at least one orifice rather than from all areas of the water reservoir. a base portion configured to hold a predetermined maximum volume of water in its normal, working orientation, the base portion including an overfill protection element configured and arranged to prevent filling the base portion, in its normal, working orientation, above the maximum volume of water; a lid portion movably connected to the base portion to allow the water reservoir to be convertible between an open configuration and a closed configuration, the lid portion comprising an inlet and an outlet ; and a compliant portion configured to sealingly engage the lid portion and the base portion when the reservoir is in the closed configuration; wherein the overfill protection element comprises at least one orifice which defines an egress path of water when the maximum volume of water is exceeded; wherein, in the closed configuration of the reservoir, the compliant portion is configured to block or seal the at least one orifice to prevent fluid communication into and out of the reservoir through the at least one orifice ; and wherein the at least one orifice is configured so that, in the open configuration of the reservoir, when the water reservoir is being filled in its normal, working orientation with the lid portion open, excess water which is introduced into the water reservoir above the maximum volume of water will spill out only via the at least one orifice rather than from all areas of the water reservoir.
A branch controller of a system for temperature and humidity control, the system including a liquid desiccant conditioning unit for changing a temperature and a concentration of a liquid desiccant and a plurality of space conditioning units for controlling the temperature and the humidity in a plurality of spaces using the liquid desiccant, the branch controller comprising: a fluid control system for controlling a flow of the liquid desiccant in an arrangement of channels forming a first path for exchanging the liquid desiccant between the liquid desiccant conditioning unit and at least a first space conditioning unit and a second path for directing the liquid desiccant received from the first space conditioning unit to a second space conditioning unit ; and a processor for comparing operational conditions of the first space conditioning unit and the second space conditioning unit , for selecting between the first path and the second path based on the comparison and for commanding the fluid control system to control the flow of the liquid desiccant according to the selected path. a fluid control system for controlling a flow of the liquid desiccant in an arrangement of channels forming a first path for exchanging the liquid desiccant between the liquid desiccant conditioning unit and at least a first space conditioning unit and a second path for directing the liquid desiccant received from the first space conditioning unit to a second space conditioning unit ; and a processor for comparing operational conditions of the first space conditioning unit and the second space conditioning unit , for selecting between the first path and the second path based on the comparison and for commanding the fluid control system to control the flow of the liquid desiccant according to the selected path.
A mast arrangement for a storage and retrieval unit, comprising: - a mast, which is formed by a front flange plate , two side plates and a rear flange plate and has a box profile and a substantially rectangular cross section; - a plurality of interface elements , which are each secured in pairs to the side plates and/or to the front flange plate and extend in the region of the front flange plate ; and - a rail for guiding the storage and retrieval unit, the rail being attached to each of the interface elements ; characterized in that the interface elements of at least one pair of interface elements are each provided with a hole, a reinforcement element extending through said hole, and through corresponding holes in the side plates , and being connected on both sides to the relevant interface elements . - a mast, which is formed by a front flange plate , two side plates and a rear flange plate and has a box profile and a substantially rectangular cross section; - a plurality of interface elements , which are each secured in pairs to the side plates and/or to the front flange plate and extend in the region of the front flange plate ; and - a rail for guiding the storage and retrieval unit, the rail being attached to each of the interface elements ;
An electrochemical reaction unit cell comprising: an electrolyte layer containing Zr; an anode disposed on one side of the electrolyte layer in a first direction (Z); a cathode containing Sr and disposed on the other side of the electrolyte layer in the first direction; and a reaction preventing layer disposed between the electrolyte layer and the cathode, characterized in that the reaction preventing layer contains Zr in an amount of 0.015 wt% to 1 wt%. an electrolyte layer containing Zr; an anode disposed on one side of the electrolyte layer in a first direction (Z); a cathode containing Sr and disposed on the other side of the electrolyte layer in the first direction; and a reaction preventing layer disposed between the electrolyte layer and the cathode, characterized in that the reaction preventing layer contains Zr in an amount of 0.015 wt% to 1 wt%.
A gymnastics balance beam including a rigid profiled section, a layer of a flexible material disposed over an upper surface of said profiled section, and a cover covering said layer of flexible material, said beam including a bottom portion including a lower portion of the profiled section and a top portion including an upper portion of the profiled section, the upper portion being laid bearing on the lower portion , the upper portion being rigidly fastened to the lower portion by connecting means adapted to secure or detach the bottom portion and the top portion .
A method performed by an analytics data consumer in a telecommunication system, the method comprising: starting a dynamic timer for receiving analytics; receiving, from a first network data analytics function, NWDAF, of a plurality of NWDAFs, a first message associated with first analytics data, the first message including information on a first time period; updating the dynamic timer based on the first time period, wherein the dynamic timer indicates a minimum waiting time for receiving analytics coming from the plurality of NWDAFs; receiving, from a second NWDAF of the plurality of NWDAFs before the time equals to the value of the updated dynamic timer, a second message associated with second analytics data, the second message including information on a second time period; and updating the dynamic timer based on the second time period, after the updating of the dynamic timer based on the first time period, and wherein the analytic data consumer waits until the time equals to the value of the updated dynamic timer. starting a dynamic timer for receiving analytics; receiving, from a first network data analytics function, NWDAF, of a plurality of NWDAFs, a first message associated with first analytics data, the first message including information on a first time period; updating the dynamic timer based on the first time period, wherein the dynamic timer indicates a minimum waiting time for receiving analytics coming from the plurality of NWDAFs; receiving, from a second NWDAF of the plurality of NWDAFs before the time equals to the value of the updated dynamic timer, a second message associated with second analytics data, the second message including information on a second time period; and updating the dynamic timer based on the second time period, after the updating of the dynamic timer based on the first time period, and wherein the analytic data consumer waits until the time equals to the value of the updated dynamic timer.
A system comprising a single-stranded nucleic acid caliper, a reference splint, a target splint, and a reference molecule, wherein: the single-stranded nucleic acid caliper is a single-stranded nucleic acid having a reference domain and a target domain, wherein the reference domain comprises non-contiguous nucleotide sequences, RS1 and RS2, complementary to a reference splint and non-contiguous nucleotide sequences, RR1 and RR2, each complementary to distinct single-stranded nucleic acid handles, RH1 and RH2, flanking a reference molecule, and wherein the target domain comprises non-contiguous nucleotide sequences, TS1 and TS2, complementary to a target splint and non-contiguous nucleotide sequences, TT1 and TT2, each complementary to distinct single-stranded nucleic acid handles, TH1 and TH2, flanking a target; the reference splint is a single stranded oligonucleotide having partial sequence complementarity to the single-stranded nucleic acid caliper and a RS toehold sequence that remains single-stranded when the reference splint is bound to the single-stranded nucleic acid caliper; the target splint is a single-stranded oligonucleotide having partial sequence complementarity to the single-stranded nucleic acid caliper, wherein the reference and target splints bind to separate distinct sequences of the single-stranded nucleic acid caliper and a TS toehold sequence that remains single-stranded when the target splint is bound to the single-stranded nucleic acid caliper; and the reference molecule is flanked by two single-stranded nucleic acid handles, RH1 and RH2. the single-stranded nucleic acid caliper is a single-stranded nucleic acid having a reference domain and a target domain, wherein the reference domain comprises non-contiguous nucleotide sequences, RS1 and RS2, complementary to a reference splint and non-contiguous nucleotide sequences, RR1 and RR2, each complementary to distinct single-stranded nucleic acid handles, RH1 and RH2, flanking a reference molecule, and wherein the target domain comprises non-contiguous nucleotide sequences, TS1 and TS2, complementary to a target splint and non-contiguous nucleotide sequences, TT1 and TT2, each complementary to distinct single-stranded nucleic acid handles, TH1 and TH2, flanking a target; the reference splint is a single stranded oligonucleotide having partial sequence complementarity to the single-stranded nucleic acid caliper and a RS toehold sequence that remains single-stranded when the reference splint is bound to the single-stranded nucleic acid caliper; the target splint is a single-stranded oligonucleotide having partial sequence complementarity to the single-stranded nucleic acid caliper, wherein the reference and target splints bind to separate distinct sequences of the single-stranded nucleic acid caliper and a TS toehold sequence that remains single-stranded when the target splint is bound to the single-stranded nucleic acid caliper; and the reference molecule is flanked by two single-stranded nucleic acid handles, RH1 and RH2.
A system for voice control of an image processing device comprising: - a voice recognition module (3, URC) comprising at least one element for receiving a voice message generated by a user (O) and a processing unit for transcribing a received voice message into a text message; - at least one database comprising predetermined processing commands of the image processing device ; - an analysis unit (7, UA) configured to compare each text message with said predetermined processing commands stored in the database and to, in case of conformity of the text message with one of said processing commands, select that processing command; - a transmission unit configured to transmit a control command, representative of the selected processing command; and - a control unit arranged on the image processing device and configured to receive a control command transmitted by the transmission unit and to control an action of the image processing device , representative of this received control command, characterised in that it also comprises: - a first information module , through which the user (O) is informed whether or not his voice message regarding the selected functionality of the device is going to be executed; and - a validation module configured to generate a question relating to a selected processing command and to allow the user (O) to confirm his command or to cancel it in case of error. - a voice recognition module (3, URC) comprising at least one element for receiving a voice message generated by a user (O) and a processing unit for transcribing a received voice message into a text message; - at least one database comprising predetermined processing commands of the image processing device ; - an analysis unit (7, UA) configured to compare each text message with said predetermined processing commands stored in the database and to, in case of conformity of the text message with one of said processing commands, select that processing command; - a transmission unit configured to transmit a control command, representative of the selected processing command; and - a control unit arranged on the image processing device and configured to receive a control command transmitted by the transmission unit and to control an action of the image processing device , representative of this received control command, - a first information module , through which the user (O) is informed whether or not his voice message regarding the selected functionality of the device is going to be executed; and - a validation module configured to generate a question relating to a selected processing command and to allow the user (O) to confirm his command or to cancel it in case of error.