mhurhangee/patent-ind-claim-en huggingface dataset:
System for testing a machine or robot member comprising a plurality of sensors and at least one actuator, said system comprising: - a machine environment generation module , designed to implement, from environment data , a virtual space representative of a real environment of the machine or robot member to be tested; - a machine work simulation module , designed to implement, from machine architecture and machine operation data , a virtual machine representative of a real machine to be tested; - an actuator simulation module , designed to implement, from actuator data , at least one virtual actuator representative of a real actuator of the machine or robot member to be tested ; - a current system status determination module , designed to receive the data from a plurality of sensors monitoring the physical data of the machine or robot member and from the virtual space in which the machine or robot member moves around and determine an overall system status from system status data ; - a machine or robot member reaction module , designed to identify, in a database of potential actions, at least one machine or robot member reaction corresponding to the status of the system previously determined and generate the corresponding reaction in the virtual space. - a machine environment generation module , designed to implement, from environment data , a virtual space representative of a real environment of the machine or robot member to be tested; - a machine work simulation module , designed to implement, from machine architecture and machine operation data , a virtual machine representative of a real machine to be tested; - an actuator simulation module , designed to implement, from actuator data , at least one virtual actuator representative of a real actuator of the machine or robot member to be tested ; - a current system status determination module , designed to receive the data from a plurality of sensors monitoring the physical data of the machine or robot member and from the virtual space in which the machine or robot member moves around and determine an overall system status from system status data ; - a machine or robot member reaction module , designed to identify, in a database of potential actions, at least one machine or robot member reaction corresponding to the status of the system previously determined and generate the corresponding reaction in the virtual space.
A non-therapeutic cosmetic use of an iminooxothiazolidine compound of formula (I) wherein R 1 is H, linear or branched C 1 -C 6 alkyl, cycloalkyl, phenyl, -CH 2 -NH-phenyl; R 2 is H, linear or branched C 1 -C 6 alkyl, halogen, phenyl; R 3 is COO(C 1 -C 6 ) alkyl, CONR 4 R 5 wherein R 4 and R 5 individually are H or C 1 -C 6 alkyl, or R 1 and R 2 together form a C 5 -C 7 cycloalkyl fused with the thiophene ring for improving an aesthetic aspect of the hair. R 1 is H, linear or branched C 1 -C 6 alkyl, cycloalkyl, phenyl, -CH 2 -NH-phenyl; R 2 is H, linear or branched C 1 -C 6 alkyl, halogen, phenyl; R 3 is COO(C 1 -C 6 ) alkyl, CONR 4 R 5 wherein R 4 and R 5 individually are H or C 1 -C 6 alkyl, or R 1 and R 2 together form a C 5 -C 7 cycloalkyl fused with the thiophene ring for improving an aesthetic aspect of the hair.
A waterproof stage light with efficient heat dissipation, comprising: a light source component; a heat dissipating system; and a waterproof main housing , at the rear end of which an opening is arranged, wherein the heat dissipating system is in seal connection with the opening , characterized in that one end of the heat dissipating system is positioned inside the main housing and the other end thereof is positioned outside the main housing , and the light source component is positioned on the end of the heat dissipating system that is positioned inside the main housing , the heat dissipating system contains a heat absorbing component; a heat transfer substrate covering the opening at the rear end of the main housing and in seal connection with the main housing ; and a heat dissipating component; wherein the heat absorbing component and the heat dissipating component are respectively provided on both sides of the heat transfer substrate , and the heat absorbing component is located inside the main housing and the heat dissipating component is located outside the main housing . a light source component; a heat dissipating system; and a waterproof main housing , at the rear end of which an opening is arranged, wherein the heat dissipating system is in seal connection with the opening , characterized in that one end of the heat dissipating system is positioned inside the main housing and the other end thereof is positioned outside the main housing , and the light source component is positioned on the end of the heat dissipating system that is positioned inside the main housing , the heat dissipating system contains a heat absorbing component; a heat transfer substrate covering the opening at the rear end of the main housing and in seal connection with the main housing ; and a heat dissipating component; wherein the heat absorbing component and the heat dissipating component are respectively provided on both sides of the heat transfer substrate , and the heat absorbing component is located inside the main housing and the heat dissipating component is located outside the main housing .
Road finishing machine , comprising a screed for producing a paving layer from a paving material , a material bunker for receiving the paving material , a longitudinal conveying device which is configured to transport the paving material from the material bunker against a direction of travel (R) of the road finishing machine to the screed , a transverse distributor auger which is configured to distribute the paving material transported to the screed by means of the longitudinal conveying device transversely to the direction of travel (R) in front of the screed , wherein the transverse distributor auger is mounted, in the direction of travel (R), in front of a screed basic body of the screed within a transverse distributor channel arranged for the transverse distribution of the paving material in front of the screed , and at least one suction device with at least one intake line formed thereat at the inlet side which is configured to suck off aerosols formed during the transverse distribution of the paving material from regions along the transverse distributor channel , characterized in that the transverse distributor channel is formed transversely to the direction of travel (R) in front of the screed at least in sections by means of channel plates supported at a chassis of the road finishing machine , and by means of pre-scrapers attached laterally of a screed basic body of the screed , wherein the intake line is arranged, at least in sections, at the channel plates of the transverse distributor channel and/or at least in sections at the pre-scrapers of the transverse distributor channel .
Optoelectronic measuring device configured for measuring a relative longitudinal movement in a longitudinal measurement direction (M) between a first object and a second object, the optoelectronic measuring device comprising a longitudinal hollow profile , a respective lid attached to each longitudinal end of the hollow profile , a fixing device associated with each lid for attaching the hollow profile to the first object through the lids , and a readhead for being attached to the second object, the optoelectronic measuring device further comprising a compensation device associated with the hollow profile and configured for being attached to the hollow profile or to the first object , and, with it attached in that manner, for exerting a compensation force (F) against the hollow profile when the hollow profile is attached to the first object , moving away from the first object , the compensation device comprising a movable actuator which moves when it is actuated, said compensation device being configured for modifying the compensation force (F) exerted on the hollow profile with the movement of the actuator .
A system comprising: a radiation source comprising a plurality of focal spots ; a detector comprising a plurality of detector cells; and a first grid located between the radiation source and the detector cells, the first grid comprising a plurality of radiation transmitting sections (603-B), at least one of the plurality of detector cells comprising an active area receiving radiation from the radiation source that passes through at least one of the plurality of radiation transmitting sections (603-B) of the first grid , and the radiation source , the first grid , and the detector cells being operatively coupled for detecting an object, wherein the system being configured to adjust the active area by adjusting at least one of the position of the first grid , the position of the focal spots of the radiation source , a first distance between the first grid and the radiation source , a first angle formed by the detector and the first grid , or tilting the first grid by an angle. a radiation source comprising a plurality of focal spots ; a detector comprising a plurality of detector cells; and a first grid located between the radiation source and the detector cells, the first grid comprising a plurality of radiation transmitting sections (603-B), at least one of the plurality of detector cells comprising an active area receiving radiation from the radiation source that passes through at least one of the plurality of radiation transmitting sections (603-B) of the first grid , and the radiation source , the first grid , and the detector cells being operatively coupled for detecting an object, wherein the system being configured to adjust the active area by adjusting at least one of the position of the first grid , the position of the focal spots of the radiation source , a first distance between the first grid and the radiation source , a first angle formed by the detector and the first grid , or tilting the first grid by an angle.
A fuel cell system for generating power by supplying a reaction gas to a fuel cell , comprising: a wet state detection unit configured to detect a wet state of an electrolyte membrane of the fuel cell ; a steady time target wet state setting unit configured to set a target wet state of the electrolyte membrane as a steady time target wet state, the steady time target wet state being the target wet state required for the steady operation of the fuel cell system at a target output of the fuel cell ; and a transient time target wet state setting unit configured to set a transient time target wet state so that the wet state of the electrolyte membrane gradually changes from a wet state detected before a transient operation starts to the steady time target wet state during the transient operation which changes the target output of the fuel cell , characterized in that : the transient time target wet state setting unit is configured to apply a delay process to the steady time target wet state when a transient property of the wet state of the electrolyte membrane lags a transient property of the fuel cell stack output, to thereby change the rate of change of the wet state of the electrolyte membrane to match the transient property of the wet state of the electrolyte membrane. a wet state detection unit configured to detect a wet state of an electrolyte membrane of the fuel cell ; a steady time target wet state setting unit configured to set a target wet state of the electrolyte membrane as a steady time target wet state, the steady time target wet state being the target wet state required for the steady operation of the fuel cell system at a target output of the fuel cell ; and a transient time target wet state setting unit configured to set a transient time target wet state so that the wet state of the electrolyte membrane gradually changes from a wet state detected before a transient operation starts to the steady time target wet state during the transient operation which changes the target output of the fuel cell ,
A wire mesh heater comprising: a wire mesh element ; and first and second primary conductors , wherein the wire mesh element has a surface area comprising a non-contact area and first and second contact areas each extending along at least 50% of a length (L M ) of the wire mesh element, characterised in that : the primary conductors comprise a slit having a contact surface, and the contact areas contact the contact surfaces to provide an electrical connection between the wire mesh element and the primary conductors . a wire mesh element ; and first and second primary conductors , wherein the wire mesh element has a surface area comprising a non-contact area and first and second contact areas each extending along at least 50% of a length (L M ) of the wire mesh element, characterised in that : the primary conductors comprise a slit having a contact surface, and the contact areas contact the contact surfaces to provide an electrical connection between the wire mesh element and the primary conductors . the primary conductors comprise a slit having a contact surface, and the contact areas contact the contact surfaces to provide an electrical connection between the wire mesh element and the primary conductors .
An illumination device comprising light emitting sections, the illumination device characterized by comprising: a first light emitting section , as one of the light emitting sections, the first light emitting section (13 13a) containing a fluorescent material that emits light upon reception of a laser beam; a second light emitting section , as another one of the light emitting sections, for emitting light by use of a principle of light emission differing from one used by the first light emitting section , wherein the second light emitting section is a light-emitting diode ; and a light distributing section for (i) distributing, to a first light-distributed region (A1, A2), the light emitted from the first light emitting section and (ii) distributing, to a second light-distributed region (al, a2), the light emitted from the second light emitting section , the light distributing section having a focal point (f1), characterized in that the first light emitting section is provided substantially at a focal point (f1) of the light distributing section , and the second light emitting section is provided off the focal point (f1), and in that the illumination device further comprises a location shifting section for shifting the position of the laser beam on the first light emitting section . a first light emitting section , as one of the light emitting sections, the first light emitting section (13 13a) containing a fluorescent material that emits light upon reception of a laser beam; a second light emitting section , as another one of the light emitting sections, for emitting light by use of a principle of light emission differing from one used by the first light emitting section , wherein the second light emitting section is a light-emitting diode ; and a light distributing section for (i) distributing, to a first light-distributed region (A1, A2), the light emitted from the first light emitting section and (ii) distributing, to a second light-distributed region (al, a2), the light emitted from the second light emitting section , the light distributing section having a focal point (f1), characterized in that the first light emitting section is provided substantially at a focal point (f1) of the light distributing section , and the second light emitting section is provided off the focal point (f1), and in that the illumination device further comprises a location shifting section for shifting the position of the laser beam on the first light emitting section .
A method of operating a terminal device in a first network that is operating according to a first radio access technology, RAT, the terminal device supporting and operating according to a network interworking feature that enables and controls interworking between the first network and a network operating according to a second RAT, the method comprising: determining whether a first cell in the first network that is serving the terminal device supports the network interworking feature ; and characterized by : modifying the operation of the terminal device with respect to the network interworking feature if it is determined that the first cell does not support the network interworking feature , wherein the step of modifying the operation of the terminal device comprises the terminal device : disabling the network interworking feature or ceasing to act according to the network interworking feature; and refraining from connecting to WLANs indicated to the terminal device by the first network, wherein the first RAT is a 3GPP RAT, the second RAT is a WLAN RAT, and the networking interworking feature is a 3GPP/WLAN interworking feature. disabling the network interworking feature or ceasing to act according to the network interworking feature; and refraining from connecting to WLANs indicated to the terminal device by the first network, wherein the first RAT is a 3GPP RAT, the second RAT is a WLAN RAT, and the networking interworking feature is a 3GPP/WLAN interworking feature.
A method for adding a termination to an end of a tensile strength member including multiple synthetic filaments arranged into multiple strands (100,), including a first strand and a second strand , said tensile strength member having a central axis, said method comprising: providing a potting compound in a liquid state, said potting compound being configured to transition to a solid state over time ., the method being characterized by :- providing an anchor with a first cavity and a second cavity ; placing filaments of said first strand within said first cavity placing filaments of said second strand in said second cavity ; adding said potting compound in said liquid state to said first cavity ; adding said potting compound in said liquid state to said second cavity , monitoring for a defined transition of said potting compound from said liquid state to said solid state: and upon detecting said defined transition applying a potting compound transition tension to said tensile strength member , wherein said potting compound transition tension is applied via a first strand clamp that engages said first strand and a second strand clamp that engages said second strand , wherein a tension applied by said first strand clamp and tension applied by said second strand clamp can be controlled separately providing an anchor with a first cavity and a second cavity ; placing filaments of said first strand within said first cavity placing filaments of said second strand in said second cavity ; adding said potting compound in said liquid state to said first cavity ; adding said potting compound in said liquid state to said second cavity , monitoring for a defined transition of said potting compound from said liquid state to said solid state: and upon detecting said defined transition applying a potting compound transition tension to said tensile strength member , adding said potting compound in said liquid state to said second cavity , monitoring for a defined transition of said potting compound from said liquid state to said solid state: and upon detecting said defined transition applying a potting compound transition tension to said tensile strength member , wherein said potting compound transition tension is applied via a first strand clamp that engages said first strand and a second strand clamp that engages said second strand , wherein a tension applied by said first strand clamp and tension applied by said second strand clamp can be controlled separately
Compressor for a turbomachine , having at least one first rotor disk , at least one second rotor disk and a space which is at least partially bounded by the at least one first rotor disk and the at least one second rotor disk , and which is arranged axially between the at least one first rotor disk and the at least one second rotor disk , swirl rectifiers being arranged in the space , wherein the swirl rectifiers are connected in a positive locking and/or frictionally locking manner to components, partially via first cutouts on a first of these components and partially via second cutouts on a second of these components which is adjacent to the first component in the axial direction, wherein the first cutouts or second cutouts are arranged on a retaining ring that can be or is connected to the first rotor disk or to the second rotor disk , characterized in that the swirl rectifiers are coupled to a twist prevention means , wherein the twist prevention takes the form of a respective circumferential ring on the swirl rectifiers , this ring having at least one flat which, in the assembly, abuts against a wall of the at least one first rotor disk , of the at least one second rotor disk or of the retaining ring so as to form the twist prevention .
A dual mode choke coil comprising: - a lower core made of a magnetic substance, in which four columnar bodies (5a-5d) whose respective axes are upright are placed on a quadrilateral square of a flat plate , the columnar bodies being such that a first columnar body and a second columnar body are arranged in parallel to a third columnar body and a fourth columnar body ; - a first coil in which the winding direction of a first coil conductor wound around the first columnar body and the winding direction of a third coil conductor wound around the third columnar body are different to each other, - a second coil in which the winding direction of a second coil conductor wound around the second columnar body and the winding direction of a fourth coil conductor wound around the fourth columnar body are different to each other, - a first upper core made of a magnetic substance, which is brought in contact with upper portions of the first columnar body and the second columnar body ; and - a second upper core made of a magnetic substance, which is brought in contact with upper portions of the third columnar body and the fourth columnar body , - wherein the first upper core and the second upper core are arranged with a gap formed therebetween; and - wherein the winding direction of the first coil conductor and the winding direction of the second coil conductor are different, characterized in that the first coil conductor and the third coil conductor are connected in parallel, and the second coil conductor and the fourth coil conductor are connected in parallel. - a lower core made of a magnetic substance, in which four columnar bodies (5a-5d) whose respective axes are upright are placed on a quadrilateral square of a flat plate , the columnar bodies being such that a first columnar body and a second columnar body are arranged in parallel to a third columnar body and a fourth columnar body ; - a first coil in which the winding direction of a first coil conductor wound around the first columnar body and the winding direction of a third coil conductor wound around the third columnar body are different to each other, - a second coil in which the winding direction of a second coil conductor wound around the second columnar body and the winding direction of a fourth coil conductor wound around the fourth columnar body are different to each other, - a first upper core made of a magnetic substance, which is brought in contact with upper portions of the first columnar body and the second columnar body ; and - a second upper core made of a magnetic substance, which is brought in contact with upper portions of the third columnar body and the fourth columnar body , - wherein the first upper core and the second upper core are arranged with a gap formed therebetween; and - wherein the winding direction of the first coil conductor and the winding direction of the second coil conductor are different, characterized in that