mhurhangee/patent-ind-claim-en huggingface dataset:
Rotating electrical machine comprising: - a rotor linked in rotation with a shaft , - a stator comprising a winding, - a sensor-holder positioned around a sleeve made from a support of said electrical machine and - means for tracking an angular position of said rotor comprising at least one sensor and a magnetic target fixed onto a target-holder , said target-holder is mounted on said shaft and in that said magnetic target is fixed onto an internal face of said target-holder turned towards said shaft of said electrical machine , said rotor is mounted on a hub linked in rotation with said shaft of the electrical machine, said magnetic target , said target-holder and said sensor are positioned inside said hub , characterized in that said sleeve ensures that a rolling bearing mounted between said sleeve and said shaft of the electrical machine is radially secured. - a rotor linked in rotation with a shaft , - a stator comprising a winding, - a sensor-holder positioned around a sleeve made from a support of said electrical machine and - means for tracking an angular position of said rotor comprising at least one sensor and a magnetic target fixed onto a target-holder , said target-holder is mounted on said shaft and in that said magnetic target is fixed onto an internal face of said target-holder turned towards said shaft of said electrical machine ,
Sprinkler pipe comprising an elongated pipe element having at least one longitudinal row of dispensing holes distributed at predefined distances and which holes each communicate with a drip unit provided inside the pipe and having at least one inlet communicating with the inside of the pipe and at least one outlet communicating with at least one dispensing hole and wherein the inlets of all or of a certain number of drip units respectively communicate with the inner compartment of the pipe by means of at least one first collecting channel or of a succession of segments of said first collecting channel in the axial direction of the pipe , provided along at least one, preferably both longitudinal sides of the row of drip units and extending along the entire extent or along part of the longitudinal extent of said row of drip units , whereas the collecting channel or channels are delimited, on sides facing the inside of the pipe, by a bottom wall consisting of a wall parallel to the wall of the pipe , along the band defined by the row of drip units , and by a longitudinal side filter-like wall being provided with openings of a predefined size and alternated with closed wall sections or wall segments , characterized in that at all or at least some of the openings of the longitudinal side wall facing the inside of the pipe of one or more collecting channels , a communication hole of said channel is provided in the bottom wall thereof, i.e. in the band coinciding with the wall delimiting the row of drip units towards the inside of the pipe and which is parallel to the coinciding wall section of the pipe along which said row of drip units extends.
A directional waveguide comprising: an input end which receives input light; first and second opposed, laterally extending guide surfaces for guiding light along the waveguide ; and a reflective end facing the input end for reflecting the input light back along the waveguide , the second guide surface being arranged to deflect the reflected input light through the first guide surface as output light, and the waveguide being arranged to direct the output light into optical windows in output directions that are distributed in a lateral direction in dependence on the input position of the input light, wherein the reflective end is a Fresnel reflector comprising alternating reflective facets and draft facets , the reflective facets providing the Fresnel reflector with positive optical power laterally, and, characterized in that in a center region of the Fresnel reflector, the depth of the draft facets parallel to the optical axis of the reflective end is greater than the depth of the reflective facets such that diffraction effects from the reflective facets in the center region of the Fresnel reflector are the same as diffraction effects from the reflective facets in edge regions of the Fresnel reflector outside the center region of the Fresnel reflector. an input end which receives input light; first and second opposed, laterally extending guide surfaces for guiding light along the waveguide ; and a reflective end facing the input end for reflecting the input light back along the waveguide , the second guide surface being arranged to deflect the reflected input light through the first guide surface as output light, and the waveguide being arranged to direct the output light into optical windows in output directions that are distributed in a lateral direction in dependence on the input position of the input light, wherein the reflective end is a Fresnel reflector comprising alternating reflective facets and draft facets , the reflective facets providing the Fresnel reflector with positive optical power laterally, and, characterized in that in a center region of the Fresnel reflector, the depth of the draft facets parallel to the optical axis of the reflective end is greater than the depth of the reflective facets such that diffraction effects from the reflective facets in the center region of the Fresnel reflector are the same as diffraction effects from the reflective facets in edge regions of the Fresnel reflector outside the center region of the Fresnel reflector.
An auxiliary drive for a trailer, in particular a caravan, a boat trailer, a sales vehicle, a transport trailer or a car transport trailer, wherein the auxiliary drive is arranged at a frame of the trailer and includes at least one drive element , wherein the drive element can be engaged with a wheel of the trailer and the auxiliary drive comprises at least one drive unit for driving the at least one drive element and includes at least one dirt trap element , characterized in that the dirt trap element is arranged in the area between the drive unit and the drive element such that at least a clearance between the drive unit and the trailer floor or a wheel case of the trailer is at least partially covered.
An autonomous mobile cleaner, comprising: a cleaner body ; a suction unit having a handle , and configured to suck foreign materials thereinto; an air pipe configured to connect the cleaner body and the suction unit to each other, and configured to guide the foreign materials into the cleaner body ; a sensing unit provided at a connection part between the air pipe and the cleaner body , and configured to output a sensing signal by sensing a size and a direction of a tensile strength applied to the air pipe ; and a control unit configured to move the cleaner body based on the sensing signal characteirzed in that the control unit is configured to calculate a displacement of the air pipe based on the sensing signal and to control a distance between a user and the cleaner body to be within a prescribed value, based on the calculated displacement. a cleaner body ; a suction unit having a handle , and configured to suck foreign materials thereinto; an air pipe configured to connect the cleaner body and the suction unit to each other, and configured to guide the foreign materials into the cleaner body ; a sensing unit provided at a connection part between the air pipe and the cleaner body , and configured to output a sensing signal by sensing a size and a direction of a tensile strength applied to the air pipe ; and a control unit configured to move the cleaner body based on the sensing signal characteirzed in that the control unit is configured to calculate a displacement of the air pipe based on the sensing signal and to control a distance between a user and the cleaner body to be within a prescribed value, based on the calculated displacement.
A terminal for a communication system, the terminal comprising: a transceiver ; and a processor operably connected to the transceiver, the processor configured to: receive channel state information, CSI, reporting configuration information and resource configuration information from a base station, the resource configuration information including configuration on a plurality of channel state information reference signal, CSI-RS, resources, identify a type of a CSI reporting based on the CSI reporting configuration information, wherein the type of the CSI reporting is identified as a reference signal received power, RSRP, reporting or none, and, measure the plurality of CSI-RS resources based on the CSI reporting configuration information and the resource configuration information, wherein the CSI reporting is not performed in case that the type of the CSI reporting is identified as none, wherein the resource configuration information further includes an indicator indicating whether the plurality of CSI-RS resources correspond to different spatial transmissions or a same spatial transmission, and wherein the indicator corresponds to 1 bit. a transceiver ; and a processor operably connected to the transceiver, the processor configured to: receive channel state information, CSI, reporting configuration information and resource configuration information from a base station, the resource configuration information including configuration on a plurality of channel state information reference signal, CSI-RS, resources, identify a type of a CSI reporting based on the CSI reporting configuration information, wherein the type of the CSI reporting is identified as a reference signal received power, RSRP, reporting or none, and, measure the plurality of CSI-RS resources based on the CSI reporting configuration information and the resource configuration information, receive channel state information, CSI, reporting configuration information and resource configuration information from a base station, the resource configuration information including configuration on a plurality of channel state information reference signal, CSI-RS, resources, identify a type of a CSI reporting based on the CSI reporting configuration information, wherein the type of the CSI reporting is identified as a reference signal received power, RSRP, reporting or none, and, measure the plurality of CSI-RS resources based on the CSI reporting configuration information and the resource configuration information, wherein the CSI reporting is not performed in case that the type of the CSI reporting is identified as none, wherein the resource configuration information further includes an indicator indicating whether the plurality of CSI-RS resources correspond to different spatial transmissions or a same spatial transmission, and wherein the indicator corresponds to 1 bit.
A method for assigning identifiers to switches in a stack, comprising: detecting (S201), by a switch, a terminal identifier stored in an optical module that is connected to a stack port of the switch, wherein the optical module is at one end of an optical cable; and if a condition is met, assigning (S202), by the switch, identifiers to N stackable switches along a direction starting from the switch to other switches connected to the stack port, wherein the condition comprises: the terminal identifier is a specified terminal identifier, and wherein N is greater than or equal to 2. detecting (S201), by a switch, a terminal identifier stored in an optical module that is connected to a stack port of the switch, wherein the optical module is at one end of an optical cable; and if a condition is met, assigning (S202), by the switch, identifiers to N stackable switches along a direction starting from the switch to other switches connected to the stack port, wherein the condition comprises: the terminal identifier is a specified terminal identifier, and wherein N is greater than or equal to 2.
A process for producing a compound of the following formula (I): which process comprises: (a) treating a compound of the following formula : with a compound of the following formula : to generate an intermediate compound of the following formula : (b) treating a compound of formula as defined above with a compound of the following formula : ; and (c) recovering a compound of formula (I) as defined above. (a) treating a compound of the following formula : with a compound of the following formula : to generate an intermediate compound of the following formula : (b) treating a compound of formula as defined above with a compound of the following formula : ; and (c) recovering a compound of formula (I) as defined above.
A dental implant consisting of an anchoring element made of ceramic material, in particular based on zirconium oxide, the anchoring element having, from a cervical end, a blind hole into which, in order to form a hybrid implant, an insert element made of a titanium material and having an internal thread is insertable via a thread as receptacle for a corresponding abutment as dental prosthesis, the insert element being fixed in the anchoring element by means of soldering with a glass solder, characterised in that the insert element has, at least in the joining region, spacers at individual points for forming a circumferential gap and forms a protrusion relative to the anchoring element and fills the gap with a glass solder suspension to excess and, after a thermal soldering phase, the protrusion of the insert element and any solder excess are cut off on the cervical implant side.
A user equipment comprising: means for receiving a radio resource control connection reconfiguration message including a first measurement configuration related to a first network node and a second measurement configuration related to a second network node; wherein the radio resource control connection reconfiguration message indicates the user equipment to deliver a first measurement report to the first network node and a second measurement report to the second network node; means for transmitting the first measurement report for the first network node based on the first measurement configuration to the first network node; and means for transmitting the second measurement report for the second network node based on the second measurement configuration to the second network node, wherein the first measurement report is different from the second measurement report; and wherein at least one of the first measurement report or the second measurement report is used to assist in performing a mobility or handover procedure for the user equipment. means for receiving a radio resource control connection reconfiguration message including a first measurement configuration related to a first network node and a second measurement configuration related to a second network node; wherein the radio resource control connection reconfiguration message indicates the user equipment to deliver a first measurement report to the first network node and a second measurement report to the second network node; means for transmitting the first measurement report for the first network node based on the first measurement configuration to the first network node; and means for transmitting the second measurement report for the second network node based on the second measurement configuration to the second network node, wherein the first measurement report is different from the second measurement report; and wherein at least one of the first measurement report or the second measurement report is used to assist in performing a mobility or handover procedure for the user equipment.
Method for producing an arrester arrangement that comprises a surge arrester (10a-10f), wherein, in the method, during production of the surge arrester (10a-10f), resistance elements operating in a voltage-dependent manner are electrically connected in series, wherein - at least one further surge arrester (10a-10f) is additionally produced by virtue of resistance elements operating in a voltage-dependent manner being electrically connected in series, - the surge arrester (10a-10f) and/or the at least one further surge arrester (10a-10f) are/is provided with a tensioning system that allows the clamping force (F1-F6) acting on the resistance elements to be adjusted even after the surge arrester (10a-10f) has been started up for the first time, characterized in that - the arrester arrangement has an electrical overvoltage applied to it that leads to a reduction in the electrical resistance of the resistance elements and gives rise to a flow of current through the surge arresters (10a-10f) connected in parallel, - when current is flowing, voltages (U1, U2, U3) dropped across the surge arresters (10a-10f) or voltages (Ui1, U2i, Ui3) induced in the surge arresters (10a-10f) on account of the inductance are measured, with voltage measurement values being formed, and - the tensioning system or systems is/are set in such a way that the voltage measurement values are equal or lie within a predefined tolerance band. - at least one further surge arrester (10a-10f) is additionally produced by virtue of resistance elements operating in a voltage-dependent manner being electrically connected in series, - the surge arrester (10a-10f) and/or the at least one further surge arrester (10a-10f) are/is provided with a tensioning system that allows the clamping force (F1-F6) acting on the resistance elements to be adjusted even after the surge arrester (10a-10f) has been started up for the first time, characterized in that - the arrester arrangement has an electrical overvoltage applied to it that leads to a reduction in the electrical resistance of the resistance elements and gives rise to a flow of current through the surge arresters (10a-10f) connected in parallel, - when current is flowing, voltages (U1, U2, U3) dropped across the surge arresters (10a-10f) or voltages (Ui1, U2i, Ui3) induced in the surge arresters (10a-10f) on account of the inductance are measured, with voltage measurement values being formed, and - the tensioning system or systems is/are set in such a way that the voltage measurement values are equal or lie within a predefined tolerance band.
A compound with the following structural formula: or a pharmaceutically acceptable salt thereof, wherein: Ring A is a triazolyl ring represented by the following structural formula: R 1 and R 2 are taken together with their intervening nitrogen atom to form a ring selected from: an azetidinyl ring a pyrrolidinyl ring or a piperidinyl ring wherein the ring formed thereby is substituted with -(R 5 ) p ; p is an integer selected from 0, 1, and 2; R 5 is independently -F or -L-R 6 , L is a covalent bond, a -CH 2 -NH-, a -CH 2 -N(CH 3 )-, -O-, or -C(O)O-; and each R 6 is independently hydrogen, methyl or pyridyl. Ring A is a triazolyl ring represented by the following structural formula: R 1 and R 2 are taken together with their intervening nitrogen atom to form a ring selected from: an azetidinyl ring a pyrrolidinyl ring or a piperidinyl ring an azetidinyl ring a pyrrolidinyl ring or a piperidinyl ring wherein the ring formed thereby is substituted with -(R 5 ) p ; p is an integer selected from 0, 1, and 2; R 5 is independently -F or -L-R 6 , L is a covalent bond, a -CH 2 -NH-, a -CH 2 -N(CH 3 )-, -O-, or -C(O)O-; and each R 6 is independently hydrogen, methyl or pyridyl.
A light emitting device comprising: a first charge transporting layer including a first doped inorganic material in contact with a first electrode arranged to introduce charge in the first charge transporting layer; a second charge transporting layer including a second doped inorganic material in contact with a second electrode , wherein the second electrode is arranged to introduce charge in the second charge transporting layer; and a plurality of semiconductor nanocrystals disposed between the first electrode and the second electrode. a first charge transporting layer including a first doped inorganic material in contact with a first electrode arranged to introduce charge in the first charge transporting layer; a second charge transporting layer including a second doped inorganic material in contact with a second electrode , wherein the second electrode is arranged to introduce charge in the second charge transporting layer; and a plurality of semiconductor nanocrystals disposed between the first electrode and the second electrode.
Aircraft comprising at least one electric machine having a primary shaft , said aircraft comprising a secondary shaft and at least one rotor contributing to the lift and/or propulsion of said aircraft in the air, said aircraft comprising a transmission system on the one hand for transmitting a driving torque from said primary shaft of said at least one electric machine operating in motor mode to said secondary shaft and, alternatively, on the other hand, for transmitting a generating torque from said secondary shaft to said primary shaft of said at least one electric machine operating in generator mode, characterized in that said secondary shaft is rotatably conjoined to said at least one rotor , and in that said system comprises two freewheels arranged in phase opposition, said two freewheels having: • a motor freewheel , said motor freewheel comprising a driving motor part rotatably conjoined to said primary shaft and a driven part rotatably conjoined to said secondary shaft , said motor freewheel exclusively transmitting said driving torque from said primary shaft to said secondary shaft , and • a generator freewheel , said generator freewheel comprising a driving generator part rotatably conjoined to said secondary shaft and a driven generator part rotatably conjoined to said primary shaft , said generator freewheel exclusively transmitting said generating torque from said secondary shaft to said primary shaft . • a motor freewheel , said motor freewheel comprising a driving motor part rotatably conjoined to said primary shaft and a driven part rotatably conjoined to said secondary shaft , said motor freewheel exclusively transmitting said driving torque from said primary shaft to said secondary shaft , and • a generator freewheel , said generator freewheel comprising a driving generator part rotatably conjoined to said secondary shaft and a driven generator part rotatably conjoined to said primary shaft , said generator freewheel exclusively transmitting said generating torque from said secondary shaft to said primary shaft .