mhurhangee/patent-ind-claim-en huggingface dataset:
Motor spindle for driving a machining tool, comprising a sleeve-shaped stator extending along a stator axis , which stator has a first magnet system , a first coupling receptacle and a second coupling receptacle , and further comprising a rotor , which has a rotor shaft extending along a rotor axis , a second magnet system , a first coupling part and a second coupling part , wherein the first coupling part is designed to be fixed to the first coupling receptacle and is mounted on the rotor shaft so as to be rotatable about the rotor axis by means of a first rolling bearing designed as an axial fixed bearing, and wherein the second coupling part is designed to be fixed to the second coupling receptacle and is mounted on the rotor shaft so as to be rotatable about the rotor axis by means of a second rolling bearing designed as an axial loose bearing, wherein the second rolling bearing comprises an inner ring fixed on the rotor shaft and an outer ring arranged coaxially to the inner ring and fixed on the second coupling part , which outer ring defines with the inner ring an annular bearing gap in which a plurality of rolling elements are accommodated, the second coupling part being accommodated on the rotor shaft so as to be axially movable parallel to the rotor axis between a first functional position and a second functional position along an adjustment path , characterized in that a first distance between a first axial surface of the inner ring and the second coupling part , and in that there is a second distance between a second axial surface of the inner ring , which faces away from the first axial surface , and the second coupling part are always greater than zero for the entire adjustment path .
Use of a compound as a mass spectrometry electron transfer dissociation reagent, wherein the compound is a substituted aromatic compound having a Franck-Condon factor of between 0.1 and 1.0 and an electron affinity having a positive value between 0.1 to 200 kJ/mol, and wherein either the aromatic nucleus is substituted by one or more substituents consisting of cyano, nitroso, carboxyl, iodo, aldehyde and acetoxy moieties, or the compound is 1,4-nitrotoluene.
A method for determining an undifferentiated state of pluripotent stem cells, comprising: determining whether the pluripotent stem cells are in an undifferentiated state or not based on a time-dependent change in a variation value of an extracellular metabolite contained in a culture medium in which the pluripotent stem cells are cultured (S513, S803), wherein the extracellular metabolite is at least one selected from a group consisting of L-glutamic acid, L-alanine and ammonia, and wherein the variation value is found as a ratio of a variation amount of the L-glutamic acid, the L-alanine or the ammonia to a variation amount of L-lactic acid which is the extracellular metabolite contained in the culture medium. determining whether the pluripotent stem cells are in an undifferentiated state or not based on a time-dependent change in a variation value of an extracellular metabolite contained in a culture medium in which the pluripotent stem cells are cultured (S513, S803), wherein the extracellular metabolite is at least one selected from a group consisting of L-glutamic acid, L-alanine and ammonia, and wherein the variation value is found as a ratio of a variation amount of the L-glutamic acid, the L-alanine or the ammonia to a variation amount of L-lactic acid which is the extracellular metabolite contained in the culture medium.
Use of a composition comprising by weight: (i) from 2% to 90% sulfonylurea water soluble salt; (ii) from 1% to 50% ethanolamine; (iii) from 0-95% of one or more additional formulating ingredients; the sum of all the ingredients in the composition totalling 100%, in reducing residual sulfonylurea pesticide contamination of a spray tank from which the sulfonylurea is applied. (i) from 2% to 90% sulfonylurea water soluble salt; (ii) from 1% to 50% ethanolamine; (iii) from 0-95% of one or more additional formulating ingredients;
Illumination means with at least one light source and with an optical element arrangement arranged within the optical path of the light, which light is emitted by the light source , wherein: - the optical element arrangement comprises two micro-optical structure grids , which micro-optical structure grids are arranged one behind the other within the optical path, - each of the two micro-optical structure grids comprises optical microstructures , which are arranged in a periodically repeating regular pattern, and - at least one of the two micro-optical structure grids is arranged within the focal plane of the optical microstructures of the remaining micro-optical structure grid , characterized in that the optical microstructures are arranged on opposite surfaces of an optical element, which optical element is located within the optical path. - the optical element arrangement comprises two micro-optical structure grids , which micro-optical structure grids are arranged one behind the other within the optical path, - each of the two micro-optical structure grids comprises optical microstructures , which are arranged in a periodically repeating regular pattern, and - at least one of the two micro-optical structure grids is arranged within the focal plane of the optical microstructures of the remaining micro-optical structure grid ,
Ventilator unit having at least one ventilator , which is surrounded by an inlet nozzle , and a diffuser assigned to the ventilator , characterized in that the diffuser is an integrated constituent of the inlet nozzle , and in that the free edge of a wall section of the diffuser has an interface for a diffuser attachment , which is detachably attached using an interface to the interface of the diffuser in such a manner, that the inner wall of the diffuser attachment forms a steady continuation of the inner wall of the diffuser .
Silver-white effect pigments, characterised in that synthetic mica flakes having an equivalence diameter distribution according to which 90% of the particles are in the range from 2 to 40 μm, and a thickness distribution according to which 90% of the particles are in the range from 100 to 3500 nm, have a coating having a refractive index ≥ 1.9 comprising titanium dioxide and zinc oxide and/or one or more low-solubility alkaline-earth metal compounds.
A tire comprising a circular tire frame formed of a thermoplastic resin material, the thermoplastic resin material including a polyamide-based thermoplastic elastomer or a polyester-based thermoplastic elastomer containing a hard segment and a soft segment, the tire frame having a volume resistivity in the range of 1.0×10 6 Ω · cm to 1.0×10 10 Ω · cm, wherein the tire frame comprises an antistatic material.
A method comprising: determining , by a computing device , based at least in part on information included in at least one previous communication from a plurality of previous communications that are associated with a user of the computing device, information associated with an event, the event being associated with a future location and a future time; determining, by the computing device , based on the event future time and a type of the event, an arrival time at which the user of the computing device is predicted to need to arrive at the event future location in order to attend the event, wherein the arrival time is prior to the event future time; applying, by the computing device , a time tag associated with the event future time to a portion of the information included in the at least one previous communication; associating, by the computing device, a departure time with the time tag, wherein the departure time is based on the arrival time and a travel duration to the event future location; and responsive to determining that a current time associated with the computing device is within a threshold amount of time of the departure time, outputting , by the computing device, a graphical or audible indication having content which is based on the portion of the tagged information included in the at least one previous communication. determining , by a computing device , based at least in part on information included in at least one previous communication from a plurality of previous communications that are associated with a user of the computing device, information associated with an event, the event being associated with a future location and a future time; determining, by the computing device , based on the event future time and a type of the event, an arrival time at which the user of the computing device is predicted to need to arrive at the event future location in order to attend the event, wherein the arrival time is prior to the event future time; applying, by the computing device , a time tag associated with the event future time to a portion of the information included in the at least one previous communication; associating, by the computing device, a departure time with the time tag, wherein the departure time is based on the arrival time and a travel duration to the event future location; and responsive to determining that a current time associated with the computing device is within a threshold amount of time of the departure time, outputting , by the computing device, a graphical or audible indication having content which is based on the portion of the tagged information included in the at least one previous communication.
An annealing device comprising: a heating unit configured for heating a surface of an annealing object to temporarily melt an outer layer portion; a sensor configured for detecting thermal radiation light from the annealing object heated by the heating unit; and a processing unit configured for estimating an annealing result of the annealing object on the basis of a waveform showing a temporal change in an intensity of the thermal radiation light detected by the sensor , characterized in that the waveform includes a peak (P1, P2) corresponding to a start of melting and a peak (P3) corresponding to complete solidification, and the processing unit is configured for estimating a melting depth of the outer layer portion of the annealing object on the basis of a melting time from the peak (P1, P2) to the peak (P3). a heating unit configured for heating a surface of an annealing object to temporarily melt an outer layer portion; a sensor configured for detecting thermal radiation light from the annealing object heated by the heating unit; and a processing unit configured for estimating an annealing result of the annealing object on the basis of a waveform showing a temporal change in an intensity of the thermal radiation light detected by the sensor , characterized in that the waveform includes a peak (P1, P2) corresponding to a start of melting and a peak (P3) corresponding to complete solidification, and the processing unit is configured for estimating a melting depth of the outer layer portion of the annealing object on the basis of a melting time from the peak (P1, P2) to the peak (P3).
A method for providing enhanced situational awareness using a magnified picture-in-picture within a wide field-of-view optical image from a firearm scope, the method comprising: processing a received optical image to generate the wide field-of-view optical image; initiating display of the wide field-of-view optical image on a display of the firearm scope; receiving an indication to display a magnified picture-in-picture image on the display simultaneously with the wide field-of-view optical image; generating the magnified picture-in-picture image for display on the display of the firearm scope, wherein the magnified picture-in-picture image is copied from a central area of a defined size of the wide field-of-view optical image around a reticle and wherein changing the zoom of either the magnified picture-in-picture image or the wide field-of-view optical image affects the zoom of the other according to some determined dynamic scale or a prior/on-the-fly user selection; and initiating display of the magnified picture-in-picture image on the display of the firearm scope simultaneously with the wide field-of-view optical image. processing a received optical image to generate the wide field-of-view optical image; initiating display of the wide field-of-view optical image on a display of the firearm scope; receiving an indication to display a magnified picture-in-picture image on the display simultaneously with the wide field-of-view optical image; generating the magnified picture-in-picture image for display on the display of the firearm scope, wherein the magnified picture-in-picture image is copied from a central area of a defined size of the wide field-of-view optical image around a reticle and wherein changing the zoom of either the magnified picture-in-picture image or the wide field-of-view optical image affects the zoom of the other according to some determined dynamic scale or a prior/on-the-fly user selection; and initiating display of the magnified picture-in-picture image on the display of the firearm scope simultaneously with the wide field-of-view optical image.
A method for wireless communications by a user equipment, UE, comprising: identifying a system bandwidth for communications; identifying one or more radio resource control, RRC, messages; identifying a downlink control information, DCI, format 6-1A; determining (1606; 1610) one or more resource indication values, RIVs, equal to integer values from 21 to 31 for the DCI format 6-1A, wherein the determined RIVs are for a narrowband, NB, in the system bandwidth, BW, and the NB is configurable with different NB location(s) and RBG size(s), wherein the determined RIVs are outside of a range of RIVs equal to integer values from 0 to 20 for legacy resource allocation; wherein a size of the determined RIVs is 5 bits, which is the same as for the legacy resource allocation using the DCI format 6-1A; and performing resource allocation based on the identified system bandwidth, the one or more RRC messages, the identified DCI format, and the one or more determined RIVs. identifying a system bandwidth for communications; identifying one or more radio resource control, RRC, messages; identifying a downlink control information, DCI, format 6-1A; determining (1606; 1610) one or more resource indication values, RIVs, equal to integer values from 21 to 31 for the DCI format 6-1A, wherein the determined RIVs are for a narrowband, NB, in the system bandwidth, BW, and the NB is configurable with different NB location(s) and RBG size(s), wherein the determined RIVs are outside of a range of RIVs equal to integer values from 0 to 20 for legacy resource allocation; wherein a size of the determined RIVs is 5 bits, which is the same as for the legacy resource allocation using the DCI format 6-1A; and performing resource allocation based on the identified system bandwidth, the one or more RRC messages, the identified DCI format, and the one or more determined RIVs.
An exercise apparatus for performing a back extension exercise by a user having a lower back , legs and a trunk (T1, T2, T3) that has a longitudinal trunk axis (LA) and a trunk weight, the apparatus comprising: a frame , a seat having a seating surface (PS) and a pelvic stabilization pad having a lower back engagement surface (ES), an input arm assembly , and a first resistance mechanism and a second resistance mechanism , the input arm assembly including a manually graspable mechanism and being arranged on the apparatus such that the input arm assembly is pivotable beginning from a start motionless position (SMP) along a path of travel (PT, PT2) rearwardly toward the pelvic stabilization pad under resistance (R1) exerted by the first resistance mechanism , characterized in that the seating surface (PS) and the pelvic stabilization pad are mounted, adapted and arranged on the frame in a disposition such that the user can simultaneously sit on the seating surface (PS), engage the user's lower back against the lower back engagement surface (ES) and manually engage (ME) the manually graspable mechanism to pull the input arm assembly against resistance (R1) exerted by the first resistance mechanism , the input arm assembly is interconnected by a first interconnection to the first resistance mechanism and by a second interconnection to the second resistance mechanism , and the first resistance mechanism is adapted to increase resistance (F1a, F2a) as the degree of pivoting (PT, PT2) of the input arm assembly increases along the path of travel away from the start motionless position (SMP) rearwardly toward the pelvic stabilization pad . a frame , a seat having a seating surface (PS) and a pelvic stabilization pad having a lower back engagement surface (ES), an input arm assembly , and a first resistance mechanism and a second resistance mechanism , the input arm assembly including a manually graspable mechanism and being arranged on the apparatus such that the input arm assembly is pivotable beginning from a start motionless position (SMP) along a path of travel (PT, PT2) rearwardly toward the pelvic stabilization pad under resistance (R1) exerted by the first resistance mechanism , characterized in that the seating surface (PS) and the pelvic stabilization pad are mounted, adapted and arranged on the frame in a disposition such that the user can simultaneously sit on the seating surface (PS), engage the user's lower back against the lower back engagement surface (ES) and manually engage (ME) the manually graspable mechanism to pull the input arm assembly against resistance (R1) exerted by the first resistance mechanism , the input arm assembly is interconnected by a first interconnection to the first resistance mechanism and by a second interconnection to the second resistance mechanism , and the first resistance mechanism is adapted to increase resistance (F1a, F2a) as the degree of pivoting (PT, PT2) of the input arm assembly increases along the path of travel away from the start motionless position (SMP) rearwardly toward the pelvic stabilization pad .
Ink set comprising an aqueous reaction liquid comprising a salt of the conjugate base of pidolic acid wherein the salt comprises a polyvalent metal ion selected from the group consisting of : Ca 2+ , Mg 2+ , Sr 2+ , Zn 2+ , Cu 2+ , Ni 2+ , Fe 3+ , Cr 3+ and Al 3+ as a cation, the ink set comprising an ink composition comprising dispersed particles that upon contact with the salt comprised in the reaction liquid agglomerate.
A coffee machine , in particular a fully automatic coffee machine comprises, - a pump with an electric pump motor and is embodied to pump a liquid and causing the liquid flow in the coffee machine , - a brewing unit , - a sensor which is provided to measure parameters of the electric current supplying the electric pump motor , - a processing unit for calculating and adjusting the coffee brewing parameters and for storing data, - a pump supply unit which is coupled to the electric pump motor and to the sensor 10 which is provided to detect an operating parameter (A) of the electric current supplying the electric pump motor , - a control unit for controlling at least the pump supply unit , wherein the control unit is communicatively connected to the processing unit , - a user interface with a display communicatively connected with the processing unit , wherein the display displays the liquid pressure produced by the pump in the brewing unit , wherein the liquid pressure in the brewing unit is calculated by the processing unit based on the data stored in relation with the operating parameter (A) measured by the sensor . - a pump with an electric pump motor and is embodied to pump a liquid and causing the liquid flow in the coffee machine , - a brewing unit , - a sensor which is provided to measure parameters of the electric current supplying the electric pump motor , - a processing unit for calculating and adjusting the coffee brewing parameters and for storing data, - a pump supply unit which is coupled to the electric pump motor and to the sensor 10 which is provided to detect an operating parameter (A) of the electric current supplying the electric pump motor , - a control unit for controlling at least the pump supply unit , wherein the control unit is communicatively connected to the processing unit , - a user interface with a display communicatively connected with the processing unit , wherein the display displays the liquid pressure produced by the pump in the brewing unit , wherein the liquid pressure in the brewing unit is calculated by the processing unit based on the data stored in relation with the operating parameter (A) measured by the sensor .
A system for controlling a wheel of a vehicle provided with at least two torque actuators (114, 116; 114', 116') for providing a torque to the wheel, the system comprising: - a vehicle control unit, VCU , and - a control module, CM , configured to control the torque actuators, wherein the VCU is configured to send to the CM : - a first signal containing a first target in the form of a requested parameter value of at least one parameter to be controlled by means of the torque actuators with respect to the wheel, and - a second signal containing a second target in the form of a desired recuperation power or in the form of a desired parameter split ratio between the torque actuators, characterized in that the CM is configured to: - determine if there is a conflict between the first target and the second target, and when there is a conflict between the first target and the second target, then the CM is configured to, based on one or more predefined criteria, - determine and apply a parameter value of said at least one parameter, and - determine and allocate a recuperation power or a parameter split ratio, such that the applied parameter value is different from the requested parameter value and/or the allocated recuperation power or parameter split ratio is different from the desired recuperation power or parameter split ratio. - a vehicle control unit, VCU , and - a control module, CM , configured to control the torque actuators, wherein the VCU is configured to send to the CM : - a first signal containing a first target in the form of a requested parameter value of at least one parameter to be controlled by means of the torque actuators with respect to the wheel, and - a second signal containing a second target in the form of a desired recuperation power or in the form of a desired parameter split ratio between the torque actuators, characterized in that the CM is configured to: - determine if there is a conflict between the first target and the second target, and - a first signal containing a first target in the form of a requested parameter value of at least one parameter to be controlled by means of the torque actuators with respect to the wheel, and - a second signal containing a second target in the form of a desired recuperation power or in the form of a desired parameter split ratio between the torque actuators, characterized in that the CM is configured to: - determine if there is a conflict between the first target and the second target, and when there is a conflict between the first target and the second target, then the CM is configured to, based on one or more predefined criteria, - determine and apply a parameter value of said at least one parameter, and - determine and allocate a recuperation power or a parameter split ratio, - determine and apply a parameter value of said at least one parameter, and - determine and allocate a recuperation power or a parameter split ratio, such that the applied parameter value is different from the requested parameter value and/or the allocated recuperation power or parameter split ratio is different from the desired recuperation power or parameter split ratio.