mhurhangee/patent-ind-claim-en huggingface dataset:
Steering column for a motor vehicle, comprising a steering column unit with a steering gear-side end and a steering wheel-side end, the steering column unit having an outer steering column tube , in which an inner steering column tube is arranged telescopically, and in which steering column unit a steering spindle is mounted such that it can be rotated about a longitudinal axis , the steering spindle having, at least in portions, a hollow shaft , in which a steering shaft is arranged telescopically, and the steering spindle being mounted rotatably in a rear bearing in the steering wheel-side end portion of the steering column unit , a clamping device being provided which has a clamping bolt which extends through slot-like openings in the side cheeks and through openings in the steering column unit , a clamping force being exerted on the side cheeks in the fixing position by way of the clamping bolt via a clamping mechanism by way of manual actuation of a clamping lever , by way of which clamping force the outer steering column tube is clamped in between the side cheeks in a non-positive manner and, as a result, is fixed relative to the loadbearing unit , and the outer steering column tube is likewise braced radially on the inner steering column tube , or which steering column has, for motorized adjustment, a motorized actuating drive , by which the inner steering column tube can be set relative to the outer steering column tube , characterized in that a safety element is arranged between the steering gear-side end of the steering column unit and the rear bearing between the steering column unit and the steering spindle , which safety element leaves a circumferential radial safety spacing between the steering column unit and the steering spindle free, which safety spacing is smaller than the radial spacing between the steering column unit and the steering spindle outside the safety element between the steering gear-side end of the steering column unit and the rear bearing , the safety element delimiting, by way of its width, an axial safety portion, the width of which is smaller than the diameter of the safety element .
Particulate electrode active material with an average particle diameter in the range of from 2 to 20 μm (D50) having a general formula Li 1+x TM 1-x O 2 wherein TM is a combination of Ni, Co and Al, and, optionally, at least one more metal selected from Mg, Ti, Zr, Nb, Ta, Mo, Mn, and W, with at least 80 mole-% of TM being Ni, and wherein x is in the range of from zero to 0.2, wherein the Co content at the outer surface of the secondary particles is higher than at the center of the secondary particles by at most 30 mol-%, referring to TM.
A magnetoresistive stack comprising: a seed region disposed at least partially on an electrically conductive material wherein the seed region includes at least one of nickel or chromium; a dusting layer disposed on the seed region; a fixed magnetic region disposed on and in contact with the dusting layer, wherein the fixed magnetic region comprises: a first ferromagnetic region disposed above the seed region a coupling layer disposed on and in contact with the first ferromagnetic region; and a second ferromagnetic region disposed on and in contact with the coupling layer; one or more dielectric layers disposed on and in contact with the second ferromagnetic region; and a free magnetic region disposed on the one or more dielectric layers a seed region disposed at least partially on an electrically conductive material wherein the seed region includes at least one of nickel or chromium; a dusting layer disposed on the seed region; a fixed magnetic region disposed on and in contact with the dusting layer, wherein the fixed magnetic region comprises: a first ferromagnetic region disposed above the seed region a coupling layer disposed on and in contact with the first ferromagnetic region; and a second ferromagnetic region disposed on and in contact with the coupling layer; a first ferromagnetic region disposed above the seed region a coupling layer disposed on and in contact with the first ferromagnetic region; and a second ferromagnetic region disposed on and in contact with the coupling layer; one or more dielectric layers disposed on and in contact with the second ferromagnetic region; and a free magnetic region disposed on the one or more dielectric layers
A support element (1; 10; 20; 30) for slab-shaped objects, comprising a base on which the slab-shaped objects can be arranged, and a rest element for the slab-shaped objects, which is arranged substantially perpendicular to the base and is coupled removably to the base ; wherein the base comprises a plurality of longitudinal members which defines a rest base for the base ; wherein the plurality of longitudinal members comprises a first lateral longitudinal member , a second lateral longitudinal member and a central longitudinal member ; wherein the longitudinal members are interconnected by a plurality of cross members, , the plurality of cross members comprising a pair of central cross members and a pair of lateral cross members ; wherein the cross members are interconnected by a plurality of further longitudinal members ; wherein the further longitudinal members comprise a first pair of further lateral longitudinal members and a second pair of further lateral longitudinal members ; wherein the rest element comprises at least two uprights (8, 8a; 18) interconnected by at least a further cross member (12; 13; 13a, 13b; 14; 14a; 14b); wherein the at least a further cross member comprises a further upper cross member , at least a further intermediate cross member (13; 13a; 13b) and at least a further lower cross member (14; 14a, 14b); wherein a lower portion of a first upright and a lower portion of a second upright extend beyond the at least a further lower cross member (14; 14a, 14b) and are conformed and dimensioned so as to insert, respectively, in a first space defined both between the two members of said central cross members and between the two members of said first pair of further lateral longitudinal members , and in a second space defined both between the two members of said central cross members and between the two members of said second pair of further lateral longitudinal members ; the lower portion of the first upright and the lower portion of the second upright are provided with respective appendages , the appendages are conformed and dimensioned so as to insert in respective grooves of the lateral longitudinal members .
An output noise reducing device (1, 1-1) configured to reduce noise that becomes mixed in an output signal from electronic equipment housed in a metal casing , characterized by : an output line ; and a magnetic material core housed in part in the metal casing ; wherein : one end of the output line is a connection terminal connected to an output end (X1) associatable with the electronic equipment, and the other end is an output terminal (V0); the magnetic material core has a through-hole through which the output line is disposed; and the output noise reducing device is constructed to suppress electromagnetic coupling from the electronic equipment in a part from the output terminal (V0) to at least a part of the magnetic material core on the output terminal side along the output line. one end of the output line is a connection terminal connected to an output end (X1) associatable with the electronic equipment, and the other end is an output terminal (V0); the magnetic material core has a through-hole through which the output line is disposed; and the output noise reducing device is constructed to suppress electromagnetic coupling from the electronic equipment in a part from the output terminal (V0) to at least a part of the magnetic material core on the output terminal side along the output line.
A touch panel comprising: a channel electrode unit including a plurality of electrodes, and a controlling unit configured, in use, to: simultaneously apply a driving signal to at least two electrodes of the plurality of the electrodes in the channel electrode unit, transmit energy corresponding to the driving signal to a resonance circuit of a stylus pen approaching the touch panel through a capacitive coupling, and receive response signals generated from the resonance circuit of the stylus pen at each of the plurality of electrodes to determine a location of the stylus pen including the resonance circuit, wherein the plurality of electrodes includes a plurality of first electrodes disposed in a first direction and a plurality of second electrodes disposed in a second direction intersecting with the first direction, wherein, the controlling unit is further configured to determine a number of electrodes to which the driving signal is simultaneously applied according to magnitude of maximum response signal from among the received response signals. a channel electrode unit including a plurality of electrodes, and a controlling unit configured, in use, to: simultaneously apply a driving signal to at least two electrodes of the plurality of the electrodes in the channel electrode unit, transmit energy corresponding to the driving signal to a resonance circuit of a stylus pen approaching the touch panel through a capacitive coupling, and receive response signals generated from the resonance circuit of the stylus pen at each of the plurality of electrodes to determine a location of the stylus pen including the resonance circuit, wherein the plurality of electrodes includes a plurality of first electrodes disposed in a first direction and a plurality of second electrodes disposed in a second direction intersecting with the first direction, wherein, the controlling unit is further configured to determine a number of electrodes to which the driving signal is simultaneously applied according to magnitude of maximum response signal from among the received response signals. simultaneously apply a driving signal to at least two electrodes of the plurality of the electrodes in the channel electrode unit, transmit energy corresponding to the driving signal to a resonance circuit of a stylus pen approaching the touch panel through a capacitive coupling, and receive response signals generated from the resonance circuit of the stylus pen at each of the plurality of electrodes to determine a location of the stylus pen including the resonance circuit, wherein the plurality of electrodes includes a plurality of first electrodes disposed in a first direction and a plurality of second electrodes disposed in a second direction intersecting with the first direction, wherein, the controlling unit is further configured to determine a number of electrodes to which the driving signal is simultaneously applied according to magnitude of maximum response signal from among the received response signals.
An electronic device comprising a semiconductor chip which comprises a plurality of structures formed in the semiconductor chip: wherein the semiconductor chip is a member of a set of semiconductor chips, wherein the set of semiconductor chips comprises a plurality of subsets of semiconductor chips, and the semiconductor chip is a member of only one of the subsets; wherein the plurality of structures of the semiconductor chip includes a set of common structures which is the same for all of the semiconductor chips of the set, and a set of non-common structures, wherein the non-common structures of the semiconductor chip of the subset are different from the non-common structures of the semiconductor chips in every other subset; wherein at least a first portion of the non-common structures and a first portion of the common structures are interconnected to form a first non-common circuit, and wherein the first non-common circuit of the semiconductor chip of the subset is different from a non-common circuit of the semiconductor chips in every other subset; wherein at least a second portion of the non-common structures is adapted to store or generate a first predetermined value which uniquely identifies the first non-common circuit; and wherein the first non-common circuit comprises at least one of: a logic circuit which is adapted to generate a second predetermined value in response to an input; a read-only memory circuit which is fabricated with a second predetermined value pre-stored in the first non-common circuit. wherein the semiconductor chip is a member of a set of semiconductor chips, wherein the set of semiconductor chips comprises a plurality of subsets of semiconductor chips, and the semiconductor chip is a member of only one of the subsets; wherein the plurality of structures of the semiconductor chip includes a set of common structures which is the same for all of the semiconductor chips of the set, and a set of non-common structures, wherein the non-common structures of the semiconductor chip of the subset are different from the non-common structures of the semiconductor chips in every other subset; wherein at least a first portion of the non-common structures and a first portion of the common structures are interconnected to form a first non-common circuit, and wherein the first non-common circuit of the semiconductor chip of the subset is different from a non-common circuit of the semiconductor chips in every other subset; wherein at least a second portion of the non-common structures is adapted to store or generate a first predetermined value which uniquely identifies the first non-common circuit; and wherein the first non-common circuit comprises at least one of: a logic circuit which is adapted to generate a second predetermined value in response to an input; a read-only memory circuit which is fabricated with a second predetermined value pre-stored in the first non-common circuit. a logic circuit which is adapted to generate a second predetermined value in response to an input; a read-only memory circuit which is fabricated with a second predetermined value pre-stored in the first non-common circuit.
A system for measurement of harvested agricultural material in a cleaning assembly of a combine or harvester, the system comprising: a sieve of the cleaning assembly for separating the harvested agricultural material into crop residue and target crop material, characterized in that the system further comprises: at least one transmitter for generating or transmitting an electromagnetic signal; a set of transducers for converting the transmitted electromagnetic signal into transmitted waves within a target wavelength range comprising an ultrasonic wavelength range; a set of microphones for converting the transmitted waves into a received electromagnetic signal, each of the set of microphones longitudinally spaced apart from each other along a longitudinal axis of the sieve for reception of the transmitted electromagnetic signal in a first mode through the harvested agricultural material , or in a second mode reflected from the harvested agricultural material ; a plurality of receivers for receiving the received electromagnetic signals associated with respective ones of the microphones , each of the plurality of receivers arranged to detect a corresponding observed phase shift, observed attenuation or other observed signal parameters for its respective microphone; an electronic data processor for estimating a distribution or quantity of material on the sieve along the longitudinal axis based on the observed phase shift, the observed attenuation or the other observed signal parameters relative to a reference phase shift, a reference attenuation or other reference signal parameter associated with a corresponding reference distribution, volume, mass or quantity of material on the sieve . at least one transmitter for generating or transmitting an electromagnetic signal; a set of transducers for converting the transmitted electromagnetic signal into transmitted waves within a target wavelength range comprising an ultrasonic wavelength range; a set of microphones for converting the transmitted waves into a received electromagnetic signal, each of the set of microphones longitudinally spaced apart from each other along a longitudinal axis of the sieve for reception of the transmitted electromagnetic signal in a first mode through the harvested agricultural material , or in a second mode reflected from the harvested agricultural material ; a plurality of receivers for receiving the received electromagnetic signals associated with respective ones of the microphones , each of the plurality of receivers arranged to detect a corresponding observed phase shift, observed attenuation or other observed signal parameters for its respective microphone; an electronic data processor for estimating a distribution or quantity of material on the sieve along the longitudinal axis based on the observed phase shift, the observed attenuation or the other observed signal parameters relative to a reference phase shift, a reference attenuation or other reference signal parameter associated with a corresponding reference distribution, volume, mass or quantity of material on the sieve .
A portable computer terminal comprising an operating system (OS) configured to switch from a first state (U1) to a second state (U2) in response to a first command from a user and to switch from the second state (U2) to the first state (U1) in response to a second command from the user, the second command including the introduction of an identification code (PIN) of the user, the operating system (OS) being capable, in the first state (U1), of commanding the interactive execution of an application (A1, A2, A3) selected from a set of applications, the operating system (OS) being capable, in the second state (U2), of commanding the interactive execution of an application (A1, A2, A3) from said set of applications according to an access condition, said access condition being determined as a function of said first command , said access condition defining a subset of said set of applications whereof the operating system can command the interactive execution in the second state (U2), characterized in that in the second state, the operating system is able to command the noninteractive execution of an application not belonging to said subset of said set of applications.
Multi-channel light detection and ranging system comprising - a plurality of active channels, each comprising a photosensitive element arranged to be exposed to light and an analog front end circuit arranged for receiving a signal from said photosensitive element, whereby at least one of said active channels is susceptible of being affected by crosstalk interference caused by at least one other active channel and/or by interference common to said analog front end circuits, - at least one compensation channel also susceptible of being affected by said interference and comprising a compensation element being substantially insensitive to light and an analog front end circuit arranged for receiving signals from said compensation element, said compensation element being electrically connected to a network shared by said photosensitive elements and to said analog front end circuit of said at least one compensation channel, - a processing unit arranged for receiving signals from said active channels and said at least one compensation channel, deriving at least one compensation signal from said signal received from said at least one compensation channel, compensating for said crosstalk interference and/or said interference common to said analog front end circuits of said active channels, using said at least one compensation signal. - a plurality of active channels, each comprising a photosensitive element arranged to be exposed to light and an analog front end circuit arranged for receiving a signal from said photosensitive element, whereby at least one of said active channels is susceptible of being affected by crosstalk interference caused by at least one other active channel and/or by interference common to said analog front end circuits, - at least one compensation channel also susceptible of being affected by said interference and comprising a compensation element being substantially insensitive to light and an analog front end circuit arranged for receiving signals from said compensation element, said compensation element being electrically connected to a network shared by said photosensitive elements and to said analog front end circuit of said at least one compensation channel, - a processing unit arranged for receiving signals from said active channels and said at least one compensation channel, deriving at least one compensation signal from said signal received from said at least one compensation channel, compensating for said crosstalk interference and/or said interference common to said analog front end circuits of said active channels, using said at least one compensation signal. receiving signals from said active channels and said at least one compensation channel, deriving at least one compensation signal from said signal received from said at least one compensation channel, compensating for said crosstalk interference and/or said interference common to said analog front end circuits of said active channels, using said at least one compensation signal.
Implantable bone fixations apparatus comprising a pair of plates (1 and 1') provided with holes for receiving compression and/or locking screws and with longitudinal slots , a union element disposed between the plates such as to bridge the bone parts that need to be united, the union element comprising one or several rods that cooperate with the longitudinal slots of the plates , characterized by screws lodged in at least some holes or affixed to the plates including electronic, magnetic or microfluidic devices embedded in said screws.