mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic device comprising: a housing ; one or more input devices comprising at least one of a magnetic stripe reader, an EMV chip reader, an RF receiver, and an NFC receiver within the housing ; a light source within the housing configured to emit light having an output light characteristic that is variable; wherein the output light characteristic varies in wavelength and/or intensity; a light detector within the housing configured to directly receive the light emitted by the light source , the light received by the light detector having a received light characteristic; and an optoelectric controller in communication with the light source and the light detector , wherein the optoelectric controller controls the output light characteristic and compares the received light characteristic to a known received light characteristic and causes execution of a security action in response to the received light characteristic and the known received light characteristic differing by a predetermined amount; wherein the electronic device is a point of sale device. a housing ; one or more input devices comprising at least one of a magnetic stripe reader, an EMV chip reader, an RF receiver, and an NFC receiver within the housing ; a light source within the housing configured to emit light having an output light characteristic that is variable; wherein the output light characteristic varies in wavelength and/or intensity; a light detector within the housing configured to directly receive the light emitted by the light source , the light received by the light detector having a received light characteristic; and an optoelectric controller in communication with the light source and the light detector , wherein the optoelectric controller controls the output light characteristic and compares the received light characteristic to a known received light characteristic and causes execution of a security action in response to the received light characteristic and the known received light characteristic differing by a predetermined amount; wherein the electronic device is a point of sale device.
A cell therapy composition for improving collagen production, ratios of collagen types, tissue engineering or wound healing, comprising a support matrix on which cells are supported, wherein the support matrix is formed of fibers, wherein the fibers include unidirectionally aligned composite silk-carbon nanotube fibers.
A vehicle comprising a frame , a front steered wheel and a pair of rear wheels , with a drive/propulsion system with internal combustion engine or with an electric or hybrid drive/propulsion system, said vehicle comprising a steering assembly having a steering column , said steering assembly comprising: - a support element , - a first and a second steering member each individually and movably connected to the support element , said first and second steering members comprising respectively a first and a second handle portion ; - a transmission mechanism operatively interposed between the first and second steering member and adapted to be connected to the steering column , wherein the transmission mechanism is configured so as to impose a different law of motion on the first and second steering members , respectively, wherein following a first shift (S1F) of the first handle portion towards a first side (L1) of the steering assembly , said transmission mechanism imposes a second shift (S2B) of the second handle portion towards a second side (L2) of the steering assembly opposite said first side (L1), and vice versa, following a first shift (S2F) of the second handle portion towards said first side (L1) of the steering assembly , said transmission mechanism imposes a second shift (S1B) of the first handle portion towards said second side (L2), wherein the first shifts (S1F, S2F) are larger than said second shifts (S1B, S2B). - a support element , - a first and a second steering member each individually and movably connected to the support element , said first and second steering members comprising respectively a first and a second handle portion ; - a transmission mechanism operatively interposed between the first and second steering member and adapted to be connected to the steering column , wherein the transmission mechanism is configured so as to impose a different law of motion on the first and second steering members , respectively, wherein following a first shift (S1F) of the first handle portion towards a first side (L1) of the steering assembly , said transmission mechanism imposes a second shift (S2B) of the second handle portion towards a second side (L2) of the steering assembly opposite said first side (L1), and vice versa, following a first shift (S2F) of the second handle portion towards said first side (L1) of the steering assembly , said transmission mechanism imposes a second shift (S1B) of the first handle portion towards said second side (L2), wherein the first shifts (S1F, S2F) are larger than said second shifts (S1B, S2B).
A clock circuit comprising: a phase locked loop having a phase locked loop output for providing an output signal, a phase locked loop input for receiving a first reference signal and a feedback input for receiving a phase-adjusted feedback signal, and the phase locked loop further comprising means configured to derive a feedback signal from said output signal, a phase rotator configured to receive the feedback signal , the phase rotator configured to apply a phase shift to the feedback signal and to provide a first phase-shifted feedback signal ; a delay element configured to receive the first phase-shifted feedback signal and provide the phase-adjusted feedback signal , wherein the phase rotator and the delay element both provide control of the feedback signal , wherein the phase rotator is adapted to perform frequency tracking by applying said phase shift to the feedback signal and the delay element is a fine controlled delay element adapted to perform phase tracking by applying an amount of phase delay or an amount of phase advance to the first phase-shifted feedback signal , and a phase detector , configured to compare the output signal to a second reference signal and provide, based on said comparison, both: a) a control signal to the phase rotator , via an integral control path for integral phase control, and b) a copy of said control signal to the delay element , via a proportional control path for proportional phase control. a phase locked loop having a phase locked loop output for providing an output signal, a phase locked loop input for receiving a first reference signal and a feedback input for receiving a phase-adjusted feedback signal, and the phase locked loop further comprising means configured to derive a feedback signal from said output signal, a phase rotator configured to receive the feedback signal , the phase rotator configured to apply a phase shift to the feedback signal and to provide a first phase-shifted feedback signal ; a delay element configured to receive the first phase-shifted feedback signal and provide the phase-adjusted feedback signal , wherein the phase rotator and the delay element both provide control of the feedback signal , wherein the phase rotator is adapted to perform frequency tracking by applying said phase shift to the feedback signal and the delay element is a fine controlled delay element adapted to perform phase tracking by applying an amount of phase delay or an amount of phase advance to the first phase-shifted feedback signal , and a phase detector , configured to compare the output signal to a second reference signal and provide, based on said comparison, both: a) a control signal to the phase rotator , via an integral control path for integral phase control, and b) a copy of said control signal to the delay element , via a proportional control path for proportional phase control. a) a control signal to the phase rotator , via an integral control path for integral phase control, and b) a copy of said control signal to the delay element , via a proportional control path for proportional phase control.
A conveyor chain for the transport of articles, such as beverage containers or the like, the conveyor chain comprising a multitude of individual chain links , which each comprise two plate portions oriented parallel to one another, and at least one pin , which mechanically couples the two mutually parallel oriented plate portions of the particular chain link to each other, wherein pins of directly adjacent chain links are articulately linked to each other such that the individual chain links can be swivelled relative to each other, and with a multitude of individual transport elements , which each provide a planar standing surface for articles, and which each have at least two bushings in which pins of directly adjacent chain links are accommodated in a rotationally movable manner, wherein at least one of the at least two bushings of the transport elements forms an outer cover surface, which in each instance has a convex curvature directed in the direction away from the standing surface , wherein the convexly curved outer cover surfaces of the bushings are formed to correspond to a tooth system of a chainwheel , characterised in that a pin of at least one of the chain links is accommodated in a rotationally movable manner by a bushing of a first transport element and by a bushing of a second transport element , and in that the bushing of the first transport element comprises two parallel arms, and the bushing of the other transport element is positioned between the two arms such that the pin passes both through the bushing of the first transport element and through the bushing of the other transport element together.
A crown-push-button comprising: - a tube intended to be fixed to a watch case , - a recessed head integral with a rod extending in its recessed portion, the rod defining an axis , said recessed head being mounted movable in rotation and in translation respectively around and along the axis of the rod , - a return spring disposed around the rod , - a cage housing the spring , said cage being traversed by the rod and including an upper portion integral with the recessed head and a lower portion mounted free relative to the recessed head , said upper portion cooperating with the lower portion so as to be able to drive the lower portion in its rotational movement and so as to be able to move in translation along the axis relative to said lower portion , said spring being mounted in compression within the cage so as to be rotated with said cage , - the cage bearing at one axial end on an inner face of the recessed head and at its other axial end on a washer disposed on a seat of the tube , the bearing between the cage and the washer taking place between a base of the lower portion of the cage and an upper face of the washer , - and wherein the upper face of the washer and the base of the cage respectively include protuberances and cells or conversely cells and protuberances , the protuberances cooperating with the cells during the rotation of the crown-push-button so as to create a click. - a tube intended to be fixed to a watch case , - a recessed head integral with a rod extending in its recessed portion, the rod defining an axis , said recessed head being mounted movable in rotation and in translation respectively around and along the axis of the rod , - a return spring disposed around the rod , - a cage housing the spring , said cage being traversed by the rod and including an upper portion integral with the recessed head and a lower portion mounted free relative to the recessed head , said upper portion cooperating with the lower portion so as to be able to drive the lower portion in its rotational movement and so as to be able to move in translation along the axis relative to said lower portion , said spring being mounted in compression within the cage so as to be rotated with said cage , - the cage bearing at one axial end on an inner face of the recessed head and at its other axial end on a washer disposed on a seat of the tube , the bearing between the cage and the washer taking place between a base of the lower portion of the cage and an upper face of the washer , - and wherein the upper face of the washer and the base of the cage respectively include protuberances and cells or conversely cells and protuberances , the protuberances cooperating with the cells during the rotation of the crown-push-button so as to create a click.
A method for monitoring the machinery space of a processing machine for workpieces that have got stuck in the machinery space, characterized in that during passage of the workpiece through the machinery space the rear end of the workpiece in the transport direction generates a start signal in the inlet region of the machinery space and an end signal in the outlet region by means of sensors that are connected to a control unit , and in that the control unit detects beginning with the start signal a feature characterizing a theoretical feed travel and generates a release signal characterizing a machinery space free from workpieces if at the time of generating the end signal the value of the detected characteristic feature has reached a predefined limiting value and preferably has not yet exceeded a predefined upper limiting value or if the end signal is generated at a time, at which the value of the detected characteristic feature has reached the predefined limiting value and preferably has not yet exceeded the upper limiting value, wherein the limiting values are based on the distance between the first sensor and the second sensor .
Winding arrangement having partial windings, wherein each turn of a first partial winding of the partial windings is uniquely associated with a turn of a second partial winding of the partial windings, wherein the partial windings are in each case flat windings extending in one plane, wherein the winding wire end regions of the partial windings are led out, wherein the partial windings are electrically connected in parallel with one another, wherein enclosed between each turn of the first partial winding and the following turn of the first partial winding is an intermediate area, the area value of which is equal to the area value of the intermediate area enclosed between the two respectively associated turns of the second partial winding, wherein in each case the area value of the area enclosed by a turn of the first partial winding is equal to the area value of the area enclosed by the respective uniquely associated turn of the second partial winding, wherein each turn of the first partial winding has a number of crossovers with the associated turn of the second partial winding.
A method for generating current-voltage characteristic information during a user test for a non-volatile memory bitcell (105-111), the method comprising: selecting a reference current value from a calibration table , wherein the calibration table comprises a plurality of reference current values and a corresponding plurality of digital register settings, wherein the calibration table is generated during a production test; generating a selected reference current (Iref) by applying the digital register setting corresponding to the selected reference current value to a digitally trim-able reference current generator circuit ; comparing the selected reference current (Iref) to a drain current generated by the non-volatile memory bitcell (105-111) while a plurality of sweeping gate voltages (Vg) is sequentially applied to the non-volatile memory bitcell (105-111) until a transitioning gate voltage (Vgl, Vg5 Vg10) is identified, the transitioning gate voltage (Vgl, Vg5 Vg10) being the voltage, when applied to the bitcell's control gate, at which the selected non-volatile memory bitcell (105-111) changes its state from non-conducting to conducting, or vice versa; repeating the identification of the transitioning gate voltage (Vgl, Vg5 Vg10) with at least one further selected reference current value to generate the current-voltage characteristic information; and storing the identified transitioning gate voltages (Vgl, Vg5 Vg10) and the corresponding selected reference currents (Iref) as current-voltage characteristic information for the non-volatile memory bitcell (105-111). selecting a reference current value from a calibration table , wherein the calibration table comprises a plurality of reference current values and a corresponding plurality of digital register settings, wherein the calibration table is generated during a production test; generating a selected reference current (Iref) by applying the digital register setting corresponding to the selected reference current value to a digitally trim-able reference current generator circuit ; comparing the selected reference current (Iref) to a drain current generated by the non-volatile memory bitcell (105-111) while a plurality of sweeping gate voltages (Vg) is sequentially applied to the non-volatile memory bitcell (105-111) until a transitioning gate voltage (Vgl, Vg5 Vg10) is identified, the transitioning gate voltage (Vgl, Vg5 Vg10) being the voltage, when applied to the bitcell's control gate, at which the selected non-volatile memory bitcell (105-111) changes its state from non-conducting to conducting, or vice versa; repeating the identification of the transitioning gate voltage (Vgl, Vg5 Vg10) with at least one further selected reference current value to generate the current-voltage characteristic information; and storing the identified transitioning gate voltages (Vgl, Vg5 Vg10) and the corresponding selected reference currents (Iref) as current-voltage characteristic information for the non-volatile memory bitcell (105-111).
A terminal comprising: a transceiver configured to transmit radio signals to and receive radio signals from a base station ; and a controller configured to control, when a maximum transmission power of a frequency band is not notified, a transmission power of the terminal such that the transmission power is a maximum transmission power of a default power class, according to transmission regulations for the default power class of the frequency band, when the maximum transmission power of the frequency band is notified and the notified maximum transmission power is in a power class higher than the default power class, the transmission power of the terminal such that the transmission power is a maximum transmission power of the power class higher than the default power class, according to transmission regulations for the power class higher than the default power class of the frequency band, and when the maximum transmission power of the frequency band is notified and the notified maximum transmission power is in the default power class, the transmission power of the terminal such that the transmission power is the lower of the default power class and the maximum transmission power, according to the transmission regulations for the default power class of the frequency band. a transceiver configured to transmit radio signals to and receive radio signals from a base station ; and a controller configured to control, when a maximum transmission power of a frequency band is not notified, a transmission power of the terminal such that the transmission power is a maximum transmission power of a default power class, according to transmission regulations for the default power class of the frequency band, when the maximum transmission power of the frequency band is notified and the notified maximum transmission power is in a power class higher than the default power class, the transmission power of the terminal such that the transmission power is a maximum transmission power of the power class higher than the default power class, according to transmission regulations for the power class higher than the default power class of the frequency band, and when the maximum transmission power of the frequency band is notified and the notified maximum transmission power is in the default power class, the transmission power of the terminal such that the transmission power is the lower of the default power class and the maximum transmission power, according to the transmission regulations for the default power class of the frequency band.
A method of manufacturing a high temperature superconducting, HTS, coil, the method comprising: winding an HTS coil cable to produce a coil having a plurality of turns , the HTS coil cable comprising HTS tapes; during winding of a turn of the coil, placing one or more HTS shunt cables adjacent to the previous turn of the coil along a first arc of the coil, and then winding the turn such that the HTS shunt cable is sandwiched between the turn and the previous turn of the coil such that current can be shared between the HTS shunt cable and the HTS coil cable, the HTS shunt cable comprising HTS tapes, and being placed such that HTS tapes of the one or more HTS shunt cables are parallel with HTS tapes of the HTS coil cable. winding an HTS coil cable to produce a coil having a plurality of turns , the HTS coil cable comprising HTS tapes; during winding of a turn of the coil, placing one or more HTS shunt cables adjacent to the previous turn of the coil along a first arc of the coil, and then winding the turn such that the HTS shunt cable is sandwiched between the turn and the previous turn of the coil such that current can be shared between the HTS shunt cable and the HTS coil cable, the HTS shunt cable comprising HTS tapes, and being placed such that HTS tapes of the one or more HTS shunt cables are parallel with HTS tapes of the HTS coil cable.
Elastic layer for a comfort structure adapted for the comfort of animals in a farm enclosure, said comfort structure being intended to cover a floor (L4) of a reception area (L), the elastic layer comprising two opposite faces: - an upper face which is designed for being deformed and which comprises at least one place on which an animal shall be supported, and - a lower face intended to be turned to the floor (L4) of the reception area (L), said elastic layer is delineated by borders , at least one of these borders being formed by a one-piece fixing band intended for receiving means (F) for fixing on the floor (L4) of the reception area (L), said lower face of the elastic layer comprising protruding bodies intended to form a reception surface (6"), and said fixing band not having said protruding bodies , characterized in that the fixing band comprises at least one underlying reinforcing layer and in that the thickness (E5) of the fixing band is less than the thickness (E1) of the elastic layer so that the fixing means (F) are added to the fixing band , turned towards the floor, then the elastic layer being operated such that the fixing band is curved/folded to form a hem . the elastic layer comprising two opposite faces: - an upper face which is designed for being deformed and which comprises at least one place on which an animal shall be supported, and - a lower face intended to be turned to the floor (L4) of the reception area (L), said elastic layer is delineated by borders , at least one of these borders being formed by a one-piece fixing band intended for receiving means (F) for fixing on the floor (L4) of the reception area (L), - an upper face which is designed for being deformed and which comprises at least one place on which an animal shall be supported, and - a lower face intended to be turned to the floor (L4) of the reception area (L), said elastic layer is delineated by borders , at least one of these borders being formed by a one-piece fixing band intended for receiving means (F) for fixing on the floor (L4) of the reception area (L), said lower face of the elastic layer comprising protruding bodies intended to form a reception surface (6"), and said fixing band not having said protruding bodies , characterized in that the fixing band comprises at least one underlying reinforcing layer and in that the thickness (E5) of the fixing band is less than the thickness (E1) of the elastic layer so that the fixing means (F) are added to the fixing band , turned towards the floor, then the elastic layer being operated such that the fixing band is curved/folded to form a hem .