mhurhangee/patent-ind-claim-en huggingface dataset:
A printing device comprising: a media feeding mechanism configured to feed print media through a print area of the printing device , the print media including a plurality of labels separated by a plurality of gaps; a printing mechanism configured to print on the labels of the print media; and a label stop sensing device configured to sense the gaps between the labels on the print media, the label stop sensing device further configured to provide a control signal for controlling the media feeding mechanism and the printing mechanism , wherein the label stop sensing device includes a memory device , and a sensor configured to sense the print media fed through the print area of the printing device and to output time domain signals; characterised in that the memory device is configured to store a first table including signal magnitude values in the time domain of the time domain signals output by the sensor , and a second table including reoccurring frequencies with associated magnitudes and phase values in the frequency domain, and the label stop sensing device comprises a gap detection module configured to receive the time domain signals output by the sensor and perform a Fast Fourier Transform, FFT, to obtain frequency domain signals, wherein the label stop sensing device is configured to detect the locations of the gaps by detecting if the signal magnitude values stored in the first table exceed a predetermined threshold value and if the signal magnitude values correlate to information in the second table. a media feeding mechanism configured to feed print media through a print area of the printing device , the print media including a plurality of labels separated by a plurality of gaps; a printing mechanism configured to print on the labels of the print media; and a label stop sensing device configured to sense the gaps between the labels on the print media, the label stop sensing device further configured to provide a control signal for controlling the media feeding mechanism and the printing mechanism , wherein the label stop sensing device includes a memory device , and a sensor configured to sense the print media fed through the print area of the printing device and to output time domain signals; characterised in that the memory device is configured to store a first table including signal magnitude values in the time domain of the time domain signals output by the sensor , and a second table including reoccurring frequencies with associated magnitudes and phase values in the frequency domain, and the label stop sensing device comprises a gap detection module configured to receive the time domain signals output by the sensor and perform a Fast Fourier Transform, FFT, to obtain frequency domain signals, wherein the label stop sensing device is configured to detect the locations of the gaps by detecting if the signal magnitude values stored in the first table exceed a predetermined threshold value and if the signal magnitude values correlate to information in the second table.
A method for selecting at least one element of a Graphical User Interface, or GUI, displayed on a display of a device (DEV) using a touch interface (INT) of said device, the method comprising : - detecting (S1) on the touch interface a double touch input (DTI), said double touch input comprising a first touch input (TI1) and a second touch input (TI2) on the touch interface, said first and second touch inputs respectively corresponding to a first location (L1) and a second location (L2) on the GUI, - determining (S2) a selection location (SL) between the first and second locations (L1, L2), - upon detecting a release of the first touch input while the second touch input remains on the touch interface, determining (S3) a first selection location (SL1) corresponding to the selection location (SL) at the moment of the release of the first touch input (TI1), - determining (S4) an initial preselection (INIT) comprising at least one GUI element located between the first selection location and the second location, - determining (S5) a preselection (PRESEL) of at least one GUI element as defined by a user based on the initial preselection (INIT) by moving the second touch input (TI2) on the touch interface to thereby define a new position of the selection location (SL) which corresponds to a second selection location (SL2) on the GUI, and - executing (S6) a selection of at least one GUI element of said preselection located between the first and second selection locations. - detecting (S1) on the touch interface a double touch input (DTI), said double touch input comprising a first touch input (TI1) and a second touch input (TI2) on the touch interface, said first and second touch inputs respectively corresponding to a first location (L1) and a second location (L2) on the GUI, - determining (S2) a selection location (SL) between the first and second locations (L1, L2), - upon detecting a release of the first touch input while the second touch input remains on the touch interface, determining (S3) a first selection location (SL1) corresponding to the selection location (SL) at the moment of the release of the first touch input (TI1), - determining (S4) an initial preselection (INIT) comprising at least one GUI element located between the first selection location and the second location, - determining (S5) a preselection (PRESEL) of at least one GUI element as defined by a user based on the initial preselection (INIT) by moving the second touch input (TI2) on the touch interface to thereby define a new position of the selection location (SL) which corresponds to a second selection location (SL2) on the GUI, and - executing (S6) a selection of at least one GUI element of said preselection located between the first and second selection locations.
An ejection device for ejecting a movable furniture part from a closed position (SS) into an open position (OS) along an opening path , comprising - a carrier and - a coupling device for coupling the ejection device to the movable furniture part , wherein the coupling device comprises a coupling piece which can be moved relative to the carrier and a coupling counter piece which is arranged on the movable furniture part or on a furniture carcass , wherein the coupling device has a coupling position (K) and a decoupling position (EK), and the ejection device can be coupled to the movable furniture part via the coupling device in the coupling position (K), characterized by - a control device, by means of which the coupling device can be switched depending on the opening path , wherein the coupling device reaches the decoupling position (EK) from the coupling position (K) in the event of a predetermined opening path (VO), wherein the control device comprises a coupling and decoupling element which is movable relative to the coupling piece , wherein at least one head region of the coupling piece can be spread by the coupling and decoupling element and in the case of a non-spread head region of the coupling piece there is the decoupling position (EK) between the coupling piece and the coupling counter piece because of a loose connection between the head region of the coupling piece and the receiving region of the coupling counter piece . - a carrier and - a coupling device for coupling the ejection device to the movable furniture part , wherein the coupling device comprises a coupling piece which can be moved relative to the carrier and a coupling counter piece which is arranged on the movable furniture part or on a furniture carcass , wherein the coupling device has a coupling position (K) and a decoupling position (EK), and the ejection device can be coupled to the movable furniture part via the coupling device in the coupling position (K), - a control device, by means of which the coupling device can be switched depending on the opening path , wherein the coupling device reaches the decoupling position (EK) from the coupling position (K) in the event of a predetermined opening path (VO), wherein the control device comprises a coupling and decoupling element which is movable relative to the coupling piece , wherein at least one head region of the coupling piece can be spread by the coupling and decoupling element and in the case of a non-spread head region of the coupling piece there is the decoupling position (EK) between the coupling piece and the coupling counter piece because of a loose connection between the head region of the coupling piece and the receiving region of the coupling counter piece .
A method comprising: (a) in a first mode disabling a keypress entry interface of an integrated circuit and enabling a data path , wherein the data path extends from a display information input interface of the integrated circuit and passes through the integrated circuit and to a display information output interface of the integrated circuit , such that the keypress entry interface of the integrated circuit cannot be used to receive keypress information when untrusted information from an external source is driven into the secure integrated circuit , through the data path, and out of the secure integrated circuit and to a display ; and (b) in a second mode disabling the data path and enabling the keypress entry interface , which is then usable to receive keypress information onto the secure integrated circuit from a keypad , wherein the data path is disabled in that information received onto the display information input interface cannot pass from an unauthorized source, through the data path, to the display information output interface , characterized in that in the second mode, additional locally-generated images and information generated on the integrated circuit are enabled to be output to the display information output interface , and wherein the first and second modes are two modes of operation of the integrated circuit . (a) in a first mode disabling a keypress entry interface of an integrated circuit and enabling a data path , wherein the data path extends from a display information input interface of the integrated circuit and passes through the integrated circuit and to a display information output interface of the integrated circuit , such that the keypress entry interface of the integrated circuit cannot be used to receive keypress information when untrusted information from an external source is driven into the secure integrated circuit , through the data path, and out of the secure integrated circuit and to a display ; and (b) in a second mode disabling the data path and enabling the keypress entry interface , which is then usable to receive keypress information onto the secure integrated circuit from a keypad , wherein the data path is disabled in that information received onto the display information input interface cannot pass from an unauthorized source, through the data path, to the display information output interface ,
A current-to-voltage signal converter , comprising: a first stage , configured to convert an input current signal to a first voltage signal; an analog subtractor circuit comprising an amplifier , wherein the analog subtractor circuit is electrically coupled to the first stage to convert the first voltage signal into a second voltage signal; and a voltage adjustment arrangement , coupled to a first input of the amplifier, and configured such that the voltage at the first input of the amplifier is between a first predetermined voltage threshold and a second predetermined voltage threshold, wherein the voltage adjustment arrangement comprises a first reference source , coupled to the first input of the amplifier , wherein the amplifier comprises the first input and a second input, wherein the first reference source is coupled to both the first input and the second input, and is a common mode reference , wherein the first stage is electrically coupled to the first input wherein the input current signal is generated by a photodiode biased by a first reference voltage (Vref); wherein the first stage is a trans-impedance amplifier comprising a voltage input and a current input, wherein the first reference voltage (Vref) is electrically coupled to the voltage input and the input current signal is electrically coupled to the current input, wherein the analog subtractor circuit further comprises an input electronically coupled to the first reference voltage (Vref). a first stage , configured to convert an input current signal to a first voltage signal; an analog subtractor circuit comprising an amplifier , wherein the analog subtractor circuit is electrically coupled to the first stage to convert the first voltage signal into a second voltage signal; and a voltage adjustment arrangement , coupled to a first input of the amplifier, and configured such that the voltage at the first input of the amplifier is between a first predetermined voltage threshold and a second predetermined voltage threshold, wherein the voltage adjustment arrangement comprises a first reference source , coupled to the first input of the amplifier , wherein the amplifier comprises the first input and a second input, wherein the first reference source is coupled to both the first input and the second input, and is a common mode reference , wherein the first stage is electrically coupled to the first input wherein the input current signal is generated by a photodiode biased by a first reference voltage (Vref); wherein the first stage is a trans-impedance amplifier comprising a voltage input and a current input, wherein the first reference voltage (Vref) is electrically coupled to the voltage input and the input current signal is electrically coupled to the current input, wherein the analog subtractor circuit further comprises an input electronically coupled to the first reference voltage (Vref).
A method for bonding a connection surface of a first component of a sputtering target to a connection surface of a second component of a sputtering target comprising the following steps: - providing a first component and a second component, at least the harder of which has on its connection surface at least one part which protrudes relative to at least one other part of the same connection surface and which has an undercut; - positioning the connection surface of the first component and the connection surface of the second component against each other; - pressing the first component and the second component towards each other resulting in a plastic deformation of the material of at least one of the region of the connection surface of the first component and the region of the connection surface of the second component filling at least partly at least one undercut to such an extent that interlocking of the second component and the first component is thereby obtained, and in that there is no step creating bonding other than interlocking on a major part of the bonded surface area. - providing a first component and a second component, at least the harder of which has on its connection surface at least one part which protrudes relative to at least one other part of the same connection surface and which has an undercut; - positioning the connection surface of the first component and the connection surface of the second component against each other; - pressing the first component and the second component towards each other resulting in a plastic deformation of the material of at least one of the region of the connection surface of the first component and the region of the connection surface of the second component filling at least partly at least one undercut to such an extent that interlocking of the second component and the first component is thereby obtained,
A novel antibacterial and immune regulatory peptide consisting of the amino acid sequence of SEQ ID NO: 1.
A string instrument including a body and a string having an end , the string instrument comprising: a fine tuner made of a material of Young's modulus greater than 12 GPa, the fine tuner including: a base fastened on the body of the string instrument ; and a string holder mounted on and moveable relatively to said base and that holds the end of the string ; the string instrument being characterized in that it further comprises: at least one sound purifier made of a material of Young's modulus less than 3.5 GPa and that is sandwiched between the string holder of the fine tuner and the end of the string . a fine tuner made of a material of Young's modulus greater than 12 GPa, the fine tuner including: a base fastened on the body of the string instrument ; and a string holder mounted on and moveable relatively to said base and that holds the end of the string ; a base fastened on the body of the string instrument ; and a string holder mounted on and moveable relatively to said base and that holds the end of the string ; the string instrument being characterized in that it further comprises: at least one sound purifier made of a material of Young's modulus less than 3.5 GPa and that is sandwiched between the string holder of the fine tuner and the end of the string .
A multi-piece spoked steering wheel assembly, comprising: a spoked hub adapter configured for attachment to a central steering column, and comprising a center plate and a plurality of spaced apart hub spokes, each hub spoke having a proximal end integrally formed with said center plate and a distal end extending outwardly from said center plate; an exchangeable spoked steering wheel comprising an outer rim and a plurality of spaced interior wheel spokes, each wheel spoke having a proximal end integrally formed with said outer rim and a distal end extending inwardly from said outer rim and in a direction of said spoked hub adapter, such that distal ends of said hub spokes align with distal ends of said wheel spokes, and wherein said plurality of wheel spokes comprises first and second opposing wheel spokes located in respective 3 o'clock and 9 o'clock positions relative to said outer rim, and wherein each of said first and second wheel spokes comprises an inwardly-pointed controller surround configured to border a portion of a game controller located adjacent the steering column; and a plurality of fasteners removably attaching together the aligned distal ends of said hub spokes and said wheel spokes, thereby interconnecting said spoked hub adapter and said steering wheel in said multi-piece spoked steering wheel assembly. a spoked hub adapter configured for attachment to a central steering column, and comprising a center plate and a plurality of spaced apart hub spokes, each hub spoke having a proximal end integrally formed with said center plate and a distal end extending outwardly from said center plate; an exchangeable spoked steering wheel comprising an outer rim and a plurality of spaced interior wheel spokes, each wheel spoke having a proximal end integrally formed with said outer rim and a distal end extending inwardly from said outer rim and in a direction of said spoked hub adapter, such that distal ends of said hub spokes align with distal ends of said wheel spokes, and wherein said plurality of wheel spokes comprises first and second opposing wheel spokes located in respective 3 o'clock and 9 o'clock positions relative to said outer rim, and wherein each of said first and second wheel spokes comprises an inwardly-pointed controller surround configured to border a portion of a game controller located adjacent the steering column; and a plurality of fasteners removably attaching together the aligned distal ends of said hub spokes and said wheel spokes, thereby interconnecting said spoked hub adapter and said steering wheel in said multi-piece spoked steering wheel assembly.
A molecular ink comprising a flake-less printable composition of 30-60 wt% of a C 8 -C 12 silver carboxylate, 0.1-10 wt% of a polymeric ethyl cellulose binder having an average weight average molecular weight (Mw) in a range of 35,000-100,000 g/mol and balance of at least one organic solvent, all weights based on total weight of the composition.
A row unit for an agricultural harvester comprising: first and second longitudinally extending stripping plates mounted on a frame and having opposed stripping edges which define a gap between them; and an adjustment mechanism pivotably connected to one of the first and second stripping plates , the adjustment mechanism comprising: a control arm ; a linkage assembly connected to the control arm and pivotably connected to said one of the first and second stripping plates ; and a biasing member for biasing the linkage assembly along the control arm toward a predetermined position, characterized in that the adjustment mechanism further comprises: a pair of stops along a predetermined length of the control arm about opposite sides of the linkage assembly . first and second longitudinally extending stripping plates mounted on a frame and having opposed stripping edges which define a gap between them; and an adjustment mechanism pivotably connected to one of the first and second stripping plates , the adjustment mechanism comprising: a control arm ; a linkage assembly connected to the control arm and pivotably connected to said one of the first and second stripping plates ; and a biasing member for biasing the linkage assembly along the control arm toward a predetermined position, a control arm ; a linkage assembly connected to the control arm and pivotably connected to said one of the first and second stripping plates ; and a biasing member for biasing the linkage assembly along the control arm toward a predetermined position, characterized in that the adjustment mechanism further comprises: a pair of stops along a predetermined length of the control arm about opposite sides of the linkage assembly .
Method for detecting a geometric feature of consistent moulded parts in an inspection system comprising the following steps: - producing the moulded parts in a moulding tool of a casting machine , - demoulding the moulded parts from the moulding tool at an elevated temperature compared with an ambient temperature, - cooling down the moulded parts from the elevated temperature to the ambient temperature, - transporting the demoulded moulded parts to the inspection system during cooling, wherein the duration of the transporting of the demoulded moulded parts to the inspection system is variously long at least in some cases, - detecting the geometric feature and contactlessly measuring the temperature of each moulded part whilst the moulded parts are passed through the inspection system in a conveyed stream, and - correcting the detected geometric features using a calibrating function taking into account the measured temperatures, wherein the calibrating function describes the change in the geometric feature depending on the temperature of a moulded part , the geometric feature of which lies in a desired range for the moulded parts to be produced. - producing the moulded parts in a moulding tool of a casting machine , - demoulding the moulded parts from the moulding tool at an elevated temperature compared with an ambient temperature, - cooling down the moulded parts from the elevated temperature to the ambient temperature, - transporting the demoulded moulded parts to the inspection system during cooling, wherein the duration of the transporting of the demoulded moulded parts to the inspection system is variously long at least in some cases, - detecting the geometric feature and contactlessly measuring the temperature of each moulded part whilst the moulded parts are passed through the inspection system in a conveyed stream, and - correcting the detected geometric features using a calibrating function taking into account the measured temperatures, wherein the calibrating function describes the change in the geometric feature depending on the temperature of a moulded part , the geometric feature of which lies in a desired range for the moulded parts to be produced.
A bispecific antibody or antigen-binding fragment thereof comprising a first antigen-binding domain that specifically binds human CD3, and a second antigen-binding domain that specifically binds human MUC16, wherein the second antigen-binding domain comprises HCDRI-HCDR2-HCDR3-LCDRI-LCDR2-LCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 20-22-24-28-30-32.