mhurhangee/patent-ind-claim-en huggingface dataset:
An indicia reader comprising: an image sensor having a plurality of pixels for detecting light; a light filter , positioned in front of the image sensor, having a first area and at least one second area, wherein the first area is configured to allow a first spectral portion of the light to reach a first portion of the plurality of pixels and is further configured to block a second spectral portion of the light from reaching the first portion of the plurality of pixels, and wherein the at least one second area is configured to allow the second spectral portion of the light to reach at least one second portion of the plurality of pixels; characterized by a processor configured by software to: receive pixel information from the image sensor; detect an object within a field of view of the indicia reader, based at least in part on the pixel information from the at least one second portion of the plurality of pixels; trigger indicia reading, based on the detection of the object; and perform the indicia reading based on the pixel information from the first portion of the plurality of pixels. an image sensor having a plurality of pixels for detecting light; a light filter , positioned in front of the image sensor, having a first area and at least one second area, wherein the first area is configured to allow a first spectral portion of the light to reach a first portion of the plurality of pixels and is further configured to block a second spectral portion of the light from reaching the first portion of the plurality of pixels, and wherein the at least one second area is configured to allow the second spectral portion of the light to reach at least one second portion of the plurality of pixels; wherein the first area is configured to allow a first spectral portion of the light to reach a first portion of the plurality of pixels and is further configured to block a second spectral portion of the light from reaching the first portion of the plurality of pixels, and wherein the at least one second area is configured to allow the second spectral portion of the light to reach at least one second portion of the plurality of pixels; receive pixel information from the image sensor; detect an object within a field of view of the indicia reader, based at least in part on the pixel information from the at least one second portion of the plurality of pixels; trigger indicia reading, based on the detection of the object; and perform the indicia reading based on the pixel information from the first portion of the plurality of pixels.
A process of preparing a modified polyalkylene terephthalate from recycled polyethylene terephthalate, the process comprising: forming a catalyst consisting of the reaction product of tetra(C 1 -C 8 alkyl) titanate and a complexing agent selected from the group consisting of phosphorus-containing compounds, wherein the molar ratio of the complexing agent to the tetra(C 1 -C 8 alkyl) titanate is from 0.1:1 to 1.2:1; depolymerizing the polyethylene terephthalate by combining the polyethylene terephthalate, in the presence of the catalyst, with a dihydric alcohol selected from the group consisting of C 2 -C 20 alkylene diols to obtain a molten mixture; and polymerizing the molten mixture in the continued presence of the catalyst and C 3 -C 20 alkylene diol, which alkylene diol is added during or after depolymerisation such that the same or different alkylene diol can be present during depolymerization and polymerization, to yield modified polyalkylene terephthalate wherein the backbone of the modified polyalkylene terephthalate comprises less than 5 mole percent of repeat units derived from ethylene glycol and has a melting point of above 200°C as determined by the method described in paragraph . forming a catalyst consisting of the reaction product of tetra(C 1 -C 8 alkyl) titanate and a complexing agent selected from the group consisting of phosphorus-containing compounds, wherein the molar ratio of the complexing agent to the tetra(C 1 -C 8 alkyl) titanate is from 0.1:1 to 1.2:1; depolymerizing the polyethylene terephthalate by combining the polyethylene terephthalate, in the presence of the catalyst, with a dihydric alcohol selected from the group consisting of C 2 -C 20 alkylene diols to obtain a molten mixture; and polymerizing the molten mixture in the continued presence of the catalyst and C 3 -C 20 alkylene diol, which alkylene diol is added during or after depolymerisation such that the same or different alkylene diol can be present during depolymerization and polymerization, to yield modified polyalkylene terephthalate wherein the backbone of the modified polyalkylene terephthalate comprises less than 5 mole percent of repeat units derived from ethylene glycol and has a melting point of above 200°C as determined by the method described in paragraph .
A method , at a user equipment, UE, for performing a beam management procedure in a wireless communication system in which the UE performs connected mode discontinuous reception, C-DRX, wherein the beam management procedure is for an active beam comprising one or more active beam pairs between the UE and a base station , the active beam used for C-DRX, and the UE is enabled to receive and transmit during the beam management procedure, the method comprising: receiving , at the UE , a UE-specific beam management configuration parameter from the base station , wherein the UE-specific beam management configuration parameter configures the beam management procedure to receive reference signals during a time interval prior to a C-DRX on state duration; receiving a reference signal from the base station during the time interval based at least in part on the UE-specific beam management configuration parameter; selectively reconfiguring , while the UE is in the C-DRX off state, the active beam between the base station and the UE based at least in part on the reference signal; determining a time to transmit a measurement report of the reference signal based at least in part on a first UE gap parameter wherein the first UE gap parameter indicates a duration for switching from uplink to downlink; and transmitting, to the base station and while the UE is in the C-DRX off state, the measurement report of the reference signal based at least in part on selectively reconfiguring the active beam . receiving , at the UE , a UE-specific beam management configuration parameter from the base station , wherein the UE-specific beam management configuration parameter configures the beam management procedure to receive reference signals during a time interval prior to a C-DRX on state duration; receiving a reference signal from the base station during the time interval based at least in part on the UE-specific beam management configuration parameter; selectively reconfiguring , while the UE is in the C-DRX off state, the active beam between the base station and the UE based at least in part on the reference signal; determining a time to transmit a measurement report of the reference signal based at least in part on a first UE gap parameter wherein the first UE gap parameter indicates a duration for switching from uplink to downlink; and transmitting, to the base station and while the UE is in the C-DRX off state, the measurement report of the reference signal based at least in part on selectively reconfiguring the active beam .
Filter plate as part of a filter press comprising two or more filter plates disposed two-dimensionally next to one another, wherein the filter plate carries a filter cloth, wherein the filter cloth is composed of a filter cloth fabric which is folded-over in a surface area such that a first filter cloth area is disposed on a second filter cloth area, wherein the two filter cloth areas are connected with one another at least partially by means of a welding connection, characterised in that the folded-over surface area of the filter cloth forms a bead serving for fixing purposes wherein this bead is held in a groove of the filter plate.
A method for regulating a rear power lift of an agricultural working machine in an agricultural combination , wherein the agricultural combination has an agricultural working machine and an agricultural attachment , wherein the agricultural attachment is connected to the agricultural working machine via a rear power lift of the agricultural working machine , wherein the agricultural working machine has a driver assistance system which regulates machine parameters of the rear power lift , wherein the driver assistance system regulates the machine parameters of the rear power lift by means of a position regulation and/or a tractive force regulation and/or a working depth regulation, on which a slip regulation is superimposed, characterized in that the driver assistance system determines, as a function of at least one existing ground property and at least one existing tyre property, a slip setpoint (P) for the slip regulation which is optimised with regard to the position regulation and/or tractive force regulation and/or working depth regulation and regulates the rear power lift towards the optimised slip setpoint (P). wherein the driver assistance system regulates the machine parameters of the rear power lift by means of a position regulation and/or a tractive force regulation and/or a working depth regulation, on which a slip regulation is superimposed, characterized in that the driver assistance system determines, as a function of at least one existing ground property and at least one existing tyre property, a slip setpoint (P) for the slip regulation which is optimised with regard to the position regulation and/or tractive force regulation and/or working depth regulation and regulates the rear power lift towards the optimised slip setpoint (P).
Slide for packaged goods , in particular packages and/or consignments, with a slide base for packaged goods to slide down, comprising at least two slide base sections , wherein the at least two slide base sections form a height offset between one another, wherein at least one guide device is provided between the at least two slide base sections to guide the packaged goods from a slide base section to the next slide base section , wherein the at least one guide device has a height-adjustable free end pointing in the direction of the next slide base section , wherein the guide device , transverse to the slide base , has a plurality of finger elements arranged next to one another and adjustable in height at least partially independently of one another, characterised in that the finger elements support a flexible material web spanning the intermediate spaces between the finger elements and/or in that the finger elements have at least one material web surrounding in each case at least one finger element and driven in the longitudinal direction of the finger elements .
A system including a plurality of vehicles , wherein in some vehicles an operator-teleoperator is present and in other vehicles no operator-teleoperator is present, and wherein the vehicles are communicably connected with each other via a network, each vehicle comprising: - a communication device configured for transmitting and receiving data wireless; and - a control device configured to provide an autonomous driving mode, a manual driving mode and a vehicle-to-vehicle teleoperation driving mode; - wherein, in the autonomous driving mode, the driving of the vehicle is controllable automatically, in the manual driving mode, the driving of the vehicle is controllable by an operator-teleoperator, characterized in that in the vehicleto-vehicle teleoperation driving mode, the driving of the vehicle is controllable by an operator-teleoperator who is located in another vehicle (150-158) of the plurality of vehicles , each vehicle further comprising - a support request unit configured to detect an incident that prevents the use of the autonomous driving mode and transmit a support request through the communication device to human assistors which are the operators-teleoperators of the other vehicles (150-158) when detecting the incident to provide on-site assistance and/or teleoperation to the vehicle requesting it. - a communication device configured for transmitting and receiving data wireless; and - a control device configured to provide an autonomous driving mode, a manual driving mode and a vehicle-to-vehicle teleoperation driving mode; - wherein, in the autonomous driving mode, the driving of the vehicle is controllable automatically, in the manual driving mode, the driving of the vehicle is controllable by an operator-teleoperator, characterized in that in the vehicleto-vehicle teleoperation driving mode, the driving of the vehicle is controllable by an operator-teleoperator who is located in another vehicle (150-158) of the plurality of vehicles , - a support request unit configured to detect an incident that prevents the use of the autonomous driving mode and transmit a support request through the communication device to human assistors which are the operators-teleoperators of the other vehicles (150-158) when detecting the incident to provide on-site assistance and/or teleoperation to the vehicle requesting it.
A control system comprising a control device configured to repeatedly perform a series of pieces of processing including I/O refresh processing and program execution processing in a first control period (T0), the control system comprising: a first obtainment unit configured to obtain a first sample value group that is collected by repeatedly performing the I/O refresh processing in the first control period (T0); a second obtainment unit configured to obtain a second sample value group that is collected when the I/O refresh processing is repeatedly performed in a second control period (Ts1) longer than the first control period (T0); a determination unit configured to determine whether a first frequency component included in the first sample value group and a second frequency component included in the second sample value group are substantially identical to each other; and a change unit configured to change the first control period (T0) to the second control period (Ts1) under a condition that the first frequency component and the second frequency component are substantially identical to each other. a first obtainment unit configured to obtain a first sample value group that is collected by repeatedly performing the I/O refresh processing in the first control period (T0); a second obtainment unit configured to obtain a second sample value group that is collected when the I/O refresh processing is repeatedly performed in a second control period (Ts1) longer than the first control period (T0); a determination unit configured to determine whether a first frequency component included in the first sample value group and a second frequency component included in the second sample value group are substantially identical to each other; and a change unit configured to change the first control period (T0) to the second control period (Ts1) under a condition that the first frequency component and the second frequency component are substantially identical to each other.
An airfoil comprising: an airfoil section having an airfoil wall (62; 162) surrounding a cavity , the airfoil wall (62; 162) including a first wall section comprised of a monolithic ceramic shell , a second wall section comprised of a ceramic matrix composite (CMC) liner (66; 166) bonded along an interface to an interior side of the monolithic ceramic shell , and a ceramic barrier coating bonded to an exterior side of the monolithic ceramic shell ; and the airfoil wall (62; 162) including at least one of: inter-section cooling channels extending along the interface and being bounded by the monolithic ceramic shell and the CMC liner (66; 166); or intra-section cooling channels extending within the CMC liner (66; 166). an airfoil section having an airfoil wall (62; 162) surrounding a cavity , the airfoil wall (62; 162) including a first wall section comprised of a monolithic ceramic shell , a second wall section comprised of a ceramic matrix composite (CMC) liner (66; 166) bonded along an interface to an interior side of the monolithic ceramic shell , and a ceramic barrier coating bonded to an exterior side of the monolithic ceramic shell ; and the airfoil wall (62; 162) including at least one of: inter-section cooling channels extending along the interface and being bounded by the monolithic ceramic shell and the CMC liner (66; 166); or intra-section cooling channels extending within the CMC liner (66; 166).
A solid dose for insertion into the skin of a patient wherein the solid dose has a hollow core, wherein the solid dose comprises a proximal end and a distal end and, wherein the hollow core extends completely from the proximal end to the distal end of the solid dose wherein the solid dose is configured to be seated on or around a distal portion of a carrier , which is capable of penetrating the surface of the skin of a patient to allow for the solid dose to be delivered instantly without the need for any residence time of the carrier inside the skin once the solid dose has been inserted; and wherein the solid dose is configured to remain inside the skin as a mass that is predominantly solid upon withdrawal of the carrier from the skin.
A heater for an image forming apparatus comprising: a base ; a plurality of resistive heat generators electrically connected to each other in parallel in a longitudinal direction of the base ; a power supply to supply power to the resistive heat generators ; an electric current detector to detect an electric current that flows through the resistive heat generators ; a voltage detector to detect a voltage applied to the resistive heat generators ; and an electric current controller to control the electric current that flows through the resistive heat generators based on the electric current detected by the electric current detector and the voltage detected by the voltage detector , characterized in that the electric current detector is configured to detect the electric current in a state in which, after the power supply starts supplying the power to the resistive heat generators , an identical waveform of an alternating current supplied to the resistive heat generators continues for a predetermined time period or longer taken for the electric current detector to detect the electric current. a base ; a plurality of resistive heat generators electrically connected to each other in parallel in a longitudinal direction of the base ; a power supply to supply power to the resistive heat generators ; an electric current detector to detect an electric current that flows through the resistive heat generators ; a voltage detector to detect a voltage applied to the resistive heat generators ; and an electric current controller to control the electric current that flows through the resistive heat generators based on the electric current detected by the electric current detector and the voltage detected by the voltage detector , characterized in that the electric current detector is configured to detect the electric current in a state in which, after the power supply starts supplying the power to the resistive heat generators , an identical waveform of an alternating current supplied to the resistive heat generators continues for a predetermined time period or longer taken for the electric current detector to detect the electric current.
A mobile, portable apparatus adapted to be handheld and configured for electronic processing of blood sugar affecting factors, comprising a first central processing unit and a second central processing unit having split functionality and arranged to handle different Input and provide different Output, wherein said first CPU is configured to provide Medical and Power Management functionality, and said second CPU is configured to provide Multimedia and I/O; characterized in at least one memory having stored thereon a plurality of food units and values of at least one related blood sugar affecting parameter for respective food unit, comprising glycemic indexes and/or glycemical loads, and glycemic affecting parameters; an input unit arranged and configured to provide user input for at least one of said food units, such as a choice of one of said food units and an amount thereof; a display arranged and configured to visualize at least one of said food units for input by said user, and to visualize said at least one related blood sugar affecting parameter as summed up blood sugar affecting parameters; wherein said first central processing unit is arranged for calculation of values concerning summed up glycemic indexes and/or summed up glycemical loads, on the basis of the in advance stored values about glycemical indexes and/or glycemical load, and the glycemical affecting parameters for said respective food units input by said user input, and said amount thereof.
Socket, comprising a central disc having a base that is accessible by touch when installed and a fixing device, with which the central disc is fixed to a socket insert designed as a flush-mounted or surface-mounted insert, characterized in that the fixing device is designed as an expansion device which comprises an expansion element which is movable in order to fix and/or to loosen the central disc , wherein the expansion element is designed as an expanding mandrel which can be pressed into an expansion sleeve , wherein the expansion device has the expansion sleeve , which can be brought into engagement with a receiving sleeve in order to fix the central disc , wherein the expanding mandrel has a taper and wherein the expansion sleeve has an inner rim which can slide or engage in the taper , so that the expansion sleeve can reduce its external circumference such that this comes out of engagement with the receiving sleeve , wherein toothing is provided in the receiving sleeve .
A moulding tool for reshaping hollow-body glass precursors, comprising: a forming mandrel for reshaping at least a portion of a heated region of the glass precursor; wherein the forming mandrel comprises at least one heat-resistant core material and a diffusion layer; and wherein said diffusion layer is provided in at least that area of the surface of the forming mandrel, which is in contact with the glass precursor during the reshaping process; and wherein material diffused into a near-surface zone of the core material forms intermetallic phases there to form a diffusion zone, wherein said diffusion layer is distinguished by an additional material distinct from the core material; and wherein the minimum content of the diffusion material as measured at the surface of the forming mandrel is at least 30 atomic percent, preferably at least 40 atomic percent. a forming mandrel for reshaping at least a portion of a heated region of the glass precursor; wherein the forming mandrel comprises at least one heat-resistant core material and a diffusion layer; and wherein said diffusion layer is provided in at least that area of the surface of the forming mandrel, which is in contact with the glass precursor during the reshaping process; and wherein material diffused into a near-surface zone of the core material forms intermetallic phases there to form a diffusion zone, wherein said diffusion layer is distinguished by an additional material distinct from the core material; and wherein the minimum content of the diffusion material as measured at the surface of the forming mandrel is at least 30 atomic percent, preferably at least 40 atomic percent.