mhurhangee/ep-ind-claims huggingface dataset:
A controller area network, CAN, bus network access unit, comprising: a first CAN bus; a second CAN bus; a first CAN bus transceiver; a second CAN bus transceiver, wherein the first CAN bus transceiver and the second CAN bus transceiver are respectively communicatively coupled to the first CAN bus and the second CAN bus and are respectively configured to communicate with another first CAN bus and another second CAN bus in another CAN bus network access unit; a first port, communicatively coupled to the first CAN bus; and a plurality of variable connection ports comprising a second port, a third port, and a fourth port, wherein the CAN bus network access unit is configurable as a straight-line CAN bus network access unit and as a transplanter CAN bus network access unit by connecting the variable connection ports, wherein: when the bus network access unit is the straight-line CAN bus network access unit, the third port is communicatively coupled to the second CAN bus, and any one of the second port and the fourth port communicatively coupled to neither the first CAN bus nor the second CAN bus; and when the bus network access unit is the transplanter CAN bus network access unit, any one of the second port, the third port, and the fourth port is connectable to the first CAN bus or the second CAN bus. a first CAN bus; a second CAN bus; a first CAN bus transceiver; a second CAN bus transceiver, wherein the first CAN bus transceiver and the second CAN bus transceiver are respectively communicatively coupled to the first CAN bus and the second CAN bus and are respectively configured to communicate with another first CAN bus and another second CAN bus in another CAN bus network access unit; a first port, communicatively coupled to the first CAN bus; and a plurality of variable connection ports comprising a second port, a third port, and a fourth port, wherein the CAN bus network access unit is configurable as a straight-line CAN bus network access unit and as a transplanter CAN bus network access unit by connecting the variable connection ports, wherein: when the bus network access unit is the straight-line CAN bus network access unit, the third port is communicatively coupled to the second CAN bus, and any one of the second port and the fourth port communicatively coupled to neither the first CAN bus nor the second CAN bus; and when the bus network access unit is the transplanter CAN bus network access unit, any one of the second port, the third port, and the fourth port is connectable to the first CAN bus or the second CAN bus. when the bus network access unit is the straight-line CAN bus network access unit, the third port is communicatively coupled to the second CAN bus, and any one of the second port and the fourth port communicatively coupled to neither the first CAN bus nor the second CAN bus; and when the bus network access unit is the transplanter CAN bus network access unit, any one of the second port, the third port, and the fourth port is connectable to the first CAN bus or the second CAN bus.
An assembly for a label wrapper, the assembly comprising: a support structure defining a receiving space, wherein the receiving space includes opposing sidewalls (54a, 54b) and a bottom wall; first and second resilient members (58, 60) positioned on two opposing sides of the receiving space, the first and second resilient members (58, 60) at least partially vertically aligned with one another; characterized in third and fourth resilient members (62, 64) respectively positioned between the first and second resilient members 58, 60) and the bottom wall, the third and fourth resilient members (62, 64) at least partially vertically aligned with one another; a first flexible sheet disposed over the first resilient member and along a side portion of the third resilient member; and a second flexible sheet disposed over the second resilient member and along a side portion of the fourth resilient member, wherein the first and second flexible sheets (70, 72) are configured to support a label having an adhesive material on a first side thereof; and wherein the first and second resilient members (58, 60) are configured to press a first segment of the first side of the label against a second segment of the first side of the label after the label at least partially surrounds an elongated object. a support structure defining a receiving space, wherein the receiving space includes opposing sidewalls (54a, 54b) and a bottom wall; first and second resilient members (58, 60) positioned on two opposing sides of the receiving space, the first and second resilient members (58, 60) at least partially vertically aligned with one another; characterized in third and fourth resilient members (62, 64) respectively positioned between the first and second resilient members 58, 60) and the bottom wall, the third and fourth resilient members (62, 64) at least partially vertically aligned with one another; a first flexible sheet disposed over the first resilient member and along a side portion of the third resilient member; and a second flexible sheet disposed over the second resilient member and along a side portion of the fourth resilient member, wherein the first and second flexible sheets (70, 72) are configured to support a label having an adhesive material on a first side thereof; and wherein the first and second resilient members (58, 60) are configured to press a first segment of the first side of the label against a second segment of the first side of the label after the label at least partially surrounds an elongated object.
A method for purifying a polypeptide comprising the step - recovering the polypeptide with a solution comprising a denaturant gradient from an ion exchange chromatography material at constant conductivity and constant pH and thereby purifying the polypeptide, wherein the denaturant is urea or a urea derivative, whereby the ion exchange chromatography material comprises a matrix of cross-linked poly (styrene-divinylbenzene) to which ionic ligands have been attached. - recovering the polypeptide with a solution comprising a denaturant gradient from an ion exchange chromatography material at constant conductivity and constant pH and thereby purifying the polypeptide, wherein the denaturant is urea or a urea derivative,
A method of generating atelocollagen, the method comprising contacting a human tclopeptide-comprising collagen with ficin, wherein said human telopeptide-comprising collagen is expressed in a plant cell, wherein at least 70 % of said soluble, purified atelocollagen is capable of forming fibrils, thereby generating the atelocollagen.
A seat for vehicles, comprising a backrest part with a support frame and a respective lining; a seat part; and a chassis to which the support frame of the backrest part is firmly attached and to which the seat part is attached such that it can shift forward or backward, the backrest part being provided with a rotating vane between the support frame and its lining, with an upper end attached in an articulated manner to the frame or to the chassis, characterized in that the lower end of the rotating vane is provided with a slide where a thrust pin arranged in the rear area of the seat part slides, which thrust pin is mechanically linked to the chassis by means of a set of tracks or guides (10a, 10b) and corresponding runners or pins (11a, 11b) guiding the forward or backward shifting of the seat part with respect to the mentioned chassis, and all this such that the rotation of the vane with respect to the frame or the chassis modifies the profile of the lining in the area covering the vane and therefore the shape of the support surface that the backrest part offers the user, and in that the said rotating vane is arranged centered on the support frame, leaving respective side bands of the frame to which respective facing side bands of the lining are attached accessible on both sides of the vane, such that when the body of the vane is separated from the mentioned frame by rotating the vane forward, the lining adopts a bridge-like cross-section attached by its side bands to the frame and separated from the latter in its central portion.
A damper comprising a piston and a cylinder housing the piston, and generating a braking force based on a movement or relative movement of the piston, wherein the piston includes a trunk portion and a seal ring surrounding the trunk portion, a first seal portion against an inner wall of the cylinder is formed on an outer peripheral portion in the seal ring, and a second seal portion against a circumference wall portion projecting from the trunk portion is formed on a pressure chamber side, and a movement of the seal ring within a predetermined range along a moving direction of the piston is made in a state wherein a movement gap (s) for a fluid is formed between the trunk portion and an inner peripheral portion of the seal ring, wherein the seal ring includes a circumference projecting portion projecting backwardly from a base portion positioned on the pressure chamber side, wherein an outer peripheral portion on a projecting end side thereof is the first seal portion, wherein the seal ring includes an inner circumference projecting portion projecting backwardly from the base portion inside the circumference projecting portion, wherein a projecting end side thereof is a sliding contact portion against the support portion, characterized in that a projecting size from the base portion of the circumference projecting portion is larger than a projecting size from the base portion of the inner circumference projecting portion.
A method for controlling tension in a web being unwound from an out-of-round roll of spirally wound web material having a major lobe and a minor lobe, the method comprising the steps of: a. determining the major and minor lobe lengths; b. determining effective diameter of the out-of-round roll; c. determining distance between the out-of-round roll and a rotary dancer mechanism comprising a non-driven roller disposed on a rotatable arm having a longitudinal axis, the rotatable arm attached to a motor configured to apply a controlled amount of torque to the arm and rotate the arm 360°; d. unwinding web material from the out-of-round roll; e. feeding unwound web material over the non-driven roller disposed on the rotatable arm; f. rotating the arm 360°; g. repeating steps a) - d) to determine an offset magnitude; and h. moving the non-driven roller along the longitudinal axis of the rotatable arm based on the determined offset magnitude; wherein the rotary dancer mechanism further comprises a counterweight disposed on the rotatable arm and movable along the longitudinal axis. a. determining the major and minor lobe lengths; b. determining effective diameter of the out-of-round roll; c. determining distance between the out-of-round roll and a rotary dancer mechanism comprising a non-driven roller disposed on a rotatable arm having a longitudinal axis, the rotatable arm attached to a motor configured to apply a controlled amount of torque to the arm and rotate the arm 360°; d. unwinding web material from the out-of-round roll; e. feeding unwound web material over the non-driven roller disposed on the rotatable arm; f. rotating the arm 360°; g. repeating steps a) - d) to determine an offset magnitude; and h. moving the non-driven roller along the longitudinal axis of the rotatable arm based on the determined offset magnitude;
A liquid-to-gas shell heat exchanger containing an elongated shell, the central part of which is on both sides closed by heads, whereby in this shell an inlet aperture and an outlet aperture for a heated medium are made, being mutually interconnected by a conduit of the heated medium arranged in the inner space of the heat exchanger, whereby in this shell an inlet aperture and an outlet aperture for the heating medium are made, the inlet aperture for the heating medium being created in the head of the shell of the shell heat exchanger, whereby in the inner space of the heat exchanger a deflector for the heating medium is arranged opposite the inlet aperture and between the inlet aperture and pipes of the conduit of the heated medium, a deflector is arranged, characterized by that the deflector has a shape of a jacket of a cone with a lower part and an upper part, whereby the lower part of the deflector is of greater conicalness than the upper part of the deflector.
A method for generating a modulated carrier signal based on a plurality of data symbols, the method comprising: receiving a plurality of data symbols; generating a digital input signal based on the plurality of data symbols; filtering the digital input signal to produce a digital output signal including a phase characteristic, wherein the filtering is accomplished using a raised cosine filter configured with a roll-off factor that is equal to 1, wherein a two-sided bandwidth of said raised cosine filter is increased to be greater than a symbol transmission rate to maintain the phase characteristic of the digital output signal within ten degrees of a desired symbol phase for a duration that exceeds 75 percent of a the symbol period corresponding to a symbol transmission rate; separating the digital input signal into an in-phase component and a quadrature component; and processing the in-phase and quadrature components using the raised-cosine filter to generate the digital output signal; and modulating a carrier signal using the digital output signal to produce the modulated carrier signal. receiving a plurality of data symbols; generating a digital input signal based on the plurality of data symbols; filtering the digital input signal to produce a digital output signal including a phase characteristic, wherein the filtering is accomplished using a raised cosine filter configured with a roll-off factor that is equal to 1, wherein a two-sided bandwidth of said raised cosine filter is increased to be greater than a symbol transmission rate to maintain the phase characteristic of the digital output signal within ten degrees of a desired symbol phase for a duration that exceeds 75 percent of a the symbol period corresponding to a symbol transmission rate; separating the digital input signal into an in-phase component and a quadrature component; and processing the in-phase and quadrature components using the raised-cosine filter to generate the digital output signal; and modulating a carrier signal using the digital output signal to produce the modulated carrier signal.
Method for metering a dishwashing agent into a dishwasher, in particular a household dishwasher, which is designed to wash items to be washed arranged in a washing chamber by means of a wash liquor, wherein the dishwasher has a metering device with at least three metering units (110, 120, 130), wherein each of the at least three metering units (110, 120, 130) is designed to receive in each case one component of a dishwashing agent having a number of components, wherein the components are present separately from one another, having the steps: adding a cleaning agent component into the wash liquor by means of a first metering unit of the at least three metering units at at least one cleaning agent metering time instant (tRK); adding a softening agent component into the wash liquor by means of a second metering unit of the at least three metering units at at least one softening agent metering time instant (tEK); and adding a rinsing agent component into the wash liquor by means of a third metering unit of the at least three metering units at at least one rinsing agent metering time instant (tKK), characterised in that a quantity of phosphate, which is contained in the quantity of cleaning agent component, of softening agent component and of rinsing agent component metered during a wash program, amounts at most to 0.3 g adding a cleaning agent component into the wash liquor by means of a first metering unit of the at least three metering units at at least one cleaning agent metering time instant (tRK); adding a softening agent component into the wash liquor by means of a second metering unit of the at least three metering units at at least one softening agent metering time instant (tEK); and adding a rinsing agent component into the wash liquor by means of a third metering unit of the at least three metering units at at least one rinsing agent metering time instant (tKK),
A lighting system, comprising: a plurality of light emitting diodes, LEDs; a switch-mode power supply for providing power to the LEDs, and including an output capacitor; and characterised by further comprising: a switch-off detection circuit configured to detect a switch-off time of the switch-mode power supply and to output a trigger signal in response to detecting the switch off time; and a controller configured to collect, in response to receiving the trigger signal, data from which conditions of the lighting system is assessed for desired performance; wherein the conditions of the lighting system to be assessed are with respect to at least one of the output capacitor and the plurality of LEDs. a plurality of light emitting diodes, LEDs; a switch-mode power supply for providing power to the LEDs, and including an output capacitor; and characterised by further comprising: a switch-off detection circuit configured to detect a switch-off time of the switch-mode power supply and to output a trigger signal in response to detecting the switch off time; and a controller configured to collect, in response to receiving the trigger signal, data from which conditions of the lighting system is assessed for desired performance; a switch-off detection circuit configured to detect a switch-off time of the switch-mode power supply and to output a trigger signal in response to detecting the switch off time; and a controller configured to collect, in response to receiving the trigger signal, data from which conditions of the lighting system is assessed for desired performance; wherein the conditions of the lighting system to be assessed are with respect to at least one of the output capacitor and the plurality of LEDs.
A method maintaining a uniformly fluidized bed in a fluidized bed apparatus comprises: heating, at a temperature of at least 400°C, a mixture of particles comprising greater than 80 weight% to less than 100% copper silicide particles and greater than 0 to 20 weight% fluidization additive particles in the fluidized bed apparatus, and feeding a fluid into the fluidized bed apparatus at a velocity sufficient to maintain uniform fluidization. heating, at a temperature of at least 400°C, a mixture of particles comprising greater than 80 weight% to less than 100% copper silicide particles and greater than 0 to 20 weight% fluidization additive particles in the fluidized bed apparatus, and feeding a fluid into the fluidized bed apparatus at a velocity sufficient to maintain uniform fluidization.
A method for determining the efficacy of a PD-1 antagonist, comprising: measuring proliferation of memory B cells in a sample from a subject administered the PD-1 antagonist of interest, wherein an increase in proliferation of the memory B cells as compared to a control indicates that the PD-1 antagonist is efficacious for treating the subject; wherein the memory B cells are CD20 + CD27 + CD21 - memory B cells; and wherein the subject has a tumor or a persistent viral infection. measuring proliferation of memory B cells in a sample from a subject administered the PD-1 antagonist of interest, wherein an increase in proliferation of the memory B cells as compared to a control indicates that the PD-1 antagonist is efficacious for treating the subject; wherein the memory B cells are CD20 + CD27 + CD21 - memory B cells; and wherein the subject has a tumor or a persistent viral infection.
A fault detection circuit comprising a plurality of fault detection units configured for detecting one or more column faults in a pixel array of an image sensor, the pixel array comprising a matrix of rows and columns of pixels, each column of pixels being connected to a respective column line, each fault detection unit comprising: a signal unit for applying an electrical signal to a given column line of the pixel array; a determining unit for measuring a response to the applied electrical signal and for determining whether a fault exists for said given column line in dependence of the measured response; and a controller for controlling the signal unit and the determining unit, and for outputting a fault status for said given column line, characterized in that the signal unit of each fault detection unit comprises a current source unit comprising one or more current sources (510; 511), each current source being configured for sourcing or sinking a current to or from the column line associated with that signal unit, and wherein the corresponding determining unit is configured for measuring said response as an electrical response to the current(s) that is/are sourced or sunk by the one or more current sources in the current source unit. a signal unit for applying an electrical signal to a given column line of the pixel array; a determining unit for measuring a response to the applied electrical signal and for determining whether a fault exists for said given column line in dependence of the measured response; and a controller for controlling the signal unit and the determining unit, and for outputting a fault status for said given column line, characterized in that the signal unit of each fault detection unit comprises a current source unit comprising one or more current sources (510; 511), each current source being configured for sourcing or sinking a current to or from the column line associated with that signal unit, and wherein the corresponding determining unit is configured for measuring said response as an electrical response to the current(s) that is/are sourced or sunk by the one or more current sources in the current source unit.