mhurhangee/ep-ind-claims huggingface dataset:
A non-condensable gas purge system for a refrigeration circuit including a compressor (22, 22'), a condenser, an expansion valve, and an evaporator connected to form a loop, the refrigeration circuit containing a low pressure refrigerant, the purge system comprising a purge tank, an interior of the purge tank defining a liquid condensing chamber, the purge tank having a tank inlet for receiving the low pressure refrigerant from the condenser, a tank outlet for returning the low pressure refrigerant from the liquid condensing chamber to the evaporator, and a purge outlet for purging non-condensable gas from the liquid condensing chamber to an ambient atmosphere; a purge heat exchanger coil disposed inside the liquid condensing chamber of the purge tank, characterised in that an upper end of the purge heat exchanger coil is configured and arranged to be fluidly connected to a coil liquid supply line of the refrigeration circuit through an upper portion of the purge tank, and a lower end of the purge heat exchanger coil is configured and arranged to be fluidly connected to a coil liquid return line leading to the evaporator through a lower portion of the purge tank such that the low pressure refrigerant contained in the loop passes through the purge heat exchanger coil without using a dedicated purge system compressor. a purge tank, an interior of the purge tank defining a liquid condensing chamber, the purge tank having a tank inlet for receiving the low pressure refrigerant from the condenser, a tank outlet for returning the low pressure refrigerant from the liquid condensing chamber to the evaporator, and a purge outlet for purging non-condensable gas from the liquid condensing chamber to an ambient atmosphere; a purge heat exchanger coil disposed inside the liquid condensing chamber of the purge tank, characterised in that an upper end of the purge heat exchanger coil is configured and arranged to be fluidly connected to a coil liquid supply line of the refrigeration circuit through an upper portion of the purge tank, and a lower end of the purge heat exchanger coil is configured and arranged to be fluidly connected to a coil liquid return line leading to the evaporator through a lower portion of the purge tank such that the low pressure refrigerant contained in the loop passes through the purge heat exchanger coil without using a dedicated purge system compressor.
An attachment system for an exhaust component, comprising: a radial attachment flange (217, 222, 322) of an exhaust component (212, 220, 320); and a radial ring (213, 215, 230, 232, 330, 332) having a radially inner surface configured for engagement with a radially outer surface of the radial attachment flange (217, 222, 322) wherein the radial ring is a radially outer ring (215, 232, 332), and characterised in that the radial attachment flange (217, 222, 322) exhibits a coefficient of thermal expansion higher in value than the coefficient of thermal expansion of the radially outer ring (215, 232, 332). a radial attachment flange (217, 222, 322) of an exhaust component (212, 220, 320); and a radial ring (213, 215, 230, 232, 330, 332) having a radially inner surface configured for engagement with a radially outer surface of the radial attachment flange (217, 222, 322) wherein the radial ring is a radially outer ring (215, 232, 332), and characterised in that the radial attachment flange (217, 222, 322) exhibits a coefficient of thermal expansion higher in value than the coefficient of thermal expansion of the radially outer ring (215, 232, 332).
A method for implementing short message network management, comprising: a master control terminal and a controlled terminal setting up a service connection between them in carrying out a short message network management process; the master control terminal sending network management short messages to the controlled terminal through the service connection; and the controlled terminal carrying out corresponding processes according to contents of the received network management short messages; characterized by that the method further comprises: in the short message network management process, if the master control terminal and/or the controlled terminal receive a calling request initiated by a user, then the master control terminal and/or the controlled terminal terminating the short message network management process and initiating a call according to the calling request; wherein in the step of initiating a call according to the calling request, serial numbers of the network management short messages sent before terminating the short message network management process are stored; the method further comprises: after the call is finished, the master control terminal and the controlled terminal re-setting up the service connection between them, and resuming subsequent short message network management process by using the stored serial numbers of the network management short messages sent before terminating the short message network management process. a master control terminal and a controlled terminal setting up a service connection between them in carrying out a short message network management process; the master control terminal sending network management short messages to the controlled terminal through the service connection; and the controlled terminal carrying out corresponding processes according to contents of the received network management short messages; characterized by that the method further comprises: in the short message network management process, if the master control terminal and/or the controlled terminal receive a calling request initiated by a user, then the master control terminal and/or the controlled terminal terminating the short message network management process and initiating a call according to the calling request; wherein in the step of initiating a call according to the calling request, serial numbers of the network management short messages sent before terminating the short message network management process are stored; the method further comprises: after the call is finished, the master control terminal and the controlled terminal re-setting up the service connection between them, and resuming subsequent short message network management process by using the stored serial numbers of the network management short messages sent before terminating the short message network management process.
An in vitro or ex vivo method for selectively manipulating a cellular response in a target cell to a ligand recognized by two or more shared receptor polypeptides, the method comprising providing an IL-4 mutein ligand, wherein the IL-4 mutein ligand binds to one of the two or more shared receptor polypeptides with higher affinity than the ligand and thereby selectively manipulating the cellular response, and wherein the IL-4 mutein ligand comprises amino acid substitutions at positions 117, 118, 121, 122, 124, 125, 128 and 129, wherein the amino acid numbering is in accordance with wild-type human IL-4.
An optical system for a laser therapy instrument, suitable for laser surgery of the cornea and the crystalline lens of a human patient's eye, comprising: - a femtosecond laser as a radiation source for the therapeutic laser radiation, - an objective comprising at least one lens or lens group (8.1, 8.2) from which the therapeutic laser radiation exits and is directed and focussed on to or into the eye, - two optical assemblies (6,1, 6.2) which are designed for varying the focus of the therapeutic laser radiation, with different focus variation ranges Δz of the individual assemblies (6.1, 6.2), and which are insertable into the beam path alternatingly, thereby limiting an object-side Z scanning range to two separate regions lying between the front surface of the cornea and the rear surface of the lens. - a femtosecond laser as a radiation source for the therapeutic laser radiation, - an objective comprising at least one lens or lens group (8.1, 8.2) from which the therapeutic laser radiation exits and is directed and focussed on to or into the eye, - two optical assemblies (6,1, 6.2) which are designed for varying the focus of the therapeutic laser radiation, with different focus variation ranges Δz of the individual assemblies (6.1, 6.2), and which are insertable into the beam path alternatingly, thereby limiting an object-side Z scanning range to two separate regions lying between the front surface of the cornea and the rear surface of the lens.
Method for transmitting a signal using a transmission power mask, with the signal being transmitted by a transceiver A connected to a transceiver B by at least one physical link, with a portion of said signal being reflected by impedance discontinuities in the physical link and another portion of the signal being transmitted to the transceiver B, said transmission power mask being adapted according to a transfer function S11 relative to the reflected portion of the signal due to the impedance discontinuities of the physical link, in such a way as to take account of the power lost during the transmission of a signal, characterised in that said transfer function S11 is determined by the following steps: - transmission of a signal by said transceiver A; - measurement of a first voltage (V Ref) upstream from an element forming the chain of transmission of the transceiver A; - measurement of a second voltage (V Ana) downstream from said element; - determination of the impedance of the physical link using said first and second voltages; and - determination of the transfer function S11 using said impedance. - transmission of a signal by said transceiver A; - measurement of a first voltage (V Ref) upstream from an element forming the chain of transmission of the transceiver A; - measurement of a second voltage (V Ana) downstream from said element; - determination of the impedance of the physical link using said first and second voltages; and - determination of the transfer function S11 using said impedance.
An electronic timepiece comprising: a turnable hand (2,3; 4); and a processor that controls a turn of the hand, wherein, when the processor performs a rapid shift of the hand to a set target position, the processor performs a control of a damping of reciprocation of the hand in which the hand performs a predetermined reciprocation about the target position as a reference position and gradually decreases an amplitude of the reciprocation thereof during the rapid shift. a turnable hand (2,3; 4); and a processor that controls a turn of the hand, wherein, when the processor performs a rapid shift of the hand to a set target position, the processor performs a control of a damping of reciprocation of the hand in which the hand performs a predetermined reciprocation about the target position as a reference position and gradually decreases an amplitude of the reciprocation thereof during the rapid shift.
A cabling arrangement for generating a magnetic field, in particular for use in a magnetic particle imaging apparatus, comprising: - a first AC terminal, - a second AC terminal, wherein said first and second AC terminals are configured for coupling an AC voltage between them, - a first internal terminal, - a second internal terminal, wherein said first and second internal terminals are configured for coupling a DC voltage between them, - a first subset of one or more first conductors coupled between the first internal terminal and the second AC terminal, and - a second subset of one or more second conductors coupled between the second internal terminal and the second AC terminal, wherein the cabling arrangement enables the superposition of the AC and DC voltages in said first and second conductors, and wherein said first and second conductors are arranged to form a coil (125, 126, 127; 601, 602, 603, 604) to generate a magnetic field in a zone of interest. - a first AC terminal, - a second AC terminal, wherein said first and second AC terminals are configured for coupling an AC voltage between them, - a first internal terminal, - a second internal terminal, wherein said first and second internal terminals are configured for coupling a DC voltage between them, - a first subset of one or more first conductors coupled between the first internal terminal and the second AC terminal, and - a second subset of one or more second conductors coupled between the second internal terminal and the second AC terminal,
A treatment instrument for endoscopic use comprising: a cylindrical flexible sheath; an operation wire inserted in a vicinity of an inner periphery side of the sheath; and a cylindrical base (11, 11a, 11b) fixed to a distal end section of the sheath, the base (11, 11a, 11b) extending in an axial line direction of the operation wire, wherein the sheath in full length is formed with a first sheath and a second sheath, and the first sheath is disposed inside the second sheath, and a multithread coil is used as at least one of the first sheath and the second sheath of the sheath in full length, characterized in that: a cylindrical increased diameter section is formed in the vicinity of a proximal end of the base, a reduced diameter section is formed more proximally relative to the increased-diameter section, a distal end section of the second sheath is fixed between the outer periphery of the reduced diameter section of the base and the inner periphery of a connecting pipe, and a distal end section of the first sheath is fixed to a surface in the vicinity of the proximal end of the reduced diameter section of the base. a cylindrical flexible sheath; an operation wire inserted in a vicinity of an inner periphery side of the sheath; and a cylindrical base (11, 11a, 11b) fixed to a distal end section of the sheath, the base (11, 11a, 11b) extending in an axial line direction of the operation wire, wherein the sheath in full length is formed with a first sheath and a second sheath, and the first sheath is disposed inside the second sheath, and a multithread coil is used as at least one of the first sheath and the second sheath of the sheath in full length, characterized in that: a cylindrical increased diameter section is formed in the vicinity of a proximal end of the base, a reduced diameter section is formed more proximally relative to the increased-diameter section, a distal end section of the second sheath is fixed between the outer periphery of the reduced diameter section of the base and the inner periphery of a connecting pipe, and a distal end section of the first sheath is fixed to a surface in the vicinity of the proximal end of the reduced diameter section of the base. a cylindrical increased diameter section is formed in the vicinity of a proximal end of the base, a reduced diameter section is formed more proximally relative to the increased-diameter section, a distal end section of the second sheath is fixed between the outer periphery of the reduced diameter section of the base and the inner periphery of a connecting pipe, and a distal end section of the first sheath is fixed to a surface in the vicinity of the proximal end of the reduced diameter section of the base.
A fully human antibody of an IgG class that binds to a PD-L1 epitope, wherein the antibody comprises a heavy chain variable domain comprising an amino acid sequence as set forth in SEQ ID NO. 1, and comprises a light chain variable domain comprising an amino acid sequence as set forth in SEQ ID NO. 2.
A conveyance element for a conveyor, in particular for a people conveyor such as a moving walkway, the conveyance element being configured for being moved in a conveying direction and comprising: a body including or supporting a tread plate for supporting passengers; and at least one slider bracket mounted to the body and comprising a slider slot configured for slidably accommodating a slider; wherein the at least one slider bracket is manufactured separately from the body. a body including or supporting a tread plate for supporting passengers; and at least one slider bracket mounted to the body and comprising a slider slot configured for slidably accommodating a slider; wherein the at least one slider bracket is manufactured separately from the body.
A magnetic particle imaging device comprising: - a magnetic field source configured to produce a magnetic field having a non-saturating magnetic field region; - an excitation signal source configured to produce an excitation signal in the non-saturating magnetic field region that produces a detectable signal from magnetic particles in the non-saturating magnetic field region; and - a signal processor configured to convert the detectable signal into an image of the magnetic particles - a scanning magnetic field source configured to produce a scanning magnetic field that ositions the non-saturating magnetic field region in the magnetic field; characterised in that the device is configured for: - repositioning the non-saturating magnetic field region in the magnetic field; and repeating the detecting and repositioning to detect two or more signals from the magnetic particles in the non-saturating magnetic field region, - converting the detected signals into partial field of view images; and - combining the partial field of view images to produce the image of the magnetic particles in the sample and to facilitate the recovery of low frequency image data in the detected signals that may be lost during high pass filtering of the detected signal. - a magnetic field source configured to produce a magnetic field having a non-saturating magnetic field region; - an excitation signal source configured to produce an excitation signal in the non-saturating magnetic field region that produces a detectable signal from magnetic particles in the non-saturating magnetic field region; and - a signal processor configured to convert the detectable signal into an image of the magnetic particles - a scanning magnetic field source configured to produce a scanning magnetic field that ositions the non-saturating magnetic field region in the magnetic field; - repositioning the non-saturating magnetic field region in the magnetic field; and repeating the detecting and repositioning to detect two or more signals from the magnetic particles in the non-saturating magnetic field region, - converting the detected signals into partial field of view images; and - combining the partial field of view images to produce the image of the magnetic particles in the sample and to facilitate the recovery of low frequency image data in the detected signals that may be lost during high pass filtering of the detected signal.
A method for sorting aluminium alloys in aluminium scrap, characterized in that the aluminium scraps are supplied to a measuring station, a contact between the aluminium scraps and a sensor for measuring the electric conductivity is established there, the electric conductivity of the aluminium scraps is measured and in dependence on the measurement result the aluminium scraps will be transported onwards on a track provided for this.
Exendin for use in the treatment or prevention of hyperinsulinemic hypoglycemia in a patient, comprising twice per-day subcutaneous injection of a composition comprising 10-30 mg exendin.
Longitudinal adjuster for a vehicle seat, in particular a motor vehicle seat, having at least one pair of rails which is formed from a first seat rail, in particular for connecting to a seat-frame side part, and a second seat rail, in particular for connecting to a vehicle structure, wherein the seat rails (14, 16) of the seat rail pair are movable in a longitudinal direction (x) relative to one another and engage reciprocally around one another, forming an internal channel, wherein a reinforcement profile (22; 122) that is fixed to the first seat rail is arranged in the internal channel, characterized in that the reinforcement profile (22; 122) has a connecting portion (24; 124) which passes rearwardly out of the internal channel and is connectable to a rear end, in particular to a rearwardly directed surface, of a seat-frame side part, wherein the connecting portion (24; 124) is bent upwardly through about 90° about a bending axis extending parallel to the transverse direction (y).
A filter element for a pipe system (2, 3), for an intake pipe system for gaseous media used in an aspirating fire-detection and/or air-monitoring system, wherein the filter element has a housing with a gas inlet and a gas outlet, which is designed to accommodate a filter element in its interior, and has at least one filter element accommodated in the housing interior, wherein the gas inlet and the gas outlet can be fluidically connected to the pipe system (2, 3) to form a flow path extending from the gas inlet to the gas outlet in the housing interior, wherein in a normal operating mode of the filter element, the flow path extending from the gas inlet to the gas outlet runs at least partially through the at least one filter element accommodated in the housing interior, and wherein furthermore a connecting region is provided for the fluidic connection, if necessary or optionally, of the housing interior to a maintenance/cleaning device, wherein in a maintenance/cleaning operating mode of the filter element, in which the pipe system (2, 3) which can be fluidically connected to the gas inlet and the gas outlet and/or the filter element is to be cleaned and/or maintained, the housing interior is fluidically connected to the maintenance/cleaning device, while simultaneously a fluidic connection which can be implemented via the gas outlet is disconnected, and/or while simultaneously a fluidic connection which can be implemented via the gas inlet is disconnected, wherein the connecting region has a fitting provided in or on a wall region of the housing, via which, if necessary or optionally, the housing interior can be fluidically connected to the maintenance/cleaning device, wherein the wall region, in or on which the fitting is provided, is embodied as a wall region of a first component which can be detachably connected to the housing, and wherein the wall region of the first component is designed to close a housing opening provided in the housing, and wherein at least one shutoff element is associated with the gas inlet for the disconnection, if necessary or optionally, of a fluidic connection between the pipe system (2, 3) and the housing interior which can be implemented via the gas inlet; and/or wherein at least one shutoff element is associated with the gas outlet for the disconnection, if necessary or optionally, of a fluidic connection between the housing interior and the pipe system (2, 3) which can be implemented via the gas outlet.
A method of transmission between a transmitter and a receiver using a mode of adaptive modulation and coding, wherein the modulation and coding are selected based on the comparison of a characteristic variable of the signal to noise ratio, C / N 0_mes, measured by the receiver with a threshold value, C / N 0_ref, plus a margin, which margin is variable depending on the prior change in the signal to noise ratio, characterised in that the margin changes based on a statistical function of a higher order than 1 of the characteristic variable of the signal to noise ratio measured by the receiver over at least one time horizon, and in that the margin changes based on a linear combination of statistical functions of a higher order than 1 of the characteristic variable of the signal to noise ratio measured by the receiver over several time horizons of different lengths.