mhurhangee/ep-ind-claims huggingface dataset:
A customer service system, comprising: a monitoring agent, a transfer interface device and a monitored agent, the monitoring agent and the monitored agent belonging to different call control platforms, wherein the monitoring agent is arranged for sending (step 41) a monitoring request message to the transfer interface device through a Computer Telecommunication Integration of a platform to which the monitoring agent itself belongs and cutting in (step 48) a current conversation being held by the monitored agent after the CTI of the platform to which the monitoring agent itself belongs receives a monitoring response message sent from a CTI of a platform to which the monitored agent belongs; the transfer interface device is arranged for converting (step 43) the received monitoring request message into a format acceptable to the CTI of the second platform, forwarding (step 43) the converted monitoring request message to the CTI of the platform to which the monitored agent belongs, and forwarding the monitoring response message sent from the CTI of the platform to which the monitored agent belongs to the CTI of the platform to which the monitoring agent belongs; and the monitored agent is arranged for receiving the monitoring request message coming from the monitoring agent from the transfer interface device through the CTI of the platform to which the monitored agent itself belongs and returning the monitoring response message to the transfer interface device; wherein the monitoring agent and the monitored agent are further arranged for being registered on the transfer interface device through the CTIs of the platforms to which the monitoring agent and the monitored agent belong respectively and establishing a link respectively with the transfer interface device before the monitoring agent sends the monitoring request message; and the CTI of the platform to which the monitored agent itself belongs initiating (step 44) a call to the monitoring agent through a process which simulates the process that an external user makes a call after the monitoring agent sends the monitoring request message.
A solenoid valve, comprising: a fixed core; and a movable armature, wherein the solenoid valve further comprises: a metallic tube bobbin surrounding at least a first portion of the fixed core and/or the movable armature and comprising a ledge extending radially outwardly relative to the metallic tube bobbin; a wire coil wrapped around the metallic tube bobbin; a pole piece surrounding at least a portion of the metallic tube bobbin and sandwiched between the ledge and the wire coil in a moving direction of the movable armature; and a conductor board including an aperture, wherein a portion of the fixed core is received in the aperture, and wherein the conductor board is attached to the wire coil; the wire coil being located between the conductor board and the pole piece in the moving direction of the movable armature, such that the wire coil abuts the conductor board and the pole piece. a fixed core; and a movable armature, wherein the solenoid valve further comprises: a metallic tube bobbin surrounding at least a first portion of the fixed core and/or the movable armature and comprising a ledge extending radially outwardly relative to the metallic tube bobbin; a wire coil wrapped around the metallic tube bobbin; a pole piece surrounding at least a portion of the metallic tube bobbin and sandwiched between the ledge and the wire coil in a moving direction of the movable armature; and a conductor board including an aperture, wherein a portion of the fixed core is received in the aperture, and wherein the conductor board is attached to the wire coil; the wire coil being located between the conductor board and the pole piece in the moving direction of the movable armature, such that the wire coil abuts the conductor board and the pole piece. a metallic tube bobbin surrounding at least a first portion of the fixed core and/or the movable armature and comprising a ledge extending radially outwardly relative to the metallic tube bobbin; a wire coil wrapped around the metallic tube bobbin; a pole piece surrounding at least a portion of the metallic tube bobbin and sandwiched between the ledge and the wire coil in a moving direction of the movable armature; and a conductor board including an aperture, wherein a portion of the fixed core is received in the aperture, and wherein the conductor board is attached to the wire coil; the wire coil being located between the conductor board and the pole piece in the moving direction of the movable armature, such that the wire coil abuts the conductor board and the pole piece.
Method for detecting at least one characteristic parameter, such as closing force, closing energy or speed behavior, of a closure element closing an opening, in particular a door of a motor vehicle, where a movement is forced on the closure element by means of an articulated-arm robot without a fixed connection between the closure element and the articulated-arm robot being required, where at least the force interacting between the closure element and the articulated-arm robot during the movement is determined by means of a first sensor integrated in the articulated-arm robot, and where positional changes of the closure element during the movement sequence are detected by means of a second sensor, characterized in that the forces and torques occurring during the movement between the closure element and the articulated-arm robot are measured in real time by means of the first sensor, in that the working direction of the force from the articulated-arm robot acting on the closure element is identical regardless of the position of the closure element, and in that the progression of the angle between the closure element and a component arranged stationarily relative to the second sensor is measured by means of the contactless-operating second sensor, or positional changes of the closure element are detected on the basis of a taught movement path of the closure element.
An antibody or binding fragment thereof which specifically binds to a conformational epitope of P-selectin which is within amino acid positions 1-35 of SEQ ID NO:1 and wherein said antibody or binding fragment thereof blocks the binding of PSGL-1 to P-selectin and dissociates preformed P-selectin/PSGL-1 complexes for use for dissociation of preformed P-selectin/PSGL-1 complexes in the treatment of an inflammatory or thrombotic condition or disorder in a subject in need thereof.
A method performed by an apparatus for wireless communication using enhanced component carriers, comprising: monitoring (1405; 1505; 1605) a first narrowband bandwidth (310-a; 510-a) with a narrowband receiver circuit of a receiver (610; 710) of a wireless device (115; 605; 705); receiving (1410; 1510; 1610), in the first narrowband bandwidth (310-a; 510-a), a control message that includes a grant (320; 515) of downlink data transmission resources for the wireless device (115; 605; 705), wherein the grant is received in a first part of a transmission time interval, TTI,; determining (1415; 1515; 1615) to monitor a second wideband bandwidth (310-b; 510-b) for a data transmission (330; 530) for the wireless device (115; 605; 705) as specified by the grant (320; 515); monitoring (1420; 1520; 1620) the second wideband bandwidth (310-b; 510-b) with a wideband receiver circuit of the receiver (610; 710) for the data transmission (330; 530) during the TTI, wherein a time gap exists between the received control message and the data transmission (330; 530) to allow the wireless device (115; 605; 705) to prepare receiver circuits to switch from the narrowband receiver circuit to the wideband receiver circuit; and receiving the data transmission in the second wideband bandwidth during a second part of the TTI after the first part of the TTI. monitoring (1405; 1505; 1605) a first narrowband bandwidth (310-a; 510-a) with a narrowband receiver circuit of a receiver (610; 710) of a wireless device (115; 605; 705); receiving (1410; 1510; 1610), in the first narrowband bandwidth (310-a; 510-a), a control message that includes a grant (320; 515) of downlink data transmission resources for the wireless device (115; 605; 705), wherein the grant is received in a first part of a transmission time interval, TTI,; determining (1415; 1515; 1615) to monitor a second wideband bandwidth (310-b; 510-b) for a data transmission (330; 530) for the wireless device (115; 605; 705) as specified by the grant (320; 515); monitoring (1420; 1520; 1620) the second wideband bandwidth (310-b; 510-b) with a wideband receiver circuit of the receiver (610; 710) for the data transmission (330; 530) during the TTI, wherein a time gap exists between the received control message and the data transmission (330; 530) to allow the wireless device (115; 605; 705) to prepare receiver circuits to switch from the narrowband receiver circuit to the wideband receiver circuit; and receiving the data transmission in the second wideband bandwidth during a second part of the TTI after the first part of the TTI.
Network topology for mobile machines configured to be used in areas at risk of explosion, the network topology comprising: at least one inherently safe network participant (21, 22, 23) meeting the stringent requirements on inherent safety for the respective protection against explosion; at least one not inherently safe network participant (31, 32, 33) arranged in a pressure-resistant housing (7; 8), the pressure-resistant housing (7; 8) being configured to ensure that the at least one not inherently safe network participant (31, 32, 33) that is not approved without the pressure-resistant housing (7; 8) can nevertheless be used in the area at risk of explosion; at least one first, not inherently safe controller arranged on a mobile machine and in the pressure-resistant housing for actuating the at least one not inherently safe network participant (31, 32); at least one second, inherently safe controller arranged on the mobile machine and outside the pressure-resistant housing of the first, not inherently safe controller for actuating the at least one inherently safe network participant (21, 22), wherein the individual network participants (21, 22, 31, 32) are able to interchange information or data with one another, and the first controller forms a data distributor for a plurality of not inherently safe network participants (31, 32, 33) and the second controller forms a data distributor for a plurality of inherently safe network participants (21, 22, 23), and wherein the first data distributor and the second data distributor have an electrically decoupled data communication link between them. at least one inherently safe network participant (21, 22, 23) meeting the stringent requirements on inherent safety for the respective protection against explosion; at least one not inherently safe network participant (31, 32, 33) arranged in a pressure-resistant housing (7; 8), the pressure-resistant housing (7; 8) being configured to ensure that the at least one not inherently safe network participant (31, 32, 33) that is not approved without the pressure-resistant housing (7; 8) can nevertheless be used in the area at risk of explosion; at least one first, not inherently safe controller arranged on a mobile machine and in the pressure-resistant housing for actuating the at least one not inherently safe network participant (31, 32); at least one second, inherently safe controller arranged on the mobile machine and outside the pressure-resistant housing of the first, not inherently safe controller for actuating the at least one inherently safe network participant (21, 22), wherein the individual network participants (21, 22, 31, 32) are able to interchange information or data with one another, and the first controller forms a data distributor for a plurality of not inherently safe network participants (31, 32, 33) and the second controller forms a data distributor for a plurality of inherently safe network participants (21, 22, 23), and wherein the first data distributor and the second data distributor have an electrically decoupled data communication link between them.
An underwater light for divers, comprising: a waterproof housing including a mounting base for securing to an underwater camera housing, a plurality of LEDs mounted in the housing for projection out a front of the housing, including flood LEDs and spot LEDs, driver circuitry in the housing for the flood LEDs and the spot LEDs, arranged to drive the flood LEDs and spot LEDs separately, optics positioned in front of the LEDs to direct light from the flood LEDs as flood light and to direct light from the spot LEDs as spot light, a window at the front of the housing through which selected flood or spot LED light can be projected in a forward direction, a lasing device mounted in the housing for projection of a visible laser pointing beam out through the window at the front of the housing, the laser pointing beam being of green or other laser output color and being capable of pointing out specific objects to divers, a power source, and a switch on the exterior of the housing, operatively connected to switch on power from the power source to the laser device or the LEDs to selectively power any of the lasing device, the flood LEDs and the spot LEDs, the switch including a momentary function for brief periods of laser pointing beam use. a waterproof housing including a mounting base for securing to an underwater camera housing, a plurality of LEDs mounted in the housing for projection out a front of the housing, including flood LEDs and spot LEDs, driver circuitry in the housing for the flood LEDs and the spot LEDs, arranged to drive the flood LEDs and spot LEDs separately, optics positioned in front of the LEDs to direct light from the flood LEDs as flood light and to direct light from the spot LEDs as spot light, a window at the front of the housing through which selected flood or spot LED light can be projected in a forward direction, a lasing device mounted in the housing for projection of a visible laser pointing beam out through the window at the front of the housing, the laser pointing beam being of green or other laser output color and being capable of pointing out specific objects to divers, a power source, and a switch on the exterior of the housing, operatively connected to switch on power from the power source to the laser device or the LEDs to selectively power any of the lasing device, the flood LEDs and the spot LEDs, the switch including a momentary function for brief periods of laser pointing beam use.
A transmission filter calculator for calculating at least a transmit filter (v d) for a communication from a transmit communication device comprising a plurality of antennas to a receive communication device out of a plurality of receive communication devices comprising a plurality of antennas via a multiple-input-multiple-output channel, wherein the transmission filter calculator is configured to iteratively determine transmit filters ( v d) for a plurality of data streams (s d), wherein the transmission filter calculator is configured to choose a transmit filter ( v d) in a given iteration (d) such that the transmit filter ( v d) chosen in the given iteration is orthogonal to one or more transmit filters ( v d) chosen in one or more previous iterations, and such that a weighted or unweighted transmission rate (r d) obtainable using the transmit filter (v d) chosen in the given iteration (d) is maximized, and characterised in that the transmission filter calculator is configured to choose the transmit filter (v d) in dependence on a matrix product term which is based on a channel matrix (H s d) describing MIMO channel characteristics between the transmit communication device and a currently considered one (s d) of the receive communication devices and on a distortion covariance matrix (C η,sd) describing a noise, an inter-cell interference and an upper limit of an intra-cell interference.
A strip feeding apparatus, in particular for a stirrer dispenser in a beverage vending machine; the strip feeding apparatus comprises a mounting frame to be mounted to a fixed body (9,10); a support (21, 27) for a strip reel; and a flat reel abutment wall; the support (21, 27) is integral with, and cantilevers from, said flat reel abutment wall, coaxially to a reel unwinding axis orthogonal to said flat reel abutment wall and is configured to support said reel so that it may rotate about said unwinding axis and axially slide along said unwinding axis with respect to the flat reel abutment wall; characterised in that it further comprises relative movement means arranged between said support (21, 27) and said mounting frame to allow said support (21, 27) to move with respect to said mounting frame between a strip feeding position and a reel loading or changing position, and to arrange said unwinding axis horizontally, when said support (21, 27) is arranged in said strip feeding position, and tilting downwards and towards said flat reel abutment wall, when said support (21, 27) is arranged in said reel loading or changing position; said relative movement means comprises a hinge arranged between said mounting frame and said support (21, 27) and having a hinge axis fixed with respect to said mounting frame, and angular positioning means configured to allow said support (21, 27) to rotate with respect to said mounting frame and about said hinge axis between said strip feeding position and said reel loading or changing position; said unwinding axis forming an angle other than 90° with a reference plane orthogonal to said hinge axis.
A camera control method applied to a mobile terminal, wherein the mobile terminal comprises an accommodating space for accommodating a retractable camera assembly, the retractable camera assembly comprises a camera and a motor, the motor is connected to the camera via an elastic transmission mechanism for driving the camera to move; wherein the method comprises: detecting a displacement amount of the camera; determining that there is a triggering operation against the camera when the displacement amount of the camera does not match a displacement amount corresponding to a control signal of the motor; identifying a current state of the camera when a triggering operation against the camera is detected; wherein the triggering operation comprises a pressing operation or a stretching operation, and the state of the camera comprises an extended state, a retracting process or an extending process; controlling, through the motor and the elastic transmission mechanism, the camera to move in a direction of retracting back into the accommodating space or to move in a direction of extending out of the accommodating space, according to the triggering operation and the current state of the camera; wherein the elastic transmission mechanism is a spring. detecting a displacement amount of the camera; determining that there is a triggering operation against the camera when the displacement amount of the camera does not match a displacement amount corresponding to a control signal of the motor; identifying a current state of the camera when a triggering operation against the camera is detected; wherein the triggering operation comprises a pressing operation or a stretching operation, and the state of the camera comprises an extended state, a retracting process or an extending process; controlling, through the motor and the elastic transmission mechanism, the camera to move in a direction of retracting back into the accommodating space or to move in a direction of extending out of the accommodating space, according to the triggering operation and the current state of the camera; wherein the elastic transmission mechanism is a spring.
Use of clay or clay mixtures as growth promoters in plant cultivation, wherein a bentonite having a total iron content, expressed as Fe 2 O 3, of more than 10% by weight is used as clay or as constituent of the clay mixtures.
A headlight assembly of a vehicle comprising a casing comprising an opening, said casing comprising at least one lighting module disposed in the interior of the casing, said lighting module being hermetically sealed by a projection lens disposed opposite the opening, said headlight assembly comprising a sealed closure mask closing the opening between the casing and the lighting module, and comprising a rigid body in which an opening is arranged which is passed through by the module, and an annular flexible membrane disposed at the interface between the opening and the lighting module; said membrane ensuring the seal between the module and the mask whilst permitting the mobility of the module in the casing, said assembly being characterized in that the membrane defines an annular sealing lip obtained by elastic deformation of the membrane around the module.
An integrated therapeutic and imaging catheter, comprising: an inner member defining a guidewire lumen; a balloon assembly positioned over the inner member; a drug eluting coating positioned on the balloon assembly; and an imaging device positioned over the inner member, characterised in that the imaging device and the balloon assembly are movable longitudinally relative to one another. an inner member defining a guidewire lumen; a balloon assembly positioned over the inner member; a drug eluting coating positioned on the balloon assembly; and an imaging device positioned over the inner member, characterised in that the imaging device and the balloon assembly are movable longitudinally relative to one another.