mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an array of image elements for a security device, comprising: (a) applying a release substance across an array area on a first substrate in accordance with a pattern comprising regions in which the release substance is operative, spaced by elements in which the release substance is absent or non-operative; then (b) printing a first image continuously across the array area over the patterned release substance; and then (c) processing the array area so as to remove the release substance and the portions of the first image thereon in the regions of the pattern, elements of the first image being retained in accordance with the pattern so as to form the array of first image elements; wherein the pattern is periodic in at least a first dimension and the elements defined by the pattern are substantially identical to one another. (a) applying a release substance across an array area on a first substrate in accordance with a pattern comprising regions in which the release substance is operative, spaced by elements in which the release substance is absent or non-operative; then (b) printing a first image continuously across the array area over the patterned release substance; and then (c) processing the array area so as to remove the release substance and the portions of the first image thereon in the regions of the pattern, elements of the first image being retained in accordance with the pattern so as to form the array of first image elements; wherein the pattern is periodic in at least a first dimension and the elements defined by the pattern are substantially identical to one another.
A patient support apparatus comprising a patient support, a plurality of load cells supporting the patient support, each load cell configured to produce a signal indicative of an amount of weight on that load cell, a plurality of detectors, each detector configured to produce a signal indicative of a presence of a corresponding removable component, and a controller in communication with the plurality of the load cells and the plurality of detectors, the controller configured to: receive the signal produced by each of the load cells and the detectors, determine a weight of the patient being supported on the patient support, detect, subsequent to determining the weight of the patient, any subsequent removal or addition of one or more of the removable components of the patient support apparatus based on the signals produced by the plurality of detectors, and update the weight of the patient being supported on the patient support considering the effect of the removal or addition of the one or more of the removable components. receive the signal produced by each of the load cells and the detectors, determine a weight of the patient being supported on the patient support, detect, subsequent to determining the weight of the patient, any subsequent removal or addition of one or more of the removable components of the patient support apparatus based on the signals produced by the plurality of detectors, and update the weight of the patient being supported on the patient support considering the effect of the removal or addition of the one or more of the removable components.
A method for selecting a Serving Gateway, S-GW, comprising: allocating, by an OPENFLOW controller, an Anycast address of Serving Gateways, S-GWs, for a user equipment, and sending the allocated Anycast address to all of the S-GWs; sending the allocated Anycast address to a radio-side network element via a Mobility Management Entity, MME; and when the OPENFLOW controller receives a first uplink data packet from the user equipment and a Packet_In message which are sent together by an S-GW after the S-GW receives the first uplink data packet from the radio-side network element, selecting, by the OPENFLOW controller, the S-GW as an S-GW for the user equipment; wherein the S-GW comprises only a data forwarding functionality. allocating, by an OPENFLOW controller, an Anycast address of Serving Gateways, S-GWs, for a user equipment, and sending the allocated Anycast address to all of the S-GWs; sending the allocated Anycast address to a radio-side network element via a Mobility Management Entity, MME; and when the OPENFLOW controller receives a first uplink data packet from the user equipment and a Packet_In message which are sent together by an S-GW after the S-GW receives the first uplink data packet from the radio-side network element, selecting, by the OPENFLOW controller, the S-GW as an S-GW for the user equipment; wherein the S-GW comprises only a data forwarding functionality.
A two-cylinder hermetic compressor comprising: an electric motor unit and a compression mechanism unit in a sealed container, wherein the electric motor unit and the compression mechanism unit are connected to each other by a shaft, the electric motor unit includes a stator fixed on an inner surface of the sealed container and a rotor that rotates in the stator, a first compression mechanism unit and a second compression mechanism unit are provided as the compression mechanism unit, the first compression mechanism unit includes a first cylinder and a first piston provided in the first cylinder, the second compression mechanism unit includes a second cylinder and a second piston provided in the second cylinder, a main bearing is disposed on one surface of the first cylinder and an intermediate plate is disposed on another surface of the first cylinder, the intermediate plate is disposed on one surface of the second cylinder and an auxiliary bearing is disposed on another surface of the second cylinder, the shaft includes a main shaft portion to which the rotor is attached and which is supported by the main bearing, a first eccentric portion to which the first piston is mounted, a second eccentric portion to which the second piston is mounted, and an auxiliary shaft portion supported by the auxiliary bearing, and characterised in that a diameter of the auxiliary shaft portion is set larger than a diameter of the main shaft portion. an electric motor unit and a compression mechanism unit in a sealed container, wherein the electric motor unit and the compression mechanism unit are connected to each other by a shaft, the electric motor unit includes a stator fixed on an inner surface of the sealed container and a rotor that rotates in the stator, a first compression mechanism unit and a second compression mechanism unit are provided as the compression mechanism unit, the first compression mechanism unit includes a first cylinder and a first piston provided in the first cylinder, the second compression mechanism unit includes a second cylinder and a second piston provided in the second cylinder, a main bearing is disposed on one surface of the first cylinder and an intermediate plate is disposed on another surface of the first cylinder, the intermediate plate is disposed on one surface of the second cylinder and an auxiliary bearing is disposed on another surface of the second cylinder, the shaft includes a main shaft portion to which the rotor is attached and which is supported by the main bearing, a first eccentric portion to which the first piston is mounted, a second eccentric portion to which the second piston is mounted, and an auxiliary shaft portion supported by the auxiliary bearing, and characterised in that a diameter of the auxiliary shaft portion is set larger than a diameter of the main shaft portion.
Expansion anchor, comprising - an anchor bolt having an expansion body on a first end section of the anchor bolt and having a longitudinal axis, - at least one application means on another, second end section of the anchor bolt for absorbing load, and - an expansion sleeve surrounding the anchor bolt, - the expansion body having on its radially outer side, in a transition zone, varying distances from the longitudinal axis with respect to at least one identical point on the longitudinal axis, so that points having a maximum distance from the longitudinal axis and points having a minimum distance from the longitudinal axis occur in the transition zone, characterised in that the expansion sleeve can be impinged upon radially by at least some of the points having a maximum distance from the longitudinal axis. - an anchor bolt having an expansion body on a first end section of the anchor bolt and having a longitudinal axis, - at least one application means on another, second end section of the anchor bolt for absorbing load, and - an expansion sleeve surrounding the anchor bolt, - the expansion body having on its radially outer side, in a transition zone, varying distances from the longitudinal axis with respect to at least one identical point on the longitudinal axis, so that points having a maximum distance from the longitudinal axis and points having a minimum distance from the longitudinal axis occur in the transition zone, characterised in that the expansion sleeve can be impinged upon radially by at least some of the points having a maximum distance from the longitudinal axis.
A composition comprising: a propylene-based polymer which is a propylene homopolymer or a propylene copolymer consisting of at least 90 wt% of propylene monomer units and at most 10 wt% of ethylene monomer units and/or an α-olefin monomer units having 4 to 10 carbon atoms, a terpolymer of propylene, an α-olefin having 4 to 10 carbon atoms and ethylene and a copolymer of ethylene and an α-olefin having 4 to 10 carbon atoms, wherein the copolymer has a density of at least 0.880 g/cm 3, wherein the amount of the propylene-based polymer is at least 60 wt% with respect to the total composition. a propylene-based polymer which is a propylene homopolymer or a propylene copolymer consisting of at least 90 wt% of propylene monomer units and at most 10 wt% of ethylene monomer units and/or an α-olefin monomer units having 4 to 10 carbon atoms, a terpolymer of propylene, an α-olefin having 4 to 10 carbon atoms and ethylene and a copolymer of ethylene and an α-olefin having 4 to 10 carbon atoms, wherein the copolymer has a density of at least 0.880 g/cm 3,
A display device comprising: a display module; an impact absorption layer under the display module, the impact absorption layer being a cushion layer which prevents or reduces an impact from the outside and comprising a first opening exposing a lower surface of the display module; a rigid plate under the impact absorption layer; a fingerprint sensor between the display module and the rigid plate within the first opening, the fingerprint sensor being mounted on an upper surface of the rigid plate and comprising an ultrasonic wave sensor; and a support member (BOSS) between the impact absorption layer and the fingerprint sensor within the first opening, the support member contacting the display module and the rigid plate, thereby forming a path to the display module for ultrasonic waves emitted from the fingerprint sensor. a display module; an impact absorption layer under the display module, the impact absorption layer being a cushion layer which prevents or reduces an impact from the outside and comprising a first opening exposing a lower surface of the display module; a rigid plate under the impact absorption layer; a fingerprint sensor between the display module and the rigid plate within the first opening, the fingerprint sensor being mounted on an upper surface of the rigid plate and comprising an ultrasonic wave sensor; and a support member (BOSS) between the impact absorption layer and the fingerprint sensor within the first opening, the support member contacting the display module and the rigid plate, thereby forming a path to the display module for ultrasonic waves emitted from the fingerprint sensor.
A method for determining synchronization status in a wideband CDMA network, the method comprising: calculating a signal to noise ratio, SNR, of a downlink dedicated physical channel, DPCH, based on a plurality of transmit power control, TPC, bits received via said downlink dedicated physical channel, DPCH, wherein an actual value of at least one of said plurality of TPC bits is not determinable by a receiver when said at least one of said plurality of TPC bits is received, disabling transmit circuitry if said calculated SNR is below a first channel threshold, and enabling transmit circuitry if said calculated SNR is above a second channel threshold. calculating a signal to noise ratio, SNR, of a downlink dedicated physical channel, DPCH, based on a plurality of transmit power control, TPC, bits received via said downlink dedicated physical channel, DPCH, wherein an actual value of at least one of said plurality of TPC bits is not determinable by a receiver when said at least one of said plurality of TPC bits is received, disabling transmit circuitry if said calculated SNR is below a first channel threshold, and enabling transmit circuitry if said calculated SNR is above a second channel threshold.
AC-AC converter device, comprising: - first and second AC input terminals (ACin1, ACin2); - first and second AC output terminals (ACout1, ACout2); - an input device (Bin) connected between an input node, a common node, a positive DC terminal and a negative DC terminal, where the input node is connected to the first AC input terminal (ACin1) via a first input inductor; - an output device (Bout) connected between an output node, the positive DC terminal and the negative DC terminal, where the output node is connected to the first AC output terminal (ACout1) via an output inducte (Lout1); - a common device (Bc) connected between the common node, the positive DC terminal and the negative DC terminal, where the common node is connected to the second AC input terminal (ACin2) via a common inductor (Lc); - a control device for controlling the switches of the output device (Bout) and the common device (Bc); - a DC device (Cdc) is connected between the positive DC terminal and the negative DC terminal; where the output device (Bout) comprises first and second output switches (Sout1, Sout2); where the first output switch (Sout1) is connected between the output node and the positive DC terminal and the second output switch (Sout2) is connected between the negative DC terminal and the output node; where the common device (Bc) comprises first and second common switches (Sc1, Sc2); where the first common switch is connected between the common node and the positive DC terminal and the second common switch is connected between the negative DC terminal and the common node; where the second AC input terminal (ACin2) is connected to the second AC output terminal (ACout2); characterized in that the input device (Bin) comprises first and second diodes (Din1, Din2) and a bi-directional switch connected between the input node and the common node, where the control device is also controlling the bi-directional switch; where the first diode is connected with its anode to the input node and its cathode to the positive DC terminal, the second diode is connected with its anode to the negative DC terminal and its cathode to the input node and where the first and second diodes (Din1, Din2) are fast recovery diodes. - first and second AC input terminals (ACin1, ACin2); - first and second AC output terminals (ACout1, ACout2); - an input device (Bin) connected between an input node, a common node, a positive DC terminal and a negative DC terminal, where the input node is connected to the first AC input terminal (ACin1) via a first input inductor; - an output device (Bout) connected between an output node, the positive DC terminal and the negative DC terminal, where the output node is connected to the first AC output terminal (ACout1) via an output inducte (Lout1); - a common device (Bc) connected between the common node, the positive DC terminal and the negative DC terminal, where the common node is connected to the second AC input terminal (ACin2) via a common inductor (Lc); - a control device for controlling the switches of the output device (Bout) and the common device (Bc); - a DC device (Cdc) is connected between the positive DC terminal and the negative DC terminal;
Rain simulation system for testing weather influences on object detection by sensors, in particular by surroundings sensors of motor vehicles, having a device for supplying water, in particular a water tank, having a pump, which is hydraulically connected to the device for supplying water, for the generation of a supply pressure (p z), having at least one first nozzle arrangement, which is hydraulically connected to the pump by means of at least one first pipeline system, having at least one second nozzle arrangement, which is hydraulically connected to the pump by means of at least one second pipeline system, and having a control unit for controlling the nozzle arrangements (7a, 7b), wherein the first pipeline system contains at least one shut-off valve and wherein the second pipeline system contains at least one shut-off valve, and wherein the at least one first nozzle arrangement and the at least one second nozzle arrangement can be controlled independently of one another and/or charged with water by controlling the shut-off valves, characterized in that the first nozzle arrangement comprises a first number of nozzles of a first type and the second nozzle arrangement comprises a second number of nozzles of a second type, wherein the nozzles of the first type and the nozzles of the second type each have a different volume flow at the same supply pressure (p z). having a device for supplying water, in particular a water tank, having a pump, which is hydraulically connected to the device for supplying water, for the generation of a supply pressure (p z), having at least one first nozzle arrangement, which is hydraulically connected to the pump by means of at least one first pipeline system, having at least one second nozzle arrangement, which is hydraulically connected to the pump by means of at least one second pipeline system, and having a control unit for controlling the nozzle arrangements (7a, 7b), wherein the first pipeline system contains at least one shut-off valve and wherein the second pipeline system contains at least one shut-off valve, and wherein the at least one first nozzle arrangement and the at least one second nozzle arrangement can be controlled independently of one another and/or charged with water by controlling the shut-off valves, characterized in that the first nozzle arrangement comprises a first number of nozzles of a first type and the second nozzle arrangement comprises a second number of nozzles of a second type, wherein the nozzles of the first type and the nozzles of the second type each have a different volume flow at the same supply pressure (p z).
A device for filling a container with a filling product, preferably for filling a container with a beverage in a beverage filling line, comprising a product valve with a valve body movable relative to a valve seat for controlling the filling product flow into the container to be filled, and a first magnetic drive for positioning the valve body in an open position, characterised by a second magnetic drive for continuous positioning of the valve body.
A compliant catheter adapter comprising: a catheter adapter body formed of a compression set resistant elastomeric material, the catheter adapter body integrally manufactured to form: a port; a catheter wedge; one or more stabilization platforms; a proximal end and a distal end, the catheter adapter body having a generally elongate shape formed about a longitudinal axis extending between the proximal end and the distal end of the catheter adapter body; an inner chamber disposed within the catheter adapter body, the inner chamber having a generally elongate shape formed about the longitudinal axis extending between the proximal end and the distal end of the catheter adapter body; a compression resistant septum disposed toward the proximal end of the catheter adapter body; and a lumen formed through the compression resistant septum, the lumen configured to receive an elongate object therein; and a compression cap coupled to the compression resistant septum, the compression cap configured to impart a compression force to the compression resistant septum such that the lumen narrows and seals when the elongate object is removed from the lumen. a catheter adapter body formed of a compression set resistant elastomeric material, the catheter adapter body integrally manufactured to form: a port; a catheter wedge; one or more stabilization platforms; a proximal end and a distal end, the catheter adapter body having a generally elongate shape formed about a longitudinal axis extending between the proximal end and the distal end of the catheter adapter body; an inner chamber disposed within the catheter adapter body, the inner chamber having a generally elongate shape formed about the longitudinal axis extending between the proximal end and the distal end of the catheter adapter body; a compression resistant septum disposed toward the proximal end of the catheter adapter body; and a lumen formed through the compression resistant septum, the lumen configured to receive an elongate object therein; and a port; a catheter wedge; one or more stabilization platforms; a proximal end and a distal end, the catheter adapter body having a generally elongate shape formed about a longitudinal axis extending between the proximal end and the distal end of the catheter adapter body; an inner chamber disposed within the catheter adapter body, the inner chamber having a generally elongate shape formed about the longitudinal axis extending between the proximal end and the distal end of the catheter adapter body; a compression resistant septum disposed toward the proximal end of the catheter adapter body; and a lumen formed through the compression resistant septum, the lumen configured to receive an elongate object therein; and a compression cap coupled to the compression resistant septum, the compression cap configured to impart a compression force to the compression resistant septum such that the lumen narrows and seals when the elongate object is removed from the lumen.
A drive unit (10, 65, 70, 71) for a hybrid vehicle in which a prime mover of the drive unit (10, 65, 70, 71) includes an engine, a first motor, and a second motor, and in which a drive torque generated by the prime mover is delivered to an output member connected to drive wheels, a first differential mechanism including a first rotary element to which the engine is connected, a second rotary element, and a third rotary element; a second differential mechanism including a fourth rotary element, a fifth rotary element connected to the third rotary element, and a sixth rotary element; a first engagement device adapted to selectively connect the first rotary element to the sixth rotary element or the second rotary element to the sixth rotary element; and a second engagement device adapted to selectively connect the fourth rotary element to the fifth rotary element, the fifth rotary element to the sixth rotary element, or the fourth rotary element to the sixth rotary element, characterized in that the second motor and the output member are connected to the second rotary element, and in that the first motor is connected to the fourth rotary element. a first differential mechanism including a first rotary element to which the engine is connected, a second rotary element, and a third rotary element; a second differential mechanism including a fourth rotary element, a fifth rotary element connected to the third rotary element, and a sixth rotary element; a first engagement device adapted to selectively connect the first rotary element to the sixth rotary element or the second rotary element to the sixth rotary element; and a second engagement device adapted to selectively connect the fourth rotary element to the fifth rotary element, the fifth rotary element to the sixth rotary element, or the fourth rotary element to the sixth rotary element, characterized in that the second motor and the output member are connected to the second rotary element, and in that the first motor is connected to the fourth rotary element.