mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound diagnostic apparatus comprising: a data acquisition unit that repeatedly transmits an ultrasound beam to a subject a plurality of times in a range over a plurality of scanning lines to acquire a time-series data string of reflected waves from the subject; a positional deviation amount estimation unit that estimates an amount of relative positional deviation of a scatterer of the subject which is included in the time-series data string; a data exclusion unit that excludes time-series data satisfying an exclusion condition based on the amount of positional deviation of the scatterer estimated by the positional deviation amount estimation unit from the time-series data string to select analysis target data; a Moving Target Indicator filter unit that removes a clutter component from the analysis target data selected by the data exclusion unit; and a blood flow information estimation unit that performs Doppler analysis on the analysis target data from which the clutter component has been removed by the MTI filter unit to estimate blood flow information of the subject. a data acquisition unit that repeatedly transmits an ultrasound beam to a subject a plurality of times in a range over a plurality of scanning lines to acquire a time-series data string of reflected waves from the subject; a positional deviation amount estimation unit that estimates an amount of relative positional deviation of a scatterer of the subject which is included in the time-series data string; a data exclusion unit that excludes time-series data satisfying an exclusion condition based on the amount of positional deviation of the scatterer estimated by the positional deviation amount estimation unit from the time-series data string to select analysis target data; a Moving Target Indicator filter unit that removes a clutter component from the analysis target data selected by the data exclusion unit; and a blood flow information estimation unit that performs Doppler analysis on the analysis target data from which the clutter component has been removed by the MTI filter unit to estimate blood flow information of the subject.
Sealing ring which, as viewed in cross section, is designed in the shape of a 7, comprising a first axial limb and a sealing limb with a sealing lip, wherein the sealing limb is connected by means of a joint to a first end face of the axial limb, and a tensioning element for stabilizing the sealing limb in the radial direction, wherein the tensioning element is of an annular design and, as viewed in cross section, is formed by a spring designed in the shape of a 7 and has a second axial limb and a stabilizing limb, wherein the second axial limb is connected to the first axial limb and the stabilizing limb is connected to the sealing limb, and wherein the first axial limb has on its side radially facing the sealing limb an undercut, which extends in the axial direction from a second end face of the first axial limb in the direction of the first end face and of the joint, characterized in that the second axial limb is at least substantially enclosed by the first axial limb and the stabilizing limb is at least substantially enclosed by the sealing limb.
A press comprising: (a) a tool including a punch; (b) a frame; (c) a manual actuator; (d) a mechanical transmission operably moving the tool in a longitudinal direction relative to the frame due to movement of the manual actuator; (e) a switch; (f) an abutment surface (g) an automatically powered actuator coupled to the punch; (h) a biasing member (273; 275; 293; 411; 457; 495) being compressible when the manual actuator is moved in an operating condition which causes the abutment surface to activate the switch, and the switch activation then operably causing the automatically powered actuator to advance the punch; and (i) the manual actuator being adapted for reverse movement to retract the tool even after the biasing member has been partially compressed to an intermediate position which is insufficient to cause activation of the switch, characterized in that the biasing member (273; 275; 293; 411; 457; 495) includes a spring which must be compressed with at least 221.41 N (50 pounds) of force before the abutment surface activates the switch. (a) a tool including a punch; (b) a frame; (c) a manual actuator; (d) a mechanical transmission operably moving the tool in a longitudinal direction relative to the frame due to movement of the manual actuator; (e) a switch; (f) an abutment surface (g) an automatically powered actuator coupled to the punch; (h) a biasing member (273; 275; 293; 411; 457; 495) being compressible when the manual actuator is moved in an operating condition which causes the abutment surface to activate the switch, and the switch activation then operably causing the automatically powered actuator to advance the punch; and (i) the manual actuator being adapted for reverse movement to retract the tool even after the biasing member has been partially compressed to an intermediate position which is insufficient to cause activation of the switch, characterized in that the biasing member (273; 275; 293; 411; 457; 495) includes a spring which must be compressed with at least 221.41 N (50 pounds) of force before the abutment surface activates the switch. (i) the manual actuator being adapted for reverse movement to retract the tool even after the biasing member has been partially compressed to an intermediate position which is insufficient to cause activation of the switch, characterized in that the biasing member (273; 275; 293; 411; 457; 495) includes a spring which must be compressed with at least 221.41 N (50 pounds) of force before the abutment surface activates the switch.
A peristaltic pump, for example for a dialysis machine, on the one hand comprising a plate, called pump body, that comprises a substantially planar surface against which a flexible fluid passage tube is intended to be positioned, and on the other hand, a system for applying force comprising a plurality of bearing members, such as rollers, and means for driving the movement of said bearing members making it possible to move said bearing members against the tube to deform it against said pump body; said pump body being mounted so as to be able to move relative to the force application system between a position separated from said force application system, and a position close to said force application system, characterized in that said pump comprises means for determining a property representative of the force applied on the tube, in the state of said tube positioned between the force application system and the pump body, in that said pump also comprises means for controlling the movement of the pump body relative to the system as a function of said determined property, and in that said control means comprise means for defining a setpoint value of said property, and regulating means configured to regulate the movement of the pump body in a direction bringing the force application system closer or further away based on the determined value of said property to achieve said setpoint value.
Dishwasher, in particular household dishwasher, with a washing chamber for receiving items to be washed, with an inlet, by way of which washing liquid can flow into the dishwasher, with an inlet valve, by way of which the quantity of inflowing washing liquid can be regulated, with a measuring device, with the aid of which the quantity of washing liquid flowing into the dishwasher and/or the position of the inlet valve can be determined, with a recirculation pump for recirculating the inflowing washing liquid within the dishwasher, and with a control/regulation device, wherein the control/regulation device is embodied to adjust the quantity of washing liquid flowing into the dishwasher by activating the inlet valve, wherein the control/regulating device comprises a rotation monitoring unit, with the aid of which a rotation monitoring of the recirculation pump can be carried out, and wherein the control/regulation device is embodied to monitor the functionality of the measuring device at least when the inlet valve is opened, and to close the inlet valve in the event of a malfunction of the measuring device as a function of the result of the rotation monitoring, characterised in that the control/regulation device is embodied to close the inlet valve as soon as the rotation monitoring indicates that the recirculation pump is rotating and/or that the control/regulation device is embodied to close the inlet valve after a defined period of time has elapsed from the point in time at which the rotation monitoring indicates that the recirculation pump is rotating, wherein during rotation the power consumption or the power uptake of the recirculation pump stagnates.
Electric motor comprising a device for determining the position or rotational position of its rotor or motor shaft, with a rotary encoder arranged on the motor and acted on by the rotation of the rotor or the motor shaft, and a sensor which is aligned in relation to the rotary encoder for the wireless detection of rotational signals generated by the rotary encoder by the rotation and is fastened to a carrier plate, characterized in that - the motor or a housing of the motor has a first and a second reference bore (131, 132) and the carrier plate has a third and a fourth reference bore (431, 432), - the carrier plate is fixed to the motor by a first support pin fixed at one end in the first reference bore and at the other end in the third reference bore, and by a second support pin fixed at one end in the second reference bore and at the other end in the fourth reference bore, so that - the sensor is aligned with respect to the rotary encoder in that the first and second reference bores (131, 132) are aligned with respect to the rotary encoder or motor shaft and the third and fourth reference bores (431, 432) are aligned with respect to the sensor. - the motor or a housing of the motor has a first and a second reference bore (131, 132) and the carrier plate has a third and a fourth reference bore (431, 432), - the carrier plate is fixed to the motor by a first support pin fixed at one end in the first reference bore and at the other end in the third reference bore, and by a second support pin fixed at one end in the second reference bore and at the other end in the fourth reference bore, so that - the sensor is aligned with respect to the rotary encoder in that the first and second reference bores (131, 132) are aligned with respect to the rotary encoder or motor shaft and the third and fourth reference bores (431, 432) are aligned with respect to the sensor.
Method for generating current from hydrogen sulphide-containing exhaust gases, particularly from the natural gas and petroleum industry, the hydrogen sulphide-containing exhaust gases being delivered to a current generation device and being burnt there, preferably with air being supplied, the energy released during combustion being employed at least partially for current generation, characterized in that the composition of the hydrogen sulphide-containing exhaust gases is measured before combustion and is compared with a stipulated composition or stipulated composition bandwidth, and, in the event of a deviation from the stipulated composition or composition bandwidth, an additional fraction of natural gas and/or other substances, which is required for correction, is determined and is admixed to the hydrogen sulphide-containing exhaust gases before combustion.
A method for operating a hybrid electric propulsion system (100,250) of an aircraft (10,200), the hybrid electric propulsion system (100,250) comprising a turbomachine (102,302), an electric machine coupled to the turbomachine (102,302), and a propulsor coupled to the turbomachine (102,302), the method comprising: operating the turbomachine (102,302) to drive the propulsor; receiving data indicative of a failure condition of the hybrid electric propulsion system (100,250); reducing a fuel flow to a combustion section (130,314) of the turbomachine (102,302) in response to receiving the data indicative of the failure condition; and extracting power from the turbomachine (102,302) using the electric machine to slow down one or more rotating components of the turbomachine (102,302) in response to receiving the data indicative of the failure condition; characterised in that the turbomachine (102,302) comprises a high pressure turbine (142,316) and a low pressure turbine (144,318), wherein the electric machine is coupled to the high pressure turbine (142,316) and wherein the propulsor is coupled to the low pressure turbine (144,318). operating the turbomachine (102,302) to drive the propulsor; receiving data indicative of a failure condition of the hybrid electric propulsion system (100,250); reducing a fuel flow to a combustion section (130,314) of the turbomachine (102,302) in response to receiving the data indicative of the failure condition; and extracting power from the turbomachine (102,302) using the electric machine to slow down one or more rotating components of the turbomachine (102,302) in response to receiving the data indicative of the failure condition; characterised in that the turbomachine (102,302) comprises a high pressure turbine (142,316) and a low pressure turbine (144,318), wherein the electric machine is coupled to the high pressure turbine (142,316) and wherein the propulsor is coupled to the low pressure turbine (144,318).
A neural bridge system comprising: electrodes configured to measure brain neural activity of a user; a target having multiple joints; and an electronic data processing device programmed to perform operations including: based on the measured brain neural activity, determining a desired compound movement of the target; identifying actions about multiple joints of the target that will result in the desired compound movement consisting of simultaneous movement of the multiple joints; identifying actuating signals to the multiple joints that do not interfere with each other and that will result in the desired compound movement consisting of the simultaneous movement of the multiple joints; and delivering a multiplexed signal to the target to produce the desired compound movement of the target consisting of the simultaneous movement of the multiple joints, wherein the multiplexed signal contains the multiple actuating signals interleaved together. electrodes configured to measure brain neural activity of a user; a target having multiple joints; and an electronic data processing device programmed to perform operations including: based on the measured brain neural activity, determining a desired compound movement of the target; identifying actions about multiple joints of the target that will result in the desired compound movement consisting of simultaneous movement of the multiple joints; identifying actuating signals to the multiple joints that do not interfere with each other and that will result in the desired compound movement consisting of the simultaneous movement of the multiple joints; and delivering a multiplexed signal to the target to produce the desired compound movement of the target consisting of the simultaneous movement of the multiple joints, wherein the multiplexed signal contains the multiple actuating signals interleaved together. based on the measured brain neural activity, determining a desired compound movement of the target; identifying actions about multiple joints of the target that will result in the desired compound movement consisting of simultaneous movement of the multiple joints; identifying actuating signals to the multiple joints that do not interfere with each other and that will result in the desired compound movement consisting of the simultaneous movement of the multiple joints; and delivering a multiplexed signal to the target to produce the desired compound movement of the target consisting of the simultaneous movement of the multiple joints, wherein the multiplexed signal contains the multiple actuating signals interleaved together.
A method for fabricating a product having a functional layer on a substrate of a heat exchanger comprising the steps of: supplying precursor compounds on said substrate, and conducting a plasma reaction on said substrate to obtain the functional layer on the substrate, characterized in that the precursor compounds comprise titanium hydroxide Ti 4 and silicon hydroxide Si 4; and the plasma reaction forms the functional layer on the substrate comprising titanium and silicon as components thereof; wherein the precursor compounds are formed by reaction of titanium isopropoxide, elemental silicon or silicon alkoxide and a carboxylic acid RCOOH with R being represented by the formula C n H 2n+1 and n being in the range of 1 to 3. supplying precursor compounds on said substrate, and conducting a plasma reaction on said substrate to obtain the functional layer on the substrate, characterized in that the precursor compounds comprise titanium hydroxide Ti 4 and silicon hydroxide Si 4; and the plasma reaction forms the functional layer on the substrate comprising titanium and silicon as components thereof;
Diffuser for use in a tundish and made of a refractory material comprising a base portion having a top surface and a bottom surface, wherein said top surface is an impact surface suitable for withstanding the impact of molten metal; and an outer side wall entirely surrounding said base portion and extending from said top surface of said base portion in order to form a substantially bucket-like structure; characterised in that the side wall forms an angle of more than 92 degrees with said base portion, wherein the side wall has no overhang at its top edge; and in that said outer side wall comprises two or more flow outlets in the form of recesses extending from the edge of said side wall which is located furthest from said base portion towards but not up to said base portion. a base portion having a top surface and a bottom surface, wherein said top surface is an impact surface suitable for withstanding the impact of molten metal; and an outer side wall entirely surrounding said base portion and extending from said top surface of said base portion in order to form a substantially bucket-like structure; characterised in that the side wall forms an angle of more than 92 degrees with said base portion, wherein the side wall has no overhang at its top edge; and in that said outer side wall comprises two or more flow outlets in the form of recesses extending from the edge of said side wall which is located furthest from said base portion towards but not up to said base portion.
A method for preparing a sorbent comprising the steps of: (i) mixing together an inert particulate support material and one or more binders to form a support mixture, (ii) shaping the support mixture by granulation in a granulator using a liquid to form agglomerates, (iii) coating the agglomerates with a coating mixture powder comprising a particulate copper sulphide and one or more binders to form a coated agglomerate by adding the coating mixture powder to the agglomerates in the granulator, and (iv) drying the coated agglomerate to form a dried sorbent. (i) mixing together an inert particulate support material and one or more binders to form a support mixture, (ii) shaping the support mixture by granulation in a granulator using a liquid to form agglomerates, (iii) coating the agglomerates with a coating mixture powder comprising a particulate copper sulphide and one or more binders to form a coated agglomerate by adding the coating mixture powder to the agglomerates in the granulator, and (iv) drying the coated agglomerate to form a dried sorbent.
A water seal plug, which is arranged around an electric wire and inserted into a terminal receiving section of a connector housing of a connector so as to seal watertightly between an outer surface of the electric wire and an inner surface of the terminal receiving section, the connector having a terminal having an electric connecting portion connected with a mating member at one end of the terminal so as to be placed on the mating member and fastened by a fastening member (11, 12) and a wire connecting portion joined with a terminal end of the electric wire at the other end of the terminal, and the connector housing having the terminal receiving section receiving the terminal and the electric wire joined with the terminal movably along a radial direction of the electric wire parallel to a direction of fastening by the fastening member, the water seal plug comprising: a cylindrical main body passing the electric wire therethrough; and a water seal member made of elastic material, having a ring-shape outer lip projecting from an outer surface of the main body and abutting on an inner surface of the terminal receiving section; and a plurality of ring-shape inner lips (32a, 32b, 32c), projecting from an inner surface of the main body and abutting on an outer surface of the electric wire, characterized by: the inner lip at a nearest position to the terminal from among the plurality of inner lips being formed to have a lower projecting height from the inner surface of the main body than that of the other inner lips. a cylindrical main body passing the electric wire therethrough; and a water seal member made of elastic material, having a ring-shape outer lip projecting from an outer surface of the main body and abutting on an inner surface of the terminal receiving section; and a plurality of ring-shape inner lips (32a, 32b, 32c), projecting from an inner surface of the main body and abutting on an outer surface of the electric wire, characterized by: the inner lip at a nearest position to the terminal from among the plurality of inner lips being formed to have a lower projecting height from the inner surface of the main body than that of the other inner lips. the inner lip at a nearest position to the terminal from among the plurality of inner lips being formed to have a lower projecting height from the inner surface of the main body than that of the other inner lips.
A press roll for a roller press, in particular for comminuting highly abrasive materials, comprising a roll body which has a plurality of pocket-like recesses which are distributed over the circumference and are spaced from one another in the circumferential direction on one or both roll edges, which recesses are each configured to be open at the side and at the top, wherein in each case only one hard body is inserted as a replaceable edge protection element into the individual pocket-like recesses, characterized in that the length of the pocket-like recesses and the length of the inserted edge protection elements in the circumferential direction in the region of the outer upper edges of the edge protection elements is more than five times the spacing (a) between two immediately adjacent recesses in the region of the outer upper edges of the edge protection elements.
A direct conversion photon counting detector, comprising a detector cathode, a detector anode and a direct conversion material layer positioned between said detector cathode and said detector anode, said detector anode and/or detector cathode comprising a plurality of electrode pixels that are adapted to detect a presence of electrons, wherein at least one of the electrode pixels is segmented into at least a collecting electrode pixel segment, a non-collecting electrode pixel segment and a steering electrode pixel segment; wherein an electrical potential of the steering electrode pixel segment is negative, an electrical potential of the collecting electrode pixel segment is at or near ground potential and an electrical potential of the non-collecting electrode pixel segment is at or near ground potential; wherein the detector further comprises electronic circuitry electrically coupled to the collecting electrode segment and to the non-collecting electrode segment to generate a first electrical signal and a second electrical signal respectively, said electronic circuitry comprising a signal subtractor configured to subtract the second electrical signal from the first electrical signal.