mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device comprising: an elongate manipulation member; a thrombectomy device connected to the elongate manipulation member, the thrombectomy device having a first configuration and a second configuration, the thrombectomy device being expandable from the first configuration to the second configuration, the thrombectomy device comprising a plurality of arcuate marker-mounting projections each attached to a portion of the thrombectomy device configured to contact a thrombus, wherein at least some of the marker-mounting projections are laterally aligned in the absence of external forces on the thrombectomy device , and wherein at least some of the laterally aligned marker-mounting projections are arranged such that they are disposed laterally farther from each other when the thrombectomy device is in the second configuration than they are when the thrombectomy device is in the first configuration; and a plurality of markers , each of the markers being attached to a respective one of the marker-mounting projections , wherein each of the marker-mounting projections comprises a concave surface and a convex surface opposite the concave surface , and wherein each of the markers contact a corresponding one of the marker-mounting projections at one location on the convex surface , and two locations on the concave surface . an elongate manipulation member; a thrombectomy device connected to the elongate manipulation member, the thrombectomy device having a first configuration and a second configuration, the thrombectomy device being expandable from the first configuration to the second configuration, the thrombectomy device comprising a plurality of arcuate marker-mounting projections each attached to a portion of the thrombectomy device configured to contact a thrombus, wherein at least some of the marker-mounting projections are laterally aligned in the absence of external forces on the thrombectomy device , and wherein at least some of the laterally aligned marker-mounting projections are arranged such that they are disposed laterally farther from each other when the thrombectomy device is in the second configuration than they are when the thrombectomy device is in the first configuration; and a plurality of markers , each of the markers being attached to a respective one of the marker-mounting projections , wherein each of the marker-mounting projections comprises a concave surface and a convex surface opposite the concave surface , and wherein each of the markers contact a corresponding one of the marker-mounting projections at one location on the convex surface , and two locations on the concave surface .
An inkjet printing system comprising: an ink supply ; a printhead having a nozzle configured to discharge ink and supported for rotation in at least one degree of freedom; a feed line fluidly coupled between the ink supply and the nozzle ; a recirculation line fluidly coupled between the nozzle and the ink supply independent of the feed line , a feed pump disposed in the feed line and having a variable feed pump speed to generate a feed fluid pressure in the feed line between the feed pump and the nozzle ; a recirculation pump disposed in the recirculation line and having a variable recirculation pump speed to generate a recirculation fluid pressure in the recirculation line between the recirculation pump and the nozzle ; an orientation sensor for determining an orientation of the printhead ; and a processor operably coupled to the feed pump , the recirculation pump , and the orientation sensor , the processor programmed to control the variable feed pump speed and the variable recirculation pump speed to obtain a target feed fluid pressure and a target recirculation fluid pressure based on the orientation of the printhead . an ink supply ; a printhead having a nozzle configured to discharge ink and supported for rotation in at least one degree of freedom; a feed line fluidly coupled between the ink supply and the nozzle ; a recirculation line fluidly coupled between the nozzle and the ink supply independent of the feed line , a feed pump disposed in the feed line and having a variable feed pump speed to generate a feed fluid pressure in the feed line between the feed pump and the nozzle ; a recirculation pump disposed in the recirculation line and having a variable recirculation pump speed to generate a recirculation fluid pressure in the recirculation line between the recirculation pump and the nozzle ; an orientation sensor for determining an orientation of the printhead ; and a processor operably coupled to the feed pump , the recirculation pump , and the orientation sensor , the processor programmed to control the variable feed pump speed and the variable recirculation pump speed to obtain a target feed fluid pressure and a target recirculation fluid pressure based on the orientation of the printhead .
A Bluetooth wireless communication system for communication in an elevator hoistway comprising a first Bluetooth module (110-1; 110-2; 110-3) and a second Bluetooth module , the Bluetooth wireless communication system further comprising one or more diffusion Bluetooth modules (120 1 ; 120 2 ; 120 n ) configured to be disposed in the elevator hoistway ; wherein the first Bluetooth module (110-1; 110-2; 110-3), the second Bluetooth module and the diffusion Bluetooth modules (120 1 ; 120 2 ; 120 n ) are networked to form a Bluetooth MESH network such that data transmission between the first Bluetooth module (110-1; 110-2; 110-3) and the second Bluetooth module is performed via at least one of the diffusion Bluetooth modules (120 1 ; 120 2 ; 120 n ); wherein the first Bluetooth module (110-1; 110-2; 110-3) comprises a Bluetooth module (110-3) configured to be disposed on an elevator car and the second Bluetooth module comprises a Bluetooth module configured to be disposed corresponding to an elevator controller ; and wherein the Bluetooth module (110-3) configured to be disposed on the elevator car is configured to transmit floor position information where the elevator car is currently located to the Bluetooth MESH network . the Bluetooth wireless communication system further comprising one or more diffusion Bluetooth modules (120 1 ; 120 2 ; 120 n ) configured to be disposed in the elevator hoistway ; wherein the first Bluetooth module (110-1; 110-2; 110-3), the second Bluetooth module and the diffusion Bluetooth modules (120 1 ; 120 2 ; 120 n ) are networked to form a Bluetooth MESH network such that data transmission between the first Bluetooth module (110-1; 110-2; 110-3) and the second Bluetooth module is performed via at least one of the diffusion Bluetooth modules (120 1 ; 120 2 ; 120 n ); wherein the first Bluetooth module (110-1; 110-2; 110-3) comprises a Bluetooth module (110-3) configured to be disposed on an elevator car and the second Bluetooth module comprises a Bluetooth module configured to be disposed corresponding to an elevator controller ; and wherein the Bluetooth module (110-3) configured to be disposed on the elevator car is configured to transmit floor position information where the elevator car is currently located to the Bluetooth MESH network .
A high-strength, heat-resistant Ni-base alloy constituted of a Ni-base alloy consisting of, by mass%: Co: from 5 to 12%, Cr: from 5 to 12%, Mo: from 0.5 to 3.0%, W: from 3.0 to 6.0%, Al: from 5.5 to 7.2%, Ti: from 1.0 to 3.0%, Ta: from 1.5 to 6.0%, Re: from 0 to 2.0%, C: from 0.01 to 0.20%, and optionally one or more among B: from 0.005 to 0.030%, Hf: from 0.01 to 0.15%, and Zr: from 0.001 to 0.02%, the balance being Ni and inevitable impurities, and a density of the high-strength, heat-resistant Ni-base alloy being less than 8.5 g/cm 3 . Co: from 5 to 12%, Cr: from 5 to 12%, Mo: from 0.5 to 3.0%, W: from 3.0 to 6.0%, Al: from 5.5 to 7.2%, Ti: from 1.0 to 3.0%, Ta: from 1.5 to 6.0%, Re: from 0 to 2.0%, C: from 0.01 to 0.20%, and optionally one or more among B: from 0.005 to 0.030%, Hf: from 0.01 to 0.15%, and Zr: from 0.001 to 0.02%, the balance being Ni and inevitable impurities, and a density of the high-strength, heat-resistant Ni-base alloy being less than 8.5 g/cm 3 .
Method for producing an electric heating device , in which initially a partition wall separating a connection chamber from a heating chamber for emitting heat is provided, which comprises at least one opening for the electrical connection of a PTC element in the connection chamber , characterized in that a housing wall projecting from the partition wall and limiting the connection chamber and/or the heating chamber and/or a heating assembly housing accommodating the PTC element and strip conductors electrically conductively connected thereto for energizing the PTC element with different polarity is or are inductively soldered to the partition wall .
A system for monitoring and controlling a positive displacement pump , comprising: a plurality of pressure sensors mounted to the positive displacement pump, the plurality of pressure sensors comprising at least first , second and third pressure sensors , wherein the first pressure sensor is separated from the second pressure sensor by a first distance (Li) and the first pressure sensor is separated from the third pressure sensor by a second distance (L); and a controller for receiving input signals (Ps, Pi, Pd) from the plurality of pressure sensors , and for processing said input signals (Ps, Pi, Pd) to obtain a cavitation severity ratio, the cavitation severity ratio comprising a ratio of the difference between a measured interstage pressure of the pump and a measured suction pressure of the pump and the difference between a measured discharge pressure of the pump and a measured suction pressure of the pump ; the controller being characterised in that it is further configured to adjust an operating speed of the pump based on a comparison of the cavitation severity ratio to a predefined application based severity level and a target cavitation severity level, the application based severity level being set by a user and the target cavitation severity level being based on a ratio between the first distance (Li) and the second distance (L). a plurality of pressure sensors mounted to the positive displacement pump, the plurality of pressure sensors comprising at least first , second and third pressure sensors , wherein the first pressure sensor is separated from the second pressure sensor by a first distance (Li) and the first pressure sensor is separated from the third pressure sensor by a second distance (L); and a controller for receiving input signals (Ps, Pi, Pd) from the plurality of pressure sensors , and for processing said input signals (Ps, Pi, Pd) to obtain a cavitation severity ratio, the cavitation severity ratio comprising a ratio of the difference between a measured interstage pressure of the pump and a measured suction pressure of the pump and the difference between a measured discharge pressure of the pump and a measured suction pressure of the pump ; the controller being characterised in that it is further configured to adjust an operating speed of the pump based on a comparison of the cavitation severity ratio to a predefined application based severity level and a target cavitation severity level, the application based severity level being set by a user and the target cavitation severity level being based on a ratio between the first distance (Li) and the second distance (L).
An inkjet head comprising a plurality of channels configured to eject ink from a pressure chamber (P) by drive of an actuator , wherein the pressure chamber (P) in each of the channels has a non-rotating body shape with respect to an axis perpendicular to a substrate on which the pressure chamber (P) is formed, each pressure chamber (P) including a main-chamber and a sub-chamber , which communicates with the main-chamber 31a, and when a direction in the pressure chamber (P) from the main-chamber toward the sub-chamber is defined as the direction of the pressure chamber (P), the plurality of channels arranged in a same row in a direction parallel to the substrate includes channels having the pressure chambers (P) facing two different directions, characterised in that either a) the channels driven by a same circuit element in the same row are arranged such that the pressure chambers (P) face a same direction, the channels including the pressure chambers (P) facing different directions are driven in the same row by different circuit elements , and drive signals are supplied from the different circuit elements ; or b) the channels driven by a drive signal having a same drive waveform at ink ejection in the same row are arranged such that the pressure chambers (P) face a same direction, the channels including the pressure chambers (P) facing different directions are driven by different drive signals having different drive waveforms at ink ejection, and the different drive signals are supplied from a same circuit element . a) the channels driven by a same circuit element in the same row are arranged such that the pressure chambers (P) face a same direction, the channels including the pressure chambers (P) facing different directions are driven in the same row by different circuit elements , and drive signals are supplied from the different circuit elements ; or b) the channels driven by a drive signal having a same drive waveform at ink ejection in the same row are arranged such that the pressure chambers (P) face a same direction, the channels including the pressure chambers (P) facing different directions are driven by different drive signals having different drive waveforms at ink ejection, and the different drive signals are supplied from a same circuit element .
System for determining soil properties, comprising: a probe system arranged for penetration of a soil, the probe system comprising: a first probe comprising at least a liquid injection port and at least one first pressure transducer (13"); and a second probe (9") comprising at least one second pressure transducer , the first and second pressure transducers being arranged to be used in 3D space (X, Y, Z) around an injection point; a controller arranged to control the system to: push the probe system into the soil; carry out one or more pumping tests, wherein during a pumping test infiltration liquid is pumped through the injection port; and measure, by means of the first and second pressure transducers, for each of the one or more pumping tests, pressure responses in the soil, resulting from the injection of liquid through the liquid injection port; and the system further comprising a data acquisition system arranged for sampling measurement signals in the form of electrical signals from the first and second pressure transducers. a first probe comprising at least a liquid injection port and at least one first pressure transducer (13"); and a second probe (9") comprising at least one second pressure transducer , the first and second pressure transducers being arranged to be used in 3D space (X, Y, Z) around an injection point; a controller arranged to control the system to: push the probe system into the soil; carry out one or more pumping tests, wherein during a pumping test infiltration liquid is pumped through the injection port; and measure, by means of the first and second pressure transducers, for each of the one or more pumping tests, pressure responses in the soil, resulting from the injection of liquid through the liquid injection port; and push the probe system into the soil; carry out one or more pumping tests, wherein during a pumping test infiltration liquid is pumped through the injection port; and measure, by means of the first and second pressure transducers, for each of the one or more pumping tests, pressure responses in the soil, resulting from the injection of liquid through the liquid injection port; and the system further comprising a data acquisition system arranged for sampling measurement signals in the form of electrical signals from the first and second pressure transducers.
Medical treatment unit having a device for stopping bleeding at at least one puncture site of a vessel of a patient who has undergone an extracorporeal treatment, in particular dialysis, wherein the device has: - a band-shaped main body with closure means ; - at least one first expandable chamber on the band-shaped main body ; - a fluid feed device , which is arranged in such a way that the fluid can be introduced through it into the at least first expandable chamber and/or can be discharged through it; - a delivery unit for introducing a fluid into the at least first chamber ; - a valve for discharging the fluid from the at least first chamber , and - a controller for controlling the delivery unit and/or the valve , wherein the controller has a memory , in which at least one profile is stored for controlled introduction and/or discharge of the fluid into/out of the at least first chamber , wherein the controller has a data transmission device and a processor , wherein the processor is suitable for determining the profile on the basis of data transmitted by means of the data transmission device , wherein the treatment unit has an extracorporeal blood treatment device, in particular a haemodialysis device, wherein the extracorporeal treatment device is equipped to communicate with the data transmission device . - a band-shaped main body with closure means ; - at least one first expandable chamber on the band-shaped main body ; - a fluid feed device , which is arranged in such a way that the fluid can be introduced through it into the at least first expandable chamber and/or can be discharged through it; - a delivery unit for introducing a fluid into the at least first chamber ; - a valve for discharging the fluid from the at least first chamber , and - a controller for controlling the delivery unit and/or the valve , wherein the controller has a memory , in which at least one profile is stored for controlled introduction and/or discharge of the fluid into/out of the at least first chamber , wherein the controller has a data transmission device and a processor , wherein the processor is suitable for determining the profile on the basis of data transmitted by means of the data transmission device , wherein the treatment unit has an extracorporeal blood treatment device, in particular a haemodialysis device, wherein the extracorporeal treatment device is equipped to communicate with the data transmission device .
A battery pack , in particular for a hand-held power tool, having: at least one battery cell and/or a battery cell block, a housing for accommodating the at least one battery cell and/or the at least one battery cell block, and a printed circuit board which is connected to the at least one battery cell and has a charge level indicator, wherein the charge level indicator can visualize information about the charge level of the battery pack with the aid of activatable lighting elements, in particular LEDs , wherein the housing has recesses through which the state of the activatable light elements can be recognized, wherein an elastic sealing element is provided between the housing and the printed circuit board in the area of the charge level indicator, which is capable of reliably sealing the housing from the environment in the area of the charge level indicator, wherein the circuit board comprises at least one mechanical switch for activating the charge level indicator, which projects through a recess through the housing of the battery pack for manual actuation by a user, and wherein the elastic sealing element surrounds a switch dome which is capable of receiving the mechanical switch in order to reliably seal the housing from the environment in the region of the mechanical switch. a printed circuit board which is connected to the at least one battery cell and has a charge level indicator, wherein the charge level indicator can visualize information about the charge level of the battery pack with the aid of activatable lighting elements, in particular LEDs , wherein the housing has recesses through which the state of the activatable light elements can be recognized, wherein an elastic sealing element is provided between the housing and the printed circuit board in the area of the charge level indicator, which is capable of reliably sealing the housing from the environment in the area of the charge level indicator, wherein the circuit board comprises at least one mechanical switch for activating the charge level indicator, which projects through a recess through the housing of the battery pack for manual actuation by a user, and wherein the elastic sealing element surrounds a switch dome which is capable of receiving the mechanical switch in order to reliably seal the housing from the environment in the region of the mechanical switch.
A remotely controlled packable robot comprising: a chassis with a top surface and a bottom surface ; a pair of main tracks for maneuvering the chassis; an open channel under the robot defined by the bottom surface of the chassis and the main tracks; a robot arm including at least a shoulder , an elbow , and a wrist all foldable from a stored position in said open channel underneath the robot chassis to a deployed position extending upwards from the top surface of the chassis; and a camera assembly foldable from a stowed position in said open channel underneath the robot chassis next to said robot arm to a deployed position extending upwards from the top surface of the chassis. a chassis with a top surface and a bottom surface ; a pair of main tracks for maneuvering the chassis; an open channel under the robot defined by the bottom surface of the chassis and the main tracks; a robot arm including at least a shoulder , an elbow , and a wrist all foldable from a stored position in said open channel underneath the robot chassis to a deployed position extending upwards from the top surface of the chassis; and a camera assembly foldable from a stowed position in said open channel underneath the robot chassis next to said robot arm to a deployed position extending upwards from the top surface of the chassis.
Pressing member for pressing an electrical device against a surface, the pressing member comprising a portion in the form of a plate and a plurality of spring leaves , each spring leaf having a first end integral with the portion in the form of a plate and a second distal end with respect to the first end , said second end being intended to bear against the electrical device on which the pressing member exerts a force, said portion in the form of a plate comprising at least one first through-opening , the pressing member being characterized in that the edges of the first through-opening are entirely formed by said plurality of spring leaves .