mhurhangee/ep-ind-claims huggingface dataset:
Pressure sensor for detecting clathrates, including a casing and a window inserted into said casing, whereby inside said pressure sensor a device with a conduction board, a permittivity sensor, a temperature sensor and a device for regulating the temperature are present, characterized in that - the permittivity sensor, the temperature sensor and the device for regulating the temperature are placed on the conduction board and are in thermal contact with each other; - the conduction board is located under the window; - the window is permeable for electromagnetic radiation in the range from 10 kHz to 1 GHz, has the highest possible thermal conductivity and is part of an isolation layer, which the surfaces of the permittivity sensors and the temperature sensors are provided with; and - control electronics for the permittivity sensor, the temperature sensor and the device for regulating the temperature are located in the pressure sensor. - the permittivity sensor, the temperature sensor and the device for regulating the temperature are placed on the conduction board and are in thermal contact with each other; - the conduction board is located under the window; - the window is permeable for electromagnetic radiation in the range from 10 kHz to 1 GHz, has the highest possible thermal conductivity and is part of an isolation layer, which the surfaces of the permittivity sensors and the temperature sensors are provided with; and - control electronics for the permittivity sensor, the temperature sensor and the device for regulating the temperature are located in the pressure sensor.
An Alternating-current-Direct-current (AC-DC) dual-use Light Emitting Diode driving circuit, suitable for driving an LED, comprising: an input power circuit for outputting a current signal (I C); a buck-boost converter for receiving the current signal and outputting a driving signal (I O), the AC-DC dual-use LED driving circuit driving the LED by the driving signal, the buck-boost converter comprising a switching transistor and a feedback resistor, and one end of the feedback resistor coupled to the LED; and wherein the circuit further comprises: a Pulse Width Modulation signal controller for outputting a PWM signal (V PWM) according to the driving signal (I O) for sequentially turning on and turning off the switching transistor, with a floating ground terminal (GNDF) of the PWM signal controller coupled to the switching transistor and the other end of the feedback resistor, characterized by the buck-boost converter comprises a first inductor and a sensing resistor coupled to the floating ground terminal (GNDF) of the PWM signal controller, the sensing resistor is configured to detect a first current (I L1) passing through the first inductor. an input power circuit for outputting a current signal (I C); a buck-boost converter for receiving the current signal and outputting a driving signal (I O), the AC-DC dual-use LED driving circuit driving the LED by the driving signal, the buck-boost converter comprising a switching transistor and a feedback resistor, and one end of the feedback resistor coupled to the LED; and wherein the circuit further comprises: a Pulse Width Modulation signal controller for outputting a PWM signal (V PWM) according to the driving signal (I O) for sequentially turning on and turning off the switching transistor, with a floating ground terminal (GNDF) of the PWM signal controller coupled to the switching transistor and the other end of the feedback resistor, characterized by the buck-boost converter comprises a first inductor and a sensing resistor coupled to the floating ground terminal (GNDF) of the PWM signal controller, the sensing resistor is configured to detect a first current (I L1) passing through the first inductor. a Pulse Width Modulation signal controller for outputting a PWM signal (V PWM) according to the driving signal (I O) for sequentially turning on and turning off the switching transistor, with a floating ground terminal (GNDF) of the PWM signal controller coupled to the switching transistor and the other end of the feedback resistor, characterized by the buck-boost converter comprises a first inductor and a sensing resistor coupled to the floating ground terminal (GNDF) of the PWM signal controller, the sensing resistor is configured to detect a first current (I L1) passing through the first inductor.
An insulated electric wire, comprising: a rectangular conductor; and an insulation film provided around the rectangular conductor, wherein the insulation film is essentially consisted of a polyimide resin consisted of an acid component and a diamine component, the diamine component including 4,4'-bis(4-aminophenoxy) biphenyl (BAPB) and 4,4' -diaminodiphenyl ether, and has a peak value of a loss tangent tan δ represented by a loss elastic modulus to storage elastic modulus ratio is smaller than 1.0 when measured by a dynamic viscoelasticity measuring instrument in a range of 50 degrees C to 400 degrees C, at a temperature rising rate of 10 degrees C/min, and at 1Hz. a rectangular conductor; and an insulation film provided around the rectangular conductor, wherein the insulation film is essentially consisted of a polyimide resin consisted of an acid component and a diamine component, the diamine component including 4,4'-bis(4-aminophenoxy) biphenyl (BAPB) and 4,4' -diaminodiphenyl ether, and has a peak value of a loss tangent tan δ represented by a loss elastic modulus to storage elastic modulus ratio is smaller than 1.0 when measured by a dynamic viscoelasticity measuring instrument in a range of 50 degrees C to 400 degrees C, at a temperature rising rate of 10 degrees C/min, and at 1Hz.
Smoke detection system comprising: - at least one smoke detector which is installed in a first partial region of a region to be monitored by means of the smoke detection system, wherein the at least one smoke detector is attached to a ceiling of the region to be monitored, and - at least one fluid injection device wherein the at least one fluid injection device is installed at a sidewall (106, 108) of the region to be monitored and comprises a fluid supply nozzle which is oriented in the direction of one of the at least one smoke detector associated with the at least one fluid injection device, wherein the fluid supply nozzle is configured to inject a fluid stream into said region to be monitored, wherein the fluid stream exiting the fluid injection device flows from the sidewall (106, 108) of the region to be monitored across a second partial region, enters the first partial region, and in an emergency case, when smoke is present in the second partial region of said region to be monitored, transports the smoke to the at least one smoke detector, wherein the fluid injection device is configured to inject the fluid into said region to be monitored at a speed which is adjusted to the distance between the fluid injection device and the at least one smoke detector such that the fluid stream which is injected into said region to be monitored by means of the fluid injection device impinges on the at least one smoke detector, and wherein the fluid injection device is configured to inject the fluid into said region to be monitored at a speed of 20 to 30 m/s, preferably approximately 25 m/s. - at least one smoke detector which is installed in a first partial region of a region to be monitored by means of the smoke detection system, wherein the at least one smoke detector is attached to a ceiling of the region to be monitored, and - at least one fluid injection device
A surgical instrument, comprising: a surgical end effector powered by a rotary drive shaft assembly that is movable between a plurality of discrete axial positions along a longitudinal axis of the instrument; and a differential locking system comprising: at least one retention formation (756, 758) on the rotary drive shaft assembly corresponding to each one of the discrete axial positions; and at least one lock member operably supported relative to rotary drive shaft assembly for retaining engagement with the at least one retention formation when the rotary drive shaft assembly is moved along said longitudinal axis to the discrete axial positions associated therewith. a surgical end effector powered by a rotary drive shaft assembly that is movable between a plurality of discrete axial positions along a longitudinal axis of the instrument; and a differential locking system comprising: at least one retention formation (756, 758) on the rotary drive shaft assembly corresponding to each one of the discrete axial positions; and at least one lock member operably supported relative to rotary drive shaft assembly for retaining engagement with the at least one retention formation when the rotary drive shaft assembly is moved along said longitudinal axis to the discrete axial positions associated therewith. at least one retention formation (756, 758) on the rotary drive shaft assembly corresponding to each one of the discrete axial positions; and at least one lock member operably supported relative to rotary drive shaft assembly for retaining engagement with the at least one retention formation when the rotary drive shaft assembly is moved along said longitudinal axis to the discrete axial positions associated therewith.
A method in a first operating network for coordinating resources between different networks comprising the first operating network and a second operating network, the method comprising: determining whether coordination with the second operating network is triggered; transmitting a coordination request to the second operating network, in response to determining that the coordination is triggered; receiving a coordination response from the second operating network; determining at least two blanking patterns by initiating a coordination procedure between the first and second operating networks, wherein a second blanking pattern of the at least two determined blanking patterns is signaled to the second operating network to perform a scheduling operation, in response to receiving an acknowledgement in the coordination response from the second operating network; and scheduling, according to a first blanking pattern of the at least two determined blanking patterns, in the first operating network, wherein the first blanking pattern is different from the second blanking pattern. determining whether coordination with the second operating network is triggered; transmitting a coordination request to the second operating network, in response to determining that the coordination is triggered; receiving a coordination response from the second operating network; determining at least two blanking patterns by initiating a coordination procedure between the first and second operating networks, wherein a second blanking pattern of the at least two determined blanking patterns is signaled to the second operating network to perform a scheduling operation, in response to receiving an acknowledgement in the coordination response from the second operating network; and scheduling, according to a first blanking pattern of the at least two determined blanking patterns, in the first operating network, wherein the first blanking pattern is different from the second blanking pattern.
An elongated steerable system for guiding a catheter or an endoscope, comprising: - an elongated flexible member comprising, along at least a part of its longitudinal axis, at least one projection which, in transversal section, projects from the elongated flexible member; said at least one projection having a distal end and a proximal end, and defining, in transversal section, two lateral sides (111, 112) projecting from the elongated flexible member; and - a wire; wherein: - said at least one projection comprises at least one transverse retaining and passing means near the distal end of said projection, said retaining and passing means extending transversely to the lateral sides (111, 112) of the projection; - and the wire passes through said retaining and passing means alternatively from one lateral side of the projection to the other lateral side of the projection, wherein adherence between the wire and the retaining and passing means retains the wire ensuring the anchorage of the wire to said retaining and passing means. - an elongated flexible member comprising, along at least a part of its longitudinal axis, at least one projection which, in transversal section, projects from the elongated flexible member; said at least one projection having a distal end and a proximal end, and defining, in transversal section, two lateral sides (111, 112) projecting from the elongated flexible member; and - a wire; - said at least one projection comprises at least one transverse retaining and passing means near the distal end of said projection, said retaining and passing means extending transversely to the lateral sides (111, 112) of the projection; - and the wire passes through said retaining and passing means alternatively from one lateral side of the projection to the other lateral side of the projection, wherein adherence between the wire and the retaining and passing means retains the wire ensuring the anchorage of the wire to said retaining and passing means.
An implantable fiducial, adapted to be used together with an ultrasound imaging unit, the ultrasound imaging unit being adapted to emit ultrasonic sound waves; the implantable fiducial comprising: comprising: a wireless transmitter; a sensor; and a capsule; wherein the wireless transmitter is configured to transmit at least a self-identity; wherein the sensor is connected to the transmitter and includes a piezoelectric element which is configured to power the transmitter; and wherein the capsule is constructed of biocompatible material which encapsulates the wireless transmitter and the sensor and is configured to be implanted in a subject through a needle when inserted into a subject; characterised in that the piezoelectric element is activatable in response to received ultrasonic sound waves emitted by the ultrasound imaging unit; and wherein the implantable fiducial further comprises a radiation point source adapted to be used in brachytherapy, and wherein the radiation point source is encapsulated by the capsule. a wireless transmitter; a sensor; and a capsule; wherein the wireless transmitter is configured to transmit at least a self-identity; wherein the sensor is connected to the transmitter and includes a piezoelectric element which is configured to power the transmitter; and wherein the capsule is constructed of biocompatible material which encapsulates the wireless transmitter and the sensor and is configured to be implanted in a subject through a needle when inserted into a subject; characterised in that the piezoelectric element is activatable in response to received ultrasonic sound waves emitted by the ultrasound imaging unit; and wherein the implantable fiducial further comprises a radiation point source adapted to be used in brachytherapy, and wherein the radiation point source is encapsulated by the capsule.
A method for optimizing graphic performance of at least one display, the method comprising the steps of: a) providing at least two processors (10, 14), each of the at least two processors (10, 14) executing a real time operating system with time partitioning and space partitioning; b) driving a graphics hardware accelerator with a first processor from the at least two processors (10, 14); c) sharing memory resources by the first and at least one second application processor from the at least two processors (10, 14); and d) decoding graphics data generated by the at least one second application processor from the at least two processors (10, 14), wherein the step of decoding graphics data comprises the step of encoding at multiple address partitions by the at least one second application processor. a) providing at least two processors (10, 14), each of the at least two processors (10, 14) executing a real time operating system with time partitioning and space partitioning; b) driving a graphics hardware accelerator with a first processor from the at least two processors (10, 14); c) sharing memory resources by the first and at least one second application processor from the at least two processors (10, 14); and d) decoding graphics data generated by the at least one second application processor from the at least two processors (10, 14), wherein the step of decoding graphics data comprises the step of encoding at multiple address partitions by the at least one second application processor.
A travel-adjusting device for an L-shaped microneedle device, comprising a housing having a transverse longitudinal motor housing part for accommodating the rotational drive and a tubular handle housing part, connected thereto at a right angle by means of a terminal hole, for accommodating the travel drive for a needle shaft, characterized in that the handle housing part protrudes through the hole into the motor housing part in a displaceably-mounted manner along an adjustment path, wherein a fastening opening is constructed at the end of the drive housing part adjacent to the hole, and fastening means are provided for connecting the handle housing part to the motor housing part, which fastening means are brought into engagement with the handle housing part through the fastening opening in such a manner that the fastening means hold the handle housing part in a defined position inside the motor housing part in an adjustable manner along the adjustment path by means of adjustment means (7, 7a, 7b), and that the adjustment means (7, 7a, 7b) have a cam plate arranged in the fastening means with a cam guided helically from the outside inwards in the form of a recess and also a cam pin, which is arranged on the handle housing part in such a manner that the cam pin engages into the cam and that the cam plate is rotatable in the fastening opening and the cam pin can be guided in the cam during the rotation.
Flow sensor arrangement, comprising a main path for a fluid to flow through, the main path comprising a first section followed by a second section in flow direction, a bypass for bypassing the main path, an inlet and an outlet of which bypass each comprise at least one opening arranged in a wall of the main path, a flow sensor for measuring a flow in the bypass, and a guide in the main path extending in flow direction, for smoothing the flow in the main path at the location where the inlet of the bypass or its outlet respectively meets the main path, which guide is arranged with respect to the inlet of the bypass, or with respect to the outlet of the bypass, or which guide is arranged with respect to the inlet of the bypass and another guide is arranged with respect to the outlet of the bypass, wherein the guide protrudes from an inner wall of the main path, characterized in that at least a portion of the guide is arranged in the first section of the main path, wherein another portion of the guide is arranged in the second section of the main path, wherein the respective at least one opening is arranged in the second section of the main path, wherein the guide spans a given length of the main path in flow direction and passes the at least one opening being arranged next to the guide, wherein a height of the guide is at least equal to or more than a diameter of the at least one opening, and wherein an upmost height of the guide is less than 50% of the diameter of the main path, wherein the main path comprises a third section following the second section in flow direction, in which third section of the main path a further portion of the guide is arranged, in wherein a flow resistance in form of a grid is arranged in the third section of the main path, wherein the grid does not touch any one of the guides, and wherein the flow resistance and the guides do not overlap in radial direction.
A medicament for use in the treatment of preventing thrombosis-related diseases, comprising collagen and at least one niclosamide derivative; and wherein the thrombosis-related diseases are selected from coronary artery embolism, stroke, pulmonary embolism, portal thrombosis, renal vein thrombosis, jugular vein thrombosis, inferior vena caval thrombosis, deep vein thrombosis, myocardial infarction, hepatic artery embolization, Budd-Chiari syndrome, Paget-Schroetter disease and the combination thereof; wherein the at least one niclosamide derivative has a general formula structure as below: wherein, R is NO 2, Cl or CF 3; wherein the thrombosis-related diseases are selected from coronary artery embolism, stroke, pulmonary embolism, portal thrombosis, renal vein thrombosis, jugular vein thrombosis, inferior vena caval thrombosis, deep vein thrombosis, myocardial infarction, hepatic artery embolization, Budd-Chiari syndrome, Paget-Schroetter disease and the combination thereof; wherein the at least one niclosamide derivative has a general formula structure as below: wherein, R is NO 2, Cl or CF 3;
Hydromount for mounting a motor vehicle unit, in particular for mounting a motor vehicle engine on a motor vehicle body, having a bearing spring, which supports a bearing core and encloses a working chamber, and a compensation chamber, which is separated from the working chamber by a partition wall and which is bounded by a compensating diaphragm, the compensating chamber and the working chamber being filled with a liquid and being connected to one another via a damping channel introduced into the partition wall, the partition wall comprising two separating plates (21, 22), wherein a diaphragm is received between the separating plate in an oscillating manner, wherein the diaphragm and the partition wall define an air chamber, which can be connected to the environment via an opening in the partition wall, wherein the opening is openable and closable by a non-return device, and wherein the non-return device has a pressure-actuable non-return valve, characterised in that the non-return device is switchable and the opening pressure of the non-return valve is adjustable to an oscillation amplitude of the diaphragm.
An evaporator for a heat dissipation module, wherein the heat dissipation module includes a pipe (11, 12) and a fluid, the evaporator comprising: a housing having a chamber, the chamber being in fluid communication with the pipe (11, 12) to allow fluid to circulate through the pipe (11, 12) and the chamber; and a first heat dissipation structure disposed in the chamber, wherein the first heat dissipation structure has a plurality of first flow passages (121, 122) and is adapted to cause the fluid, when passing through the chamber, to flow through the first flow passages (121, 122), wherein the chamber has a first evaporation zone and a second evaporation zone, wherein the first evaporation zone is separated from the second evaporation zone, and the first heat dissipation structure spans the first evaporation zone and the second evaporation zone on respective sides of the chamber, characterised in that the first flow passages located in the first evaporation zone have a different cross-sectional area compared to the first flow passages located in the second evaporation zone. a housing having a chamber, the chamber being in fluid communication with the pipe (11, 12) to allow fluid to circulate through the pipe (11, 12) and the chamber; and a first heat dissipation structure disposed in the chamber, wherein the first heat dissipation structure has a plurality of first flow passages (121, 122) and is adapted to cause the fluid, when passing through the chamber, to flow through the first flow passages (121, 122), wherein the chamber has a first evaporation zone and a second evaporation zone, wherein the first evaporation zone is separated from the second evaporation zone, and the first heat dissipation structure spans the first evaporation zone and the second evaporation zone on respective sides of the chamber, characterised in that the first flow passages located in the first evaporation zone have a different cross-sectional area compared to the first flow passages located in the second evaporation zone.