mhurhangee/ep-ind-claims huggingface dataset:
A data diode system for transferring a communication from an unsecured network to a secured network, the system comprising: a DC converter configured to receive a negative DC voltage from a serial data connection of the secured network and to convert the negative DC voltage to a positive DC voltage; a data diode circuit configured to: receive the positive DC voltage from the DC converter to power the data diode circuit; receive a communication from the unsecured network; generate a secured communication in response to the communication; and transmit the secured communication to the secured network. a DC converter configured to receive a negative DC voltage from a serial data connection of the secured network and to convert the negative DC voltage to a positive DC voltage; a data diode circuit configured to: receive the positive DC voltage from the DC converter to power the data diode circuit; receive a communication from the unsecured network; generate a secured communication in response to the communication; and transmit the secured communication to the secured network. receive the positive DC voltage from the DC converter to power the data diode circuit; receive a communication from the unsecured network; generate a secured communication in response to the communication; and transmit the secured communication to the secured network.
A train control system comprising: an on-board device that is mounted on a train travelling on a predetermined track; a vehicle radio set that is configured to transmit and to receive travel distance information and speed information of the train obtained by the on-board device; a wayside radio set that is disposed at a predetermined location of the track and transmits information to and receives information from the vehicle radio set; and a ground device that is connected to the wayside radio set, wherein the ground device is configured to calculate a location of the train based on the travel distance information and the speed information of the train transmitted from the on-board device, characterized in that the ground device is further configured to set a safety buffer, corresponding to a detection error between an actual location of the train and the calculated location of the train, on each of a travelling direction side of the train and the other side opposite to the travelling direction side based on the location of the train and the speed information of the train, wherein the safety buffer is set to be lengthened as the train speed increases, whereas the set safety buffer is not shortened when the train speed decreases, during train travelling, wherein the ground device is further configured to transmit the calculated location of the train and the set safety buffer to the on-board device via the wayside radio set and the vehicle radio set and the on-board device is configured to perform the speed control and the brake control of the train within the safety buffer. an on-board device that is mounted on a train travelling on a predetermined track; a vehicle radio set that is configured to transmit and to receive travel distance information and speed information of the train obtained by the on-board device; a wayside radio set that is disposed at a predetermined location of the track and transmits information to and receives information from the vehicle radio set; and a ground device that is connected to the wayside radio set, wherein the ground device is configured to calculate a location of the train based on the travel distance information and the speed information of the train transmitted from the on-board device, characterized in that the ground device is further configured to set a safety buffer, corresponding to a detection error between an actual location of the train and the calculated location of the train, on each of a travelling direction side of the train and the other side opposite to the travelling direction side based on the location of the train and the speed information of the train, wherein the safety buffer is set to be lengthened as the train speed increases, whereas the set safety buffer is not shortened when the train speed decreases, during train travelling, wherein the ground device is further configured to transmit the calculated location of the train and the set safety buffer to the on-board device via the wayside radio set and the vehicle radio set and the on-board device is configured to perform the speed control and the brake control of the train within the safety buffer.
Submersible pump with a float switch device, comprising a float member associated with the body of a said pump for controlling the starting and stopping of said pump as a function of the liquid level (L1, L2); said float member being provided with a switch member electrically connected to a motor member of said pump through a flexible cable which is associated with a tilting support member mounted in tilting manner on the outside of said body of said pump on a pin with substantially horizontal axis; wherein said support member comprises a sleeve through which said flexible cable is longitudinally inserted and passes through; wherein said sleeve is constrained, in an adjustable position, through said pin, along a longitudinal guide which is fixed to said body of said pump. said float member being provided with a switch member electrically connected to a motor member of said pump through a flexible cable which is associated with a tilting support member mounted in tilting manner on the outside of said body of said pump on a pin with substantially horizontal axis; wherein said support member comprises a sleeve through which said flexible cable is longitudinally inserted and passes through; wherein said sleeve is constrained, in an adjustable position, through said pin, along a longitudinal guide which is fixed to said body of said pump.
A system for generating an image registration map, said system comprising: one or more processors programmed to: receive a first image and a second image; identify corresponding interest points in the first image and the second image; identify corresponding structures in the first image and the second image; select corresponding boundary points of the structures in the first image and the second image; and, generate a registration map from the corresponding interest points and at least one pair of the corresponding boundary points using point based registration, wherein selecting corresponding boundary points includes limiting boundary points used for generating the registration map to boundary points in regions where a density or distribution of the identified interest points is below a threshold. receive a first image and a second image; identify corresponding interest points in the first image and the second image; identify corresponding structures in the first image and the second image; select corresponding boundary points of the structures in the first image and the second image; and, generate a registration map from the corresponding interest points and at least one pair of the corresponding boundary points using point based registration, wherein selecting corresponding boundary points includes limiting boundary points used for generating the registration map to boundary points in regions where a density or distribution of the identified interest points is below a threshold.
A method for producing electric trigger elements for pyrotechnic articles, characterized in that, - in a first photolithographic stage a lacquer is applied to an electrically non-conductive substrate, to coat the substrate in a large region and leave a free a region of the substrate surface of defined width; - an electrically conductive layer is applied by means of a PVD process on the lacquer and the substrate so that an electrically conductive layer between terminal poles of the trigger element is produced; - the lacquer is released from the substrate so that an a resistor region of defined width is obtained, through which current can flow; - in a second photolithographic stage a defined region of the resistor strip is covered with photoresist so that a defined length of the resistor region is defined; - the entire substrate surface is covered with a layer of readily conductive metal, e.g. a galvanic gilding, wherein the application of the metal is configured so that in regions which have a bare substrate from the first photolithographic process, no metal adheres; - the lacquer from the second photolithographic process is removed, wherein a defined region defined by the lacquer remains, which is formed only by the layer of metal with a high specific resistance; - wherein first photolithographic process defines the width of the resistor layer and provides for insulation in the surrounding regions, wherein the second photolithographic process defines the length and provides for good electrical conductivity and good contact at the terminal poles. - in a first photolithographic stage a lacquer is applied to an electrically non-conductive substrate, to coat the substrate in a large region and leave a free a region of the substrate surface of defined width; - an electrically conductive layer is applied by means of a PVD process on the lacquer and the substrate so that an electrically conductive layer between terminal poles of the trigger element is produced; - the lacquer is released from the substrate so that an a resistor region of defined width is obtained, through which current can flow; - in a second photolithographic stage a defined region of the resistor strip is covered with photoresist so that a defined length of the resistor region is defined; - the entire substrate surface is covered with a layer of readily conductive metal, e.g. a galvanic gilding, wherein the application of the metal is configured so that in regions which have a bare substrate from the first photolithographic process, no metal adheres; - the lacquer from the second photolithographic process is removed, wherein a defined region defined by the lacquer remains, which is formed only by the layer of metal with a high specific resistance; - wherein first photolithographic process defines the width of the resistor layer and provides for insulation in the surrounding regions, wherein the second photolithographic process defines the length and provides for good electrical conductivity and good contact at the terminal poles.
A wearable external defibrillator comprising: a battery; one or more capacitors; a controller configured to charge the one or more capacitors with the battery; a first patient engagement substrate comprising an adhesive, one or more sensing electrodes, a first defibrillator electrode pad, and a fluid transport element, the one or more sensing electrodes configured to engage with a patient's skin and to provide a cardiac signal to the controller, the first defibrillator electrode pad configured to engage with the patient's skin and to deliver an electrical therapy from the one or more capacitors to the patient; characterized in that the first patient engagement substrate further comprises a support layer configured to engage with and support the controller, one or more capacitors, and battery, the support layer being configured to spread a shear load of the controller, one or more capacitors, and battery. a battery; one or more capacitors; a controller configured to charge the one or more capacitors with the battery; a first patient engagement substrate comprising an adhesive, one or more sensing electrodes, a first defibrillator electrode pad, and a fluid transport element, the one or more sensing electrodes configured to engage with a patient's skin and to provide a cardiac signal to the controller, the first defibrillator electrode pad configured to engage with the patient's skin and to deliver an electrical therapy from the one or more capacitors to the patient; characterized in that the first patient engagement substrate further comprises a support layer configured to engage with and support the controller, one or more capacitors, and battery, the support layer being configured to spread a shear load of the controller, one or more capacitors, and battery.
A compressor diffuser for a gas turbine engine comprising a plurality of diffuser passages circumferentially distributed about a central axis and configured for diffusing a flow of compressed air downstream for combustion within a combustor of a gas turbine engine, the diffuser passages including a first portion having a radial component extending from an inlet, a second portion having an axial component extending to an outlet, and a curved portion fluidly connecting the first portion and the second portion, the first portion defining a throat, wherein the diffuser is a pipe diffuser, and the diffuser passages are each defined within a respective diffuser pipe of the pipe diffuser, characterised in that: the diffuser pipes include a first subset of pipes having a first subset of passages and a second subset of pipes (20") having a second subset of passages (20"), the throats of the first subset of passages having a first throat area that is different than a second throat area of the second subset of passages (20").
Dispensing apparatus for granular material, in particular seeds, the dispensing apparatus comprising a conveying device which is mounted rotatably in a housing and interacts with a housing wall or guide element in such a way that granular material can be conveyed from a receiving region into a discharging region, the housing being connected to a collecting container for providing granular material; a return line leading from the housing into the collecting container; it being possible for the collecting container to be filled with granular material via an inlet opening; characterized in that granular material can be introduced directly via an outlet or discharge opening (14, 17) of the collecting container or via a connecting line into a pre-dispensing unit which is configured in such a way that it conveys granular material via a feed opening into the housing; and the pre-dispensing unit comprising a rotor, the rotational axis of which runs coaxially with respect to the rotational axis of the conveying device.
A battery storage system with a battery storage array comprising a plurality of batteries, and a device for providing controlling power requested by a transmission system operator for an electrical power network from the battery storage array which comprises a converter, characterized in that the batteries are industrial batteries, i.e., drive batteries for industrial trucks having a nominal voltage of 24 V, 48 V or 80 volts, and a control is available which is designed to individually control the charge current and discharge current when providing the controlling power for one of the industrial batteries, or for a group of the industrial batteries, and is designed to save information on the remaining life.
A combination of a) a radioimmunoconjugate comprising, - a monoclonal antibody HH1 targeting CD37, - an optional linker, - a 177 Lu radionuclide, and b) an anti-CD20 antibody which is rituximab, for use in the treatment of a B-cell malignancy selected from the group consisting of non-Hodgkin lymphoma, acute Lymphoblastic Leukemia, and chronic lymphocytic leukemia, wherein; - the radioimmunoconjugate upregulates antigen expression of an antigen expressed on the surface of B-cell cancer cells, - the upregulated antigen is CD20, - the upregulation is followed by anti-CD20 antibody therapy in a single administration or in a repeated administration pattern, and - the administration of anti-CD20 antibody is from at least one day to 15 days after administration of radioimmunoconjugate. a) a radioimmunoconjugate comprising, - a monoclonal antibody HH1 targeting CD37, - an optional linker, - a 177 Lu radionuclide, and - a monoclonal antibody HH1 targeting CD37, - an optional linker, - a 177 Lu radionuclide, and b) an anti-CD20 antibody which is rituximab, - the radioimmunoconjugate upregulates antigen expression of an antigen expressed on the surface of B-cell cancer cells, - the upregulated antigen is CD20, - the upregulation is followed by anti-CD20 antibody therapy in a single administration or in a repeated administration pattern, and - the administration of anti-CD20 antibody is from at least one day to 15 days after administration of radioimmunoconjugate.
A route-deviation recognition method, comprising obtaining a current positioned-location of a terminal; determining a candidate region covering the current positioned-location in an electronic map; obtaining road network data corresponding to the candidate region characterized by generating a plurality of road-segment tree structures according to the obtained road network data in the candidate region, wherein the road network data includes road segments in the candidate region and a connection relationship between the road segments, and the plurality of road-segment tree structure includes an independent road-segment tree structure which is formed of a road segment having no intersection with any other road segment in the candidate region; obtaining a matching weight between the positioned-location and each road-segment branch in each of the road-segment tree structures; determining, according to the matching weight, a road-segment branch matching the positioned-location as a matched road-segment branch; and when the matched road-segment branch does not belong to a planned navigation route, determining that route-deviation occurs. obtaining a current positioned-location of a terminal; determining a candidate region covering the current positioned-location in an electronic map; obtaining road network data corresponding to the candidate region characterized by generating a plurality of road-segment tree structures according to the obtained road network data in the candidate region, wherein the road network data includes road segments in the candidate region and a connection relationship between the road segments, and the plurality of road-segment tree structure includes an independent road-segment tree structure which is formed of a road segment having no intersection with any other road segment in the candidate region; obtaining a matching weight between the positioned-location and each road-segment branch in each of the road-segment tree structures; determining, according to the matching weight, a road-segment branch matching the positioned-location as a matched road-segment branch; and when the matched road-segment branch does not belong to a planned navigation route, determining that route-deviation occurs.
A pest attractant composition comprising a first pest attractant and a second pest attractant, wherein the first pest attractant comprises theaspirane or an isomer or mixture of isomers thereof, and wherein the second pest attractant comprises sordidin or an isomer or mixture of isomers thereof.
A brush for cleaning a periodontal pocket between a tooth and a gum of a user, the brush comprising: a handle portion; an arm extending from the handle portion; a brush head located at an end of the arm having a plurality of brush filaments extending therefrom and configured to be inserted into a periodontal pocket; and a light source for illuminating the inside of a mouth when the brush is in use, wherein an angle between a central axis of the handle portion and a central axis of the arm is in the range of 120 to 170 degrees, and wherein the arm is rotatable about its central axis and relative to the handle portion between first and second positions, so as to allow the first position of a user's hand gripping the handle portion to be lower than the user's mouth while cleaning lower periodontal pockets, and so as to allow the second position of a user's hand gripping the handle portion to be lower than the user's mouth while cleaning upper periodontal pockets. a handle portion; an arm extending from the handle portion; a brush head located at an end of the arm having a plurality of brush filaments extending therefrom and configured to be inserted into a periodontal pocket; and a light source for illuminating the inside of a mouth when the brush is in use, wherein an angle between a central axis of the handle portion and a central axis of the arm is in the range of 120 to 170 degrees, and wherein the arm is rotatable about its central axis and relative to the handle portion between first and second positions, so as to allow the first position of a user's hand gripping the handle portion to be lower than the user's mouth while cleaning lower periodontal pockets, and so as to allow the second position of a user's hand gripping the handle portion to be lower than the user's mouth while cleaning upper periodontal pockets.
An interface device (100, 200, 800, 900, 1000) for providing an overall haptic effect, the interface device comprising: a surface (110, 210, 810, 910, 1010, 1020) configured to detect a contact by a body part of a user or an object during use of the interface device and output the overall haptic effect; a sensor configured to measure an impedance of the body part or object contacting the surface (110, 210, 810, 910, 1010, 1020) by applying a pulse across the surface and measuring a surface voltage or by measuring a strength of capacitive coupling; an electrovibrotactile display coupled to the surface and comprising a conductive layer, the electrovibrotactile display being configured to create a first haptic effect at the surface by generating an attractive electrostatic force between the conductive layer and the user or object; and an actuator (112, 114, 116) configured to generate mechanical motion in order to create a second haptic effect at the surface simultaneous to the first haptic effect, the overall haptic effect comprising the first haptic effect and the second haptic effect, wherein the interface device is configured to change the first haptic effect based on the measured impedance of the body part or object at the surface. a surface (110, 210, 810, 910, 1010, 1020) configured to detect a contact by a body part of a user or an object during use of the interface device and output the overall haptic effect; a sensor configured to measure an impedance of the body part or object contacting the surface (110, 210, 810, 910, 1010, 1020) by applying a pulse across the surface and measuring a surface voltage or by measuring a strength of capacitive coupling; an electrovibrotactile display coupled to the surface and comprising a conductive layer, the electrovibrotactile display being configured to create a first haptic effect at the surface by generating an attractive electrostatic force between the conductive layer and the user or object; and an actuator (112, 114, 116) configured to generate mechanical motion in order to create a second haptic effect at the surface simultaneous to the first haptic effect, the overall haptic effect comprising the first haptic effect and the second haptic effect, wherein the interface device is configured to change the first haptic effect based on the measured impedance of the body part or object at the surface.
An elongate flexible waveguide section for radio frequency signals, wherein: the waveguide section has a first series of corrugations in the longitudinal direction; and the waveguide section has a second series of corrugations in at least a portion of a circumferential direction perpendicular to the longitudinal direction; characterized in that the amplitude of the second series of corrugations is modulated by the amplitude of the first series of corrugations. the waveguide section has a first series of corrugations in the longitudinal direction; and the waveguide section has a second series of corrugations in at least a portion of a circumferential direction perpendicular to the longitudinal direction; characterized in that the amplitude of the second series of corrugations is modulated by the amplitude of the first series of corrugations.