mhurhangee/ep-ind-claims huggingface dataset:
- A method of assisting the movement of a person with reduced mobility wishing to board a means of public transport, the person with reduced mobility being provided with a connected system emitting identification signals comprising an identifier of the person with reduced mobility; the method comprising the following steps: - detecting the presence of the person with reduced mobility at a boarding station on board the means of transport by detecting the identification signals emitted by the connected system; - determining a location of the person with reduced mobility in the station; - on arrival of the person with reduced mobility at a boarding platform on board the means of transport, acquiring information relating to the density of passengers in different transport zones of the means of transport and determining a transport zone suitable for transporting the person with reduced mobility; the method being characterised by the following steps: - broadcasting on the boarding platform of information intended for the person with reduced mobility and indicating access to the adapted transport area, via visual broadcasting means and/or sound broadcasting means present on the boarding platform - before arrival at the station of the means of transport, broadcasting in the means of transport information to the passengers of this means of transport indicating an upcoming entry of the person with reduced mobility. - detecting the presence of the person with reduced mobility at a boarding station on board the means of transport by detecting the identification signals emitted by the connected system; - determining a location of the person with reduced mobility in the station; - on arrival of the person with reduced mobility at a boarding platform on board the means of transport, acquiring information relating to the density of passengers in different transport zones of the means of transport and determining a transport zone suitable for transporting the person with reduced mobility; - broadcasting on the boarding platform of information intended for the person with reduced mobility and indicating access to the adapted transport area, via visual broadcasting means and/or sound broadcasting means present on the boarding platform - before arrival at the station of the means of transport, broadcasting in the means of transport information to the passengers of this means of transport indicating an upcoming entry of the person with reduced mobility.
A system for tissue ablation, the system comprising: an aqueous solution comprising ions and molecules from which electrolysis products are produced; a device for producing electrolysis products in the solution, the device comprising a first electrode constructed of an inert material; a device configured to permeabilize cell membranes in the tissue, wherein the device configured to permeabilize cell membranes also comprises the first electrode; and a controller coupled to each of the device for producing electrolysis products and the device configured to permeabilize cell membranes, wherein the solution is positioned external to the device for producing electrolysis products. an aqueous solution comprising ions and molecules from which electrolysis products are produced; a device for producing electrolysis products in the solution, the device comprising a first electrode constructed of an inert material; a device configured to permeabilize cell membranes in the tissue, wherein the device configured to permeabilize cell membranes also comprises the first electrode; and a controller coupled to each of the device for producing electrolysis products and the device configured to permeabilize cell membranes, wherein the solution is positioned external to the device for producing electrolysis products.
Valve for an exhaust-gas system in a motor vehicle, having a housing, at least one channel, a flap which closes or opens the channel, an electric motor for actuating the flap, a gearing for transmitting the movement of the electric motor to the flap, a sensor which determines the flap position and a cover composed of plastic which closes the housing, wherein the sensor is arranged in the cover and the cover has a reinforcing element composed of metal, characterized in that the reinforcing element is arranged on the outer side of the cover so as to bear at least on some regions thereof and is connected to the housing.
A fixing belt comprising a cylindrical base composed of a metal, and a polyimide resin layer formed on the inner peripheral surface of the cylindrical base, wherein the polyimide resin layer has an imidization rate of 70% to 93%, and characterised in that it comprises a polyimide resin containing at least one selected from constitutional units represented by formulae and, and at least one selected from constitutional units represented by formulae and:
An RPCVD apparatus for forming a film, the apparatus including a growth chamber comprising: (a) a Group VA plasma inlet located in a first deposition zone of the growth chamber to introduce a Group VA plasma thereto wherein the Group VA plasma inlet is in fluid communication with a plasma generator producing a Group VA plasma comprising an active species; (b) a Group IIIA reagent inlet located in a second deposition zone of the growth chamber to introduce a Group IIIA reagent thereto; (c) characterised by an additional reagent inlet adjacent the Group IIIA reagent inlet to introduce an additional reagent selected from the group consisting of ammonia, hydrazine, di-methyl hydrazine and hydrogen plasma into the second deposition zone and (d) a substrate holder adapted to support one or more substrates and rotate each substrate between the first and second deposition zones. (a) a Group VA plasma inlet located in a first deposition zone of the growth chamber to introduce a Group VA plasma thereto wherein the Group VA plasma inlet is in fluid communication with a plasma generator producing a Group VA plasma comprising an active species; (b) a Group IIIA reagent inlet located in a second deposition zone of the growth chamber to introduce a Group IIIA reagent thereto; (c) characterised by an additional reagent inlet adjacent the Group IIIA reagent inlet to introduce an additional reagent selected from the group consisting of ammonia, hydrazine, di-methyl hydrazine and hydrogen plasma into the second deposition zone and (d) a substrate holder adapted to support one or more substrates and rotate each substrate between the first and second deposition zones.
Cover (201, 220, 230) for removably attaching to a mobile device (101, 117) with an antenna, comprising: a battery, which is configured to provide electrical supply power, an electrical contacting element (205, 206, 211), which is configured to electrically couple the battery to the antenna of the mobile device (101, 117), and characterised in that it comprises: a blocking filter, which is coupled between the electrical contacting element (205, 206, 211) and the battery and which is configured to block RF signals from the electrical contacting element (205, 206, 211) to the battery and to allow transmission of the electrical supply power between the battery and the electrical contacting element (205, 206, 211). a battery, which is configured to provide electrical supply power, an electrical contacting element (205, 206, 211), which is configured to electrically couple the battery to the antenna of the mobile device (101, 117), and characterised in that it comprises: a blocking filter, which is coupled between the electrical contacting element (205, 206, 211) and the battery and which is configured to block RF signals from the electrical contacting element (205, 206, 211) to the battery and to allow transmission of the electrical supply power between the battery and the electrical contacting element (205, 206, 211). a blocking filter, which is coupled between the electrical contacting element (205, 206, 211) and the battery and which is configured to block RF signals from the electrical contacting element (205, 206, 211) to the battery and to allow transmission of the electrical supply power between the battery and the electrical contacting element (205, 206, 211).
A ring (10, 20, 30) for ammunition having a nominal diameter and a head diameter, the ammunition having a body with a nominal diameter, said ammunition being intended to be inserted into a tube extending along an X-axis, the tube comprising an outlet end having a first inner diameter, said ring being annular shaped and being intended to be positioned around the body of the ammunition so as to surround said ammunition, said ring comprising: a. a first circular attachment wall for attaching to the ammunition having an inner diameter smaller than the head diameter of the ammunition; b a second circular wall having an outer diameter greater than the first inner diameter of the outlet end of the tube; c. a third circular wall having an outer diameter substantially smaller than the first inner diameter of the outlet end of the tube and an inner diameter substantially equal to the head diameter of the ammunition; with the ring being symmetrical and configured so that the third wall is centrally arranged around the X-axis when the ammunition is inserted into the tube. a. a first circular attachment wall for attaching to the ammunition having an inner diameter smaller than the head diameter of the ammunition; b a second circular wall having an outer diameter greater than the first inner diameter of the outlet end of the tube; c. a third circular wall having an outer diameter substantially smaller than the first inner diameter of the outlet end of the tube and an inner diameter substantially equal to the head diameter of the ammunition;
Process for manufacturing an optical fibre unit for air-blown installations comprising: - providing a deposition chamber for applying particulate material, said deposition chamber having an inlet end and an outlet end and a longitudinal axis (A-B), a frusto-conical section at the inlet end and a chamber pipe having a longitudinally changing cross section; - passing through the deposition chamber an optical fibre assembly comprising at least one optical fibre (F1, F2, F3, F4) embedded in an inner layer of cured resin material, and having an outer layer around said inner layer, the outer layer comprising uncured resin material; - injecting a flow of fluid and particle material in said chamber in a direction substantially parallel to the chamber longitudinal axis (A-B), at an injection speed of 5 m/s at most; - perturbing the flow when in said deposition chamber, thus causing the particle material to impact and partially embed into the outer layer of the optical fibre assembly; and - curing the outer layer. - providing a deposition chamber for applying particulate material, said deposition chamber having an inlet end and an outlet end and a longitudinal axis (A-B), a frusto-conical section at the inlet end and a chamber pipe having a longitudinally changing cross section; - passing through the deposition chamber an optical fibre assembly comprising at least one optical fibre (F1, F2, F3, F4) embedded in an inner layer of cured resin material, and having an outer layer around said inner layer, the outer layer comprising uncured resin material; - injecting a flow of fluid and particle material in said chamber in a direction substantially parallel to the chamber longitudinal axis (A-B), at an injection speed of 5 m/s at most; - perturbing the flow when in said deposition chamber, thus causing the particle material to impact and partially embed into the outer layer of the optical fibre assembly; and - curing the outer layer.
A reclining seat comprising a seat base and a backrest, wherein the seat base is mounted on a support structure moveable along at least one guide path (16,17) whereby the seat base is moveable between upright and reclined positions and between a use state and a retracted state, control means being provided for controlling movement of the seat base along said at least one guide path (16,17) between said upright and reclined seating positions, wherein said control means provides infinite adjustment of the seat base along said at least one guide path between said upright and reclined seating positions, said control means comprises at least one rotary member (61,62) rotatably mounted on the support structure and arranged to roll along said at least one guide path (16,17), characterised by the provision of locking means for selectively preventing rotation of said rotary member in at least one direction and actuation means permitting manual release of the locking means to permit rotation of the rotary member and thus adjustment of the seat base.
A fan comprising: an air movement implement including a blade; and a motor that drives the air movement implement and includes: a rotor that includes an internal diameter heat exchanger; and characterized by an annular heat pipe having a first end and a second end, the first end being in thermal contact with the internal diameter heat exchanger and the second end in thermal contact with the blade; and wherein the heat pipe includes inner and outer shells and the inner shell has a lower thermal conductivity than the outer shell. an air movement implement including a blade; and a motor that drives the air movement implement and includes: a rotor that includes an internal diameter heat exchanger; and characterized by an annular heat pipe having a first end and a second end, the first end being in thermal contact with the internal diameter heat exchanger and the second end in thermal contact with the blade; and wherein the heat pipe includes inner and outer shells and the inner shell has a lower thermal conductivity than the outer shell.
A nucleic acid encoding an artificial primary miRNA transcript (pri-miRNA) consisting of, in order of position, a 5'-flanking region, a non-guide region, a loop region, a guide region, and a 3'-flanking region, wherein the guide region is 100% identical to cgaccaugcgagccagca (miHDS.1 guide, SEQ ID NO:7), or at least 90% identical to agucgcugaugaccggga (miHDS.2 guide, SEQ ID NO:8) and the non-guide region is at least 80% complementary to the guide region.
A scroll casing which forms a scroll flow passage of a centrifugal compressor, wherein, provided that, in a cross section of the scroll flow passage, Ei is an inner end of the scroll flow passage in a radial direction of the centrifugal compressor, and Mh is a middle point of a maximum flow-passage height Hmax of the scroll flow passage in an axial direction of the centrifugal compressor, the scroll flow passage has a separation suppressing cross section in which the inner end Ei is disposed on an inner side, in the radial direction, of a diffuser outlet, and the inner end Ei is disposed on a back side, in the axial direction, of the middle point Mh, in a section disposed at least partially in an upstream region of a connection position of a scroll start and a scroll end, wherein, provided that an angular position about a scroll center of the scroll flow passage is zero degree at the connection position and the angular position is θ at a position upstream of the connection position, the separation suppressing cross section is disposed from θ=zero degree to an upstream predetermined angular position, wherein the separation suppressing cross section is not disposed in a section upstream of the predetermined angular position, and wherein the predetermined angular position is an angular position of not less than 60 degrees and not more than 150 degrees. wherein, provided that, in a cross section of the scroll flow passage, Ei is an inner end of the scroll flow passage in a radial direction of the centrifugal compressor, and Mh is a middle point of a maximum flow-passage height Hmax of the scroll flow passage in an axial direction of the centrifugal compressor, the scroll flow passage has a separation suppressing cross section in which the inner end Ei is disposed on an inner side, in the radial direction, of a diffuser outlet, and the inner end Ei is disposed on a back side, in the axial direction, of the middle point Mh, in a section disposed at least partially in an upstream region of a connection position of a scroll start and a scroll end, wherein, provided that an angular position about a scroll center of the scroll flow passage is zero degree at the connection position and the angular position is θ at a position upstream of the connection position, the separation suppressing cross section is disposed from θ=zero degree to an upstream predetermined angular position, wherein the separation suppressing cross section is not disposed in a section upstream of the predetermined angular position, and wherein the predetermined angular position is an angular position of not less than 60 degrees and not more than 150 degrees.
An autonomous cleaning robot comprising: a main body; a cleaning assembly mounted on the main body; wherein the cleaning assembly comprises a first cleaning subassembly detachably mounted on the main body, when the first cleaning subassembly is loaded or removed from the main body, the first cleaning subassembly moves in the forward direction or the backward direction of the main body; wherein the first cleaning subassembly comprises a liquid container comprising: a container case and a water outlet filter, wherein the container case defines a water outlet thereon and a liquid accommodating room therein, the water outlet communicates with the liquid accommodating room, the water outlet filter is mounted on the water outlet, and the water outlet filter is configured to regulate the rate of the liquid dispensed from the liquid accommodating room; wherein an obstacle-assisting wheel is located at a bottom end of the container case in a backward direction thereof; characterized in that the autonomous cleaning robot further comprises: a driving wheel module, the driving wheel module comprising a driving wheel rotatable mounted on the main body, wherein when the main body is in a horizontal state, a lowest point of the obstacle-assisting wheel on the liquid container is higher than a lowest point of the driving wheel. a main body; a cleaning assembly mounted on the main body; wherein the cleaning assembly comprises a first cleaning subassembly detachably mounted on the main body, when the first cleaning subassembly is loaded or removed from the main body, the first cleaning subassembly moves in the forward direction or the backward direction of the main body; wherein the first cleaning subassembly comprises a liquid container comprising: a container case and a water outlet filter, wherein the container case defines a water outlet thereon and a liquid accommodating room therein, the water outlet communicates with the liquid accommodating room, the water outlet filter is mounted on the water outlet, and the water outlet filter is configured to regulate the rate of the liquid dispensed from the liquid accommodating room; wherein an obstacle-assisting wheel is located at a bottom end of the container case in a backward direction thereof; characterized in that the autonomous cleaning robot further comprises: a driving wheel module, the driving wheel module comprising a driving wheel rotatable mounted on the main body, wherein when the main body is in a horizontal state, a lowest point of the obstacle-assisting wheel on the liquid container is higher than a lowest point of the driving wheel.
An ultrasound probe comprising: an array of ultrasound transducer elements; a respective signal processing circuit associated with each transducer element, wherein each signal processing circuit comprises: an amplifier for receiving a signal from the transducer element; a time gain compensation circuit; and an analog to digital converter circuit connected to an output of the time gain compensation circuit, wherein each signal processing circuit further comprises: a switch arrangement at the output of the amplifier for generating an intermediate two-terminal output from the amplifier output directly or with inversion, wherein the intermediate two-terminal output is provided to an input of the time gain compensation circuit, and an inverter at the output of the analog to digital converter, wherein the inverter is controlled synchronously with the switch arrangement. an array of ultrasound transducer elements; a respective signal processing circuit associated with each transducer element, wherein each signal processing circuit comprises: an amplifier for receiving a signal from the transducer element; a time gain compensation circuit; and an analog to digital converter circuit connected to an output of the time gain compensation circuit, an amplifier for receiving a signal from the transducer element; a time gain compensation circuit; and an analog to digital converter circuit connected to an output of the time gain compensation circuit, wherein each signal processing circuit further comprises: a switch arrangement at the output of the amplifier for generating an intermediate two-terminal output from the amplifier output directly or with inversion, wherein the intermediate two-terminal output is provided to an input of the time gain compensation circuit, and an inverter at the output of the analog to digital converter, wherein the inverter is controlled synchronously with the switch arrangement.