mhurhangee/ep-ind-claims huggingface dataset:
Train control system for monitoring at least one sub-rail network of a rail network and of rail-bound vehicles on this at least one sub-rail network and for monitoring and controlling at least two switchable route elements, in particular switches, of the sub-rail network, wherein the train control system comprises at least two stationary visual sensors for acquiring sensor data of the sub-rail network and at least one stationary central control device, wherein a) the central control device is in data connection with the stationary visual sensors, b) the central control device is in data connection with the two route elements, c) the central control device is designed to receive the sensor data from the stationary visual sensors and to process the sensor data, wherein the train control system is designed such that taking into account the sensor data of the stationary visual sensors processed in the central control device, the at least two route elements in the at least one sub-rail network can be controlled, characterised in that the sub-rail network comprises at least two stations or stops, several switches, route sections and safety elements including railway barriers, in that the stationary visual sensors are arranged in such a way that the safety elements can be monitored and controlled, in that the stationary visual sensors each comprise a radar sensor and a learning computer program, with which events can be abstracted from the recorded sensor data, and in that the computer program of the stationary visual sensors is designed such that an event message can be sent to the central control device, provided that an abstracted event of the sensor data matches with an event from a number of predetermined events. a) the central control device is in data connection with the stationary visual sensors, b) the central control device is in data connection with the two route elements, c) the central control device is designed to receive the sensor data from the stationary visual sensors and to process the sensor data,
An atomizer for an electronic cigarette, comprising: a housing having a first end and an opposite second end, the second end being configured for connecting with a power supply, the housing defining a liquid chamber configured for containing tobacco liquid; a sealing cover detachably connected with the first end; a mouthpiece connected with the sealing cover; an atomizing device arranged in the housing, the atomizing device being configured for atomizing the tobacco liquid to form aerosol; and an air pipe in the housing; wherein the first end defines a liquid filling opening in communication with the liquid chamber, when the sealing cover is connected with the first end, the sealing cover seals the liquid filling opening; the sealing cover defines an air inlet, the air pipe and the liquid chamber cooperatively define an annular air passage in communication with the air inlet, so that external air can enter the air inlet and reach the atomizing device through the air passage, and then together with the aerosol can be expelled via the mouthpiece, characterized in that the liquid chamber comprises a storing chamber and a buffer chamber, the air pipe is arranged in the storing chamber, the atomizing device is configured to absorb the tobacco liquid in the buffer chamber for atomization, the atomizer further comprises a liquid passage and a valve, the liquid passage is defined between the storing chamber and the buffer chamber, and the valve is configured for opening or closing the liquid passage. a housing having a first end and an opposite second end, the second end being configured for connecting with a power supply, the housing defining a liquid chamber configured for containing tobacco liquid; a sealing cover detachably connected with the first end; a mouthpiece connected with the sealing cover; an atomizing device arranged in the housing, the atomizing device being configured for atomizing the tobacco liquid to form aerosol; and an air pipe in the housing; wherein the first end defines a liquid filling opening in communication with the liquid chamber, when the sealing cover is connected with the first end, the sealing cover seals the liquid filling opening; the sealing cover defines an air inlet, the air pipe and the liquid chamber cooperatively define an annular air passage in communication with the air inlet, so that external air can enter the air inlet and reach the atomizing device through the air passage, and then together with the aerosol can be expelled via the mouthpiece, characterized in that the liquid chamber comprises a storing chamber and a buffer chamber, the air pipe is arranged in the storing chamber, the atomizing device is configured to absorb the tobacco liquid in the buffer chamber for atomization, the atomizer further comprises a liquid passage and a valve, the liquid passage is defined between the storing chamber and the buffer chamber, and the valve is configured for opening or closing the liquid passage.
A connector comprising: an existing connector serving as a base and having a cylindrical projection to penetrate through an outside wall of an attachment subject (30;47), and a cylindrical member which is fitted with the cylindrical projection so as to surround it without forming any gaps and extends axially beyond the cylindrical projection such that a cavity having a length L is formed in the cylindrical member, wherein the cavity is filled with a resin. an existing connector serving as a base and having a cylindrical projection to penetrate through an outside wall of an attachment subject (30;47), and a cylindrical member which is fitted with the cylindrical projection so as to surround it without forming any gaps and extends axially beyond the cylindrical projection such that a cavity having a length L is formed in the cylindrical member, wherein the cavity is filled with a resin.
Back up cooling device intended for a hot isostatic press, the press including a compression chamber, a reservoir of a gas and a first circulation circuit of the gas between the gas reservoir and the compression chamber, characterised in that it includes: a reservoir of a cooling liquid provided with a first heat exchanger between the gas and the cooling liquid, a circulation circuit of the cooling liquid forming a closed loop including the reservoir and a cooling circuit disposed around the compression chamber, a second circulation circuit of the gas, extending from a connecting valve to the first circulation circuit of the gas, and including the first heat exchanger, a control module able to control the connecting valve in order to open it in case of an operating fault of the hot isostatic press, and close it otherwise. a reservoir of a cooling liquid provided with a first heat exchanger between the gas and the cooling liquid, a circulation circuit of the cooling liquid forming a closed loop including the reservoir and a cooling circuit disposed around the compression chamber, a second circulation circuit of the gas, extending from a connecting valve to the first circulation circuit of the gas, and including the first heat exchanger, a control module able to control the connecting valve in order to open it in case of an operating fault of the hot isostatic press, and close it otherwise.
Device (1, 1') suitable for receiving at least one biological sample and carrying out the secure transfer of at least a part of said biological sample, said device (1, 1') comprising: - at least one container (2, 2'), preferably leak-proof, suitable for receiving said biological sample, said container (2, 2') comprising at least one filling means such as an opening and at least one closing means (4, 4') which makes it possible to close said filling means, preferably hermetically, - at least one movable sampling means, connected to said container (2, 2'), said sampling means comprising at least one wall (12, 12'), said sampling means being suitable for shifting from a first position, in which said at least one wall (12, 12') is protected inside said container (2, 2'), to a second position, in which said at least one wall (12, 12') protrudes at least partially, and preferably completely, outside said container (2, 2'), said sampling means being further suitable for: - receiving, in said second position, at least a part of said biological sample in said protrusion of said sampling means, - being released from said container (2, 2'), preferably hermetically, in said second position, in order to carry out the transfer of said part of said biological sample, said wall (12, 12') consisting of a flexible membrane, suitable for being invaginated inside the container (2, 2') in said first position and at least partially evaginated outside the container (2, 2') in said second position, and said flexible membrane being hermetic. - at least one container (2, 2'), preferably leak-proof, suitable for receiving said biological sample, said container (2, 2') comprising at least one filling means such as an opening and at least one closing means (4, 4') which makes it possible to close said filling means, preferably hermetically, - at least one movable sampling means, connected to said container (2, 2'), said sampling means comprising at least one wall (12, 12'), said sampling means being suitable for shifting from a first position, in which said at least one wall (12, 12') is protected inside said container (2, 2'), to a second position, in which said at least one wall (12, 12') protrudes at least partially, and preferably completely, outside said container (2, 2'), - receiving, in said second position, at least a part of said biological sample in said protrusion of said sampling means, - being released from said container (2, 2'), preferably hermetically, in said second position, in order to carry out the transfer of said part of said biological sample, said wall (12, 12') consisting of a flexible membrane, suitable for being invaginated inside the container (2, 2') in said first position and at least partially evaginated outside the container (2, 2') in said second position, and said flexible membrane being hermetic.
A guiding device for one end of a conveying line, the device being configured for guiding and supporting the return movement of a conveyor, the device comprising at least one plate-like body designed for being positioned at said end of the conveying line and for being aligned with the conveyor, said plate-like body comprising: - a pair of opposed side surfaces (14, 16); - an upper surface and a lower surface opposed to each other, which are substantially orthogonal to said pair of side surfaces (14, 16); - a rounded front surface, which connects said upper surface to said lower surface, said rounded front surface and at least said upper surface defining respective sliding surfaces for said conveyor; and - at least one rolling body (22, 24), protruding from the rounded front surface and freely rotatable about at least one pin engaged in at least one respective seat obtained at said rounded front surface, wherein said pin and said seat are oriented along one and the same axis which is substantially parallel to said upper surface and lower surface, opposed to each other, and which is substantially perpendicular to said pair of opposed side surfaces (14, 16), and wherein the rotation of said at least one rolling body (22, 24) is caused by the sliding of said conveyor on said rounded front surface, the device being characterized in that said plate-like body consists of a single piece of plastic material, wherein said seat is obtained by a milling operation on said rounded front surface, said seat consisting of a substantially U-shaped channel which is frontally open and having a width, as measured in the direction of said axis, that is smaller than the overall width of said upper surface, said lower surface and said rounded front surface, so that said channel is laterally closed by said pair of opposed side surfaces (14, 16). - a pair of opposed side surfaces (14, 16); - an upper surface and a lower surface opposed to each other, which are substantially orthogonal to said pair of side surfaces (14, 16); - a rounded front surface, which connects said upper surface to said lower surface, said rounded front surface and at least said upper surface defining respective sliding surfaces for said conveyor; and - at least one rolling body (22, 24), protruding from the rounded front surface and freely rotatable about at least one pin engaged in at least one respective seat obtained at said rounded front surface,
Header adapted to be connected to and form part of or being integrally formed as a part of a heat exchanger, the heat exchanger having a heat exchanger body with a plurality of discrete channels (B ij) for a first fluid and a plurality of discrete channels (C ¡j) for a second fluid, the header having: a first end having a round configuration being adapted to be connected to a circular pipe and to form an inlet to, or an outlet from, the heat exchanger; and a second end being adapted to be connected to or be integrally formed with the heat exchanger body and being provided with a plurality of discrete channels (B ij), wherein each discrete channel (Bij) at the second end of the header is adapted to be individually connected to or integrally formed with one discrete channel (Bij) of the plurality of discrete channels (B ij) for the first fluid in the heat exchanger body, wherein the header is provided with a plurality of dividers dividing one or more internal channels of the circular pipe into the plurality of discrete channels (B ij) at the second end, characterised in that the dividers extend from the second end to or towards the first end, and in that at least some of the dividers extend from the second end to the first end and define a plurality of channel mouths (A ¡j) at the first end, the channel mouths (A ¡j) together forming the round configuration of the first end. a first end having a round configuration being adapted to be connected to a circular pipe and to form an inlet to, or an outlet from, the heat exchanger; and a second end being adapted to be connected to or be integrally formed with the heat exchanger body and being provided with a plurality of discrete channels (B ij), wherein each discrete channel (Bij) at the second end of the header is adapted to be individually connected to or integrally formed with one discrete channel (Bij) of the plurality of discrete channels (B ij) for the first fluid in the heat exchanger body, wherein the header is provided with a plurality of dividers dividing one or more internal channels of the circular pipe into the plurality of discrete channels (B ij) at the second end, characterised in that the dividers extend from the second end to or towards the first end, and in that at least some of the dividers extend from the second end to the first end and define a plurality of channel mouths (A ¡j) at the first end, the channel mouths (A ¡j) together forming the round configuration of the first end.
A receiver (10; 50) for a modulated light signal which is keyed with a code sequence of a predefined number of chips comprising: - a light sensor adapted to receive the modulated light signal and to convert it into an electrical signal, characterized in that: - sampling means adapted to take different samples of the electrical signal within a chip period and repeating this during a number of chip periods, - processing means (14, 16; 14, 52) adapted for calculating several inner products between the code sequence and several respective received sequences of said samples, wherein each received sequence contains different samples from each of a plurality of chip periods, and - combining means (18; 60) adapted to combine the results of the inner product calculations and to output a decision signal (20; 62) as a result of the combination. - a light sensor adapted to receive the modulated light signal and to convert it into an electrical signal, - sampling means adapted to take different samples of the electrical signal within a chip period and repeating this during a number of chip periods, - processing means (14, 16; 14, 52) adapted for calculating several inner products between the code sequence and several respective received sequences of said samples, wherein each received sequence contains different samples from each of a plurality of chip periods, and - combining means (18; 60) adapted to combine the results of the inner product calculations and to output a decision signal (20; 62) as a result of the combination.
A sensor comprising: a cylindrical-shaped housing which has an opening formed at one end; an electronic component which is housed in the housing; a cylindrical-shaped clamp of which one end is inserted into the housing from the opening; and a sealing resin which seals a gap between an inner wall of the housing and an outer wall of the clamp, wherein on the outer wall, the clamp has a rib which rises towards the inner wall of the housing, the rib comprises an apex and a sloped surface which extends from the apex towards another end of the clamp and which intersects the outer wall of the clamp, and the sensor is characterized in that: the sealing resin, which exudes from between the inner wall of the housing and the apex and which is positioned on the sloped surface, has a recess resulting from surface tension, wherein a viscosity of a sealing resin in a liquid form that solidifies and forms the sealing resin is equal to or greater than 96 mPa s, and the sloped surface intersects the outer wall of the clamp at an angle of equal to or greater than 140°. a cylindrical-shaped housing which has an opening formed at one end; an electronic component which is housed in the housing; a cylindrical-shaped clamp of which one end is inserted into the housing from the opening; and a sealing resin which seals a gap between an inner wall of the housing and an outer wall of the clamp, wherein on the outer wall, the clamp has a rib which rises towards the inner wall of the housing, the rib comprises an apex and a sloped surface which extends from the apex towards another end of the clamp and which intersects the outer wall of the clamp, and the sensor is characterized in that: the sealing resin, which exudes from between the inner wall of the housing and the apex and which is positioned on the sloped surface, has a recess resulting from surface tension, wherein a viscosity of a sealing resin in a liquid form that solidifies and forms the sealing resin is equal to or greater than 96 mPa s, and the sloped surface intersects the outer wall of the clamp at an angle of equal to or greater than 140°. the sealing resin, which exudes from between the inner wall of the housing and the apex and which is positioned on the sloped surface, has a recess resulting from surface tension, wherein a viscosity of a sealing resin in a liquid form that solidifies and forms the sealing resin is equal to or greater than 96 mPa s, and the sloped surface intersects the outer wall of the clamp at an angle of equal to or greater than 140°.
An ophthalmic surgical system, comprising: a patch sized and shaped to seal a retinal break of an eye by preventing fluid from infiltrating a sub-retinal space when adhered to a retina surrounding the retinal break, wherein the patch is sized and shaped according to a size and shape of the retinal break, and wherein the patch is formed of a material that does not break down or degrade over time so that the patch is permanently positioned around the retinal break; a delivery device including a cannula configured to maintain the patch in a furled state for passage through an incision in the eye, the delivery device actuatable to deploy the patch within a vitreous chamber of the eye; and a biocompatible adhesive, disposed on the patch, to affix the patch to the retina. a patch sized and shaped to seal a retinal break of an eye by preventing fluid from infiltrating a sub-retinal space when adhered to a retina surrounding the retinal break, wherein the patch is sized and shaped according to a size and shape of the retinal break, and wherein the patch is formed of a material that does not break down or degrade over time so that the patch is permanently positioned around the retinal break; a delivery device including a cannula configured to maintain the patch in a furled state for passage through an incision in the eye, the delivery device actuatable to deploy the patch within a vitreous chamber of the eye; and a biocompatible adhesive, disposed on the patch, to affix the patch to the retina.
An absorbent core extending in a longitudinal direction (y) and a transversal direction (x), the absorbent core comprising a core wrap having a top layer and a bottom layer enclosing an absorbent layer comprising superabsorbent polymer, wherein the superabsorbent polymer is in the form of particles which are at least partially immobilized by a micro fibrous glue and wherein the absorbent core comprises less than 10% by weight of cellulose fibers relative to the total weight of absorbent material, and the absorbent layer comprises: - a non-rectangular central portion having a front edge, a back edge and two longitudinally-extending side edges (604, 606), wherein each side edge defines a recess along a portion of its length; - a first side portion present in one of the recess and a second side portion present in the other recess, wherein each side portion comprises a proximal edge (610, 620) relative to the central portion and a distal edge (611, 621) further away from the central portion; wherein the proximal edges (610, 620) of the side portions are convex; and - either the distal edge of each side portion is concave so that the side portions are crescent-shaped; or - the distal edge of each side portion is straight, and optionally flush with the longitudinally-extending side edges of the central layer outside the portion of the longitudinally-extending side edges defining the recesses; and wherein the absorbent core further comprises a first folding guide between the first side portion and the central portion, and a second folding guide between the second side portion and the central portion, and when the absorbent core is folded along the folding guides, the central portion and the side portions form a three-dimensional basin. - a non-rectangular central portion having a front edge, a back edge and two longitudinally-extending side edges (604, 606), wherein each side edge defines a recess along a portion of its length; - a first side portion present in one of the recess and a second side portion present in the other recess, wherein each side portion comprises a proximal edge (610, 620) relative to the central portion and a distal edge (611, 621) further away from the central portion; - either the distal edge of each side portion is concave so that the side portions are crescent-shaped; or - the distal edge of each side portion is straight, and optionally flush with the longitudinally-extending side edges of the central layer outside the portion of the longitudinally-extending side edges defining the recesses; and