mhurhangee/ep-ind-claims huggingface dataset:
Heating body for an ionic boiler, said heating body comprising an inlet opening to allow the entry of an ionic solution type fluid and an outlet opening to allow the exit of said fluid, a cylinder head receiving at least partially at least two first ends of at least two conductive electrodes connected to a phase, said cylinder head being connected to neutral, said heating body comprising at least one third conductive electrode, said at least three conductive electrodes defining a geometric shape in said heating body and said heating body comprising at least one secondary type electrode connected to neutral and positioned at the center of said geometric shape, characterized in that it comprises a deflector element in the vicinity of said outlet opening, said deflector element having a cavity in the shape of a trunk of cone at the center of which is provided a central opening coming to the right of said outlet opening of said body, and in that the cavity in the form of a truncated cone comprises housings to accommodate second ends of said conductive electrodes and possibly secondary electrodes and maintain them in a direction parallel to a central axis of said heating body.
A run flat tire comprising a tread portion, a pair of sidewall portions, a pair of bead portions each with a bead core, a carcass extending between the bead portions through the tread portion and the sidewall portions, and a crescent-shaped sidewall-reinforcing rubber disposed inside the carcass in each said sidewall portion, and comprising an outside reinforcing rubber part on the carcass side and an inside reinforcing rubber part abutting on the axially inside thereof, characterized in that the inside reinforcing rubber part is composed of a number of spiral windings of a rubber strip, wherein the rubber strip forming an axially outermost surface layer is spirally wound at first spiral pitches, the rubber strip forming an axially inner layer (12c, 12i) on the axially inside of the axially outermost surface layer is spirally wound at second spiral pitches, and the first spiral pitches are larger than the second spiral pitches, and the outside reinforcing rubber part is composed of a number of windings of a rubber strip, wherein the rubber strip forming an axially innermost surface layer is spirally wound at third spiral pitches, the rubber strip forming an axially outer layer on the axially outside of the axially innermost surface layer is spirally wound at fourth spiral pitches, and the third spiral pitches are larger than the fourth spiral pitches, wherein the rubber strip forming the inside reinforcing rubber part and the rubber strip forming the outside reinforcing rubber part have different rubber compositions, and wherein said first spiral pitches of the rubber strip forming the axially outermost surface layer of the inside reinforcing rubber part are 0.5 to 0.8 times the width (w) of the rubber strip, and said third spiral pitches of the rubber strip forming the axially innermost surface layer of the outside reinforcing rubber part are 0.5 to 0.8 times the width (w) of the rubber strip.
A mobile boom system comprising: a mobile boom base platform; a rotary mast carried by said boom base platform and rotatable relative to said boom base platform about a pan axis; a gimbal comprising a first portion attached to said rotary mast and a second portion rotatable relative to said rotary mast about a tilt axis; a boom arm having first and second ends and an intermediate portion coupled to said gimbal, said boom arm having a hollow center; a tilt angle sensor for detecting a tilt angle of the boom arm; at least one counterweight supported on a portion of said boom arm disposed between said intermediate portion and said first end; a counterweight positioning subsystem for changing a position of said at least one counterweight relative to said gimbal; a computer system programmed to receive tilt angle data from said tilt angle sensor and send control signals to said counterweight positioning subsystem for controlling the position of the at least one counterweight as a function of at least said tilt angle data; characterised in that the system comprises further, a pay-out/take-up subsystem disposed near said first end of said boom arm; and a cable extending from said pay-out/take-up subsystem through said hollow center of said boom arm, wherein said computer system is further programmed to control pay-out and take-up of said cable as a function of said tilt angle data. a mobile boom base platform; a rotary mast carried by said boom base platform and rotatable relative to said boom base platform about a pan axis; a gimbal comprising a first portion attached to said rotary mast and a second portion rotatable relative to said rotary mast about a tilt axis; a boom arm having first and second ends and an intermediate portion coupled to said gimbal, said boom arm having a hollow center; a tilt angle sensor for detecting a tilt angle of the boom arm; at least one counterweight supported on a portion of said boom arm disposed between said intermediate portion and said first end; a counterweight positioning subsystem for changing a position of said at least one counterweight relative to said gimbal; a computer system programmed to receive tilt angle data from said tilt angle sensor and send control signals to said counterweight positioning subsystem for controlling the position of the at least one counterweight as a function of at least said tilt angle data; characterised in that the system comprises further, a pay-out/take-up subsystem disposed near said first end of said boom arm; and a cable extending from said pay-out/take-up subsystem through said hollow center of said boom arm, wherein said computer system is further programmed to control pay-out and take-up of said cable as a function of said tilt angle data.
Multiple-flow outlet fitting having conduits, consisting of at least one base part which can be mounted on a fixing element, and, rotatably mounted on the base part, a swivel spout having at least one cold water line and a filtered water line, wherein the filtered water line has at least one fluid-tight rotatable separation point at one or more of the conduits, characterised in that the separation point comprises a swivel nipple and a rigid nipple, and at least one sealing means and a fixing means are provided for each of the ends of the filtered water line at the separation point.
An automated driving vehicle management system comprising: a map information storage unit configured to store map information; an imaginary stop line management unit configured to manage an imaginary stop line (421, 422) that is generated for a road included in the map information, a communication unit configured to transmit imaginary stop line information about the imaginary stop line (421, 422) to a plurality of automated driving vehicles that stop in accordance with the imaginary stop line, wherein the imaginary stop line management unit is configured to generate the imaginary stop line in a rectangular shape so that it surrounds a parking area, wherein the imaginary stop line management unit is configured to open and close a side of the rectangular imaginary stop line in order to allow movement of a vehicle of the plurality of vehicles into and out of the parking area. a map information storage unit configured to store map information; an imaginary stop line management unit configured to manage an imaginary stop line (421, 422) that is generated for a road included in the map information, a communication unit configured to transmit imaginary stop line information about the imaginary stop line (421, 422) to a plurality of automated driving vehicles that stop in accordance with the imaginary stop line, wherein the imaginary stop line management unit is configured to generate the imaginary stop line in a rectangular shape so that it surrounds a parking area, wherein the imaginary stop line management unit is configured to open and close a side of the rectangular imaginary stop line in order to allow movement of a vehicle of the plurality of vehicles into and out of the parking area.
Connecting arrangement between a first and a second component (1, 2), wherein the second component is made of a steel material and the first component consists of a fibre-reinforced plastic material, characterised in that the two components (1, 2) are connected by means of a metallic connecting piece, the connecting piece being plug-connected to the first component in a non-releasable manner.
A system for offline charging, characterized in that the system comprises a packet data service node, PDSN, an authentication, authorization, and accounting server, AAAS, a content charging gateway, CCG, and an online charging server, OCS, wherein: the PDSN is arranged to analyze user types, differentiate data packets into data packets of content charging users and data packets of non-content charging users, adopt different charging policies for different users based on user sorting policy and route data packets of content charging users to the CCG when determining that a user is a content charging user and needs offline charging; the CCG is arranged to analyze content of the data packets routed by the PDSN, interact with the AAAS, and implement offline charging function; the AAAS is arranged to generate an offline charging Call Detail Record, CDR, according to content charging result reported by the CCG. the PDSN is arranged to analyze user types, differentiate data packets into data packets of content charging users and data packets of non-content charging users, adopt different charging policies for different users based on user sorting policy and route data packets of content charging users to the CCG when determining that a user is a content charging user and needs offline charging; the CCG is arranged to analyze content of the data packets routed by the PDSN, interact with the AAAS, and implement offline charging function; the AAAS is arranged to generate an offline charging Call Detail Record, CDR, according to content charging result reported by the CCG.
Cutting machine for cutting off slices of elongate food products, comprising a machine housing which holds a drive motor and a rotating cutting blade which is driven by the drive motor, wherein a set-down region with a weighing device which is arranged in the set-down region is provided in the region of the cutting blade, and the weighing apparatus comprises a weighing cell and a load plate, which is connected to the weighing cell, for setting down cut-off slices, and the weighing apparatus is mounted in a manner adjustable and/or displaceable relative to the machine housing, wherein the weighing apparatus is connected in a displaceable manner to the machine housing by means of a carrier apparatus which comprises at least one carrier (241, 242), characterized in that an electrical cable connection of the weighing apparatus is guided in a receiving space of the at least one carrier (241, 242), wherein the at least one carrier (241, 242) passes through a wall of the machine housing, and the wall has a sliding bearing and/or a seal for the at least one carrier (241, 242).
A power system adapted for supplying power in a high temperature environment, the power system comprising: a rechargeable energy storage that comprises an ultracapitor and that is operable in a temperature range of between about minus forty degrees Celsius and about two hundred and ten degrees Celsius coupled to a circuit for at least one of supplying power from the energy storage and charging the energy storage; wherein the energy storage is configured to provide peak power of greater than ten watts for at least 1,000 charge-discharge cycles; and characterised in that the energy storage is embodied in an annular form factor and the power system is configured to be a component of a collar-mounted tool disposed on the wall or collar of a drilling apparatus. a rechargeable energy storage that comprises an ultracapitor and that is operable in a temperature range of between about minus forty degrees Celsius and about two hundred and ten degrees Celsius coupled to a circuit for at least one of supplying power from the energy storage and charging the energy storage; wherein the energy storage is configured to provide peak power of greater than ten watts for at least 1,000 charge-discharge cycles; and characterised in that the energy storage is embodied in an annular form factor and the power system is configured to be a component of a collar-mounted tool disposed on the wall or collar of a drilling apparatus.
A regenerated hair follicle primordium aggregation manufacturing method, comprising: a step of inoculating a microwell plate, which has regularly arranged microwell portions, with a medium with suspensions of mammalian mesenchymal and epithelial cells at the same time and culturing a mixture of the cells while supplying oxygen thereto from all surfaces of the microwell plate so as to form hair follicle primordia in the microwell portions, wherein the microwell plate is formed of an oxygen permeable material, wherein a diameter of an opening portion of the microwell portion is equal to or greater than 20 μm and equal to or smaller than 1 mm, and wherein a density of the microwell portions in the microwell plate is equal to or higher than 20 microwell portions/cm 2 and equal to or smaller than 500 microwell portions/cm 2. a step of inoculating a microwell plate, which has regularly arranged microwell portions, with a medium with suspensions of mammalian mesenchymal and epithelial cells at the same time and culturing a mixture of the cells while supplying oxygen thereto from all surfaces of the microwell plate so as to form hair follicle primordia in the microwell portions, wherein the microwell plate is formed of an oxygen permeable material, wherein a diameter of an opening portion of the microwell portion is equal to or greater than 20 μm and equal to or smaller than 1 mm, and wherein a density of the microwell portions in the microwell plate is equal to or higher than 20 microwell portions/cm 2 and equal to or smaller than 500 microwell portions/cm 2.
A sensor device (50, 80) for detecting dose of radiation received at the sensor device (50, 80), the sensor device (50, 80) comprising: a flexible body having a cross-section being comparatively small relative to the length of the device, a cladding (54, 84) at the flexible body, the cladding converting incoming radiation into visible light, characterized by an optical shape sensing device disposed within the flexible body and configured to determine a shape of the sensor device (50, 80) relative to a reference, the shape sensing device configured to collect information based on its configuration to map an intraluminal structure during a procedure. a flexible body having a cross-section being comparatively small relative to the length of the device, a cladding (54, 84) at the flexible body, the cladding converting incoming radiation into visible light, characterized by an optical shape sensing device disposed within the flexible body and configured to determine a shape of the sensor device (50, 80) relative to a reference, the shape sensing device configured to collect information based on its configuration to map an intraluminal structure during a procedure.
Method for locally processing information obtained by a first local processor of a plurality of local processors connected to a central processor, the first local processor being identified by a first identifier and being capable of receiving messages from the central processor, the method comprising the following steps, implemented by the first local processor: • obtaining local measurements in order to form a local contribution vector, • computing a first information matrix relating to the local contribution vector, • receiving a message from the central processor, comprising a list (CSRC) of identifiers of local processors selected by the central processor on the basis of their relevance to the computation of a global prediction matrix, called the relevance list, the global prediction matrix being the product of a fusion of local measurements obtained by local processors of the plurality, • on the basis of at least the presence of the first identifier in the relevance list, a step (L311, L312) of determining a contribution authorization (OK-SND, NOK-SND), • on the basis of the determined contribution authorization (L311, L312), a step of transmitting a message comprising the first identifier of the first local processor, the first information matrix and the local contribution vector, at least to the central processor. • obtaining local measurements in order to form a local contribution vector, • computing a first information matrix relating to the local contribution vector, • receiving a message from the central processor, comprising a list (CSRC) of identifiers of local processors selected by the central processor on the basis of their relevance to the computation of a global prediction matrix, called the relevance list, the global prediction matrix being the product of a fusion of local measurements obtained by local processors of the plurality, • on the basis of at least the presence of the first identifier in the relevance list, a step (L311, L312) of determining a contribution authorization (OK-SND, NOK-SND), • on the basis of the determined contribution authorization (L311, L312), a step of transmitting a message comprising the first identifier of the first local processor, the first information matrix and the local contribution vector, at least to the central processor.
An assembly comprising a male and a female plug member, wherein: the female plug member has an elongate cavity extending along a longitudinal axis and having in the cavity first signal conducting elements, the male plug member having an outer surface being adapted to be positioned at least partly within the cavity, and second signal conducting elements being provided at or on the outer surface, the male plug member having one or more first clicking elements (60, 42, 42', 43, 43', 82, 84), the female plug member having one or more second clicking elements (62, 68) being adapted to interact with and click together with the first clicking elements (60, 42, 42', 43, 43', 82, 84) when the male plug member is introduced into the female plug member along the longitudinal axis, the first and second signal conducting elements (46, 52) being positioned so as to engage or abut when the first and second clicking elements (60, 42, 42', 43, 43', 82, 84, 62, 68) are clicked together, characterized in that: the second clicking element(s) (62, 68) is/are positioned, in a cross section in a plane perpendicular to the longitudinal axis, symmetrically in relation to a centre point, in the plane, between positions of the first signal conducting elements, and the engagement of the first and second signal conducting elements (46, 52) occurs simultaneously with the clicking of the first and second clicking elements (60, 42, 42', 43, 43', 82, 84, 62, 68). the female plug member has an elongate cavity extending along a longitudinal axis and having in the cavity first signal conducting elements, the male plug member having an outer surface being adapted to be positioned at least partly within the cavity, and second signal conducting elements being provided at or on the outer surface, the male plug member having one or more first clicking elements (60, 42, 42', 43, 43', 82, 84), the female plug member having one or more second clicking elements (62, 68) being adapted to interact with and click together with the first clicking elements (60, 42, 42', 43, 43', 82, 84) when the male plug member is introduced into the female plug member along the longitudinal axis, the first and second signal conducting elements (46, 52) being positioned so as to engage or abut when the first and second clicking elements (60, 42, 42', 43, 43', 82, 84, 62, 68) are clicked together, the second clicking element(s) (62, 68) is/are positioned, in a cross section in a plane perpendicular to the longitudinal axis, symmetrically in relation to a centre point, in the plane, between positions of the first signal conducting elements, and the engagement of the first and second signal conducting elements (46, 52) occurs simultaneously with the clicking of the first and second clicking elements (60, 42, 42', 43, 43', 82, 84, 62, 68).
A ventilation device for docking onto a frame of a window or a door, the device comprising (a) a housing which has a greater extension in the longitudinal direction than the other extensions the transverse and depth direction (Q, T); (b) a flat side of the housing which is divided into at least three functional strip sections, wherein (ba) a first strip section is provided as a mounting strip for a lateral front surface of the fixed frame and is formed for this purpose; (bb) a respective additional functional strip (12b, 12c) is provided on either side thereof on the flat side of the housing; - wherein two flow openings (7, 9) arranged at a distance from each other are provided in one of the functional strips acting as the outer strip; - wherein in the remaining functional strip, as an inner strip, a removable plate for covering a service access is provided; (c) comprising two flow channels (a, b) which are formed in the housing and which both extend through a heat exchanger and each flow channel comprises a fan (30a, 30b). (a) a housing which has a greater extension in the longitudinal direction than the other extensions the transverse and depth direction (Q, T); (b) a flat side of the housing which is divided into at least three functional strip sections, wherein (ba) a first strip section is provided as a mounting strip for a lateral front surface of the fixed frame and is formed for this purpose; (bb) a respective additional functional strip (12b, 12c) is provided on either side thereof on the flat side of the housing; - wherein two flow openings (7, 9) arranged at a distance from each other are provided in one of the functional strips acting as the outer strip; - wherein in the remaining functional strip, as an inner strip, a removable plate for covering a service access is provided; - wherein two flow openings (7, 9) arranged at a distance from each other are provided in one of the functional strips acting as the outer strip; - wherein in the remaining functional strip, as an inner strip, a removable plate for covering a service access is provided; (c) comprising two flow channels (a, b) which are formed in the housing and which both extend through a heat exchanger and each flow channel comprises a fan (30a, 30b).