mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising a reaction vessel, a base material gripper, a rotation mechanism and a burner, said apparatus being adapted for producing a porous glass preform formed by depositing glass fine particles, produced by a flame hydrolysis reaction using the burner, on a starting member gripped by the base material gripper in the reaction vessel, wherein the base material gripper is provided so that it protrudes from the inside of the reaction vessel to the outside of the reaction vessel and the protruded part thereof is set on the rotation mechanism provided outside the reaction vessel, and wherein said apparatus is characterized in that it further comprises: a cover in the reaction vessel that covers the base material gripper, and a means for supplying gas adapted to supply gas to an inside of the cover such that the gas is caused to flow from the inside of the cover to an inside of the reaction vessel. wherein the base material gripper is provided so that it protrudes from the inside of the reaction vessel to the outside of the reaction vessel and the protruded part thereof is set on the rotation mechanism provided outside the reaction vessel, and wherein said apparatus is characterized in that it further comprises: a cover in the reaction vessel that covers the base material gripper, and a means for supplying gas adapted to supply gas to an inside of the cover such that the gas is caused to flow from the inside of the cover to an inside of the reaction vessel. a cover in the reaction vessel that covers the base material gripper, and a means for supplying gas adapted to supply gas to an inside of the cover such that the gas is caused to flow from the inside of the cover to an inside of the reaction vessel.
A contact lens comprising at least one clay and at least one silicone component, wherein said at least one clay is applied to the surface of said contact lens and said contact lens does not comprise any diffusible material whose release from said contact lens is inhibited by said at least one clay.
A method of positioning-aware carrier switching for User Equipment, UE, performed by a serving node of the UE in a multi-carrier wireless communication network, wherein the UE is served by at least two carriers, comprising: assigning a first carrier as a primary carrier for the UE; selecting a second carrier to be the primary carrier for the UE; and switching the primary carrier for the UE from the first carrier to the second carrier; the method being characterised by: ascertaining whether position measurements for the UE are ongoing; and the selecting step being constrained to select a second carrier that transmits Positioning Reference Signals, so as to enable one or more positioning measurements to be performed. assigning a first carrier as a primary carrier for the UE; selecting a second carrier to be the primary carrier for the UE; and switching the primary carrier for the UE from the first carrier to the second carrier; the method being characterised by: ascertaining whether position measurements for the UE are ongoing; and the selecting step being constrained to select a second carrier that transmits Positioning Reference Signals, so as to enable one or more positioning measurements to be performed. ascertaining whether position measurements for the UE are ongoing; and the selecting step being constrained to select a second carrier that transmits Positioning Reference Signals, so as to enable one or more positioning measurements to be performed.
Housing for an inverter comprising circuit elements and a cooling system, wherein the housing has four openings (3, 5, 7, 9) and the cooling system comprises two channels (10, 11) which are arranged in the housing and each of which is connected to two different openings (3, 5,7, 9), and a capacitor is arranged below the housing, wherein one of the openings is configured as a coolant inlet, a further of the openings is configured as a coolant outlet and two further openings (7, 9) of different channels (10, 11) are connected in a communicating manner by means of a connecting element which is arranged outside the housing and the connecting element is of rigid design and runs past the side of the capacitor.
A host computing device, comprising: a serializer/deserializer (SERDES); a peripheral component interconnect express (PCIe) bus; a video source; a connector coupled, via the SERDES, to the PCIe bus and the video source; characterised by a host controller to operate in a safe mode to issue instructions such that a peripheral controller of a peripheral device does not transmit or otherwise permit PCIe data from the PCIe bus to be provided, via the SERDES and the connector, to another communication path thereby ensuring that the PCIe data is solely provided from the host device to the peripheral controller of the peripheral device. a serializer/deserializer (SERDES); a peripheral component interconnect express (PCIe) bus; a video source; a connector coupled, via the SERDES, to the PCIe bus and the video source; characterised by a host controller to operate in a safe mode to issue instructions such that a peripheral controller of a peripheral device does not transmit or otherwise permit PCIe data from the PCIe bus to be provided, via the SERDES and the connector, to another communication path thereby ensuring that the PCIe data is solely provided from the host device to the peripheral controller of the peripheral device.
A recombinant filamentous fungal cell comprising an inactivated chromosomal gene selected from mnn9 according to SEQ ID NO:7 and functionally homologous sequences having at least 60% sequence identity thereto, wherein the recombinant fungal cell has enhanced expression of a protein of interest, and wherein inactivation occurs by: (i) deletion of part of the coding sequences; (ii) interruptions in the nucleic acid gene sequence; (iii) insertions in the nucleic acid gene sequence; and/or (iv) disruptions of the protein-coding sequence. (i) deletion of part of the coding sequences; (ii) interruptions in the nucleic acid gene sequence; (iii) insertions in the nucleic acid gene sequence; and/or (iv) disruptions of the protein-coding sequence.
A protective structure for fences configured for being fixed on the front of fences to cushion possible impacts, characterised in that it comprises a spongey body, a flat panel made of a rigid and lightweight material and a wrap-around laminar cover by way of a case, wherein the spongey body and the flat panel are attached to one another forming a whole body tightly fit within the laminar cover.
A non-transitory computer-readable storage medium comprising an initialization application that, when executed by a cryptographic manager device at a first occurrence, causes the CM device to perform a device definition process to generate a device definition request to establish a unique identity and a root of trust of the CM device, the CM device to be deployed in a CM system; in response to the device definition request, obtaining device information comprising device identity and device credentials of the CM device and storing the device definition request with the device information in storage space of a removable storage device; and when executed by a provisioning device associated with a CM device at a second occurrence, causes the provisioning device to import the device definition request with the device information from the removable storage device onto the provisioning device; and to generate a device definition response with provisioning information associated with the CM system; and to store the device definition response in storage space of the removable storage device; when executed by a CM device at a third occurrence, causes the CM device to import the device definition response.
Protective housing for an electricity meter arranged on a circuit board, wherein the circuit board is comprised by a charging station for electric vehicles, and the electrical energy consumed during a charging process is detectable by means of the electricity meter, characterised in that the protective housing is set up to at least partially enclose the circuit board both on the bottom side and on the top side, the protective housing further being set up to enclose the electricity meter in a tamper-proof manner, so that the protective housing is not detachable from the circuit board without damage after it has been arranged.
Vibrating device for an installation for producing a nonwoven fabric web, which is configured to be positioned in the machine cross direction below a transport belt for fibres from which the nonwoven fabric web is produced, and to set in vibration the transport belt with the fibres transported thereon; wherein the vibrating device comprises a beam of which the upper side is able to be at least temporarily brought into contact with a lower side of the transport belt, wherein the beam is mounted in such a manner, and/or the beam is excited, or able to be excited, by the vibrating device only in such a manner, that said beam does not substantially carry out, or permit, movements in the machine direction, characterized in that the beam is assigned a plurality of unbalance motors, wherein the beam is assigned an even number of unbalance motors, and wherein two unbalance motors are in each case able to be driven, or in each case driven, at substantially identical frequencies but in opposite rotation directions. wherein the vibrating device comprises a beam of which the upper side is able to be at least temporarily brought into contact with a lower side of the transport belt, wherein the beam is mounted in such a manner, and/or the beam is excited, or able to be excited, by the vibrating device only in such a manner, that said beam does not substantially carry out, or permit, movements in the machine direction, characterized in that the beam is assigned a plurality of unbalance motors, wherein the beam is assigned an even number of unbalance motors, and wherein two unbalance motors are in each case able to be driven, or in each case driven, at substantially identical frequencies but in opposite rotation directions.
An apparatus for separating a thin slice sample from a specimen of a multi-layer adhesive film, thereby allowing an analysis of the multi-layer adhesive film comprising: a specimen tray unit on which the specimen of the multi-layer structure adhesive film is mounted, a blade unit that is movable in the first vertical direction to the first surface of the specimen tray unit on which the specimen is mounted, a liquid nitrogen supply unit for supplying liquid nitrogen so that the specimen mounted on the specimen tray unit is immersible, and a driving unit for moving the specimen tray unit or the blade unit in a direction parallel to the first surface. a specimen tray unit on which the specimen of the multi-layer structure adhesive film is mounted, a blade unit that is movable in the first vertical direction to the first surface of the specimen tray unit on which the specimen is mounted, a liquid nitrogen supply unit for supplying liquid nitrogen so that the specimen mounted on the specimen tray unit is immersible, and a driving unit for moving the specimen tray unit or the blade unit in a direction parallel to the first surface.
A surgical system, comprising: an access device having a working channel and a visualization channel; and a visualization system at least partially disposed in the visualization channel, the visualization system comprising a camera module and a housing (104B, 104C) in which the camera module is mounted, wherein the housing includes a main body and a distal end cap, and the main body includes therein a camera lumen in which the camera module is disposed and first and second fluid lumens (142A, 142B), and the main body has a sidewall having a concave inner surface disposed adjacent the working channel and a convex outer surface disposed opposite the inner surface. an access device having a working channel and a visualization channel; and a visualization system at least partially disposed in the visualization channel, the visualization system comprising a camera module and a housing (104B, 104C) in which the camera module is mounted, wherein the housing includes a main body and a distal end cap, and the main body includes therein a camera lumen in which the camera module is disposed and first and second fluid lumens (142A, 142B), and the main body has a sidewall having a concave inner surface disposed adjacent the working channel and a convex outer surface disposed opposite the inner surface.
A method comprising: receiving (501, 601) in an apparatus a request for establishment of a communication for a service to be invoked between a sender of the request and a recipient to whom the request is targeted, characterized by checking (504, 604), by the apparatus, in response to the request containing an identifier indicating the service, interconnection information of the service, for how to handle the request, taking into account at least the sender's operator, the interconnection information of the service comprising operator-related policy rules and/or, for each operator providing the service, an identifier used by the operator for the service; and handling, by the apparatus, the request according to an outcome of the above checking of the interconnection information. receiving (501, 601) in an apparatus a request for establishment of a communication for a service to be invoked between a sender of the request and a recipient to whom the request is targeted, characterized by checking (504, 604), by the apparatus, in response to the request containing an identifier indicating the service, interconnection information of the service, for how to handle the request, taking into account at least the sender's operator, the interconnection information of the service comprising operator-related policy rules and/or, for each operator providing the service, an identifier used by the operator for the service; and handling, by the apparatus, the request according to an outcome of the above checking of the interconnection information.
A closing system of a hookah having a first closing element, which can be attached to a water base of the hookah, and a second closing element, which comprises at least one connecting opening for at least one hookah hose and at least one continuous opening for a connection permeable to air between the water base and a hookah stem arranged directly or indirectly at the second closing element, wherein the second closing element having an essentially cylindrical portion can be inserted into a recess in the first closing element being complementary in shape and function to said cylindrical portion, and wherein the cylindrical portion comprises at least one indentation in the area of its outer wall, at least one locking element provided in the inner wall of the recess being detachably engageable in said indentation characterized in that the locking element is formed so as to be displaceable and the first closing element comprises an actuating element, which is provided with at least one actuating surface interacting with the locking element, said actuating surface being able to disengage the locking element from the indentation when actuating the actuating element.
A method for automatic left ventricular inner border detection, the method comprising: performing image mapping on an echocardiogram including segmenting the echocardiogram simultaneously with pixel mapping using piece-wise histogram equalization, to produce a multi-level image map having three intensity levels; wherein the piece-wise histogram equalization comprises determining a central axis of the LV and dividing the LV appearing in the echocardiogram, based on entropy levels in the histogram, into a plurality of rectangular segments situated on lateral and septal sides of the central axis, converting the multi-level image map into a binary image, by attributing pixels of one or more darker levels of the image map to the LV cavity and pixels of one or more lighter levels of the image map to the myocardium; applying a radial filter to contours of the myocardium in the binary image, to extract an approximate inner border of the LV to separate the inner border from an outer border of the LV; and performing shape modeling on the approximate inner border, to determine the LV inner border. performing image mapping on an echocardiogram including segmenting the echocardiogram simultaneously with pixel mapping using piece-wise histogram equalization, to produce a multi-level image map having three intensity levels; wherein the piece-wise histogram equalization comprises determining a central axis of the LV and dividing the LV appearing in the echocardiogram, based on entropy levels in the histogram, into a plurality of rectangular segments situated on lateral and septal sides of the central axis, converting the multi-level image map into a binary image, by attributing pixels of one or more darker levels of the image map to the LV cavity and pixels of one or more lighter levels of the image map to the myocardium; applying a radial filter to contours of the myocardium in the binary image, to extract an approximate inner border of the LV to separate the inner border from an outer border of the LV; and performing shape modeling on the approximate inner border, to determine the LV inner border.
A gel grinding device to be used to produce a water absorbent resin, comprising: a screw; a feed opening; an extrusion opening; a porous plate; and a barrel, the screw including: a rotating shaft being a center of rotation of the screw; and a flight helically provided on the rotating shaft, characterised in that the screw satisfies either one of the following and: 0.215 ≤ B / A ≤ 0.630; and 0.034 < F / N ≤ 0.20 where B is a cross-sectional area of the rotating shaft which cross-sectional area is obtained by cutting off the screw vertically to a direction in which a gel of the water absorbent resin is extruded; A is a cross-sectional area of a rotating part of the flight; N is a maximum inner diameter which prevents a contact between the screw and a return preventing member which is provided inside of the barrel; and F is a width of the flight which width is along a direction vertical to a direction in which the flight extends. a screw; a feed opening; an extrusion opening; a porous plate; and a barrel, the screw including: a rotating shaft being a center of rotation of the screw; and a flight helically provided on the rotating shaft, characterised in that the screw satisfies either one of the following and: 0.215 ≤ B / A ≤ 0.630; and 0.034 < F / N ≤ 0.20 where B is a cross-sectional area of the rotating shaft which cross-sectional area is obtained by cutting off the screw vertically to a direction in which a gel of the water absorbent resin is extruded; A is a cross-sectional area of a rotating part of the flight; N is a maximum inner diameter which prevents a contact between the screw and a return preventing member which is provided inside of the barrel; and F is a width of the flight which width is along a direction vertical to a direction in which the flight extends. a rotating shaft being a center of rotation of the screw; and a flight helically provided on the rotating shaft, characterised in that the screw satisfies either one of the following and: 0.215 ≤ B / A ≤ 0.630; and 0.034 < F / N ≤ 0.20 where B is a cross-sectional area of the rotating shaft which cross-sectional area is obtained by cutting off the screw vertically to a direction in which a gel of the water absorbent resin is extruded; A is a cross-sectional area of a rotating part of the flight; N is a maximum inner diameter which prevents a contact between the screw and a return preventing member which is provided inside of the barrel; and F is a width of the flight which width is along a direction vertical to a direction in which the flight extends.
A lubricant deterioration sensor which is configured to be installed in a machine body and adapted to detect deterioration of lubricant of the machine body, the sensor comprising: a light emitting element configured to emit light; a color light reception element configured to detect a color of received light; a gap forming member at which an oil gap for allowing the lubricant to enter therein is formed; a supporting member (30;230;330;430) supporting the light emitting element, the color light reception element, a circuit board, and the gap forming member; a fixing member (20;220;320;420) configured to be fixed to the machine body; and wherein the gap forming member is configured to transmit the light emitted from the light emitting element, the oil gap is disposed on an optical path from the light emitting element to the color light reception element, the supporting member (30;230;330;430) is provided with a substrate attaching portion having the circuit board attached thereon, characterized in that the circuit board on which the light emitting element and the color light reception element are mounted; a shock absorbing member (80;281,282;381,382,383;481,482,483) disposed between the supporting member (30;230;330;430) and the fixing member (20;220;320;420) and configured to absorb shocks; and at least a part of the shock absorbing member (80; 281,282;381,382,383;481,482,483) is disposed in a peripheral space of a substrate attaching portion which surrounds the substrate attaching portion between the supporting member (30;230;330;430) and the fixing member (20;220;320;420). a light emitting element configured to emit light; a color light reception element configured to detect a color of received light; a gap forming member at which an oil gap for allowing the lubricant to enter therein is formed; a supporting member (30;230;330;430) supporting the light emitting element, the color light reception element, a circuit board, and the gap forming member; a fixing member (20;220;320;420) configured to be fixed to the machine body; and wherein the gap forming member is configured to transmit the light emitted from the light emitting element, the oil gap is disposed on an optical path from the light emitting element to the color light reception element, the supporting member (30;230;330;430) is provided with a substrate attaching portion having the circuit board attached thereon, characterized in that the circuit board on which the light emitting element and the color light reception element are mounted; a shock absorbing member (80;281,282;381,382,383;481,482,483) disposed between the supporting member (30;230;330;430) and the fixing member (20;220;320;420) and configured to absorb shocks; and at least a part of the shock absorbing member (80; 281,282;381,382,383;481,482,483) is disposed in a peripheral space of a substrate attaching portion which surrounds the substrate attaching portion between the supporting member (30;230;330;430) and the fixing member (20;220;320;420).