mhurhangee/ep-ind-claims huggingface dataset:
Fire-resistant glazing for preventing the passage of fire and smoke in the event of fire from one room into another, having at least three glass surfaces (A, B, C) which are arranged side by side and consist of fire-resistant panes and one of which is designed at least in part as a glass door held without protruding in the glass environment in the form of a hinged door, wherein the fire-resistant panes have parallel glass panes (2a, 2b) spaced apart from one another by means of an edge seal and the space between the glass panes (2a, 2b) enclosed by the edge seal is filled with a fire-retardant gel, and wherein the edge seal of the glass door and the edge seal of the fire-resistant panes in the region of the abutting edges directly adjacent to the glass door are offset inward such that a groove is formed, into which groove is inserted a strip of a material that is intumescent in the event of fire and that bears a seal (21, 22), wherein, solely in the region of the lateral abutting edges of the adjacent fire-resistant panes that form the hinged side (A-A) of the glass door, one of the glass panes (2a or 2b) is respectively arranged in a manner allowing recoil with respect to the other glass pane (2b or 2a) such that an interlocking stepped rabbet (25, 26) forming a stop is formed, while all other abutting edges (B-B) of the fire-resistant panes are formed without a stepped rabbet, characterized in that when the glass door is in the closed position, the joints between adjoining fire-resistant panes are sealed tightly by means of a sealing arrangement which consists of seals (21, 22) which protrude into the respective joint out of the adjacent fire-resistant panes, overlap, and interact with one another.
A teatcup comprising a sleeve, a teacup liner provided in the sleeve, a milk receptacle comprising a milk space, an inlet channel, extending between an inner space of the teatcup liner and the milk space for conveying milk from a teat of an animal to be milked into the milk space, an outlet channel, extending from the milk space and configured to be connected to a milk conduit for conveying the milk in a milk flow from the milk space, and a gas supply channel for conveying a gas into the milk space for promoting the milk flow, the gas supply channel having an inlet communicating with a gas source, and an outlet into the milk space, wherein the milk space is partly delimited by a side wall, characterized in that the gas supply channel extends within the side wall and along a surface of the side wall wherein the side wall comprises a recess defined by a recess surface, wherein the outlet of the gas supply channel is located in the recess, and wherein the gas supply channel extends to the recess in a direction passing through the recess surface, through the recess and again through the recess surface.
A storage stable capsule suspension formulation comprising a herbicidally effective amount of clomazone encapsulated within a polymeric shell wall of microcapsules, characterised in that said microcapsules also encapsulate a stabilizing effective amount of polymers and copolymers of terpenes.
A flow apparatus for a vessel storing fluid under pressure having a flow control valve having a housing, an aperture, an aperture obturator and an actuator for moving said obturator between a first closed position and multiple open positions (A-L), a valve position monitor for monitoring the position of the valve and comprising a plurality of members in the form of discrete members (26a to 26e) positioned for movement in association with the valve and a plurality of discrete sensors (28a to 28e) fixedly mounted relative to said housing and associated with a plurality of open positions (B-L) of said valve for monitoring the presence or absence of one or more of said members wherein at each of said multiple open positions (B-L) of the actuator one or more combinations of the members align with one or more different combinations of sensors such that movement of the actuator causes said members to move relative to said sensors and allow for detection of said movement through detection of said members by said sensors (28a to 28e).
Writing instrument, comprising: a shell, an ink reservoir disposed in the shell; and a writing tip section that is provided on the shell, the writing tip section including a writing tip at a distal end of the writing tip section, with which writing tip ink out of the ink reservoir is applied, and an ink feed assembly for delivering ink from the ink reservoir to the writing tip through capillary action by way of a capillary ink feed duct, wherein the writing tip is flexible and a flexible cover is provided for supporting the flexible writing tip; and wherein the flexible writing tip is made of plastic and/or that the flexible cover is made of metal or plastic; and wherein the flexible cover is in the shape of a fountain pen nib, and characterised in that the writing tip comprises a rollerball system and the capillary ink feed duct forms an enclosed pathway which extends from the ink reservoir to the writing tip. a shell, an ink reservoir disposed in the shell; and a writing tip section that is provided on the shell, the writing tip section including a writing tip at a distal end of the writing tip section, with which writing tip ink out of the ink reservoir is applied, and an ink feed assembly for delivering ink from the ink reservoir to the writing tip through capillary action by way of a capillary ink feed duct, wherein the writing tip is flexible and a flexible cover is provided for supporting the flexible writing tip; and wherein the flexible writing tip is made of plastic and/or that the flexible cover is made of metal or plastic; and wherein the flexible cover is in the shape of a fountain pen nib, and characterised in that the writing tip comprises a rollerball system and the capillary ink feed duct forms an enclosed pathway which extends from the ink reservoir to the writing tip.
Method for monitoring tyre conditions (p, T, σ) and/or sensor conditions, comprising at least the following steps, a) detecting whether there is at least one tyre-sensor module (6.i, 106.i, 107.i) for measuring tyre conditions (p, T, σ) and sensor conditions in a monitoring region; b) determining whether the at least one detected tyre-sensor module (6.i, 106.i, 107.i) is unknown; c) evaluating data messages of the at least one detected and unknown tyre-sensor module (6.i, 106.i, 107.i), characterized in that in a step c), an evaluation of data messages of the at least one detected and unknown tyre sensor module (6.i, 106.i, 107.i) takes place, the evaluation comprising at least one comparison of at least one tyre condition (p, T, σ) transmitted by the data message with a limit value therefor and/or a monitoring of a sensor condition of the tyre-sensor module (6.i, 106.i, 107.i) that is transmitted by the data message (St2.1, St2.2), wherein, in a step d), an outputting of a warning signal takes place if a tyre condition (p, T, σ) goes above or below the respective limit value, to indicate that a tyre condition (p, T, σ) of a tyre (7, 8, 9, 10, 108.i, 109.i) assigned to the at least one unknown tyre-sensor module (6.i, 106.i, 107.i) is critical and/or if a critical sensor condition is detected (St2.1, St2.2). a) detecting whether there is at least one tyre-sensor module (6.i, 106.i, 107.i) for measuring tyre conditions (p, T, σ) and sensor conditions in a monitoring region; b) determining whether the at least one detected tyre-sensor module (6.i, 106.i, 107.i) is unknown; c) evaluating data messages of the at least one detected and unknown tyre-sensor module (6.i, 106.i, 107.i),
A moving picture coding device using a triangle merge mode, the moving picture coding device comprising: a triangle merging candidate list constructor structured to construct a triangle merging candidate list including spatial merging candidates; a first triangle merging candidate selector structured to select, from the triangle merging candidate list, a first triangle merging candidate that is used for uni-prediction partition 0 which consists of subblocks above a diagonal line of triangle partition splitting a coding block; and a second triangle merging candidate selector structured to select, from the triangle merging candidate list, a second triangle merging candidate that is used for uni-prediction partition 1 which consists of subblocks below the diagonal line, wherein in bi-prediction partition 2 which consists of subblocks on the diagonal line where motion compensation by weighted averaging by the first triangle merging candidate and the second triangle merging candidate is performed, uni-prediction motion information of the second triangle merging candidate is stored in a coding information storage memory storing inter prediction information obtained in the triangle merge mode so that the uni-prediction motion information can be referred to as inter prediction information for a coding block neighboring the coding block. a triangle merging candidate list constructor structured to construct a triangle merging candidate list including spatial merging candidates; a first triangle merging candidate selector structured to select, from the triangle merging candidate list, a first triangle merging candidate that is used for uni-prediction partition 0 which consists of subblocks above a diagonal line of triangle partition splitting a coding block; and a second triangle merging candidate selector structured to select, from the triangle merging candidate list, a second triangle merging candidate that is used for uni-prediction partition 1 which consists of subblocks below the diagonal line, wherein in bi-prediction partition 2 which consists of subblocks on the diagonal line where motion compensation by weighted averaging by the first triangle merging candidate and the second triangle merging candidate is performed, uni-prediction motion information of the second triangle merging candidate is stored in a coding information storage memory storing inter prediction information obtained in the triangle merge mode so that the uni-prediction motion information can be referred to as inter prediction information for a coding block neighboring the coding block.
A display panel, comprising an alignment mark region (40, 70) arranged within a flat region (11, 12, 13, 14) of a peripheral region of the display panel, wherein the peripheral region is a region of the display panel other than an active area of the display panel; and an alignment mark pattern (43, 50) is arranged within the alignment mark region (40, 70), and/or at least one film layer within the alignment mark region (40, 70) is hollowed out such that light transmittance at the alignment mark region is greater than light transmittance at the peripheral region enabling to perform an alignment, wherein the flat region (11, 12, 13, 14) comprises a flat fan-out region, the fan-out region being a region where connection lines between a source driver and a data line in the active area or between a gate line and a gate driver are located; wherein, within the flat fan-out region, the display panel comprises a first metal layer arranged on a base; and characterized in that the alignment mark region (40, 70) is comprised in the flat fan-out region; within the alignment mark region (40, 70), the first metal layer is hollowed out; within the flat fan-out region, the first metal layer comprises a first metal pattern surrounding the alignment mark region (40, 70); the first metal pattern is a pattern formed by connection lines in the flat fan-out area. wherein the peripheral region is a region of the display panel other than an active area of the display panel; and an alignment mark pattern (43, 50) is arranged within the alignment mark region (40, 70), and/or at least one film layer within the alignment mark region (40, 70) is hollowed out such that light transmittance at the alignment mark region is greater than light transmittance at the peripheral region enabling to perform an alignment, wherein the flat region (11, 12, 13, 14) comprises a flat fan-out region, the fan-out region being a region where connection lines between a source driver and a data line in the active area or between a gate line and a gate driver are located; wherein, within the flat fan-out region, the display panel comprises a first metal layer arranged on a base; and characterized in that the alignment mark region (40, 70) is comprised in the flat fan-out region; within the alignment mark region (40, 70), the first metal layer is hollowed out; within the flat fan-out region, the first metal layer comprises a first metal pattern surrounding the alignment mark region (40, 70); the first metal pattern is a pattern formed by connection lines in the flat fan-out area.
A harvesting machine, in particular a baler or loading vehicle, having a cutting means for agricultural crop, wherein the cutting means comprises a plurality of cutting elements respectively acting in a cutting plane, wherein the cutting elements are disposed adjacent to each other with respect to a crop channel through which crop passes and, during the operation of the cutting means, protrude at least in part into the crop channel through a crop guide element provided with apertures and cooperate with a counter cutter for comminution of the crop, and a drivable feed rotor for feeding the crop, wherein the feed rotor forms the counter cutter, wherein the cutting means is freely rotatably and drivably mounted about a rotational axis, and wherein the cutting means comprises a support shaft on which at least one cutting element and/or a cutting blade is releasably disposed, characterized in that the at least one cutting element and/or cutting blade is disposed in a hinged manner.
A bending device for producing a component by forming a workpiece made of sheet metal, having a press table and having a press beam which is aligned opposite the press table and parallel thereto and can be adjusted relative to the press table in a direction perpendicular to a longitudinal extension of the press table by means of a drive device, wherein the press table comprises a body, a compensating beam with a tool holder and actuators arranged between the body and the compensating beam for elastically deforming the compensating beam relative to the body, wherein a slot-shaped recess, which extends parallel to a longitudinal extension of the press table and is open towards the press beam, is formed in the body, and wherein the compensation beam is accommodated in the recess of the body and the actuators are arranged between an underside of the compensating beam and a base of the recess of the body, characterized in that a bearing point for a pivot bearing with a bearing bolt is formed between the body and the compensating beam in each of the longitudinal side end regions of the press table, wherein downwardly open bearing shells for the bearing points are formed on the underside of the compensating beam in the longitudinal side end regions, and wherein a screw (24, 25) is provided for each of the bearing points, with which screw (24, 25) the respective longitudinal side end regions of the compensating beam are screwed against the body, wherein the screws (24, 25) each extend through the bearing bolt and crossing an axis of the bearing bolt.
A method of maintaining a peer-to-peer relay network, comprising: sending a maintenance message from a peer system (3005, 105) to each of one or more connected peer systems (3005, 105) connected to said peer system in a peer-to-peer relay network; evaluating any responses received from said one or more connected peer systems; closing the connection between said peer system and a connected peer system if the response from that connected peer system is not acceptable; sending a connection status request to a server (2905, 110) for a connection between said peer system and a particular connected peer system if the response from that particular connected peer system is not acceptable; sending a message from the server to that particular connected peer system; evaluating whether the particular connected peer system has failed or whether the connection between said peer system and the particular connected peer system has failed; and sending a message from the server informing the peer system to open a new connection with the particular connected peer system if the server confirms the connection between said peer system and the particular connected peer system has failed rather than that the particular connected peer system has failed; wherein each peer system is connected to a number of other peer systems that is less than or equal to a connection limit and each peer system stores a set of one or more relay rules for relaying data to the other peer systems connected to that peer system. sending a maintenance message from a peer system (3005, 105) to each of one or more connected peer systems (3005, 105) connected to said peer system in a peer-to-peer relay network; evaluating any responses received from said one or more connected peer systems; closing the connection between said peer system and a connected peer system if the response from that connected peer system is not acceptable; sending a connection status request to a server (2905, 110) for a connection between said peer system and a particular connected peer system if the response from that particular connected peer system is not acceptable; sending a message from the server to that particular connected peer system; evaluating whether the particular connected peer system has failed or whether the connection between said peer system and the particular connected peer system has failed; and sending a message from the server informing the peer system to open a new connection with the particular connected peer system if the server confirms the connection between said peer system and the particular connected peer system has failed rather than that the particular connected peer system has failed; wherein each peer system is connected to a number of other peer systems that is less than or equal to a connection limit and each peer system stores a set of one or more relay rules for relaying data to the other peer systems connected to that peer system.
A magnesium oxide powder comprising a magnesium oxide particle, wherein the number of an open pore communicating with a surface of the magnesium oxide particle measured by the following measurement method is 3.0 × 10 -4 μm 2 or less: (Measurement method) The magnesium oxide powder is embedded in an epoxy resin and cured to prepare an embedded sample, the embedded sample is cut and an exposed cross section is subjected to polishing, the cross section subjected to the polishing is observed by using a scanning electron microscope at a magnification of 200 times, and at this time, a pore through which the resin has penetrated into the magnesium oxide particle is regarded as the open pore to count the number of the open pore per μm 2 of the cross section of the magnesium oxide particle.
A pharmaceutical composition comprising a directly compressed mixture of (a) monosodium N-[8-(2-hydroxybenzoyl)amino]caprylate exhibiting an X-ray powder diffraction pattern having a peak at 2.98±0.2° 2Θ and (b) at least one active agent, wherein the active agent is a peptide.
An underwater cleaner, especially for a swimming pool, comprising a housing in which an especially battery-powered pump having an electric motor and an impeller is arranged, wherein the housing comprises an inlet opening and an outlet opening for a flow path, said flow path forming a first channel section originating from the first inlet opening and a second channel section accommodating the impeller, wherein the impeller is designed as an axial impeller, wherein the second channel section is arranged in an inclined manner in relation to the first channel section, and the impeller axis is arranged in an inclined manner in relation to a normal to the opening cross-section of the inlet opening, and wherein the ratio A/B of a first cross-sectional surface A to a second cross-sectional surface B is less than 2.8, wherein the first cross-sectional surface A is defined by the smallest flow cross-section in the first channel section and the second cross-sectional surface B by the smallest flow cross-section of the second channel section directly at the impeller inlet, wherein a receiver for a dirt filter is arranged in the region of the outlet opening, characterised in that the impeller is arranged directly at the beginning of the second channel section, and the first channel section converges continuously into the second channel section, wherein the initial region of the second channel section directly adjoins the end region of the first channel section.
A secure computing system with at-rest and in-motion encryption, the system comprising: a file system comprising a set of encryption zones, each of the encryption zones comprising encrypted files; a set of encrypted data encryption keys, each of the encrypted data encryption keys corresponding to one of the encrypted files, such that unencrypted versions of the encrypted data encryption keys decrypt the corresponding encrypted files; and an encryption zone key for each of the encryption zones, each of the encryption zone keys corresponding to at least one of the encrypted data encryption keys, such that the encryption zone keys decrypt the corresponding encrypted data encryption keys to generate the unencrypted version of the encrypted data encryption key; a key management service that is coupled to the file system and that processes requests for one or more of the encryption zone keys; a key server that is coupled to the key management service and that stores the encryption zone keys; and wherein the key management service is coupled to the file system using a first mutual secure sockets layer, and wherein the key server is coupled to the key management service using a second mutual secure sockets layer. a file system comprising a set of encryption zones, each of the encryption zones comprising encrypted files; a set of encrypted data encryption keys, each of the encrypted data encryption keys corresponding to one of the encrypted files, such that unencrypted versions of the encrypted data encryption keys decrypt the corresponding encrypted files; and an encryption zone key for each of the encryption zones, each of the encryption zone keys corresponding to at least one of the encrypted data encryption keys, such that the encryption zone keys decrypt the corresponding encrypted data encryption keys to generate the unencrypted version of the encrypted data encryption key; a key management service that is coupled to the file system and that processes requests for one or more of the encryption zone keys; a key server that is coupled to the key management service and that stores the encryption zone keys; and wherein the key management service is coupled to the file system using a first mutual secure sockets layer, and wherein the key server is coupled to the key management service using a second mutual secure sockets layer.
A method of making a Nicotiana tabacum plant having increased biomass, which method comprises targeted mutation of an endogenous Truncated Light-harvesting Antenna nucleic acid comprising a sequence having at least 95% sequence identity to a sequence selected from the group consisting of SEQ ID NOs: 15 and 17, wherein the mutation in the TLA sequence results in reduced expression or activity of the encoded TLA polypeptide, wherein the plant comprising the mutation comprises an increased leaf biomass relative to the leaf biomass from a plant lacking said mutation. which method comprises targeted mutation of an endogenous Truncated Light-harvesting Antenna nucleic acid comprising a sequence having at least 95% sequence identity to a sequence selected from the group consisting of SEQ ID NOs: 15 and 17, wherein the mutation in the TLA sequence results in reduced expression or activity of the encoded TLA polypeptide, wherein the plant comprising the mutation comprises an increased leaf biomass relative to the leaf biomass from a plant lacking said mutation.