mhurhangee/patent-ind-claim-en huggingface dataset:
A fastener assembly which comprises: a bolt having a head and having a shank , wherein: the shank defines threads ; the bolt defines a channel which extends circumferentially about the bolt ; and the head defines multiple head channels with a first end of each of the multiple head channels in communication with the channel and a second end of each of the multiple head channels in communication with an outside of the head positioned at a top surface of the head ; and a sleeve having threads compatible for engaging the threads of the bolt , wherein the sleeve comprises: a portion of the sleeve comprising an annealed material; multiple slots defined through the sleeve ; with the bolt positioned within the sleeve , each of the multiple slots defined through the sleeve is positioned in communication with the channel ; layered structures defining a hole wherein the bolt and the sleeve are inserted; a conductive coating which conforms to surface of said layered structures and which closes gaps between the layered structures , which include a conductive metal or fibers of a composite layer, and bolt . a bolt having a head and having a shank , wherein: the shank defines threads ; the bolt defines a channel which extends circumferentially about the bolt ; and the head defines multiple head channels with a first end of each of the multiple head channels in communication with the channel and a second end of each of the multiple head channels in communication with an outside of the head positioned at a top surface of the head ; and the shank defines threads ; the bolt defines a channel which extends circumferentially about the bolt ; and the head defines multiple head channels with a first end of each of the multiple head channels in communication with the channel and a second end of each of the multiple head channels in communication with an outside of the head positioned at a top surface of the head ; and a sleeve having threads compatible for engaging the threads of the bolt , wherein the sleeve comprises: a portion of the sleeve comprising an annealed material; multiple slots defined through the sleeve ; with the bolt positioned within the sleeve , each of the multiple slots defined through the sleeve is positioned in communication with the channel ; layered structures defining a hole wherein the bolt and the sleeve are inserted; a conductive coating which conforms to surface of said layered structures and which closes gaps between the layered structures , which include a conductive metal or fibers of a composite layer, and bolt . a portion of the sleeve comprising an annealed material; multiple slots defined through the sleeve ; with the bolt positioned within the sleeve , each of the multiple slots defined through the sleeve is positioned in communication with the channel ; layered structures defining a hole wherein the bolt and the sleeve are inserted; a conductive coating which conforms to surface of said layered structures and which closes gaps between the layered structures , which include a conductive metal or fibers of a composite layer, and bolt .
Accessible metal container , in particular for accommodation of an emergency power generator, comprising wall elements (2-4) and a roof element , wherein the accessible metal container is in the form of a hood without a floor, characterized in that the accessible metal container comprises a concrete base and/or a concrete foundation , also comprising a sealing means between the concrete base and/or the concrete foundation and at least one wall element , preferably in the form of a joint tape.
A door incorporated into a laboratory workstation , said laboratory workstation comprising a horizontally extending work surface for providing a working area thereon, wherein the door is configured for being movable in relation to the work surface in a vertical direction perpendicular to the work surface and comprises an access opening configured for being reversibly changeable between a loading status or a closed status for allowing or restricting a limited manual access of a user to the working area , characterized in that the laboratory workstation comprises a processing unit or is configured for being connectable to an external processing unit , wherein the door is movable in relation to the work surface between a safety position , in which the door closes the working area for manual access of a user, an access position in which the working area is open for manual access of a user, and a loading position , wherein in the safety position , the access opening is in the closed status by being positioned by the door below the work surface , and wherein in the loading position , the access opening is aligned to the work surface into the loading status for allowing limited access to the working area , and wherein the position of the door is under the control of the processing unit , said processing unit being configured to control one or more automated process operations in the working area or parts thereof in dependence of the position of the door . characterized in that the laboratory workstation comprises a processing unit or is configured for being connectable to an external processing unit , wherein the door is movable in relation to the work surface between a safety position , in which the door closes the working area for manual access of a user, an access position in which the working area is open for manual access of a user, and a loading position , wherein in the safety position , the access opening is in the closed status by being positioned by the door below the work surface , and wherein in the loading position , the access opening is aligned to the work surface into the loading status for allowing limited access to the working area , and wherein the position of the door is under the control of the processing unit , said processing unit being configured to control one or more automated process operations in the working area or parts thereof in dependence of the position of the door .
A method of forming a catheter shaft , comprising the steps of: coextruding a first molten polymer with a second molten polymer, wherein the second molten polymer forms a flexible inner core and the first molten polymer forms exactly two bands on opposite sides of the inner core, the bands being more rigid than the inner core, overlaying a braid on the inner core and the bands , coextruding a third molten polymer onto the braid to form a flexible jacket that encloses the braid, the bands and the inner core, the method further comprising: while performing the step of coextruding changing a first composition of the third molten polymer to a second composition of the third molten polymer to define a proximal segment and a distal segment of a shaft and a transitional segment therebetween, the proximal segment being more rigid than the distal segment, and characterized in that in the proximal segment the braid has a first configuration, in the distal segment the braid has a second configuration and in the transitional segment the braid transitions between the first configuration and the second configuration, wherein the first configuration offers more resistance to flexion of the shaft than the second configuration. coextruding a first molten polymer with a second molten polymer, wherein the second molten polymer forms a flexible inner core and the first molten polymer forms exactly two bands on opposite sides of the inner core, the bands being more rigid than the inner core, overlaying a braid on the inner core and the bands , coextruding a third molten polymer onto the braid to form a flexible jacket that encloses the braid, the bands and the inner core, the method further comprising: while performing the step of coextruding changing a first composition of the third molten polymer to a second composition of the third molten polymer to define a proximal segment and a distal segment of a shaft and a transitional segment therebetween, the proximal segment being more rigid than the distal segment, and characterized in that in the proximal segment the braid has a first configuration, in the distal segment the braid has a second configuration and in the transitional segment the braid transitions between the first configuration and the second configuration, wherein the first configuration offers more resistance to flexion of the shaft than the second configuration.
An attachment arrangement for a window or door covering comprising at least one attachment means insertable between the beading and the glazing of said window or door; at least one guide means being engageable with the at least one attachment means such that the at least one attachment means is configured to attach the at least one guide means to the window or door; wherein the at least one attachment means comprises a first part which is insertable between the beading and the glazing of a window or door and a second part which is attachable to the at least one guide means , the first and second parts of the at least one attachment means being mutually engagable, rail connecting means for attaching rail members of the window or door covering , or a portion thereof, to the at least one guide means and/or the at least one attachment means ; wherein the attachment arrangement is configured to attach the window or door covering to said window or door without the use of adhesive or mechanical fixings such as screws or the like which may permanently damage portions of the window or door; characterized in that the second part of the at least one attachment means is slidable laterally into engagement with the first part thereof after said first part has been inserted between said beading and glazing of said window and the second part of the at least one attachment means is attached to the end of the at least one guide means , such that the at least one guide means becomes attached to the window or door. at least one attachment means insertable between the beading and the glazing of said window or door; at least one guide means being engageable with the at least one attachment means such that the at least one attachment means is configured to attach the at least one guide means to the window or door; wherein the at least one attachment means comprises a first part which is insertable between the beading and the glazing of a window or door and a second part which is attachable to the at least one guide means , the first and second parts of the at least one attachment means being mutually engagable, rail connecting means for attaching rail members of the window or door covering , or a portion thereof, to the at least one guide means and/or the at least one attachment means ; wherein the attachment arrangement is configured to attach the window or door covering to said window or door without the use of adhesive or mechanical fixings such as screws or the like which may permanently damage portions of the window or door; characterized in that the second part of the at least one attachment means is slidable laterally into engagement with the first part thereof after said first part has been inserted between said beading and glazing of said window and the second part of the at least one attachment means is attached to the end of the at least one guide means , such that the at least one guide means becomes attached to the window or door.
A film coating apparatus for coating a thin film on a substrate , wherein the film coating apparatus comprises: a substrate fixing device having an arched surface for fixing the substrate ; a thin film bearing device having a bearing surface opposite to the arched surface , and the thin film detachably disposed to the bearing surface ; a press roll located at a side of the thin film away from the substrate fixing device , and may move towards the substrate and roll from one end of the thin film to the other end; characterised in that the thin film bearing device further comprises a screen plate disposed between the bearing surface and the thin film and opposite to the arched surface , the press roll being located at a side of the screen plate away from the thin film . a substrate fixing device having an arched surface for fixing the substrate ; a thin film bearing device having a bearing surface opposite to the arched surface , and the thin film detachably disposed to the bearing surface ; a press roll located at a side of the thin film away from the substrate fixing device , and may move towards the substrate and roll from one end of the thin film to the other end; characterised in that the thin film bearing device further comprises a screen plate disposed between the bearing surface and the thin film and opposite to the arched surface , the press roll being located at a side of the screen plate away from the thin film .
A method comprising capturing current and past data frames of a vehicle scenery with an automotive imaging sensor, reading, by means of a recurrent neural network , the current and past data frames as input vectors, and predicting, by means of the recurrent neural network , the future position of a moving object in the vehicle scenery based on the current and past data frames, wherein predicting the future position (P3) of the moving object comprises calculating a predicted data frame based on the captured data frames and identifying the moving object in the predicted data frame. capturing current and past data frames of a vehicle scenery with an automotive imaging sensor, reading, by means of a recurrent neural network , the current and past data frames as input vectors, and predicting, by means of the recurrent neural network , the future position of a moving object in the vehicle scenery based on the current and past data frames, wherein predicting the future position (P3) of the moving object comprises calculating a predicted data frame based on the captured data frames and identifying the moving object in the predicted data frame.
A water cleaning device for running waters , which comprises two, three, four, five, six or more water cleaning units , which are arranged successively in the flow direction and spaced apart from one another by a distance , wherein an end of one water cleaning unit is - in a top view - indirectly or directly connected to one bank and an end of the other, opposite water cleaning unit is - in a top view - indirectly or directly connected to the other, opposite bank , wherein the free ends of the water cleaning units , which protrude in the direction of the running water , overlap one another - in a top view - with respect to the flow direction in an overlapping region , and wherein the water cleaning device as a whole extends - in a top view - over the full width of the running water , characterized in that the water cleaning units respectively have identical or different constructive designs and are respectively realized in the form of a bar screen with vertical or horizontal screening bars - including associated screen cleaning systems - or in the form of screening drum rows , which respectively comprise a row of screening drums that are rotatable about their vertical axes, wherein the screening drums are in a top view rotatively driven in opposite rotating directions or in the same rotating direction - with respect to their upstream drum surfaces - namely in the direction of the bank that indirectly or directly supports the respective water cleaning unit , and wherein the rotating directions of the two screening drum rows of two opposite water cleaning units are - in a first alternative - oriented in the direction of the downstream water cleaning unit (2 or 6) that cooperates with a screen cleaning device or wherein these rotation directions are - in a second alternative - oriented reverse to each other and respectively in the direction of the screen cleaning devices which are located between the respective water cleaning unit and the bank bearing them.
A control system for a work machine having an upper frame rotatably mounted to a lower frame : characterised by a controller configured to limit a maximum speed of the machine when a rotation angle (α) between the upper frame and the lower frame exceeds a first predetermined value (V1).
A vertical flow reactor comprising: a casing; an outer wall contained within the casing, the outer wall being partially above and partially below ground level of a bore hole in which the vertical flow reactor is contained; an annular space defined between the outer wall and the casing; a flow partition contained within the outer wall; a further annular space defined between the outer wall and the flow partition; a transport apparatus that directs pre-mixed waste and water feed components into the flow partition, the waste and water feed components flowing downward in the flow partition and exiting in the annular space outside of the flow partition, where the waste and water feed components flow upward; a compressor that introduces oxygen into the waste and water feed components at or near the top of the vertical flow reactor as small bubbles, the waste, water, and oxygen combination flowing downward within the flow partition such that, the waste, water, and oxygen is heated by heat transfer from liquid flowing upward in the annular space outside the flow partition, said flow partition being insulated at a lower portion thereof to reduce heat transfer between down flowing and up flowing, thus causing more heat transfer to occur in the upper portion and providing more time for reaction at high temperature in the lower portion. a casing; an outer wall contained within the casing, the outer wall being partially above and partially below ground level of a bore hole in which the vertical flow reactor is contained; an annular space defined between the outer wall and the casing; a flow partition contained within the outer wall; a further annular space defined between the outer wall and the flow partition; a transport apparatus that directs pre-mixed waste and water feed components into the flow partition, the waste and water feed components flowing downward in the flow partition and exiting in the annular space outside of the flow partition, where the waste and water feed components flow upward; a compressor that introduces oxygen into the waste and water feed components at or near the top of the vertical flow reactor as small bubbles, the waste, water, and oxygen combination flowing downward within the flow partition such that, the waste, water, and oxygen is heated by heat transfer from liquid flowing upward in the annular space outside the flow partition, said flow partition being insulated at a lower portion thereof to reduce heat transfer between down flowing and up flowing, thus causing more heat transfer to occur in the upper portion and providing more time for reaction at high temperature in the lower portion.
Compositions comprising a) 3 to 30% by weight of poly(1,4-cyclohexylenedimethylene) terephthalate (PCT), where the proportion of PCT based on the sum total of all the thermoplastic polymers present in the composition is in the range from 5 to 40% by weight, b) 15 to 91.99% by weight of polyethylene terephthalate (PET), c) 5 to 70% by weight of glass fibres, and d) 0.01 to 10% by weight of talc, where the individual components should be combined with one another in such a way that the sum total of all the percentages by weight is 100, and which comprise, in addition to components a), b), c) and d), also e) at least one flame retardant to an extent of 1 to 50% by weight, in which case the level of at least one of the other components should be reduced such that the sum total of all the percentages by weight is 100 and the flame retardants used are halogen-free flame retardants based on organic or inorganic phosphorus compounds. a) 3 to 30% by weight of poly(1,4-cyclohexylenedimethylene) terephthalate (PCT), where the proportion of PCT based on the sum total of all the thermoplastic polymers present in the composition is in the range from 5 to 40% by weight, b) 15 to 91.99% by weight of polyethylene terephthalate (PET), c) 5 to 70% by weight of glass fibres, and d) 0.01 to 10% by weight of talc, where the individual components should be combined with one another in such a way that the sum total of all the percentages by weight is 100,
A method, executed by a database server, comprising: receiving a clear text version of a database command; based on the clear text version, parsing, compiling and executing the database command; determining that the database command qualifies as sensitive; wherein determining that the database command qualifies as sensitive includes receiving, from a user that submits the clear text version of the database command, a redacted query indication; wherein the redacted query indication (i) is a command-specific flag indicating that only the database command qualifies as sensitive, or (ii) indicates that all database commands in a particular session qualify as sensitive; wherein the database command is determined to be sensitive based on the redacted query indication; responsive to determining that the database command qualifies as sensitive, generating a redacted version of the database command; wherein, in the redacted version of the database command, at least a portion of the database command is encrypted using a particular encryption key; and based on the database command qualifying as sensitive, storing the redacted version of the database command in a log where the clear text version would have been stored if the database command had not qualified as sensitive. receiving a clear text version of a database command; based on the clear text version, parsing, compiling and executing the database command; determining that the database command qualifies as sensitive; wherein determining that the database command qualifies as sensitive includes receiving, from a user that submits the clear text version of the database command, a redacted query indication; wherein the redacted query indication (i) is a command-specific flag indicating that only the database command qualifies as sensitive, or (ii) indicates that all database commands in a particular session qualify as sensitive; wherein the database command is determined to be sensitive based on the redacted query indication; responsive to determining that the database command qualifies as sensitive, generating a redacted version of the database command; wherein, in the redacted version of the database command, at least a portion of the database command is encrypted using a particular encryption key; and based on the database command qualifying as sensitive, storing the redacted version of the database command in a log where the clear text version would have been stored if the database command had not qualified as sensitive.