mhurhangee/patent-ind-claim-en huggingface dataset:
An inkjet head configured to eject inkjet ink, said inkjet head comprising a piezoelectric layer formed of a thin film and a diaphragm , wherein said piezoelectric layer includes a perovskite-type compound and an absolute value of a product of a piezoelectric constant d 31 of said piezoelectric layer and a Young's modulus of said piezoelectric layer is 10 [C/m 2 ] to 15 [C/m 2 ], characterized in that said perovskite-type compound includes a lead zirconate titanate-based compound and includes donor ions and acceptor ions, said donor ions include one or more kinds of ions selected from the group consisting of La, Nb, Ta, and W, said acceptor ions include one or more kinds of ions selected from the group consisting of Fe, Co, and Mn, and a difference in mol% ratio between said donor ions and said acceptor ions is 1 mol% or less.
Liquid filter, in particular fuel or oil filter, having a hollow-cylindrical filter element accommodated in a housing component and through which the fluid to be cleaned can flow radially and features end disks , having a water-collecting chamber in the bottom of the housing component , wherein the end disk of the filter element facing the bottom is in direct contact with the interior side of the housing component and closes off the water collecting space located under the end disk in a flow-tight manner with respect to the raw side of the filter element , wherein the radially outer edge of the end disk abuts in a flow-tight manner on the housing component , wherein the end disk of the filter element is undetachably connected to the housing component , characterized in that the housing component consists of a plastic material and also the end disk consists of a plastic material which favors a welding process, wherein the end disk of the filter element is welded to the housing component , wherein the filter element and the housing component form a continuous structural unit which can be connected as a whole to a receiving housing.
An integrated package device comprising: a substrate coupled to a first die ; at least one pad located on or embedded in a first surface of the substrate; a plurality of through substrate vias, TSVs, ; a plurality of interconnects provided on a second surface of the substrate, at least one interconnect electrically coupled to at least one TSV; an encapsulation layer encapsulating the first die and the at least one pad, the encapsulation layer comprising a photo-patternable property; a through encapsulation via, TEV, structure traversing the encapsulation layer, wherein the TEV structure comprises: a TEV comprising a first side, a second side, and a third side; and a barrier layer surrounding at least the first side and the third side of the TEV, the barrier layer of the TEV structure coupled to the pad, wherein the pad is free of direct contact with the TEV of the TEV structure. a substrate coupled to a first die ; at least one pad located on or embedded in a first surface of the substrate; a plurality of through substrate vias, TSVs, ; a plurality of interconnects provided on a second surface of the substrate, at least one interconnect electrically coupled to at least one TSV; an encapsulation layer encapsulating the first die and the at least one pad, the encapsulation layer comprising a photo-patternable property; a through encapsulation via, TEV, structure traversing the encapsulation layer, wherein the TEV structure comprises: a TEV comprising a first side, a second side, and a third side; and a barrier layer surrounding at least the first side and the third side of the TEV, the barrier layer of the TEV structure coupled to the pad, wherein the pad is free of direct contact with the TEV of the TEV structure. a TEV comprising a first side, a second side, and a third side; and a barrier layer surrounding at least the first side and the third side of the TEV, the barrier layer of the TEV structure coupled to the pad, wherein the pad is free of direct contact with the TEV of the TEV structure.
A network device configured to: generate a DMRS sequence by initializing a pseudo-random sequence generator with c init as a modulo 2 31 operation on a sum of parameters, wherein the parameters include 2 17 N symb slot n s , f μ + l + 1 2 N ID v SCID + 1 , 2 N ID v SCID , and v SCID , wherein v SCID is 0 if λ is 0 and n SCID is 0, v SCID is 1 if λ is 1 and n SCID is 0, v SCID is 1 if λ is 0 and n SCID is 1, and v SCID is 0 if λ is 1 and n SCID is 1, wherein N symb slot represents the number of symbols in a slot, n s , f μ represents a slot index, l represents a symbol index, N ID v SCID represents a parameter configured by higher-layer parameters or equal to a cell ID, λ ∈ represents an index of a CDM group, n SCID ∈ represents a DMRS sequence initialization parameter. generate a DMRS sequence by initializing a pseudo-random sequence generator with c init as a modulo 2 31 operation on a sum of parameters, wherein the parameters include 2 17 N symb slot n s , f μ + l + 1 2 N ID v SCID + 1 , 2 N ID v SCID , and v SCID , wherein v SCID is 0 if λ is 0 and n SCID is 0, v SCID is 1 if λ is 1 and n SCID is 0, v SCID is 1 if λ is 0 and n SCID is 1, and v SCID is 0 if λ is 1 and n SCID is 1, wherein N symb slot represents the number of symbols in a slot, n s , f μ represents a slot index, l represents a symbol index, N ID v SCID represents a parameter configured by higher-layer parameters or equal to a cell ID, λ ∈ represents an index of a CDM group, n SCID ∈ represents a DMRS sequence initialization parameter.
A method for the manual or automated disconnection of a disconnectable adapter having a first part and a second part connected detachably to the first part , having at least two locking parts (91; 111) which engage behind the first part or the second part in a spring-loaded manner and are mounted displaceably or pivotably in the second part or first part behind which they do not engage, wherein each of the locking parts (91; 111) fits around a guide element (121; 131) which is arranged in the part (20; 60) supporting the locking part and engages form-fittingly in one guide element receptacle (47; 48) in each case, which is arranged in the part (20; 60) which does not support the locking part (91; 111), - wherein all the locking parts are loaded simultaneously relative to the first part and to the second part or relative to one another by means of an external force applied as a compressive force, - wherein each locking part is displaced or pivoted relative to the first part and to the second part by means of this external force, and in the process the loading of a spring element loading at least this locking part is additionally increased, - wherein during this displacement or pivoting of the individual locking part (91; 111), the engagement of this locking part (91; 111) behind the first part or behind the second part is undone, and - wherein the first part and the second part are disconnected from one another counter to an assembly direction oriented in the longitudinal direction of the adapter , wherein the guide elements (121; 131) and the guide element receptacles disengage. - wherein all the locking parts are loaded simultaneously relative to the first part and to the second part or relative to one another by means of an external force applied as a compressive force, - wherein each locking part is displaced or pivoted relative to the first part and to the second part by means of this external force, and in the process the loading of a spring element loading at least this locking part is additionally increased, - wherein during this displacement or pivoting of the individual locking part (91; 111), the engagement of this locking part (91; 111) behind the first part or behind the second part is undone, and - wherein the first part and the second part are disconnected from one another counter to an assembly direction oriented in the longitudinal direction of the adapter , wherein the guide elements (121; 131) and the guide element receptacles disengage.
A method of injection molding comprising: continuously feeding a supply of molten polymeric material to a nozzle in selective fluid communication with at least one of a plurality of mold cavities , wherein the nozzle is disposed at a higher elevation (Y1) than an inlet of at least one of the plurality of mold cavities characterized in that a melt pressure of the molten polymeric material is maintained during filling at a constant pressure of less than 103,42136 MPa (15,000 psi) fluctuating less than 30%. continuously feeding a supply of molten polymeric material to a nozzle in selective fluid communication with at least one of a plurality of mold cavities , wherein the nozzle is disposed at a higher elevation (Y1) than an inlet of at least one of the plurality of mold cavities characterized in that a melt pressure of the molten polymeric material is maintained during filling at a constant pressure of less than 103,42136 MPa (15,000 psi) fluctuating less than 30%.
An X-ray detection system configured to provide for increased penetration of an object , comprising: an X-ray source for generating an X-ray beam in an inspection volume; a conveyor for moving the object through the inspection volume; a collimator positioned between the X-ray source and the object, wherein the collimator is configured to receive the X-ray beam and produce a plurality of vertically translated fanlets from the X-ray beam, wherein each fanlet comprises a fan beam having an angular range greater than 1 degree but smaller than the angular coverage of the object and represents a portion of a total overall fan beam to cover the extent of the object; a detector array opposing said X-ray source and positioned within the inspection volume for detecting the plurality of fanlets projected on the object; a controller configured to: collect image slices from the detector array corresponding to a complete scan cycle of the fanlets, and control the conveyor such that a total time for the fanlets to traverse respective portions of the object during the scan cycle multiplied by a rate of speed of the conveyor is equal to or less than a width of a detector in the detector array; and a processing unit for combining the image slices collected into a composite image. an X-ray source for generating an X-ray beam in an inspection volume; a conveyor for moving the object through the inspection volume; a collimator positioned between the X-ray source and the object, wherein the collimator is configured to receive the X-ray beam and produce a plurality of vertically translated fanlets from the X-ray beam, wherein each fanlet comprises a fan beam having an angular range greater than 1 degree but smaller than the angular coverage of the object and represents a portion of a total overall fan beam to cover the extent of the object; a detector array opposing said X-ray source and positioned within the inspection volume for detecting the plurality of fanlets projected on the object; a controller configured to: collect image slices from the detector array corresponding to a complete scan cycle of the fanlets, and control the conveyor such that a total time for the fanlets to traverse respective portions of the object during the scan cycle multiplied by a rate of speed of the conveyor is equal to or less than a width of a detector in the detector array; and collect image slices from the detector array corresponding to a complete scan cycle of the fanlets, and control the conveyor such that a total time for the fanlets to traverse respective portions of the object during the scan cycle multiplied by a rate of speed of the conveyor is equal to or less than a width of a detector in the detector array; and a processing unit for combining the image slices collected into a composite image.
A modular variable vane assembly for a compressor section of a gas turbine engine , comprising: an airfoil extending between a first end and a second end along an axis , the airfoil having a connector that extends from the first end and a pivot member that extends from the second end; an inner case defining a pivot opening that is arranged to receive the pivot member; an outer case defining a first opening that extends from a first outer case surface towards a second outer case surface along the axis, the first opening being arranged to receive the connector; the outer case further defining a first cavity that extends from the second outer case surface towards the first opening ; a drive system provided with a trunnion arm having a trunnion head that extends along the axis through the first cavity and into the connector ; and a retainer having a first retainer surface disposed on the outer case and a second retainer surface disposed opposite the first retainer surface, the retainer defining a second opening that extends from the second retainer surface towards the first retainer surface , characterized by the retainer defining a second cavity that extends from the first retainer surface towards the second opening and wherein the trunnion head extends between the first cavity and the second cavity . an airfoil extending between a first end and a second end along an axis , the airfoil having a connector that extends from the first end and a pivot member that extends from the second end; an inner case defining a pivot opening that is arranged to receive the pivot member; an outer case defining a first opening that extends from a first outer case surface towards a second outer case surface along the axis, the first opening being arranged to receive the connector; the outer case further defining a first cavity that extends from the second outer case surface towards the first opening ; a drive system provided with a trunnion arm having a trunnion head that extends along the axis through the first cavity and into the connector ; and a retainer having a first retainer surface disposed on the outer case and a second retainer surface disposed opposite the first retainer surface, the retainer defining a second opening that extends from the second retainer surface towards the first retainer surface , characterized by the retainer defining a second cavity that extends from the first retainer surface towards the second opening and wherein the trunnion head extends between the first cavity and the second cavity .
Method for operating, setting up, starting up and/or testing a terminal (14, 14', 14") that is used in buildings engineering, comprising the following steps: making a connection between a terminal (14, 14', 14") and an input device (13, 13', 13"), which is separated from the latter, using a hand-held control, operating the hand-held control in order to remotely control and operate the terminal (14, 14', 14") from an operating location, which is remote from the installation location of the terminal (14, 14', 14"), characterized in that the connection is made by using the input device (13, 13', 13") to allocate a temporary destination address for the terminal (14, 14', 14"), in order to uniquely define said terminal as a communication partner for the input device (13, 13', 13"), wherein a check is performed to determine whether the terminal (14, 14', 14") has a valid destination address, and, if this is not the case, a check is performed to determine whether the terminal (14, 14', 14") can be correctly addressed using a temporary destination address , and, if this is possible, the temporary destination address is set in the terminal (14, 14', 14"). making a connection between a terminal (14, 14', 14") and an input device (13, 13', 13"), which is separated from the latter, using a hand-held control, operating the hand-held control in order to remotely control and operate the terminal (14, 14', 14") from an operating location, which is remote from the installation location of the terminal (14, 14', 14"), characterized in that the connection is made by using the input device (13, 13', 13") to allocate a temporary destination address for the terminal (14, 14', 14"), in order to uniquely define said terminal as a communication partner for the input device (13, 13', 13"), wherein a check is performed to determine whether the terminal (14, 14', 14") has a valid destination address, and, if this is not the case, a check is performed to determine whether the terminal (14, 14', 14") can be correctly addressed using a temporary destination address , and, if this is possible, the temporary destination address is set in the terminal (14, 14', 14").
A fixed side glazing for a means of transport, particularly a tramway glazing, said glazing comprising: mounting plate 20 - a glazed element having an exterior face that faces an exterior space (E), an interior face which faces an interior space (I), and a peripheral edge face , - at least one mounting plate having an exterior face situated facing the interior face of said glazed element , an interior face oriented toward said interior space (I), and a peripheral edge face , and said exterior face of said mounting plate being bonded to said interior face of said glazed element by means of a layer of glue , - a peripheral profiled strip , situated at least partly on said interior face and further toward the periphery of said interior face of said glazed element than said mounting plate , - a threaded rod which extends substantially perpendicular to said interior face of said glazed element and in the direction of said interior space (I) for the fixation of the glazing , characterized in that said mounting plate has a hole passing all the way through and opening onto the exterior face and onto the interior face of the mounting plate in order to allow the threaded rod to pass toward the exterior space and to allow the threaded rod to turn freely with respect to the mounting plate and said glazed element has at least one hole passing all the way through and opening onto the exterior face and onto the interior face of the glazed element , said hole in the glazed element being coaxial with said hole in said mounting plate . - a glazed element having an exterior face that faces an exterior space (E), an interior face which faces an interior space (I), and a peripheral edge face , - at least one mounting plate having an exterior face situated facing the interior face of said glazed element , an interior face oriented toward said interior space (I), and a peripheral edge face , and said exterior face of said mounting plate being bonded to said interior face of said glazed element by means of a layer of glue , - a peripheral profiled strip , situated at least partly on said interior face and further toward the periphery of said interior face of said glazed element than said mounting plate , - a threaded rod which extends substantially perpendicular to said interior face of said glazed element and in the direction of said interior space (I) for the fixation of the glazing ,
A linear actuator assembly for a spot joining apparatus comprising: a housing ; an output shaft which defines an actuator assembly axis, the output shaft being movable along the actuator assembly axis between an extended position and a retracted position relative to the housing; a nose piece which is slidably mounted to the output shaft and movable between an extended position and a retracted position relative to the output shaft ; and a pressure device, wherein the nose piece and the output shaft co-operatively define a chamber for containing a quantity of fluid, the volume of the chamber being smaller when the nose piece is in the retracted position than when the nose piece is in the extended position; the pressure device is connectable to the chamber; characterised in that : the pressure device is a negative pressure device, and the negative pressure device is selectively operable so as to reduce the pressure in the sealed volume, thereby urging the nose piece from the extended position towards the retracted position. a housing ; an output shaft which defines an actuator assembly axis, the output shaft being movable along the actuator assembly axis between an extended position and a retracted position relative to the housing; a nose piece which is slidably mounted to the output shaft and movable between an extended position and a retracted position relative to the output shaft ; and a pressure device, wherein the nose piece and the output shaft co-operatively define a chamber for containing a quantity of fluid, the volume of the chamber being smaller when the nose piece is in the retracted position than when the nose piece is in the extended position; the pressure device is connectable to the chamber; characterised in that : the pressure device is a negative pressure device, and the negative pressure device is selectively operable so as to reduce the pressure in the sealed volume, thereby urging the nose piece from the extended position towards the retracted position. the pressure device is a negative pressure device, and the negative pressure device is selectively operable so as to reduce the pressure in the sealed volume, thereby urging the nose piece from the extended position towards the retracted position.
Pultrusion method for producing a fibre-reinforced plastic profile, comprising at least the following steps: - arranging a number of fibre rovings so as to form a unidirectional preliminary fibre profile with a defined first cross section, - applying at least one scrim to the previously produced unidirectional preliminary fibre profile to produce a layered structure , preferably a multidirectional layered structure, each scrim comprising lateral edge portions , - arranging two lateral edge portions in an overlapping manner to produce a common overlapping portion , the method additionally comprising a step of locally pressing the overlapping portion to fix the two overlapping lateral edge portions in the overlapping portion . - arranging a number of fibre rovings so as to form a unidirectional preliminary fibre profile with a defined first cross section, - applying at least one scrim to the previously produced unidirectional preliminary fibre profile to produce a layered structure , preferably a multidirectional layered structure, each scrim comprising lateral edge portions , - arranging two lateral edge portions in an overlapping manner to produce a common overlapping portion ,
A method of displaying video data, said method comprising the steps: displaying a layout for a query to display first live video data from a first camera if a motion is detected within the first live video data and display second live video data from a second camera, wherein the layout represents an arrangement of video windows for displaying video data, and once a motion within the first live video data from the first camera is detected, displaying the first live video data from the first camera by a first video window in the layout as a result of matching the query, characterized by if a motion within the first live video data from the first camera is detected, displaying the second live video data from the second camera , which is a related camera different from the first camera, by a second video window in the layout as another result of matching the query, wherein the first video window for the first live video data is removed from the layout in an event that a motion within the first live video data from the first camera has not been detected. displaying a layout for a query to display first live video data from a first camera if a motion is detected within the first live video data and display second live video data from a second camera, wherein the layout represents an arrangement of video windows for displaying video data, and once a motion within the first live video data from the first camera is detected, displaying the first live video data from the first camera by a first video window in the layout as a result of matching the query, characterized by if a motion within the first live video data from the first camera is detected, displaying the second live video data from the second camera , which is a related camera different from the first camera, by a second video window in the layout as another result of matching the query, wherein the first video window for the first live video data is removed from the layout in an event that a motion within the first live video data from the first camera has not been detected.