mhurhangee/ep-ind-claims huggingface dataset:
A transmission line via structure in a substrate (102, 202, 402), comprising: a plurality of sub-structures stacked in a via (104, 201, 401, 601) through the substrate along a longitudinal axis thereof, each of the sub-structures including: a center conductor portion extending along the longitudinal axis; an outer conductor portion disposed around the center conductor portion; and at least one dielectric support member separating the outer conductor portion and the center conductor portion and providing a non-solid volume between the outer conductor portion and the center conductor portion; and conductive paste disposed between the center and outer conductor portions of successive ones of the plurality of sub-structures to form an outer conductor and a center conductor. a plurality of sub-structures stacked in a via (104, 201, 401, 601) through the substrate along a longitudinal axis thereof, each of the sub-structures including: a center conductor portion extending along the longitudinal axis; an outer conductor portion disposed around the center conductor portion; and at least one dielectric support member separating the outer conductor portion and the center conductor portion and providing a non-solid volume between the outer conductor portion and the center conductor portion; and a center conductor portion extending along the longitudinal axis; an outer conductor portion disposed around the center conductor portion; and at least one dielectric support member separating the outer conductor portion and the center conductor portion and providing a non-solid volume between the outer conductor portion and the center conductor portion; and conductive paste disposed between the center and outer conductor portions of successive ones of the plurality of sub-structures to form an outer conductor and a center conductor.
An injection device comprising: first and second body portions (12, 14) each having a longitudinal axis (L1, L2); an axially-displaceable plunger; and biasing means for advancing said plunger a predetermined distance, wherein said first and second body portions (12, 14) are configured to couple together at a coupling, said first and second body portions being complementarily formed so as to be movable about said coupling, a reservoir is disposed within the first body portion, the plunger is located within the second body portion in said initial state and the injection device further comprises a releasable retainer for releasably retaining the plunger in a first state against the force of the biasing means, wherein, in an initial state, said axes (L1, L2) of said first body portion and said second body portion are not axially aligned, and said plunger is in said first state, and in a coupled state, said axes (L1, L2) of said first and second body portions are axially aligned thereby allowing said biasing means to advance said plunger said predetermined distance when said releasable retainer releases said plunger, characterized in that said axes (L1,L2) of said first body portion and said second body portion are essentially parallel to one another in said initial state. first and second body portions (12, 14) each having a longitudinal axis (L1, L2); an axially-displaceable plunger; and biasing means for advancing said plunger a predetermined distance, wherein said first and second body portions (12, 14) are configured to couple together at a coupling, said first and second body portions being complementarily formed so as to be movable about said coupling, a reservoir is disposed within the first body portion, the plunger is located within the second body portion in said initial state and the injection device further comprises a releasable retainer for releasably retaining the plunger in a first state against the force of the biasing means, wherein, in an initial state, said axes (L1, L2) of said first body portion and said second body portion are not axially aligned, and said plunger is in said first state, and in a coupled state, said axes (L1, L2) of said first and second body portions are axially aligned thereby allowing said biasing means to advance said plunger said predetermined distance when said releasable retainer releases said plunger, characterized in that said axes (L1,L2) of said first body portion and said second body portion are essentially parallel to one another in said initial state.
Valve train in an internal combustion engine, comprising at least one basic camshaft, on which a cam support comprising at least one valve-actuating cam is provided for conjoint rotation and in an axially displaceable manner, the cam support having a tubular basic element which receives the basic camshaft at least in regions and on which at least one cam element of the cam support is arranged, characterised in that at least one torque-transmitting connecting element is arranged between the basic element and the cam element.
Encapsulated micropump having an integrated motor and at least one impeller for generating a fluid flow within a housing of the micropump, the impeller having a radial plain bearing with a bearing star (117, 1170) for mounting an impeller journal of the impeller within the housing, wherein the impeller journal has a casing made of a different material than the bearing star (117, 1170), characterized in that the casing of the impeller journal forms a cap which has an extension beyond the bearing star.
A control plate assembly for a flushing tank, comprising a mounting counterplate comprising a frame having an inner cavity and a front edge which delimits an access opening to the cavity, a control plate connected to the counterplate and having a least one opening delimited by a peripheral edge, at least one movable button housed in the opening, and at least one actuator operated by the button and connectable to a flush valve of the flushing tank; the plate being connected to the counterplate via an opening mechanism comprising an articulated system having at least one movable element, which has opposite ends (31, 32) hinged to the counterplate and to the control plate respectively; the plate assembly being characterized in that the opposite ends (31, 32) of the element are hinged to respective portions, opposite to each other, of the counterplate and of the control plate respectively, preferably to a lower portion of the counterplate and an upper portion of the plate, in such a way that the control plate is moveable with respect to the counterplate between a closed position, in which the control plate is arranged near the counterplate and closes the opening, and an open position, in which the control plate is detached, and spaced apart at a predetermined distance, from the counterplate, leaves the opening open and can be maintained substantially parallel to the counterplate.
A tunnel washing system for soiled laundry comprising: a housing including a helix defining a plurality of modules and a plurality of seals (208a-208c), the helix and the plurality of seals defining a pre-wash zone, a main wash zone, and a rinse zone, each of the zones having a plurality of modules, the pre-wash zone having a fluid feed line, the main wash zone having a fluid feed line and a wash water drain and the rinse zone having a fresh water feed line and a rinse water drain; a press downstream of the rinse zone for receiving soiled laundry from the plurality of modules, the press being coupled to a press tank configured to receive and store therein soiled press water from the press; and characterized by a recirculation line coupled to the press tank and configured to receive a portion of the soiled press water, the recirculation line including an integrated fluid sanitizer module configured to sanitize the portion of the soiled press water, wherein the recirculation line is configured to deliver the sanitized press water into a module of the rinse zone. a housing including a helix defining a plurality of modules and a plurality of seals (208a-208c), the helix and the plurality of seals defining a pre-wash zone, a main wash zone, and a rinse zone, each of the zones having a plurality of modules, the pre-wash zone having a fluid feed line, the main wash zone having a fluid feed line and a wash water drain and the rinse zone having a fresh water feed line and a rinse water drain; a press downstream of the rinse zone for receiving soiled laundry from the plurality of modules, the press being coupled to a press tank configured to receive and store therein soiled press water from the press; and characterized by a recirculation line coupled to the press tank and configured to receive a portion of the soiled press water, the recirculation line including an integrated fluid sanitizer module configured to sanitize the portion of the soiled press water, wherein the recirculation line is configured to deliver the sanitized press water into a module of the rinse zone.
A method for predicting the degree of weight loss attainable by applying one or more dietary interventions to a subject, said method comprising: determining the level of fructosamine in one or more samples obtained from the subject.
A clamping device including: - a screw member with a bearing head and a rod having a threaded section, - a locking clip having a base provided with a through-hole for the rod of the screw member and retaining means supported by the base so as to be arranged vertically in line with the through-hole and capable of cooperating with the threaded section to produce axial locking between the screw member and the locking clip, - a burr arranged at the periphery of the through-hole, wherein the retaining means consist of a plurality of flexible and elastic tongues (22, 23) arranged in a converging manner so that their free ends (221, 231) define between them a gap (d) smaller than the nominal diameter of the threaded section so as to engage automatically in the threads of the threaded section on axial insertion of the rod into the through-hole and wherein the burr is arranged in the direction of the flexible tongues (22, 23) to form a stop at the free ends (221, 231) during axial removal of the rod, and characterised in that the ends (222, 232) opposite the free ends (221, 231) of the flexible tongues (22, 23) are fastened to respective connecting arms (25, 26) connected to the base by an elastically deformable area. - a screw member with a bearing head and a rod having a threaded section, - a locking clip having a base provided with a through-hole for the rod of the screw member and retaining means supported by the base so as to be arranged vertically in line with the through-hole and capable of cooperating with the threaded section to produce axial locking between the screw member and the locking clip, - a burr arranged at the periphery of the through-hole, wherein the retaining means consist of a plurality of flexible and elastic tongues (22, 23) arranged in a converging manner so that their free ends (221, 231) define between them a gap (d) smaller than the nominal diameter of the threaded section so as to engage automatically in the threads of the threaded section on axial insertion of the rod into the through-hole and wherein the burr is arranged in the direction of the flexible tongues (22, 23) to form a stop at the free ends (221, 231) during axial removal of the rod, and characterised in that the ends (222, 232) opposite the free ends (221, 231) of the flexible tongues (22, 23) are fastened to respective connecting arms (25, 26) connected to the base by an elastically deformable area.
An occupancy sensor calibration device for calibrating an occupancy sensing region of an occupancy sensor in which occupancy is detected, the occupancy sensor calibration device comprising: - a communication interface arranged to receive - occupancy data from the occupancy sensor, - vision data from a vision sensor, the vision sensor having a vision sensing region which at least partly overlaps the occupancy sensing region, - a processor circuit arranged to repeatedly (i) detect an occupancy in the vision data and a concurrent occupancy detection in the occupancy data, (ii) determine a location of the detected occupancy in the vision data, and (iii) store the location as part of the occupancy sensing region, and - an occupancy storage arranged to store the locations; the occupancy sensor calibration device being characterized in that the processor circuit is arranged to repeatedly (i) detect a movement in the vision data and an absence of concurrent occupancy detection in the occupancy data, (ii) determine a location of the detected movement, and (iii) store the location as outside the occupancy sensing region. - a communication interface arranged to receive - occupancy data from the occupancy sensor, - vision data from a vision sensor, the vision sensor having a vision sensing region which at least partly overlaps the occupancy sensing region, - occupancy data from the occupancy sensor, - vision data from a vision sensor, the vision sensor having a vision sensing region which at least partly overlaps the occupancy sensing region, - a processor circuit arranged to repeatedly (i) detect an occupancy in the vision data and a concurrent occupancy detection in the occupancy data, (ii) determine a location of the detected occupancy in the vision data, and (iii) store the location as part of the occupancy sensing region, and - an occupancy storage arranged to store the locations; the occupancy sensor calibration device being characterized in that the processor circuit is arranged to repeatedly (i) detect a movement in the vision data and an absence of concurrent occupancy detection in the occupancy data, (ii) determine a location of the detected movement, and (iii) store the location as outside the occupancy sensing region.
Device for the electric-arc based, laser-supported machining of a workpiece, in particular for arc welding or cutting the latter, comprising - an ultra-short pulse laser source for producing an ultra-short pulse laser beam with a pulse length of between a few femtoseconds and a few picoseconds, in particular 120 fs, and a plasma filament generated by the latter by self-focussing the UKP laser beam over a filament section between a filament starting point and the workpiece, wherein the plasma filament is non-diverging over the filament section, - a UKP laser beam deflector for guiding the UKP laser beam at an angle in the direction of the workpiece, - imaging optics cooperating with the UKP laser beam deflector for the UKP laser beam such that the UKP laser beam runs through an essentially fixed and angle-dependent pivot point which lies in the filament section, and - a fixed high-voltage electrode at the pivot point for producing a filament-guided electric arc between the high voltage electrode and workpiece, wherein the UKP laser beam for producing the plasma filament comprises or exceeds a critical pulse peak output P crit according to the relationship P crit = α ⋅ λ 2 4 π ⋅ n 0 ⋅ n 2 where α: material-dependent constant λ: wavelength of the UKP laser beam n 0: optical refractive index of the medium n 2: non-linear refractive index coefficient. - an ultra-short pulse laser source for producing an ultra-short pulse laser beam with a pulse length of between a few femtoseconds and a few picoseconds, in particular 120 fs, and a plasma filament generated by the latter by self-focussing the UKP laser beam over a filament section between a filament starting point and the workpiece, wherein the plasma filament is non-diverging over the filament section, - a UKP laser beam deflector for guiding the UKP laser beam at an angle in the direction of the workpiece, - imaging optics cooperating with the UKP laser beam deflector for the UKP laser beam such that the UKP laser beam runs through an essentially fixed and angle-dependent pivot point which lies in the filament section, and - a fixed high-voltage electrode at the pivot point for producing a filament-guided electric arc between the high voltage electrode and workpiece, α: material-dependent constant λ: wavelength of the UKP laser beam n 0: optical refractive index of the medium n 2: non-linear refractive index coefficient.
A composite scanning system, comprising a composite scanning device and a host, wherein the host comprises: an application module, configured for performing a first capability setting on the composite scanning device, obtaining scanning image data of the composite scanning device after the first capability setting, and processing the scanning image data in a TWAIN session state; a configuration module, configured for performing a second capability setting for the composite scanning device according to a processing result of the application module in the TWAIN session state; a Data Source, configured for transferring capability value set by the application module or capability value obtained from the configuration module to the composite scanning device, and transferring the scanning image data of the composite scanning device to the application module; and a Data Source Manager, configured for managing the communication between the application module and the Data Source; characterised in that the TWAIN session state is a Transfer Ready state, and the application module is further configured for determining whether a scanning medium satisfies a preset requirement, and obtaining, as the processing result further used by the configuration module, the result of the determining whether the scanning medium satisfies the preset requirement. an application module, configured for performing a first capability setting on the composite scanning device, obtaining scanning image data of the composite scanning device after the first capability setting, and processing the scanning image data in a TWAIN session state; a configuration module, configured for performing a second capability setting for the composite scanning device according to a processing result of the application module in the TWAIN session state; a Data Source, configured for transferring capability value set by the application module or capability value obtained from the configuration module to the composite scanning device, and transferring the scanning image data of the composite scanning device to the application module; and a Data Source Manager, configured for managing the communication between the application module and the Data Source; characterised in that the TWAIN session state is a Transfer Ready state, and the application module is further configured for determining whether a scanning medium satisfies a preset requirement, and obtaining, as the processing result further used by the configuration module, the result of the determining whether the scanning medium satisfies the preset requirement.
Container arrangement with a box- or shell-shaped container base and with a container lid which is designed to close the container base, a reception shaft (9, 10, 11) being formed on an outer surface of the container base, which reception shaft (9, 10, 11) comprises grooveshaped guide slots at the edges which serve for the form-fitting reception of an information carrier card designed in credit card format or of a coupling device of a carrying handle arrangement, and with a carrying handle arrangement comprising a carrying handle and a coupling device which is attached to the carrying handle and which has a credit card-shaped section corresponding to the geometry of the reception shaft (9, 10, 11), wherein the coupling device is accommodated in the reception shaft (9, 10, 11), wherein the guide slots are open in a region facing the container lid in order to enable the coupling device of the carrying handle arrangement to be moved into the reception shaft (9, 10, 11) when the container lid is open, and wherein a rib-like projection being provided on the container lid in the region of the reception shaft (9, 10, 11), which projection covers a free cross-section of the reception shaft (9, 10, 11) in a closed position of the container bottom part relative to the container lid and prevents undesired removal and unattended falling out of the information carrier card or the coupling device.
Stacking device for pallets, so as to be able to stack a second pallet on a first pallet, wherein the stacking device comprises corner posts, wherein portions of the corner posts can bear against outer sides of the first pallet in a respective corner region of the first pallet, and wherein in each case two adjacent corner posts are connected to one another via a side strut (14, 15), wherein each corner post has a supporting element which is supported on an upper side of the pallet in the respective corner region, and wherein an upwardly extendable support is guided in or on each corner post, at the upper, free end of which support a receiving means for the second pallet is mounted, characterized in that the corner posts are profiled in a U-shaped manner, and in that the respective supporting element is arranged in a height-adjustable manner on the corner post.
A ducted heat exchanger system for a gas turbine engine, comprising: a duct comprising a diffusion area; an additive manufactured heat exchanger core with a contoured external geometry and placed within the duct, wherein a front face and a rear face of said core are at least partially arcuate and characterized in that: said front face of said core extends into the diffusion area of the duct within which said core is located; said front face of said core is contoured such that an airflow communicated through the duct that enters said core is generally perpendicular to said front face over the entirety of said front face; and said rear face of said core is non-planar and contoured such that an airflow that exits said core is generally perpendicular to said rear face over the entirety of said rear face. a duct comprising a diffusion area; an additive manufactured heat exchanger core with a contoured external geometry and placed within the duct, wherein a front face and a rear face of said core are at least partially arcuate and characterized in that: said front face of said core extends into the diffusion area of the duct within which said core is located; said front face of said core is contoured such that an airflow communicated through the duct that enters said core is generally perpendicular to said front face over the entirety of said front face; and said rear face of said core is non-planar and contoured such that an airflow that exits said core is generally perpendicular to said rear face over the entirety of said rear face.
An ethylene-based polymer comprising the following properties: a) a melt index ≥ 2.0 dg/min; b) a Mw(abs) versus I2 relationship: Mw(abs) < A + B, where A = 2.40 x 10 5 g/mole, and B = -8.00 x 10 3 (g/mole)/(dg/min); and c) a G' versus I2 relationship: G' ≥ C + D, where C = 127.5 Pa, and D = -1.25 Pa/(dg/min) wherein the rheology measurement to determine G' is done in a nitrogen environment, at 170°C, and a strain of 10%, and G' determined at G" = 500 Pa. a) a melt index ≥ 2.0 dg/min; b) a Mw(abs) versus I2 relationship: Mw(abs) < A + B, where A = 2.40 x 10 5 g/mole, and B = -8.00 x 10 3 (g/mole)/(dg/min); and c) a G' versus I2 relationship: G' ≥ C + D, where C = 127.5 Pa, and D = -1.25 Pa/(dg/min) wherein the rheology measurement to determine G' is done in a nitrogen environment, at 170°C, and a strain of 10%, and G' determined at G" = 500 Pa.