mhurhangee/ep-ind-claims huggingface dataset:
A method implemented on at least one machine each of which has at least one processor and storage, the method comprising: acquiring emission tomography list mode data relating to a subject; dividing the list mode data into a plurality of time intervals; establishing a relationship between data-space and reconstruction space; determining, for each time interval, based on the divided list mode data and the relationship, an x-axis mathematical expectation of a translation of the subject's center of mass, a y-axis mathematical expectation of the translation of the subject's center of mass, and a z-axis mathematical expectation of the translation of the subject's center of mass; determining, for each time interval, based on the x-axis mathematical expectation information, the y-axis mathematical expectation information and the z-axis mathematical expectation information of the translation of the subject's center of mass, translation information relating to a rigid motion of the subject; determining for each time interval, the covariance matrix of the x-axis mathematical expectation, the y-axis mathematical expectation, and the z-axis mathematical expectation of the translation of the subject's center of mass; and determining, for each time interval, rotational information relating to the rigid motion of the subject based on the eigen-vector matrix of the covariance matrix. acquiring emission tomography list mode data relating to a subject; dividing the list mode data into a plurality of time intervals; establishing a relationship between data-space and reconstruction space; determining, for each time interval, based on the divided list mode data and the relationship, an x-axis mathematical expectation of a translation of the subject's center of mass, a y-axis mathematical expectation of the translation of the subject's center of mass, and a z-axis mathematical expectation of the translation of the subject's center of mass; determining, for each time interval, based on the x-axis mathematical expectation information, the y-axis mathematical expectation information and the z-axis mathematical expectation information of the translation of the subject's center of mass, translation information relating to a rigid motion of the subject; determining for each time interval, the covariance matrix of the x-axis mathematical expectation, the y-axis mathematical expectation, and the z-axis mathematical expectation of the translation of the subject's center of mass; and determining, for each time interval, rotational information relating to the rigid motion of the subject based on the eigen-vector matrix of the covariance matrix.
A crib bed of the general type with at least one detachable crib sidewall being secured to the crib bed leg construction by means of a latching system including a latch housing on the detachable crib sidewall and a stationary guide member within the crib bed leg construction, the latching system being spring loaded as to always return to a latch lock position with release of trigger lever, a latching bar being arranged rotatably and displaceably in the latch housing in order to displace a latching pin adapted to engage the stationary guide member, the latching bar being provided with the trigger lever at a first end for rotating and displacing the latching bar and the latching pin, the latching bar being provided with the latching pin at a second end, and the latching bar being spring-loaded in the latch housing by means of a latch bar spring arranged around the latch bar for engagement of the latching pin with the stationary guide member, characterised in that, for attachment of the detachable crib sidewall to the crib bed leg construction, the latching pin is retractable into the latching bar against the load of a spring arranged in the latching bar by displacement of the latching pin along a sloped surface of the stationary guide member, in that the latching pin includes a slot perpendicular to the axis of the latching pin, in that the latching pin is secured to the latching bar with a linkage pin extending through the slot of the latching pin and extending through a hole in the latching bar, and in that, for detachment of the detachable crib sidewall from the crib bed leg construction, the linkage pin and thereby the attached trigger lever is guided in a guide rail in the latch housing for retraction of the secured latching pin and latching bar in a first motion which is horizontal and co-axial to the latching pin and afterwards in a second motion which is rotational and co-axial to the latching pin.
An adhesive injection method for injecting an adhesive that bonds an outer plate and a reinforcing member, the reinforcing member having a plurality of through holes (18a-j) bored through the reinforcing member in a direction intersecting a bonding surface, said bonding surface facing the outer plate and extending in a certain direction, the adhesive injection method comprising: a positioning step of positioning the outer plate and the reinforcing member; a sealing material disposing step of disposing a sealing material that extends in the certain direction and covers a gap formed between the outer plate and the reinforcing member on both sides of the bonding surface; and an injecting step of injecting the adhesive into the through holes (18a-j) in order from one end to the other end of the bonding surface, wherein at the injecting step, while the adhesive is injected into one of the through holes (18a-j), when the adhesive is recognized through another one of the through holes (18a-j) formed adjacent to the one through hole into which the adhesive is being injected, the order of the through holes (18a-j) into which the adhesive is to be injected is shifted from the one through hole into which the adhesive is being injected to the other through hole, characterized in that the through holes (18a-j) are formed in a pair of two columns extending in the certain direction in a staggered manner. a positioning step of positioning the outer plate and the reinforcing member; a sealing material disposing step of disposing a sealing material that extends in the certain direction and covers a gap formed between the outer plate and the reinforcing member on both sides of the bonding surface; and an injecting step of injecting the adhesive into the through holes (18a-j) in order from one end to the other end of the bonding surface, wherein at the injecting step, while the adhesive is injected into one of the through holes (18a-j), when the adhesive is recognized through another one of the through holes (18a-j) formed adjacent to the one through hole into which the adhesive is being injected, the order of the through holes (18a-j) into which the adhesive is to be injected is shifted from the one through hole into which the adhesive is being injected to the other through hole, characterized in that the through holes (18a-j) are formed in a pair of two columns extending in the certain direction in a staggered manner.
A nutritional composition for oral administration of a mixture of amino acids comprising at least one amino acid with unpleasant taste, in the form of pellets comprising a) an inert core consisting essentially of saccharose and starch, b) a coating comprising said mixture of amino acids and c) a polymeric film coating, said nutritional composition comprising two groups of pellets having different release profiles, the first group having an immediate-release profile and the second having a controlled release-profile.
A method for producing a seat core material that has a foamed molded substrate and a frame member embedded in a periphery thereof, said method comprising the steps of: (a) heating thermoplastic resin expanded beads in a mold cavity, in which the frame member has been disposed, to fusion-bond the expanded beads to each other and to obtain the foamed molded substrate with the frame member being embedded in the periphery thereof; and (b) simultaneously with step (a) or after step (a), forming a void cavity (S, S') in the foamed molded substrate at a position along and adjacent to the frame member, wherein said void cavity (S, S') has a size and shape that allows a relative displacement between the frame member and the foamed molded substrate when the foamed molded substrate shrinks after step (b). (a) heating thermoplastic resin expanded beads in a mold cavity, in which the frame member has been disposed, to fusion-bond the expanded beads to each other and to obtain the foamed molded substrate with the frame member being embedded in the periphery thereof; and (b) simultaneously with step (a) or after step (a), forming a void cavity (S, S') in the foamed molded substrate at a position along and adjacent to the frame member,
Temperature-dependent switch comprising a temperature-dependent switching mechanism (15; 41), a housing (11, 12, 42; 84) accommodating the switching mechanism (15; 41), two first connections (22, 14, 26; 63, 64; 82, 83) provided on the switch (10; 40; 80), between which first connections the switching mechanism (15; 41) makes or interrupts an electrically conductive connection depending on the temperature of said switching mechanism, and comprising a heating resistor, which is arranged on an outside of the housing (11, 12; 42, 84) and is connected electrically in series with the two first connections (22, 14, 26; 71, 72; 82, 83), characterized in that the heating resistor is embodied in the form of a sheet-like metal part, which is welded to the housing (11, 12; 42; 84), wherein a further connection is provided on the metal part.
Method for closing a convertible soft top on a cabriolet vehicle, wherein the convertible soft top is opened and closed in an electric or hydraulic manner and the vehicle comprises an interior space monitoring system and a surroundings monitoring system, wherein image data of the interior space monitoring system and the surroundings monitoring system is transmitted by way of an air interface to a mobile device, wherein the process of opening and/or closing the convertible soft top can be switched by way of the air interface, and wherein the mobile device, is a mobile network device having a display characterized in that the image data of the current vehicle situation are displayed on the display and a control signal of the mobile device effects the actuation of the convertible soft top after a preset time period has elapsed, and in that the mobile device provides a cancel option by means of which the user can cancel the actuation of the convertible soft top at any time.
Closure for a driving rod fitting of a casement of a window, a French window, a door or the like, which is pivotable against a frame with a housing comprising a locking element which is longitudinally displaceable by a driving rod and is transversely pivotable with respect to the drive rod out of a recess in the housing that is covered in the open position, and which protrudes into the recess in the closed position, and with a counter bearing lying opposite the locking element in the closed position, wherein the locking element is provided for fixing the frame or the casement to the counter bearing on the component lying respectively opposite, wherein the recess in the housing for the locking element is designed without undercuts, while a pivot axis is arranged parallel to the intended direction of movement of the drive rod to support the locking element in the housing, and is accessible for disassembly of the locking element when the housing is mounted on the window, characterized in that the pivot axis of the locking element comprises end pieces (21, 23) that may be axially slid together against the force of at least one spring element (20, 26), wherein the housing has receptacles (18, 24) for the end pieces (21, 23) of the pivot axis.
A membrane assembly (100; 101-108) comprising: an insulating structural member having a flat surface; and a membrane coupled to the flat surface of the insulating structural member and having a plurality of corrugations protruded toward an outside formed at a portion thereof, the membrane assembly being characterized by further comprising: a reinforcing member disposed to be in contact with an internal face of the corrugation between the insulating structural member and the corrugation and comprising: a reinforcing body including a bottom portion, an external face of the bottom portion being flat so as to be in contact with the insulating structural member, and a supporting portion, an external face of the supporting portion corresponding to the internal face of the corrugation so as to be in contact with the internal face of the corrugation, the reinforcing body having the shape of a pipe, a cross section of which is a closed curve; and a reinforcing pipe disposed inside the reinforcing body to be in contact with and support an internal face of the reinforcing body. an insulating structural member having a flat surface; and a membrane coupled to the flat surface of the insulating structural member and having a plurality of corrugations protruded toward an outside formed at a portion thereof, the membrane assembly being characterized by further comprising: a reinforcing member disposed to be in contact with an internal face of the corrugation between the insulating structural member and the corrugation and comprising: a reinforcing body including a bottom portion, an external face of the bottom portion being flat so as to be in contact with the insulating structural member, and a supporting portion, an external face of the supporting portion corresponding to the internal face of the corrugation so as to be in contact with the internal face of the corrugation, the reinforcing body having the shape of a pipe, a cross section of which is a closed curve; and a reinforcing pipe disposed inside the reinforcing body to be in contact with and support an internal face of the reinforcing body. a reinforcing member disposed to be in contact with an internal face of the corrugation between the insulating structural member and the corrugation and comprising: a reinforcing body including a bottom portion, an external face of the bottom portion being flat so as to be in contact with the insulating structural member, and a supporting portion, an external face of the supporting portion corresponding to the internal face of the corrugation so as to be in contact with the internal face of the corrugation, the reinforcing body having the shape of a pipe, a cross section of which is a closed curve; and a reinforcing pipe disposed inside the reinforcing body to be in contact with and support an internal face of the reinforcing body.
Method for automatically adapting at least one adaptable process parameter of a tooling machine having at least one material removing tool, the tooling machine being part of a manufacturing process for physically processing input work pieces into output work pieces, the method comprising • a coordinative measurement of at least one geometric feature of an output work piece by a coordinate measuring machine, the geometric feature being a direct or indirect result of the processing with the tool, characterized by • inputting measured coordinate data of the coordinative measurement and nominal geometric data of the geometric feature into a deterministic digital simulation of at least a part of the manufacturing process with a digital model, of the tooling machine and modelled process parameters, therein the adaptable process parameter of the tooling machine, simulating at least a deterministic behavior of the tooling machine relevant for an operation of its tool, • running the simulation with varying of at least one of the modelled process parameters with the objective to emulate the measured coordinate data, • deriving from the simulation with thus adapted modelled process parameters and based on the nominal geometric data of the geometric feature an adapted value for the adaptable process parameter which enables an adapted operation of the tooling machine with respect to its tool resulting in a reduced difference between real and nominal geometric data of the geometric feature. • a coordinative measurement of at least one geometric feature of an output work piece by a coordinate measuring machine, the geometric feature being a direct or indirect result of the processing with the tool, • inputting measured coordinate data of the coordinative measurement and nominal geometric data of the geometric feature into a deterministic digital simulation of at least a part of the manufacturing process with a digital model, of the tooling machine and modelled process parameters, therein the adaptable process parameter of the tooling machine, simulating at least a deterministic behavior of the tooling machine relevant for an operation of its tool, • running the simulation with varying of at least one of the modelled process parameters with the objective to emulate the measured coordinate data, • deriving from the simulation with thus adapted modelled process parameters and based on the nominal geometric data of the geometric feature an adapted value for the adaptable process parameter which enables an adapted operation of the tooling machine with respect to its tool resulting in a reduced difference between real and nominal geometric data of the geometric feature.
A frame structure for a vehicle comprising a front wheel suspension arrangement for suspending a pair of front wheels of the vehicle, and a rear wheel suspension arrangement for suspending a pair of rear wheels of the vehicle, wherein the frame structure comprises a load bearing frame arrangement arranged to be positioned at a transversal center portion of the vehicle, the load bearing frame arrangement comprising a first member and a second member, each of the first and second members forming a diagonal extension as seen in a transversal cross section of the load bearing frame arrangement, wherein the diagonal first and second members extend longitudinally between the front wheel suspension arrangement and the rear wheel suspension arrangement, wherein the diagonal extension of the first member interconnects with the diagonal extension of the second member forming a connection point between the first and second members, characterized in that the frame structure further comprises a plurality of brackets positioned along the longitudinal extension of the load bearing frame arrangement at a predetermined distance from each other, wherein each of the plurality of brackets is connected to the diagonally extending first and second members and extends transversally away from the connection point.
A method of loading a fluid-filled intraocular lens into a delivery or storage device, comprising: providing a fluid-filled intraocular lens comprising an optic portion and a peripheral member; the peripheral member comprises a first portion that is less flexible than a second portion; and loading the intraocular lens into a delivery or storage device; characterized in that the intraocular lens is loaded into the delivery or storage device while applying loading forces with a loading instrument on the optic portion and on a first portion of the peripheral member that is less flexible than a second portion of the peripheral member without applying a loading force on the second portion of the peripheral member. providing a fluid-filled intraocular lens comprising an optic portion and a peripheral member; the peripheral member comprises a first portion that is less flexible than a second portion; and loading the intraocular lens into a delivery or storage device; characterized in that the intraocular lens is loaded into the delivery or storage device while applying loading forces with a loading instrument on the optic portion and on a first portion of the peripheral member that is less flexible than a second portion of the peripheral member without applying a loading force on the second portion of the peripheral member.
Device for the construction of high rising building structures comprising a self-climbing mechanism, a concrete application mechanism and a levelling and dampening system, said concrete application mechanism is configured to apply concrete by additive manufacturing, and further comprising a GPS-system, wherein the self-climbing mechanism and the concrete application mechanism are separately or commonly GPS-controlled by said GPS-system, so that the climbing movement of the self-climbing mechanism and the spatial progress with respect to an additive manufacturing of the concrete application mechanism are coordinated; characterized in that the device further comprises a rebar arrangement mechanism, whereby the rebar arrangement mechanism is GPS-controlled by said GPS- system, so that the spatial progress with respect to an reinforcement process by means of rebars is coordinated with the climbing movement of the self-climbing mechanism and/or the spatial progress with respect to the additive manufacturing of the concrete application mechanism; and in which the self-climbing mechanism comprises at least one platform, which is an upper platform supporting the concrete application mechanism, the rebar arrangement mechanism and the levelling and dampening system; and in that the platform carries a structural pillar supporting the concrete application mechanism and the rebar arrangement mechanism, and in that the pillar is supported on the levelling and dampening system which includes vibration dampening means and precision levelling actuators, so as to keep the entire mechanism stable and levelled during all processing steps. said concrete application mechanism is configured to apply concrete by additive manufacturing, and further comprising a GPS-system, wherein the self-climbing mechanism and the concrete application mechanism are separately or commonly GPS-controlled by said GPS-system, so that the climbing movement of the self-climbing mechanism and the spatial progress with respect to an additive manufacturing of the concrete application mechanism are coordinated; characterized in that the device further comprises a rebar arrangement mechanism, whereby the rebar arrangement mechanism is GPS-controlled by said GPS- system, so that the spatial progress with respect to an reinforcement process by means of rebars is coordinated with the climbing movement of the self-climbing mechanism and/or the spatial progress with respect to the additive manufacturing of the concrete application mechanism; and in which the self-climbing mechanism comprises at least one platform, which is an upper platform supporting the concrete application mechanism, the rebar arrangement mechanism and the levelling and dampening system; and in that the platform carries a structural pillar supporting the concrete application mechanism and the rebar arrangement mechanism, and in that the pillar is supported on the levelling and dampening system which includes vibration dampening means and precision levelling actuators, so as to keep the entire mechanism stable and levelled during all processing steps.