mhurhangee/ep-ind-claims huggingface dataset:
Procedure for determining the mass flow of a Coriolis mass flowmeter arranged on a rotary filler, characterized by the following process steps: - Conventional determination of the mass flow m using the Coriolis mass flowmeter - Determination of the rotational speed n of the rotary filler - Calculation of a corrective value Δ m = k * n, with a constant k - Determination of the mass flow m corr with m corr = m - Δm - Conventional determination of the mass flow m using the Coriolis mass flowmeter - Determination of the rotational speed n of the rotary filler - Calculation of a corrective value Δ m = k * n, with a constant k - Determination of the mass flow m corr with m corr = m - Δm
Method for processing connections conveyed by a private branch exchange to a mobile phone network, wherein a control device communicates in such a manner with the private branch exchange that, in the case of conveying of a connection request, originating from a communication device connected to the private branch exchange, to a mobile communication device, in the case of a logged off mobile communication device, a connection setup ceases on the part of the private branch exchange due to a first message sent by the control device to the private branch exchange, characterized in that - information regarding a status change of the mobile communication device is transmitted in the form of a logging off of the mobile communication device of the mobile phone network to the branch exchange, in that a) the mobile communication device establishes a connection to a defined port or to a defined branch exchange of the private branch exchange and after the establishment immediately aborts again, as a result of which b) the private branch exchange acquires the connection that has occurred, and c) detects information associated with the mobile communication device, comprising a call number of the mobile communication device, - the associated information regarding the logging off mobile communication device is transmitted to the control device as a status change of the mobile communication device by the private branch exchange. - information regarding a status change of the mobile communication device is transmitted in the form of a logging off of the mobile communication device of the mobile phone network to the branch exchange, in that a) the mobile communication device establishes a connection to a defined port or to a defined branch exchange of the private branch exchange and after the establishment immediately aborts again, as a result of which b) the private branch exchange acquires the connection that has occurred, and c) detects information associated with the mobile communication device, comprising a call number of the mobile communication device, a) the mobile communication device establishes a connection to a defined port or to a defined branch exchange of the private branch exchange and after the establishment immediately aborts again, as a result of which b) the private branch exchange acquires the connection that has occurred, and c) detects information associated with the mobile communication device, comprising a call number of the mobile communication device, - the associated information regarding the logging off mobile communication device is transmitted to the control device as a status change of the mobile communication device by the private branch exchange.
Control system for controlling a machine, comprising carrier control means for controlling a motion of a plurality of carriers (61, 62, 63, 64, 65) on at least two tracks (10, 20, 30, 40, 45) arranged spaced to each other and being arranged to receive at least one movable coil (50; 51, 52, 53; 51, 52) said movable coil (50; 51, 52, 53; 51, 52) being adapted to be either added to one of said at least two tracks (10, 20, 30, 40, 45) or removed from said one of said at least two tracks (10, 20, 30, 40, 45) so that the beginning and/or one end positions of said one of said at least two tracks (10, 20, 30, 40, 45) is changed, and coil control means for controlling a motion of said movable coil (50; 51, 52, 53; 51, 52) being movable between said at least two tracks, wherein said movable coil (50; 51, 52, 53; 51, 52) is usable for moving a carrier of said plurality of carriers between said at least two tracks, wherein the coil control means is configured to perform a control such that said moveable coil (50; 51, 52, 53; 51, 52) is either added to one of said at least two tracks (10, 20, 30, 40, 45) or removed from said one of said at least two tracks (10, 20, 30, 40, 45) so that the beginning and/or end positions of said one of said at least two tracks (10, 20, 30, 40, 45) is changed.
Filter device having a filter housing, in which a ring filter element is arranged, wherein a base-end opening is provided in the filter housing, characterised in that - a lower end disc of the ring filter element has a support surface aligned with the base-end opening, wherein a first ejector is provided, which can be guided through the base-end opening and can be brought into direct pressure contact with the support surface, in order to press the ring filter element out of the filter housing, and/or - an upper end disc of the ring filter element has a central internal thread, wherein a second ejector is provided with an external thread designed to be complementary to the internal thread of the upper end disc, which can be threadedly engaged with the external thread, in order to pull the ring filter element out of the filter housing, and - a heating device is provided, which can be ejected together with the ring filter element. - a lower end disc of the ring filter element has a support surface aligned with the base-end opening, wherein a first ejector is provided, which can be guided through the base-end opening and can be brought into direct pressure contact with the support surface, in order to press the ring filter element out of the filter housing, and/or - an upper end disc of the ring filter element has a central internal thread, wherein a second ejector is provided with an external thread designed to be complementary to the internal thread of the upper end disc, which can be threadedly engaged with the external thread, in order to pull the ring filter element out of the filter housing, and - a heating device is provided, which can be ejected together with the ring filter element.
Method for generating quantitative MR images of an object under investigation, in which a quantitatively determined MR parameter is represented, having the following steps: - capturing a first MR data set of the object under investigation in an undersampled raw data space, which according to the Nyquist theorem is incompletely filled with raw data points, wherein the object under investigation is captured in a plurality of 2-dimensional parallel slices, in which the resolution in a slice plane of the slices is in each case higher than perpendicular to the slice plane, wherein the plurality of 2-dimensional slices are in each case shifted relative to one another perpendicular to the slice plane by a distance which is smaller than the resolution perpendicular to the slice plane, and each of the plurality of 2-dimensional slices is undersampled, - reconstructing further MR raw data points of the first MR data set, which were not captured, with the assistance of a model using a cost function which is minimised and in which the captured raw data points are compared with the reconstructed raw data points which were not captured, wherein the cost function takes account of the shift of the plurality of 2-dimensional slices perpendicular to the slice plane, wherein a high-resolution MR data set is determined on the basis of the first MR data set and the further MR raw data points, which high-resolution MR data set has a higher resolution perpendicular to the slice plane than the plurality of 2-dimensional slices, - determining the quantitative MR images using the high-resolution MR data set. - capturing a first MR data set of the object under investigation in an undersampled raw data space, which according to the Nyquist theorem is incompletely filled with raw data points, wherein the object under investigation is captured in a plurality of 2-dimensional parallel slices, in which the resolution in a slice plane of the slices is in each case higher than perpendicular to the slice plane, wherein the plurality of 2-dimensional slices are in each case shifted relative to one another perpendicular to the slice plane by a distance which is smaller than the resolution perpendicular to the slice plane, and each of the plurality of 2-dimensional slices is undersampled, - reconstructing further MR raw data points of the first MR data set, which were not captured, with the assistance of a model using a cost function which is minimised and in which the captured raw data points are compared with the reconstructed raw data points which were not captured, wherein the cost function takes account of the shift of the plurality of 2-dimensional slices perpendicular to the slice plane, wherein a high-resolution MR data set is determined on the basis of the first MR data set and the further MR raw data points, which high-resolution MR data set has a higher resolution perpendicular to the slice plane than the plurality of 2-dimensional slices, - determining the quantitative MR images using the high-resolution MR data set.
A composition for use in augmenting kidney function in a subject, wherein the composition comprises living probiotic bacteria in the form of a capsule containing Lactobacillus acidophilus in an amount of 1 x 10 9 cfu, Bifidobacterium longum in an amount of 1 x 10 9 cfu, and Streptococcus thermophilus in an amount of 2.04 x 10 10 cfu, wherein said probiotic bacteria reduce creatinine and blood urea nitrogen levels in the subject.
An in vitro or ex vivo method for preparing stem cells; characterized in that it comprises a step of isolating stem cells from a basal portion of a chorionic trophoblast layer (bCT); wherein the stem cells from the basal portion of chorionic trophoblast layer are derived from a tissue corresponding to a thickness of 20 to 30% as a portion adjacent to a chorionic membrane of a total chorionic trophoblast layer positioned between the chorionic membrane and a decidua.
Winding layer pitch compensation for an air-core reactor, which has at least two concentric winding layers (2 - 5) spaced apart radially from one another, characterised by the combination of a first set of strip-shaped star sheets, which are each intended for a radial arrangement below and above the winding layers (2 - 5) and are provided along one edge with at least one receiving slot emanating from the edge, a second set of strip-shaped compensation sheets, which are each provided along one edge with at least one insert slot emanating from the edge, wherein a compensation sheet is able to be inserted in a form fit into each receiving slot of a star sheet and the star sheet in this case engages in a form fit into its insert slot, and wherein the slot depths (T S) of at least two receiving slots of the set of star sheets are different.
A method for injecting a SIMLOCK password, characterized by comprising: a mobile terminal receiving a SIMLOCK password, wherein the SIMLOCK password is sent directly from a SIMLOCK password generating device; the mobile terminal determining whether the mobile terminal itself has an injection flag configured to mark that the SIMLOCK password has already been injected into the mobile terminal; the mobile terminal injecting the SIMLOCK password into a non-transitory memory thereof when the injection flag does not exist, injecting; after successful injection, the mobile terminal returning information of successful injection of SIMLOCK password to the SIMLOCK password generating device; the mobile terminal again receiving a SIMLOCK password repeatedly sent by the SIMLOCK password generating device; the mobile terminal comparing the SIMLOCK password received again with the previously injected SIMLOCK password; the mobile terminal injecting the injection flag into the non-transitory memory thereof and returning information of successful verification of SIMLOCK password when the two passwords are identical; and the mobile terminal determining an error occurring while performing the method for injecting a SIMLOCK password when the two passwords are not identical. a mobile terminal receiving a SIMLOCK password, wherein the SIMLOCK password is sent directly from a SIMLOCK password generating device; the mobile terminal determining whether the mobile terminal itself has an injection flag configured to mark that the SIMLOCK password has already been injected into the mobile terminal; the mobile terminal injecting the SIMLOCK password into a non-transitory memory thereof when the injection flag does not exist, injecting; after successful injection, the mobile terminal returning information of successful injection of SIMLOCK password to the SIMLOCK password generating device; the mobile terminal again receiving a SIMLOCK password repeatedly sent by the SIMLOCK password generating device; the mobile terminal comparing the SIMLOCK password received again with the previously injected SIMLOCK password; the mobile terminal injecting the injection flag into the non-transitory memory thereof and returning information of successful verification of SIMLOCK password when the two passwords are identical; and the mobile terminal determining an error occurring while performing the method for injecting a SIMLOCK password when the two passwords are not identical.
Closing device for containers, e.g. for glass containers, having a closing part, by means of which an opening of the container can be closed and which has closing part-side holding elements, and container-side holding elements which are arranged on a container outlet region that has the opening of the container and with which the closing part-side holding elements can be brought into engagement when closing the opening of the container, characterized in that the container-side holding elements are designed as identification features, namely as lettering or as sequence of numbers, by means of which the containers can be assigned to a specific type, class, size, manufacturer, processor, bottler.
Change-over device, in particular for non-destructive testing of a component, preferably a fibre-plastics composite component, comprising: - a change-over coupling for connecting a handling element, in particular a robot arm, to a change-over adapter, and - the change-over adapter, which is detachably connected to the change-over coupling, the change-over coupling comprising: - a clamping element for clamping with a corresponding clamping element on the change-over adapter, - at least one electrical (6a, 6b, 6c, 6d) and/or optical plug-in connection element for connecting to at least one corresponding electrical (14a, 14b, 14c, 14d) and/or optical plug-in connection element on the change-over adapter, - the change-over coupling comprising two water coupling elements (8a, 8b) for connecting to two corresponding water coupling elements (29a, 29b) on the change-over adapter, - characterised in that the water coupling elements (8a, 8b) project further in the direction of the connection to the change-over adapter than the electrical (6a, 6b, 6c, 6d) and/or optical plug-in connection element, such that the electrical (6a, 6b, 6c, 6d) and/or optical plug-in connection element and the corresponding electrical (14a, 14b, 14c, 14d) and/or optical plug-in connection element on the change-over adapter are aligned with one another before they meet, as a result of the connection of the water coupling elements (8a, 8b) to the corresponding water coupling elements (29a, 29b) on the change-over adapter. - a change-over coupling for connecting a handling element, in particular a robot arm, to a change-over adapter, and - the change-over adapter, which is detachably connected to the change-over coupling, the change-over coupling comprising: - a clamping element for clamping with a corresponding clamping element on the change-over adapter, - at least one electrical (6a, 6b, 6c, 6d) and/or optical plug-in connection element for connecting to at least one corresponding electrical (14a, 14b, 14c, 14d) and/or optical plug-in connection element on the change-over adapter, - the change-over coupling comprising two water coupling elements (8a, 8b) for connecting to two corresponding water coupling elements (29a, 29b) on the change-over adapter, - characterised in that the water coupling elements (8a, 8b) project further in the direction of the connection to the change-over adapter than the electrical (6a, 6b, 6c, 6d) and/or optical plug-in connection element, such that the electrical (6a, 6b, 6c, 6d) and/or optical plug-in connection element and the corresponding electrical (14a, 14b, 14c, 14d) and/or optical plug-in connection element on the change-over adapter are aligned with one another before they meet, as a result of the connection of the water coupling elements (8a, 8b) to the corresponding water coupling elements (29a, 29b) on the change-over adapter.
A compound that comprises: at least one sialidase or active portion thereof, wherein the sialidase or active portion has sialidase activity that cleaves α(2,3)-Gal and α(2,6)-Gal linkages; and at least one peptide or protein comprising a GAG binding domain selected from: human platelet factor 4 (SEQ ID NO:2), human interleukin 8 (SEQ ID NO:3), human antithrombin III (SEQ ID NO:4), human apoprotein E (SEQ ID NO:5), human angio-associated migratory protein (SEQ ID NO:6), or human amphiregulin (SEQ ID NO:7). at least one sialidase or active portion thereof, wherein the sialidase or active portion has sialidase activity that cleaves α(2,3)-Gal and α(2,6)-Gal linkages; and at least one peptide or protein comprising a GAG binding domain selected from: human platelet factor 4 (SEQ ID NO:2), human interleukin 8 (SEQ ID NO:3), human antithrombin III (SEQ ID NO:4), human apoprotein E (SEQ ID NO:5), human angio-associated migratory protein (SEQ ID NO:6), or human amphiregulin (SEQ ID NO:7).
A component mounting system comprising: multiple component mounting devices configured to collect components from feeders set at multiple feeder holding sections and mount the components on a board, the multiple feeder holding sections being provided on each of the multiple component mounting devices and configured to removably hold the feeders; and a feeder exchanging device configured to move along a line along which the multiple component mounting devices are arranged and exchange feeders with respect to each of the component mounting devices, wherein the component mounting system is configured to determine target feeders that are targets for operation among all the feeders set on each component mounting device, acquire slot numbers in which the target feeders are set, acquire appropriate slot numbers of the target feeders from job information, which is information relating to mounting instructions to each component mounting device, determine whether each of the target feeders is set at an appropriate slot number, and upon determining that there is a target feeder that is not set at the appropriate slot number, use the feeder exchanging device to reset the target feeder that is not set at the appropriate slot number to the appropriate slot number for that target feeder. multiple component mounting devices configured to collect components from feeders set at multiple feeder holding sections and mount the components on a board, the multiple feeder holding sections being provided on each of the multiple component mounting devices and configured to removably hold the feeders; and a feeder exchanging device configured to move along a line along which the multiple component mounting devices are arranged and exchange feeders with respect to each of the component mounting devices, wherein the component mounting system is configured to determine target feeders that are targets for operation among all the feeders set on each component mounting device, acquire slot numbers in which the target feeders are set, acquire appropriate slot numbers of the target feeders from job information, which is information relating to mounting instructions to each component mounting device, determine whether each of the target feeders is set at an appropriate slot number, and upon determining that there is a target feeder that is not set at the appropriate slot number, use the feeder exchanging device to reset the target feeder that is not set at the appropriate slot number to the appropriate slot number for that target feeder.
Instrument guide, especially for inserting of puncture needles into patients, wherein the instrument guide comprises a base body being preferably pivotably mounted in plural axes on two adjusting arms (3, 4), wherein the instrument guide forms a needle channel having a central axis and includes two or more guide jaws coupled to one another in an adjustable manner, characterized in that at least one of the guide jaws has at least one laterally projecting pin for coupling to the base body, wherein another guide jaw includes at least one inclined guide way and the base body provides a guide slot, inclined in the same way, but in mirror image alignment to the middle plane for guiding the pin on centric adjustment of the outer diameter of the needle channel, thus maintaining the central axis.
Starting material for a sintered bond, which comprises - metal-containing first particles and - second particles, characterized in that the second particles contain at least a proportion of elemental silicon and/or silicon dioxide, where the second particles have a particle core with a second coating applied thereto, where the second coating comprises at least one metal selected from the group consisting of silver, platinum, palladium, gold, tin and combinations thereof. - metal-containing first particles and - second particles,