mhurhangee/ep-ind-claims huggingface dataset:
A mammography device for acquiring internal information of a breast of an examinee by radiating light to the breast and detecting the diffused light, the mammography device comprising: a container configured to surround the breast, the container having a base member having an opening through which the examinee inserts the breast, and a bottom member; and a plurality of optical fibers attached to the container to be directed inward in the container and configured to perform radiation and detection of light; characterized in that: the container further has a plurality of annular members continuously disposed between the bottom member and the opening in the base member along an axis direction perpendicular to an opening surface of the opening; and wherein an inner diameter of each of the annular members is smaller than that of the adjacent annular member on the side of the base member or that of the opening of the base member, the annular members and the bottom member are configured to be relatively displaced along the axis direction with respect to the adjacent annular member on the side of the base member, or with respect to the base member, and at least some of the plurality of optical fibers are attached to the plurality of annular members. a container configured to surround the breast, the container having a base member having an opening through which the examinee inserts the breast, and a bottom member; and a plurality of optical fibers attached to the container to be directed inward in the container and configured to perform radiation and detection of light; characterized in that: the container further has a plurality of annular members continuously disposed between the bottom member and the opening in the base member along an axis direction perpendicular to an opening surface of the opening; and wherein an inner diameter of each of the annular members is smaller than that of the adjacent annular member on the side of the base member or that of the opening of the base member, the annular members and the bottom member are configured to be relatively displaced along the axis direction with respect to the adjacent annular member on the side of the base member, or with respect to the base member, and at least some of the plurality of optical fibers are attached to the plurality of annular members. the container further has a plurality of annular members continuously disposed between the bottom member and the opening in the base member along an axis direction perpendicular to an opening surface of the opening; and wherein an inner diameter of each of the annular members is smaller than that of the adjacent annular member on the side of the base member or that of the opening of the base member, the annular members and the bottom member are configured to be relatively displaced along the axis direction with respect to the adjacent annular member on the side of the base member, or with respect to the base member, and at least some of the plurality of optical fibers are attached to the plurality of annular members.
A method of making an insulating glass unit comprising a first sheet of glass, a second sheet of glass, and a sealant assembly, the method comprising: a) providing a first sheet of glass and a second sheet of glass; b) depositing online, from a first coater positioned online, a first coating on at least a portion of the first sheet of glass; c) depositing online, from a second coater positioned online, a second coating on at least a portion of the first coating, wherein the second coating comprises fluorine doped tin oxide; and d) disposing a sealant assembly around the periphery of the first sheet of glass and the second sheet of glass for maintaining the first sheet and the second sheet in a spaced-apart relationship from each other; wherein the second coating is made by pyrolytic deposition and is deposited in the presence of an oxidizing agent at an elevated temperature; wherein the oxidizing agent is nitric acid; and wherein the second coating is deposited at a temperature in the range of 200° C to 800° C. a) providing a first sheet of glass and a second sheet of glass; b) depositing online, from a first coater positioned online, a first coating on at least a portion of the first sheet of glass; c) depositing online, from a second coater positioned online, a second coating on at least a portion of the first coating, wherein the second coating comprises fluorine doped tin oxide; and d) disposing a sealant assembly around the periphery of the first sheet of glass and the second sheet of glass for maintaining the first sheet and the second sheet in a spaced-apart relationship from each other;
A trampoline, comprising: a frame including a circular base rack, a plurality of legs for supporting the circular base rack and a plurality of net support posts respectively coupled to one of the legs; a jumping portion which is located in the circular base rack, including a flexible mat coupled with a plurality of latch portions and a plurality of elastic support members, wherein first ends of the elastic support members are latched to respective latch portions, and second ends of the elastic support members are fastened to the circular support rack for positioning; and a protective cylindrical net having an upper end hung on the net support posts and a lower hem with a plurality of apertures formed thereon; characterized in that the trampoline further comprises a reinforced coupling portion including a holding section fastened to the flexible mat and a retaining section, wherein the retaining section is coupled with the holding section but not directly fastened to the flexible mat, and wherein the retaining section comprises a plurality of holes, wherein a tightening member is threaded through said apertures and holes to tighten the protective cylindrical net and the retaining section. a frame including a circular base rack, a plurality of legs for supporting the circular base rack and a plurality of net support posts respectively coupled to one of the legs; a jumping portion which is located in the circular base rack, including a flexible mat coupled with a plurality of latch portions and a plurality of elastic support members, wherein first ends of the elastic support members are latched to respective latch portions, and second ends of the elastic support members are fastened to the circular support rack for positioning; and a protective cylindrical net having an upper end hung on the net support posts and a lower hem with a plurality of apertures formed thereon; a reinforced coupling portion including a holding section fastened to the flexible mat and a retaining section, wherein the retaining section is coupled with the holding section but not directly fastened to the flexible mat, and wherein the retaining section comprises a plurality of holes, wherein a tightening member is threaded through said apertures and holes to tighten the protective cylindrical net and the retaining section.
A computer-implemented method of recommending zone maps for database tables, comprising: building a probabilistic workload model for a database workload that includes a group of queries over a group of tables, the workload model including one or more feature values for each column of the group of tables based on the group of queries, the one or more features values including at least one of: an importance value indicating how often the group of queries reference the column or how selective the group of queries are on the column, or a heterogeneity value indicating how many predicate values the group of queries have on the column on a per-query basis, the group of tables comprising one or more zones of rows; constructing a sample dataset of rows from the group of tables; selecting a column clustering solution that includes a list of columns of columns of the group of tables based on a corresponding score indicating execution performance of the group of queries based on zone maps on the sample dataset implementing the column clustering solution, using the workload model; clustering the group of tables using the column clustering solution; and creating zone maps for at least one column of the list of columns of the group of tables. building a probabilistic workload model for a database workload that includes a group of queries over a group of tables, the workload model including one or more feature values for each column of the group of tables based on the group of queries, the one or more features values including at least one of: an importance value indicating how often the group of queries reference the column or how selective the group of queries are on the column, or a heterogeneity value indicating how many predicate values the group of queries have on the column on a per-query basis, the group of tables comprising one or more zones of rows; the workload model including one or more feature values for each column of the group of tables based on the group of queries, the one or more features values including at least one of: an importance value indicating how often the group of queries reference the column or how selective the group of queries are on the column, or a heterogeneity value indicating how many predicate values the group of queries have on the column on a per-query basis, an importance value indicating how often the group of queries reference the column or how selective the group of queries are on the column, or a heterogeneity value indicating how many predicate values the group of queries have on the column on a per-query basis, the group of tables comprising one or more zones of rows; constructing a sample dataset of rows from the group of tables; selecting a column clustering solution that includes a list of columns of columns of the group of tables based on a corresponding score indicating execution performance of the group of queries based on zone maps on the sample dataset implementing the column clustering solution, using the workload model; clustering the group of tables using the column clustering solution; and creating zone maps for at least one column of the list of columns of the group of tables.
A hybrid engine-driven power generator which comprises a power generator driven by an engine and a battery for power generator main bodies, and has a rectifier for rectifying an output of the power generator, an inverter for converting an output of the rectifier into an AC output to be a generator output, and a DC/DC converter for boosting a DC voltage of the battery and inputting the boosted voltage into the inverter, comprising: an engine revolution frequency detecting means; a means for calculating an outputtable current of the power generator corresponding to an engine revolution frequency; a load current detecting means; a means for calculating the lacking amount of the outputtable current of the power generator corresponding to the load current; and a controlling means for controlling the DC/DC converter in order to supply a current corresponding to the lacking amount of the current value from the battery to the inverter, characterized by a means for detecting a terminal voltage of the battery; and a means for deciding whether the terminal voltage of the battery is a reference voltage or more for deciding the remaining amount of the battery, wherein when the terminal voltage of the battery is the reference voltage or more, the controlling means supplies a current corresponding to the shortage of the current value to the inverter, and wherein the output from the power generator is temporarily stopped in response to a current supply start from the battery to the inverter, and the controlling means controls the DC/DC converter such that all the load currents are provided by the output from the battery. an engine revolution frequency detecting means; a means for calculating an outputtable current of the power generator corresponding to an engine revolution frequency; a load current detecting means; a means for calculating the lacking amount of the outputtable current of the power generator corresponding to the load current; and a controlling means for controlling the DC/DC converter in order to supply a current corresponding to the lacking amount of the current value from the battery to the inverter, characterized by a means for detecting a terminal voltage of the battery; and a means for deciding whether the terminal voltage of the battery is a reference voltage or more for deciding the remaining amount of the battery, wherein when the terminal voltage of the battery is the reference voltage or more, the controlling means supplies a current corresponding to the shortage of the current value to the inverter, and wherein the output from the power generator is temporarily stopped in response to a current supply start from the battery to the inverter, and the controlling means controls the DC/DC converter such that all the load currents are provided by the output from the battery.
Method for monitoring a rotor blade adjustment mechanism on a wind turbine, in which a rotatably mounted rotor blade (4, 5, 6) is adjusted by way of a toothed belt drive (9, 10, 12, 14), in which a toothed belt provided with reinforcing support cords engages partly circumferentially at least in a drive disc connected to a drive motor and provided with a complementary tooth mechanism and is form-fittingly and/or frictionally connected at the base of the rotor blade to the latter in order to transfer the torque required for the adjustment, characterized in that data determined by sensors or testing devices and/or video or recording devices, in particular measured data that represent the operating state or physical and geometrical state of the toothed belt adjusting the rotor blades within the rotor blade adjustment mechanism, are reported to a monitoring centre remote from the wind turbine by way of a control and radio transmission device (17, 18) and evaluated in said monitoring centre.
A valve assembly comprising: a replacement valve, wherein said valve comprises an inflow annulus, an outflow annulus, and a plurality of leaflets, wherein said inflow annulus is scalloped; and an expandable and collapsible anchoring structure; said anchoring structure being dimensioned to extend longitudinally from an attachment location near the inflow annulus of a valve sinus to an attachment location near the outflow annulus of a valve sinus, wherein said anchoring structure comprises an inflow rim, an outflow rim, and a plurality of support posts extending from the inflow rim to the outflow rim, wherein said support posts are configured to coincide longitudinally with the sinus commissural posts, wherein said support posts comprise axially extending slots toward the outflow end for the attachment of a valve's commissural tabs, wherein said valve is positioned internally to said anchoring structure, wherein said inflow rim comprises one ring or wherein said inflow rim comprises a plurality of rings, and wherein said one ring or said plurality of rings is/are configured in an undulating pattern. a replacement valve, wherein said valve comprises an inflow annulus, an outflow annulus, and a plurality of leaflets, wherein said inflow annulus is scalloped; and an expandable and collapsible anchoring structure; said anchoring structure being dimensioned to extend longitudinally from an attachment location near the inflow annulus of a valve sinus to an attachment location near the outflow annulus of a valve sinus, wherein said anchoring structure comprises an inflow rim, an outflow rim, and a plurality of support posts extending from the inflow rim to the outflow rim, wherein said support posts are configured to coincide longitudinally with the sinus commissural posts, wherein said support posts comprise axially extending slots toward the outflow end for the attachment of a valve's commissural tabs, wherein said valve is positioned internally to said anchoring structure, wherein said inflow rim comprises one ring or wherein said inflow rim comprises a plurality of rings, and wherein said one ring or said plurality of rings is/are configured in an undulating pattern.
A work machine comprising: a work device mounted on a machine main body; a plurality of actuators that drive the machine main body and the work device; a location information acquiring device that acquires location information that is information relating to a location of the machine main body; a posture information acquiring device that acquires posture information that is information relating to posture of the work device; and a controller configured to limit operation of at least one of the plurality of actuators on a basis of a work area that is an area in which movement of the machine main body and the work device is permitted, the location information acquired in the location information acquiring device, and the posture information acquired in the posture information acquiring device, wherein the controller is configured to, in a case that a change instruction to instruct to change the work area to a requested work area is input, judge whether or not change of the work area to the requested work area is possible on a basis of the work area, the location information of the machine main body, and the posture information of the work device, and overwrite the work area with the requested work area to change the work area in an only case that it is judged that change is possible, characterized in that the controller is configured to acquire an operation state of the work machine and determine whether the work machine is in operation, and judge that change of the work area is possible in a case of determining that the work machine is not in operation. a work device mounted on a machine main body; a plurality of actuators that drive the machine main body and the work device; a location information acquiring device that acquires location information that is information relating to a location of the machine main body; a posture information acquiring device that acquires posture information that is information relating to posture of the work device; and a controller configured to limit operation of at least one of the plurality of actuators on a basis of a work area that is an area in which movement of the machine main body and the work device is permitted, the location information acquired in the location information acquiring device, and the posture information acquired in the posture information acquiring device, wherein the controller is configured to, in a case that a change instruction to instruct to change the work area to a requested work area is input, judge whether or not change of the work area to the requested work area is possible on a basis of the work area, the location information of the machine main body, and the posture information of the work device, and overwrite the work area with the requested work area to change the work area in an only case that it is judged that change is possible, characterized in that
A method of controlling the operation of a heat exchange unit or assembly comprising providing: an indirect heat exchange section (48, 57; 76, 77), an air cooler adjacent the indirect heat exchange section, the air cooler comprised of a moisture absorbent material (44; 74, 82; 91, 92), a water distribution system to provide water to the air cooler moisture absorbent material, a sump to collect water that is used by the air cooler, and a fan powered by a variable speed motor to draw air through the air cooler and into the indirect heat exchange section and outwardly from the heat exchange unit or assembly, wherein when water is being provided to the moisture absorbent material of the air cooler, the moisture absorbent material transfers moisture vapor to air drawn through the air cooler, such that the air drawn through the air cooler is cooled and the air drawn over the indirect heat exchange section is precooled, and wherein a control system (45; 75) is provided comprising a first sensing control device that senses the ambient outdoor condition, and when the ambient outdoor condition is above a preselected level, the water distribution system will provide water to the air cooler moisture absorbent material, wherein the air cooler moisture absorbent material is present in the form of pads (44; 74, 82; 91, 92), and that the pads can be moved from their position adjacent the indirect heat exchange section to allow air to bypass the air cooler and to be drawn by the fan into direct contact with the indirect heat exchange section. an indirect heat exchange section (48, 57; 76, 77), an air cooler adjacent the indirect heat exchange section, the air cooler comprised of a moisture absorbent material (44; 74, 82; 91, 92), a water distribution system to provide water to the air cooler moisture absorbent material, a sump to collect water that is used by the air cooler, and a fan powered by a variable speed motor to draw air through the air cooler and into the indirect heat exchange section and outwardly from the heat exchange unit or assembly, wherein when water is being provided to the moisture absorbent material of the air cooler, the moisture absorbent material transfers moisture vapor to air drawn through the air cooler, such that the air drawn through the air cooler is cooled and the air drawn over the indirect heat exchange section is precooled, and wherein a control system (45; 75) is provided comprising a first sensing control device that senses the ambient outdoor condition, and when the ambient outdoor condition is above a preselected level, the water distribution system will provide water to the air cooler moisture absorbent material, wherein the air cooler moisture absorbent material is present in the form of pads (44; 74, 82; 91, 92), and that the pads can be moved from their position adjacent the indirect heat exchange section to allow air to bypass the air cooler and to be drawn by the fan into direct contact with the indirect heat exchange section.
A solid wound dressing material comprising: at least 5 wt% collagen; from 6 wt% to 9 wt% polyvinylpyrrolidone triiodide (PVP-1); and from 0 wt% to 20 wt% water; wherein the weight percentages are based on the dry weight of the composition. at least 5 wt% collagen; from 6 wt% to 9 wt% polyvinylpyrrolidone triiodide (PVP-1); and from 0 wt% to 20 wt% water; wherein the weight percentages are based on the dry weight of the composition.
Neratinib for use in a method for treating HER-2/neu overexpressed/amplified cancer and improving invasive disease-free survival (IDFS), wherein the method comprises delivering neratinib therapy to HER-2/neu overexpressed/amplified cancer patients following the completion of at least one year of trastuzumab adjuvant therapy, and wherein the neratinib therapy comprises treating the cancer patients with neratinib for at least twelve months.
Seal profile, having a visible face, having a seal portion having a resilient material and provided at least in part on the visible face, having an at least partially transparent or partially translucent portion provided at least in part on the visible face, and having a light source enclosed at least in part by the seal portion and arranged in such a way that light emitted thereby at the visible face passes to the outside through the at least partially transparent or partially translucent portion, the resilient material having an at least partially transparent or partially translucent formation, and the at least partially transparent or partially translucent portion being formed in a single piece with the seal portion, characterised in that a plurality of light sources arranged along the seal profile are provided, in particular a plurality of semiconductor light sources attached to a flexible substrate extending in the profile direction, a profile shape of the seal profile providing a cavity or gap which makes it possible to compress the seal portion, the light sources being arranged in the cavity or gap, and the light sources being embedded in an at least partially transparent or partially translucent filler material, which is provided within the cavity or gap and which fills up the cavity or gap only in part and/or is formed slightly deformable.