mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented medical method of determining a spatial relationship between planning image data and current surface data, the method comprising the following steps: a) planning image data is acquired which describes a three-dimensional medical image of an anatomical body part having an external surface; b) current surface data is acquired which describes a current surface scan describing the external surface; c) atlas data is acquired which describes a model of the external surface and confidence values for elements of the external surface which describe a probability for the geometry of the external surface to be subject to a change; d) confidence assignment data is determined based on the atlas data and the current surface data, wherein the confidence assignment data describes an assignment of the confidence values for elements of the external surface described by the atlas data to the corresponding elements of the external surface described by the current surface scan; e) registration data is determined based on the planning image data and the current surface data and the confidence assignment data, wherein the registration data describes a spatial relationship between the external surface described by the planning image data and the external surface described by the current surface data, wherein the spatial relationship is weighted for the elements of the external surface according to the confidence value assigned to the respective element. a) planning image data is acquired which describes a three-dimensional medical image of an anatomical body part having an external surface; b) current surface data is acquired which describes a current surface scan describing the external surface; c) atlas data is acquired which describes a model of the external surface and confidence values for elements of the external surface which describe a probability for the geometry of the external surface to be subject to a change; d) confidence assignment data is determined based on the atlas data and the current surface data, wherein the confidence assignment data describes an assignment of the confidence values for elements of the external surface described by the atlas data to the corresponding elements of the external surface described by the current surface scan; e) registration data is determined based on the planning image data and the current surface data and the confidence assignment data, wherein the registration data describes a spatial relationship between the external surface described by the planning image data and the external surface described by the current surface data, wherein the spatial relationship is weighted for the elements of the external surface according to the confidence value assigned to the respective element.
A flowable, stable silica capsule formulation comprising a silica capsule suspension and an adjuvant, wherein the flowable, stable silica capsule formulation is stable for at least 4 weeks with less than 10% separation, the silica capsule suspension contains core-shell silica capsules encapsulating a fragrance material, and the adjuvant is a polydiallyldimethylammonium chloride, vinyl pyrrolidone/dimethylaminoethyl methacrylate copolymer, or a combination thereof.
A computer-implemented method for determining an ovarian follicle count and size, the method comprising: receiving a pair of 2-D (two-dimensional) transvaginal ultrasound scans (15, 15'), each scan comprising a plurality of 2-D ultrasound images (150, 150') captured along a translation direction (155, 155') of an ultrasound probe used to capture said scan, the respective translation directions being at least approximately orthogonal, and for each of said scans, the method further comprising: detecting candidate follicles in the plurality of 2-D ultrasound images of the 2-D transvaginal ultrasound scan, wherein detecting candidate follicles in the plurality of 2-D ultrasound images comprises: approximating a volume image from the plurality of 2-D ultrasound images; detecting an ovary in the approximated volume image; detecting possible candidate follicles within the detected ovary; determining a volume for each candidate follicle; and rejecting the candidate follicles that have a determined volume below a defined volume threshold for subsequent segmenting; segmenting the detected candidate follicles to determine an average diameter for each candidate follicle; selecting the 2-D transvaginal ultrasound scan including the candidate follicle having the largest average diameter; and presenting the determined average diameters and the segmentations of the detected candidate follicles of the selected 2-D transvaginal ultrasound scan. detecting candidate follicles in the plurality of 2-D ultrasound images of the 2-D transvaginal ultrasound scan, wherein detecting candidate follicles in the plurality of 2-D ultrasound images comprises: approximating a volume image from the plurality of 2-D ultrasound images; detecting an ovary in the approximated volume image; detecting possible candidate follicles within the detected ovary; determining a volume for each candidate follicle; and rejecting the candidate follicles that have a determined volume below a defined volume threshold for subsequent segmenting; approximating a volume image from the plurality of 2-D ultrasound images; detecting an ovary in the approximated volume image; detecting possible candidate follicles within the detected ovary; determining a volume for each candidate follicle; and rejecting the candidate follicles that have a determined volume below a defined volume threshold for subsequent segmenting; segmenting the detected candidate follicles to determine an average diameter for each candidate follicle; selecting the 2-D transvaginal ultrasound scan including the candidate follicle having the largest average diameter; and presenting the determined average diameters and the segmentations of the detected candidate follicles of the selected 2-D transvaginal ultrasound scan.
Heating apparatus for a vehicle, having - a flow path (14, 16, 20, 22, 24) for a liquid heat transport medium, and - an electrical heating device, which is a heating resistor, for heating the heat transport medium in a heating section of the flow path; wherein the heating section has at least two channels, which extend in a serpentine manner and through which the heat transport medium can flow in parallel, characterized in that the flow path has: - an inlet section upstream of the heating section; and - an outlet section downstream of the heating section; - wherein the channels branch off from the inlet section and issue into the outlet section, - in that the heating apparatus comprises an electronic control device for controlling a heating power of the heating device, wherein the control device is provided with a heat discharging body for discharging waste heat of the control device to the heat transport medium in the inlet section of the flow path, and - in that the heating apparatus comprises a heat transfer unit for transferring heat from the heating device to the heat transport medium in the heating section, wherein the heat transfer unit and the heat discharging body are formed from one piece. - a flow path (14, 16, 20, 22, 24) for a liquid heat transport medium, and - an electrical heating device, which is a heating resistor, for heating the heat transport medium in a heating section of the flow path; - an inlet section upstream of the heating section; and - an outlet section downstream of the heating section; - wherein the channels branch off from the inlet section and issue into the outlet section, - in that the heating apparatus comprises an electronic control device for controlling a heating power of the heating device, wherein the control device is provided with a heat discharging body for discharging waste heat of the control device to the heat transport medium in the inlet section of the flow path, and - in that the heating apparatus comprises a heat transfer unit for transferring heat from the heating device to the heat transport medium in the heating section, wherein the heat transfer unit and the heat discharging body are formed from one piece.
A connection system comprising: a surface defining an aperture, the surface being formed of a first material; a connector mounted to the surface at the aperture with a mechanical connection, the connector including an outer body carrying a connection arrangement, the outer body being formed of a second material; and a conductive member having a first region and a second region, the conductive member electrically connecting together the outer body of the connector and the surface; characterized by the first region of the conductive member being ultrasonically welded to the outer body of the connector, the second region of the conductive member being ultrasonically welded to the surface, and the conductive member being formed of a third material that is different from the first and second materials,. a surface defining an aperture, the surface being formed of a first material; a connector mounted to the surface at the aperture with a mechanical connection, the connector including an outer body carrying a connection arrangement, the outer body being formed of a second material; and a conductive member having a first region and a second region, the conductive member electrically connecting together the outer body of the connector and the surface; characterized by the first region of the conductive member being ultrasonically welded to the outer body of the connector, the second region of the conductive member being ultrasonically welded to the surface, and the conductive member being formed of a third material that is different from the first and second materials,.
A method of making an integrated ceramic matrix composite component for use in a gas turbine engine, the method comprising the steps of manufacturing a first green body formed to include a first blind slot, manufacturing a second green body subpart formed to include a second blind slot, inserting a green body biscuit into the first blind slot of the first green body subpart and the second blind slot of the second green body subpart to create a green assembly with a joint between the first green body subpart and the second green body subpart, and slurry infiltrating the green assembly with ceramic-containing matrix to integrally join the green assembly and produce an integrated ceramic matrix composite component.
An anti-oxidant composition for topical application to the skin, comprising an active agent derived from each of Lycium barbarum, Punica granatum, Vitis vinifera, Aspalathus linearis, and Camellia Sinensis and a cosmetically acceptable vehicle, wherein the active agent is an extract derived from Lycium barbarum present at a concentration of about 0.01 weight % to about 20 weight % of the total dry weight of the composition; wherein the active agent is an extract derived from Punica granatum present at a concentration of about 0.01 weight % to about 20 weight % of the total dry weight of the composition; wherein the active agent is an extract derived from Vitis vinifera present at a concentration of about 0.01 weight % to about 20 weight % of the total dry weight of the composition; wherein the active agent is an extract derived from Aspalathus linearis present at a concentration of about 0.01 weight % to about 20 weight % of the total dry weight of the composition; and wherein the active agent is an extract derived from Camellia Sinensis present at a concentration of about 0.01 weight % to about 20 weight % of the total dry weight of the composition.
A host platform/PVDM, packet voice data module, interface wherein the packet voice data module includes at least one on-board DSP, digital signal processor, compatible with one particular host parallel bus protocol of a set of parallel bus protocols, said interface comprising: a parallel bus coupled to the host ports of the DSP; a non-volatile memory holding information indicating which one of the parallel bus protocols is utilized by the on-board DSP; a serial bus coupled to the non-volatile memory for reading the information held on the non-volatile memory; and termination logic, capable of implementing each protocol in the set of parallel bus protocols, for reading the information from the non-volatile memory and implementing the parallel bus protocol, identified by the non-volatile memory, utilized by the on-board DSP. a parallel bus coupled to the host ports of the DSP; a non-volatile memory holding information indicating which one of the parallel bus protocols is utilized by the on-board DSP; a serial bus coupled to the non-volatile memory for reading the information held on the non-volatile memory; and termination logic, capable of implementing each protocol in the set of parallel bus protocols, for reading the information from the non-volatile memory and implementing the parallel bus protocol, identified by the non-volatile memory, utilized by the on-board DSP.
A support structure for a fuel cell assembly of one or more fuel cell bundles, wherein each fuel cell bundle comprises an array of elongated tubular fuel cells, characterized in that the support structure integrates as a bundle said elongated tubular fuel cells and comprises: one or more insulation end pieces surrounding a top of a fuel cell assembly defining a top assembly, wherein each insulation end piece has a top surface, a side portion, and a beveled portion disposed between the top surface and the side portion to provide a beveled shoulder around the top assembly; and a clamping ring having a beveled inner surface complementary to the beveled shoulder that interfaces against a plurality of pivot pads disposed on the beveled shoulder when the clamping ring is tensioned against the top assembly. one or more insulation end pieces surrounding a top of a fuel cell assembly defining a top assembly, wherein each insulation end piece has a top surface, a side portion, and a beveled portion disposed between the top surface and the side portion to provide a beveled shoulder around the top assembly; and a clamping ring having a beveled inner surface complementary to the beveled shoulder that interfaces against a plurality of pivot pads disposed on the beveled shoulder when the clamping ring is tensioned against the top assembly.
An information processing apparatus comprising: acquisition means for acquiring usage authorization information indicating authority to use any one of a plurality of types of devices, in response to an operation request not dependent on a type of the device, based on user identification information of a user requesting an operation; specifying means for specifying, based on the acquired usage authorization information, user account information with respect to the device related to the operation request; and operation means to cause the device to process the requested operation through a unique API of the device, based on the specified account information, wherein the unique API of the device is unique to the type of the device, and wherein the specifying means specifies user account information for the type of device corresponding to the operation request from a third storage unit that stores the account information in association with a combination of the type of device and the usage authorization information. acquisition means for acquiring usage authorization information indicating authority to use any one of a plurality of types of devices, in response to an operation request not dependent on a type of the device, based on user identification information of a user requesting an operation; specifying means for specifying, based on the acquired usage authorization information, user account information with respect to the device related to the operation request; and operation means to cause the device to process the requested operation through a unique API of the device, based on the specified account information, wherein the unique API of the device is unique to the type of the device, and wherein the specifying means specifies user account information for the type of device corresponding to the operation request from a third storage unit that stores the account information in association with a combination of the type of device and the usage authorization information.
An implantable apparatus, comprising - an implant, wherein the implant has at least one opening; - at least one anchorage element for fastening the implant to at least one bone, wherein the respective anchorage element comprises a shank and a head, and wherein at least a part of the shank can be led through the respective opening, while the head can be supported in the respective opening; and - a locking mechanism having a radially deformable ring element, wherein the opening of the implant has a recess which has a support surface for the head of the anchorage element, characterized in that the locking mechanism comprises a lock element, wherein the ring element can be pressed toward the head of the anchorage element by actuating the lock element to fix the head in the opening of the implant, and wherein only the ring element and the lock element cooperate directly on the assembly of the implantable apparatus such that the ring element is radially compressed. - an implant, wherein the implant has at least one opening; - at least one anchorage element for fastening the implant to at least one bone, wherein the respective anchorage element comprises a shank and a head, and wherein at least a part of the shank can be led through the respective opening, while the head can be supported in the respective opening; and - a locking mechanism having a radially deformable ring element, wherein the opening of the implant has a recess which has a support surface for the head of the anchorage element,
Method for the wet extraction of oil-containing components from coffee beans and/or residual products of coffee production, wherein the coffee beans and/or residual products of coffee production, having a residual moisture content from 10 to 95 percent by mass, based on the total mass of the coffee beans and/or residual products of coffee production, are extracted by means of an extracting agent mixture consisting of at least one polar and at least one nonpolar solvent, and wherein the extracting agent mixture contains the at least one nonpolar solvent in a proportion of from 45 to 95 vol.%, based on the total volume of the extracting agent.
A method of producing a removable wafer connection, comprising: - providing a wafer and a carrier having a surface provided for accommodating the wafer, and - fastening the wafer to the carrier by a removable adhesive contacting the carrier, wherein - the surface of the carrier is provided with a relief structure before the adhesive is brought into contact with the surface of the carrier, the relief structure being formed by a recess or a plurality of recesses in the surface of the carrier and a further recess or a plurality of further recesses in the surface of the carrier, the recess or each recess of the plurality of recesses having a first depth and the further recess or any further recess of the plurality of further recesses having a second depth smaller than the first depth, and wherein after fastening - no adhesive is present between the surface of the carrier and the wafer, and - the adhesive is present in the recess or the plurality of recesses and the further recess or the plurality of further recesses, but only the further recess or each recess of the plurality of further recesses is completely filled to the surface of the carrier with the adhesive, thus reducing the strength of adhesion between the wafer and the carrier by limiting the bond between the carrier and the wafer to the adhesion bond provided by the adhesive in the further recess(es). - providing a wafer and a carrier having a surface provided for accommodating the wafer, and - fastening the wafer to the carrier by a removable adhesive contacting the carrier, wherein - the surface of the carrier is provided with a relief structure before the adhesive is brought into contact with the surface of the carrier, the relief structure being formed by a recess or a plurality of recesses in the surface of the carrier and a further recess or a plurality of further recesses in the surface of the carrier, the recess or each recess of the plurality of recesses having a first depth and the further recess or any further recess of the plurality of further recesses having a second depth smaller than the first depth, - no adhesive is present between the surface of the carrier and the wafer, and - the adhesive is present in the recess or the plurality of recesses and the further recess or the plurality of further recesses, but only the further recess or each recess of the plurality of further recesses is completely filled to the surface of the carrier with the adhesive, thus reducing the strength of adhesion between the wafer and the carrier by limiting the bond between the carrier and the wafer to the adhesion bond provided by the adhesive in the further recess(es).
Housing wall element (8a, 8b) comprising at least one mounting element, formed integrally with the housing wall element (8a, 8b), for a label, wherein the mounting element is arranged on an outer face of the housing wall element (8a, 8b), the mounting element comprises a recess for the insertion of the label, wherein the mounting element is designed to attach the label to the housing wall element (8a, 8b), and detach it therefrom, without tools, and the mounting element comprises a retaining means which is designed to prevent the label from detaching by itself, wherein the retaining means comprises at least one rail for the insertion of the label, an undercut, a retaining finger, an engaging lug, a strip spanning the recess, or a loop for surrounding the label at least in part, and wherein the mounting element comprises a blind hole into which the label can be inserted and retained at one end.
Industrial truck having an object recognition unit (18, 24) which has a video camera and a distance sensor, the object recognition unit (18, 24) being adapted to determine a match in the recorded images of the video camera for at least one object, the object recognition unit (18, 24) having a predetermined set of templates which stand for objects to be recognised and the recognition of the object being carried out via one of the templates, wherein the template being scaled in its dimensions with constant aspect ratios and the image being scanned with the scaled template, so that information about a spatial distance to the detected object is determined from the aspect ratios of the scaled template if it matches the scaled template, and wherein the object recognition unit (18, 24) is adapted to check the plausibility of the distance value detected from the recorded image or images of the video camera with the aid of the distance sensor, wherein a perspective transformation of the object in space is also detected from the distance data detected by the distance sensor and the template of the object to be recognised is adapted accordingly in a perspective transformation.
An apparatus adapted to answer a query, the apparatus comprising: a microphone (401L, 401R) adapted to receive a first query from a person; a sensor adapted to determine a first head direction of the person when the first query was received; and characterized by logic circuitry adapted to adjust an output of multiple speakers (402L, 402R, 708) to project the answer to the first query in a direction that is based on the first head direction of the person. a microphone (401L, 401R) adapted to receive a first query from a person; a sensor adapted to determine a first head direction of the person when the first query was received; and characterized by logic circuitry adapted to adjust an output of multiple speakers (402L, 402R, 708) to project the answer to the first query in a direction that is based on the first head direction of the person.