mhurhangee/ep-ind-claims huggingface dataset:
A registration system for registering an imaging device for generating an image (7, 8) of an object, which is an interventional instrument for carrying out an interventional procedure, with a tracking device (3, 4) for tracking the location of the object within a field of view of the imaging device by determining the position and shape of the object, the registration system comprising: - an object detection unit for detecting the object in the image (7, 8), wherein the object detection unit is adapted to a) allow a user to add markers to the image (7, 8) for indicating arbitrary positions in the image (7, 8), at which the object is located, and b) determine a representation (10, 12) of the object in the image (7, 8) based on the added markers, - a registration unit for determining registration parameters defining a registration of the tracking device (3, 4) with the imaging device, wherein the registration unit is adapted to determine the registration parameters based on the tracked location of the object in the field of view of the imaging device and on the location of the representation (10, 12) of the object in the image (7, 8), wherein the imaging device is adapted to provide at least two two-dimensional projection images, which correspond to different projection directions, wherein the object detection unit is adapted to a) allow the user to add markers to a first image of the two-dimensional projection images for indicating the object in the first image and b) determine a first representation of the object in the first image based on the added markers and a second representation of the object in a second image of the two-dimensional projection images based on image values of the second image, and wherein the registration unit is adapted to determine the registration parameters based on the tracked location of the object in the imaging region and on the locations of the first and second representations of the object in the first and second images. - an object detection unit for detecting the object in the image (7, 8), wherein the object detection unit is adapted to a) allow a user to add markers to the image (7, 8) for indicating arbitrary positions in the image (7, 8), at which the object is located, and b) determine a representation (10, 12) of the object in the image (7, 8) based on the added markers, - a registration unit for determining registration parameters defining a registration of the tracking device (3, 4) with the imaging device, wherein the registration unit is adapted to determine the registration parameters based on the tracked location of the object in the field of view of the imaging device and on the location of the representation (10, 12) of the object in the image (7, 8),
A method for wireless communications, comprising: obtaining, at an apparatus, one or more time instants; waking up the apparatus to discover one or more other apparatuses for communication, wherein the wake up occurs at the one or more time instants synchronized between the apparatus and the one or more other apparatuses; and the method further characterized by the steps of: updating the one or more time instants according to location information of the apparatus. obtaining, at an apparatus, one or more time instants; waking up the apparatus to discover one or more other apparatuses for communication, wherein the wake up occurs at the one or more time instants synchronized between the apparatus and the one or more other apparatuses; and the method further characterized by the steps of: updating the one or more time instants according to location information of the apparatus. updating the one or more time instants according to location information of the apparatus.
A transport structure comprising: an upper support surface for transporting an item, the upper support surface having a first slot; a first retractable stop mounted to the transport structure, the first retractable stop having an upper extension supported on a base portion, the base portion of the first retractable stop including a first leaf spring and a second leaf spring which are biased to maintain the upper extension through the first slot and above the upper support surface in the absence of a weight, wherein the first leaf spring and second leaf spring are configured to flex to a compressed position when a weight is applied to the upper extension, allowing the upper extension to retract downward, and wherein the first leaf spring and second leaf spring are further configured to return, after removal of the weight, to a non-compressed position thereby returning the upper extension to above the upper support surface, the base portion of the first retractable stop including a first wing and a second wing positioned to contact a lower side of the upper support surface; and, a first frictional element secured to the upper extension of the first retractable stop. an upper support surface for transporting an item, the upper support surface having a first slot; a first retractable stop mounted to the transport structure, the first retractable stop having an upper extension supported on a base portion, the base portion of the first retractable stop including a first leaf spring and a second leaf spring which are biased to maintain the upper extension through the first slot and above the upper support surface in the absence of a weight, wherein the first leaf spring and second leaf spring are configured to flex to a compressed position when a weight is applied to the upper extension, allowing the upper extension to retract downward, and wherein the first leaf spring and second leaf spring are further configured to return, after removal of the weight, to a non-compressed position thereby returning the upper extension to above the upper support surface, the base portion of the first retractable stop including a first wing and a second wing positioned to contact a lower side of the upper support surface; and, a first frictional element secured to the upper extension of the first retractable stop.
A single-pole voltage transformer enclosed in a tight enclosure made in the form of a resin cast comprising a central element integrated with a base and with side elements of the cast, wherein the central element has a projection in the shape of a truncated cone to which a high voltage bushing is detachably attached, the central element has the form of a circular cylinder situated with its side wall horizontally on the base plane, and characterised in that the place of the contact of the central element with the base plane is screened by circumferential bottom sheds over which there are located side elements of the cast forming side sheds which are integrated with the front surfaces of the central element, and above the side sheds there is situated a circumferential top shed surrounding a fragment of the side surface of the central element.
An apparatus comprising: a first cross-stratum optimization, CSO, entity coupled to an application stratum (110, 210, 310, 410) that comprises a plurality of servers (112, 212, 312); a second CSO entity coupled to a network stratum (120, 220, 320, 420) that comprises a plurality of network nodes (122, 222, 322) and configured to communicate with the first CSO entity via a CSO interface; and the CSO interface established between the first CSO entity and the second CSO entity enables to exchange of a plurality of messages to allow optimization across the application stratum and the network stratum based on resources both in the application stratum and in the network stratum. a first cross-stratum optimization, CSO, entity coupled to an application stratum (110, 210, 310, 410) that comprises a plurality of servers (112, 212, 312); a second CSO entity coupled to a network stratum (120, 220, 320, 420) that comprises a plurality of network nodes (122, 222, 322) and configured to communicate with the first CSO entity via a CSO interface; and the CSO interface established between the first CSO entity and the second CSO entity enables to exchange of a plurality of messages to allow optimization across the application stratum and the network stratum based on resources both in the application stratum and in the network stratum.
A scroll fluid machine comprising a revolving scroll in which a revolving wrap (14a, 14c) stands upright on an end plate supported revolvably on a drive shaft, and a fixed scroll which is provided opposite the revolving scroll and in which a fixed wrap stands upright on an end plate, wherein the revolving wrap (14a, 14c) and the fixed wrap are overlapped so as to form a compression chamber (18a, 18b) for compressing a fluid by causing the revolving scroll to revolve, the scroll fluid machine being characterised in that: a rod-shaped member is attached to the end plate of the revolving scroll and extends to a rear surface side of the fixed scroll, which is a side not opposing the revolving scroll; a revolving plate is attached to the rod-shaped member, provided with a pin crank mechanism, and supported revolvably on the drive shaft, the revolving plate is provided with a sealing unit (40, 42, 10d, 18c) that seals the compression chamber in an axial direction, and the sealing unit (40, 42, 10d, 18c, 18c) is provided between the rear surface side of the fixed scroll and the revolving plate. a rod-shaped member is attached to the end plate of the revolving scroll and extends to a rear surface side of the fixed scroll, which is a side not opposing the revolving scroll; a revolving plate is attached to the rod-shaped member, provided with a pin crank mechanism, and supported revolvably on the drive shaft, the revolving plate is provided with a sealing unit (40, 42, 10d, 18c) that seals the compression chamber in an axial direction, and the sealing unit (40, 42, 10d, 18c, 18c) is provided between the rear surface side of the fixed scroll and the revolving plate.
A portable hard surface cleaning device for drawing off and suctioning off a liquid from a hard surface, in particular a window pane, having a handgrip and a suction turbine, which related to an upright position of the hard surface cleaning device is arranged above the handgrip in a housing, and having a suction nozzle, in a flow connection with the suction turbine, for sucking up a liquid-air mixture from the hard surface, and having a dirty-liquid tank, detachably connectable to the housing, wherein liquid can be separated from the sucked-up liquid-air mixture and deposited in the dirty-liquid tank, and wherein the dirty-liquid tank has a first tank region, with a tank opening, insertable into a first tank receiving compartment which is arranged laterally alongside the suction turbine in a manner offset with respect to the handgrip, of the housing, characterized in that the suction turbine is in a flow connection with the first tank receiving compartment via at least one outgoing air opening (80, 82, 84) and outgoing air can be given off to the surroundings via the at least one outgoing air opening (80, 82, 84) and the first tank receiving compartment.
A computer-implemented method for programming an integrated circuit, the method comprising: determining a plurality of bits (102; 152; 202; 320) associated with one or more addition operations; defining interlacing patterns of a plurality of counters (332, 334) that includes the plurality of bits (102; 152; 202; 320) wherein a plurality of sets of the plurality of counters are interlaced with one another and each of the sets of the plurality of counters is associated with a sum of a portion of the plurality of bits; and generating instructions configured to cause circuitry to be implemented on the integrated circuit based on the plurality of counters, wherein the circuitry is configured to perform the one or more addition operations and comprises adder circuitry (120; 180; 220) corresponding to the plurality of counters (332, 334), wherein each portion of a plurality of portions of the adder circuitry (120; 180; 220) is associated with one counter of the plurality of counters and is coupled to another portion of the plurality of portions of the adder circuitry (120; 180; 220) via a carry chain (188; 228). determining a plurality of bits (102; 152; 202; 320) associated with one or more addition operations; defining interlacing patterns of a plurality of counters (332, 334) that includes the plurality of bits (102; 152; 202; 320) wherein a plurality of sets of the plurality of counters are interlaced with one another and each of the sets of the plurality of counters is associated with a sum of a portion of the plurality of bits; and generating instructions configured to cause circuitry to be implemented on the integrated circuit based on the plurality of counters, wherein the circuitry is configured to perform the one or more addition operations and comprises adder circuitry (120; 180; 220) corresponding to the plurality of counters (332, 334), wherein each portion of a plurality of portions of the adder circuitry (120; 180; 220) is associated with one counter of the plurality of counters and is coupled to another portion of the plurality of portions of the adder circuitry (120; 180; 220) via a carry chain (188; 228).
Method for calibrating a weight sensor arranged on a beverage dispensing machine which comprises a frame, a liquid tank movable mounted in the frame, a liquid filling device and a control system, said weight sensor being arranged between the tank and the frame to determine and transmit to the control device, a value representative of the weight of the liquid present in the tank, characterized in that the tank comprises, in a vertical direction, a first portion having a cross-section S1 and a second portion having a cross-section S2 and in that said method comprises the steps: a) Filling the liquid tank, b) Switching on the liquid filling device, c) Recording the value Vi measured by the weight sensor, all the time intervals Ti in a memory of the control system to determine a curve C:Vi=f(Ti), d) Determining a slope P1 of a first straight line Dr1 of the curve C corresponding to the filling of the first portion and a slope P2 of a second straight line Dr2 of the curve C corresponding to the filling of the second portion, e) Determining from the intersection point PI of the first and second straight lines, a value V1 measured by the weight sensor, f) Calibrating the weight sensor by associating the value V1 measured with the weight of the liquid contained in the first portion. a) Filling the liquid tank, b) Switching on the liquid filling device, c) Recording the value Vi measured by the weight sensor, all the time intervals Ti in a memory of the control system to determine a curve C:Vi=f(Ti), d) Determining a slope P1 of a first straight line Dr1 of the curve C corresponding to the filling of the first portion and a slope P2 of a second straight line Dr2 of the curve C corresponding to the filling of the second portion, e) Determining from the intersection point PI of the first and second straight lines, a value V1 measured by the weight sensor, f) Calibrating the weight sensor by associating the value V1 measured with the weight of the liquid contained in the first portion.
A digital breast tomosynthesis system comprising: an X-ray tube configured to generate X-rays; a C-arm configured to receive the X-ray tube and rotate about a first rotation axis during an X-ray exposure period; an X-ray detector configured to convert the X-ray, which is emitted from the X-ray tube and passes through a breast, into image information; and a focal spot controller configured to operate in conjunction with a movement of the X-ray tube caused by a rotation of the C-arm, the focal spot controller being configured to control a position of a focal spot of the X-ray by rotating the X-ray tube about a second rotation axis in the C-arm wherein as a position of the focal spot is moved in a direction opposite to a movement direction of the X-ray tube by the rotation about the second rotation axis, a spatial position of the focal spot based on the X-ray detector is fixed. an X-ray tube configured to generate X-rays; a C-arm configured to receive the X-ray tube and rotate about a first rotation axis during an X-ray exposure period; an X-ray detector configured to convert the X-ray, which is emitted from the X-ray tube and passes through a breast, into image information; and a focal spot controller configured to operate in conjunction with a movement of the X-ray tube caused by a rotation of the C-arm, the focal spot controller being configured to control a position of a focal spot of the X-ray by rotating the X-ray tube about a second rotation axis in the C-arm wherein as a position of the focal spot is moved in a direction opposite to a movement direction of the X-ray tube by the rotation about the second rotation axis, a spatial position of the focal spot based on the X-ray detector is fixed. a focal spot controller configured to operate in conjunction with a movement of the X-ray tube caused by a rotation of the C-arm, the focal spot controller being configured to control a position of a focal spot of the X-ray by rotating the X-ray tube about a second rotation axis in the C-arm wherein as a position of the focal spot is moved in a direction opposite to a movement direction of the X-ray tube by the rotation about the second rotation axis, a spatial position of the focal spot based on the X-ray detector is fixed.
An article of apparel, comprising: a garment structure, wherein the garment structure includes one or more fabric elements, and wherein the garment structure is structured and arranged so as to provide a close fit to at least one predetermined portion of a human body; and a body position feedback system integrally formed as part of the garment structure at the at least one predetermined portion of the human body, wherein the body position feedback system includes at least a first region having a higher compressive force application capability than a compressive force application capability of the fabric element making up a largest proportion of the garment structure, and wherein the first region has a different stitching, knitting or weaving pattern as compared to a stitching, knitting or weaving pattern making up the largest proportion of the garment structure, wherein the article of apparel is one of a leotard, a skirt, an undergarment, a shirt, a blouse, a tank top, leggings, pants or shorts. a garment structure, wherein the garment structure includes one or more fabric elements, and wherein the garment structure is structured and arranged so as to provide a close fit to at least one predetermined portion of a human body; and a body position feedback system integrally formed as part of the garment structure at the at least one predetermined portion of the human body, wherein the body position feedback system includes at least a first region having a higher compressive force application capability than a compressive force application capability of the fabric element making up a largest proportion of the garment structure, and wherein the first region has a different stitching, knitting or weaving pattern as compared to a stitching, knitting or weaving pattern making up the largest proportion of the garment structure, wherein the article of apparel is one of a leotard, a skirt, an undergarment, a shirt, a blouse, a tank top, leggings, pants or shorts.
A child carrier comprising: a carrying harness including a waist strap and two shoulder straps; a child supporting part connected with the carrying harness and including a hip support portion and a torso support portion connected with each other; and an expandable part connected with the child supporting part, the expandable part having an adjustable effective length that links the torso support portion to the carrying harness, which defines a greatest bottom distance between the torso support portion and the carrying harness, the expandable part being operable to adjust the greatest bottom distance between the torso support portion and the carrying harness; wherein: the expandable part is disposed above the hip support portion and has a first end and a second end opposite to each other, the first end being affixed to the waist strap or to the child supporting part in a region adjacent to a connection between the child supporting part and the waist strap, the second end being affixed to the torso support portion adjacent to a bottom thereof, and the expandable part is connected with a fastening structure having a fastened state and an unfastened state, the expandable part being expandable to increase the effective length of the expandable part when the fastening structure is in the unfastened state, and characterized in that: the expandable part being folded to reduce the effective length of the expandable part when the fastening structure is in the fastened state. a carrying harness including a waist strap and two shoulder straps; a child supporting part connected with the carrying harness and including a hip support portion and a torso support portion connected with each other; and an expandable part connected with the child supporting part, the expandable part having an adjustable effective length that links the torso support portion to the carrying harness, which defines a greatest bottom distance between the torso support portion and the carrying harness, the expandable part being operable to adjust the greatest bottom distance between the torso support portion and the carrying harness; the expandable part is disposed above the hip support portion and has a first end and a second end opposite to each other, the first end being affixed to the waist strap or to the child supporting part in a region adjacent to a connection between the child supporting part and the waist strap, the second end being affixed to the torso support portion adjacent to a bottom thereof, and the expandable part is connected with a fastening structure having a fastened state and an unfastened state, the expandable part being expandable to increase the effective length of the expandable part when the fastening structure is in the unfastened state, and characterized in that: the expandable part being folded to reduce the effective length of the expandable part when the fastening structure is in the fastened state.
A method for controlling a dispensing cycle of a coffee machine, said dispensing cycle comprising a pre-infusion step and an infusion step, in a temporal sequence, said pre-infusion step comprising a first part, wherein a flow of steeping water is supplied to a dose of ground coffee, and a second part, wherein the flow of steeping water is interrupted so as to enable uniform absorption of the pre-infusion water by the steeped dose of ground coffee, said infusion step comprising a flow of infusion water supplied to the previously steeped dose of ground coffee, the method being characterized in that in a dispensing cycle, the coffee machine automatically detects data (R, S) representative of the amount constituting the dose of ground coffee and/or the amount of infusion water dispensed and automatically sets the pre-infusion step for a subsequent dispensing cycle by means of an algorithm for processing said data (R, S) detected in a previous dispensing cycle.