mhurhangee/ep-ind-claims huggingface dataset:
A surgical navigation system for navigation during a surgical intervention on a patient for tracking of at least one medical instrument, comprising: a display device, in particular a monitor, for displaying visual content; at least one medical instrument to be tracked; a data provision unit, in particular a storage unit, which is adapted to provide digital 3D imaging data, in particular preoperative 3D imaging data, of the patient; a medical imaging device having an imaging head; a tracking system, which is adapted to detect and track the imaging head of the imaging device as well as to detect and in particular track at least a partial portion of the patient for registration to the 3D imaging data; characterized in that the imaging head of the medical imaging device is adapted to create an image of a portion of an intervention region of the patient as well as to detect and to track the medical instrument to be tracked with respect to the imaging head; a control unit, which is adapted to process the data of the imaging device, the data of the tracking system as well as the provided 3D imaging data and to determine a position and/or orientation of the instrument to be tracked, in particular an instrument tip of the instrument, by linking the tracking from the tracking system to the imaging head as well as the tracking from the imaging head to the instrument and to create a correlation representation with the 3D imaging data registered for the patient and the position and/or orientation of the instrument, in particular the instrument tip, and to output this by the display device. a display device, in particular a monitor, for displaying visual content; at least one medical instrument to be tracked; a data provision unit, in particular a storage unit, which is adapted to provide digital 3D imaging data, in particular preoperative 3D imaging data, of the patient; a medical imaging device having an imaging head; a tracking system, which is adapted to detect and track the imaging head of the imaging device as well as to detect and in particular track at least a partial portion of the patient for registration to the 3D imaging data; characterized in that the imaging head of the medical imaging device is adapted to create an image of a portion of an intervention region of the patient as well as to detect and to track the medical instrument to be tracked with respect to the imaging head; a control unit, which is adapted to process the data of the imaging device, the data of the tracking system as well as the provided 3D imaging data and to determine a position and/or orientation of the instrument to be tracked, in particular an instrument tip of the instrument, by linking the tracking from the tracking system to the imaging head as well as the tracking from the imaging head to the instrument and to create a correlation representation with the 3D imaging data registered for the patient and the position and/or orientation of the instrument, in particular the instrument tip, and to output this by the display device.
A memory controller for providing flexible management of a heterogeneous memory system of a processor-based system, the memory controller configured to be communicatively coupled to a first memory and a second memory having different performance characteristics; the memory controller comprising a software-configurable Quality of Service, QoS, policy table providing a plurality of QoS policy entries (206 - 206), each QoS policy entry comprising a QoS policy state (210 - 210) and associated with a QoS identifier, QoSID, of one or more QoSIDs (208 - 208), the QoSID associated with one or more of a plurality of memory regions (118 - 118), wherein the plurality of memory regions reside within the first memory, the second memory, or both; and the memory controller configured to: receive a memory access request comprising a memory address corresponding to a memory region of the plurality of memory regions; identify a software-configurable QoSID associated with the memory address; associate, using the QoS policy table, the QoSID associated with the memory address with a QoS policy state; and apply the QoS policy state to perform a memory access operation on one of the first memory and the second memory; wherein the QoS policy state represents a QoS attribute enforceable by the memory controller. the memory controller comprising a software-configurable Quality of Service, QoS, policy table providing a plurality of QoS policy entries (206 - 206), each QoS policy entry comprising a QoS policy state (210 - 210) and associated with a QoS identifier, QoSID, of one or more QoSIDs (208 - 208), the QoSID associated with one or more of a plurality of memory regions (118 - 118), wherein the plurality of memory regions reside within the first memory, the second memory, or both; and the memory controller configured to: receive a memory access request comprising a memory address corresponding to a memory region of the plurality of memory regions; identify a software-configurable QoSID associated with the memory address; associate, using the QoS policy table, the QoSID associated with the memory address with a QoS policy state; and apply the QoS policy state to perform a memory access operation on one of the first memory and the second memory; receive a memory access request comprising a memory address corresponding to a memory region of the plurality of memory regions; identify a software-configurable QoSID associated with the memory address; associate, using the QoS policy table, the QoSID associated with the memory address with a QoS policy state; and apply the QoS policy state to perform a memory access operation on one of the first memory and the second memory; wherein the QoS policy state represents a QoS attribute enforceable by the memory controller.
Frame construction for a vehicle cab, with a basic frame comprising a plurality of steel profiles (18, 20, 22, 24, 26, 28) which are welded or adhesively bonded to one another, connecting elements (32, 34, 36) which are fastened to the basic frame, and supporting elements (38, 40) which are fastenable to the connecting elements (32, 34, 36), wherein functional surfaces (60, 68) for the connection of addon parts are formed on the supporting elements (38, 40), and the functional surfaces (60, 68) have a predetermined, three-dimensional alignment which is subject to manufacturing tolerances, wherein the supporting elements (38, 40) are alignable and positionable in relation to the connecting elements (32, 34, 36), which are fastened to the basic frame, in such a manner that tolerance deviations caused because of a design of the basic frame can be compensated for by corresponding alignement and positioning of the supporting elements (38, 40) in relation to the connecting elements (32, 34, 36), and wherein the connecting elements (32, 34, 36) and/or the supporting elements (38, 40) are designed as deformed steel sheets, characterized in that the material thickness of the connecting elements (32, 34, 36) and/or of the supporting elements (38, 40) is designed to be smaller than that of the steel profiles (18, 20, 22, 24, 26, 28) of the basic frame.
Method for authenticating a Prover with a Verifier comprising steps of generating, by the Verifier, a challenge as a function of a given transaction and of the characteristics of the Prover, and of dispatching this challenge to the said Prover, the said method is characterized in that the Prover is able to transmit to the said Verifier a one-time password resulting from the transformation of the response generated by the Prover for the said challenge into a format which may be easily memorisable by a user, the said response being generated by the Prover on the basis of calculation operations performed at one and the same time as a function of the challenge received, of a PIN code input during a preceding step and of a cryptography element.
Connection element for a moving contact of a vacuum interrupter comprising a connection body and a flexible current conduction element, wherein the connection element has at least one outer body and the connection body is connected to the at least one outer body by means of a flexible, heat-conducting connecting piece, characterized in that the outer body partially or fully surrounds the flexible current conduction element. a connection body and a flexible current conduction element, wherein the connection element has at least one outer body and the connection body is connected to the at least one outer body by means of a flexible, heat-conducting connecting piece, characterized in that the outer body partially or fully surrounds the flexible current conduction element.
A collapsible medical device for occluding an aperture in a body, the medical device having a first configuration as a reduced profile and a second configuration as an expanded profile, the medical device being adapted to be delivered through a delivery system into a desired delivery location, the medical device comprising: a proximal side and a distal side; a first attachment at the distal side ofthe device configured to directly secure the device to a delivery wire ofthe delivery system; and a second attachment configured to directly secure the device to a sheath ofthe delivery system, the second attachment including a recess on an outer surface ofthe device adapted to receive a part of the delivery system to secure the device in the delivery system; wherein the relative movement of the first attachment and the second attachment changes the configuration of the device from the reduced profile configuration to the expanded profile configuration; and wherein the first attachment and the second attachment are positioned on the proximal side of the device when the device is in the expanded configuration. a proximal side and a distal side; a first attachment at the distal side ofthe device configured to directly secure the device to a delivery wire ofthe delivery system; and a second attachment configured to directly secure the device to a sheath ofthe delivery system, the second attachment including a recess on an outer surface ofthe device adapted to receive a part of the delivery system to secure the device in the delivery system; wherein the relative movement of the first attachment and the second attachment changes the configuration of the device from the reduced profile configuration to the expanded profile configuration; and wherein the first attachment and the second attachment are positioned on the proximal side of the device when the device is in the expanded configuration.
A latch mechanism comprising: a mounting bracket having a body portion and at least one flange portion; the body portion having at least one wall defining a chamber; a bolt movably carried on the mounting bracket having a latched position and an unlatched position; a receptacle defined in the mounting bracket; a detent mechanism carried in the chamber; characterised in that the bolt includes a front bolt attached to a rear bolt; a head portion of the rear bolt is positioned relative to the receptacle in the latched position; at least a portion of the rear bolt is traveling through the receptacle when unlatching the latch mechanism and is engageable with the detent mechanism in the latched position, wherein at least one of the rear bolt and the front bolt have a projection, and the other of the bolts having a recess, the projection being engageable in the recess for attaching the front bolt to the rear bolt and wherein the latch mechanism comprises a fastener coupled to the front bolt and the rear bolt for connecting the bolts. a mounting bracket having a body portion and at least one flange portion; the body portion having at least one wall defining a chamber; a bolt movably carried on the mounting bracket having a latched position and an unlatched position; a receptacle defined in the mounting bracket; a detent mechanism carried in the chamber; characterised in that the bolt includes a front bolt attached to a rear bolt; a head portion of the rear bolt is positioned relative to the receptacle in the latched position; at least a portion of the rear bolt is traveling through the receptacle when unlatching the latch mechanism and is engageable with the detent mechanism in the latched position, wherein at least one of the rear bolt and the front bolt have a projection, and the other of the bolts having a recess, the projection being engageable in the recess for attaching the front bolt to the rear bolt and wherein the latch mechanism comprises a fastener coupled to the front bolt and the rear bolt for connecting the bolts.
Computer-implemented method of creating an app, including: providing an app development user interface to a user for developing the app; providing a search UI to the user for searching in a repository for storing artifacts which are reusable for app development; capturing the user's search intent in response to user interactions with the search UI; importing at least one artifact corresponding to the captured user's search intent from the repository to the app development UI; developing the app through the app development UI by using the imported at least one artifact; deploying the created app including releasing the created app to end users for whom the created app is then installable and activatable; storing at least one portion of the created and deployed app as artifact which is reusable for app development in the repository after a successful first deployment of the created app; and storing metadata of the stored at least one portion of the created and deployed app in the repository. providing an app development user interface to a user for developing the app; providing a search UI to the user for searching in a repository for storing artifacts which are reusable for app development; capturing the user's search intent in response to user interactions with the search UI; importing at least one artifact corresponding to the captured user's search intent from the repository to the app development UI; developing the app through the app development UI by using the imported at least one artifact; deploying the created app including releasing the created app to end users for whom the created app is then installable and activatable; storing at least one portion of the created and deployed app as artifact which is reusable for app development in the repository after a successful first deployment of the created app; and storing metadata of the stored at least one portion of the created and deployed app in the repository.
Assembly comprising, a light source having means for generating and emitting at least one light beam; a support for said means for generating and emitting a light beam suitable for connecting to a structure of a motorcycle; characterised in that said assembly also comprises a tank suitable for containing a fluid for a brake or clutch system, able to be connected to a pump to activate a braking or clutch device of said system, wherein said support is connected to said tank.
A medical device for fixation in a femoral bone of a patient, the medical device comprising: a. a connecting portion adapted to be connected to or integrated in a prosthetic contacting portion, b. a plurality of expanding portions, and c. a bone contacting surface on the expanding portions, wherein the expanding portions are adapted to be at least partially inserted into the femoral bone of a patient and to expand within the femoral bone such that the bone contacting surface is placed in contact with the inside of the femoral bone for fixating the medical device, directly or indirectly, to the femoral cortical bone, characterized in that the medical device further comprises an elastic operation device adapted to operate the expanding portions by continuously exerting an elastic force on the expanding portions when the medical device is implanted. a. a connecting portion adapted to be connected to or integrated in a prosthetic contacting portion, b. a plurality of expanding portions, and c. a bone contacting surface on the expanding portions,
A flexible circular disk in which information is recordable, the disk comprising: an inner annular peripheral part (1 a) arranged to be held by a clamper on a turntable of a disk rotating device; and characterized by first and second annular elastic bodies disposed concentrically with the disk on opposed surfaces of the inner peripheral part (1 a), wherein the first and second elastic bodies are configured to elastically expand with the expansion of the disk in the radial direction of the disk from an original state when the disk is rotated at high speed during recording and/or reading of the information, and wherein the first and second elastic bodies are configured to reversibly return to the original state when rotation of the disk is stopped, the annular elastic bodies being held with both sides of the disk so as to distribute stresses due to centrifugal force and torsion over the whole area of contact between the elastic bodies and the annular peripheral part. an inner annular peripheral part (1 a) arranged to be held by a clamper on a turntable of a disk rotating device; and characterized by first and second annular elastic bodies disposed concentrically with the disk on opposed surfaces of the inner peripheral part (1 a), wherein the first and second elastic bodies are configured to elastically expand with the expansion of the disk in the radial direction of the disk from an original state when the disk is rotated at high speed during recording and/or reading of the information, and wherein the first and second elastic bodies are configured to reversibly return to the original state when rotation of the disk is stopped, the annular elastic bodies being held with both sides of the disk so as to distribute stresses due to centrifugal force and torsion over the whole area of contact between the elastic bodies and the annular peripheral part.
An apparatus for fabricating one or more electrowetting display elements, the apparatus comprising: a glass substrate (104, 206, 300, 500, 808, 900); a fluid dispenser (200, 504, 700, 802) to dispense an electrowetting oil and an electrolyte solution onto the glass substrate; and a platform holding the glass substrate to receive the electrowetting oil and the electrolyte solution from the fluid dispenser, wherein the platform is configured to move relative to the fluid dispenser while the fluid dispenser dispenses the electrowetting oil and the electrolyte solution, and wherein the glass substrate includes: one or more pixel arrays formed on a first region of the glass substrate, wherein individual pixels (100, 304) of the one or more pixel arrays include pixel walls to at least partially retain the electrowetting oil while the one or more pixel arrays are covered with the electrolyte solution; and a wetting strip (306, 514) formed on a second region different from the first region of the glass substrate, the second region located beyond where the one or more pixel arrays are formed, wherein a wettability between the electrowetting oil and the wetting strip is different from a wettability between the electrolyte solution and the wetting strip. a glass substrate (104, 206, 300, 500, 808, 900); a fluid dispenser (200, 504, 700, 802) to dispense an electrowetting oil and an electrolyte solution onto the glass substrate; and a platform holding the glass substrate to receive the electrowetting oil and the electrolyte solution from the fluid dispenser, wherein the platform is configured to move relative to the fluid dispenser while the fluid dispenser dispenses the electrowetting oil and the electrolyte solution, and wherein the glass substrate includes: one or more pixel arrays formed on a first region of the glass substrate, wherein individual pixels (100, 304) of the one or more pixel arrays include pixel walls to at least partially retain the electrowetting oil while the one or more pixel arrays are covered with the electrolyte solution; and a wetting strip (306, 514) formed on a second region different from the first region of the glass substrate, the second region located beyond where the one or more pixel arrays are formed, wherein a wettability between the electrowetting oil and the wetting strip is different from a wettability between the electrolyte solution and the wetting strip. one or more pixel arrays formed on a first region of the glass substrate, wherein individual pixels (100, 304) of the one or more pixel arrays include pixel walls to at least partially retain the electrowetting oil while the one or more pixel arrays are covered with the electrolyte solution; and a wetting strip (306, 514) formed on a second region different from the first region of the glass substrate, the second region located beyond where the one or more pixel arrays are formed, wherein a wettability between the electrowetting oil and the wetting strip is different from a wettability between the electrolyte solution and the wetting strip.
A wide band directional antenna, comprising at least three elements (1, 2, 3) which are at least partially aligned in a stack configuration, electrically isolated from each other, of which a lower element comprising at least one reflector circuit, a middle element comprising at least one dipole circuit connected to a transmission line, and an upper element comprising at least one director circuit, said antenna being characterised in that the dipole circuit comprises at least one first pair of conductive elements (211, 212), suitable for forming a minor dipole connected to the transmission line, and at least one second pair of electrically isolated conductive elements (213, 214), configured to be excited with capacitive effect by the minor dipole, in such a way as to form a major dipole, the first elements (211, 213) and the second elements (212, 214) of each pair of conductive elements (211, 212; 213, 214) being partially overlapped.