mhurhangee/patent-ind-claim-en huggingface dataset:
An optical tracking system for tracking a patient or a surgical instrument for surgically treating the patient by using a three-dimensional image, which is acquired before surgically treating the patient and includes a first region corresponding to a lesion of the patient , comprising: a reference marker part configured to be disposed away from the first region of the patient ; a shape measurement part configured to measure three-dimensional shapes of the first region and a second region ; a tracking sensor part configured to sense the reference marker part and the shape measurement part in order to track the reference marker part and the shape measurement part , respectively; and a processing part configured to acquire a first coordinate transformation relationship among the reference marker part , the tracking sensor part , the shape measurement part , and the first region of the patient and a second coordinate transformation relationship among the reference marker part , the tracking sensor part , the shape measurement part , and the second region of the patient based on two sensing results of the tracking sensor part and two measurement results of the shape measurement part for each of the first coordinate transformation relationship and the second coordinate transformation relationship, characterized by further comprising: a sticker marker part (STK) attachable in a sticker form to the second region , wherein the processing part is configured to track the first region relative to the tracking sensor part by extracting a third coordinate transformation relationship between the first region and the second region from the first and second coordinate transformation relationships. a reference marker part configured to be disposed away from the first region of the patient ; a shape measurement part configured to measure three-dimensional shapes of the first region and a second region ; a tracking sensor part configured to sense the reference marker part and the shape measurement part in order to track the reference marker part and the shape measurement part , respectively; and a processing part configured to acquire a first coordinate transformation relationship among the reference marker part , the tracking sensor part , the shape measurement part , and the first region of the patient and a second coordinate transformation relationship among the reference marker part , the tracking sensor part , the shape measurement part , and the second region of the patient based on two sensing results of the tracking sensor part and two measurement results of the shape measurement part for each of the first coordinate transformation relationship and the second coordinate transformation relationship, characterized by further comprising: a sticker marker part (STK) attachable in a sticker form to the second region , wherein the processing part is configured to track the first region relative to the tracking sensor part by extracting a third coordinate transformation relationship between the first region and the second region from the first and second coordinate transformation relationships.
A water filter cartridge for use in a water storage tank of a water-carrying appliance , comprising a filter housing , a filter-side tank connection element and an electronic communication element with aerial , characterized in that a magnetic field guiding element is provided and in that the magnetic field guiding element is arranged in a region of the water filter cartridge which is located between the aerial of the filter-side electronic communication element and a place on the water filter cartridge , which place in the inserted state of the water filter cartridge , faces in the direction of the aerial of a complementary tank-side communication element and/or equipment-side communication elements provided for the communication with the filter-side communication element .
A method for identifying at least one characteristic of a sound-producing object , the method comprising: storing, in a memory , audio data acquired from an auditory environment via at least one microphone ; receiving an input indicating a user request to identify a characteristic of a sound-producing object included in the auditory environment; generating, via a processor and based on a first portion of the audio data acquired from the auditory environment prior to the user request, a first determination that identifies the sound-producing object, wherein the first determination has a first confidence measure; causing , when the first confidence measure is greater than a confidence threshold, information corresponding to the characteristic of the sound-producing object to be output via at least one output device; and generating , via the processor when the first confidence measure is not greater than the confidence threshold , one or more additional determinations, based on additional portions of the audio data longer than the first portion, that identify the sound-producing object until a second determination has a second confidence measure that is greater than the confidence threshold. storing, in a memory , audio data acquired from an auditory environment via at least one microphone ; receiving an input indicating a user request to identify a characteristic of a sound-producing object included in the auditory environment; generating, via a processor and based on a first portion of the audio data acquired from the auditory environment prior to the user request, a first determination that identifies the sound-producing object, wherein the first determination has a first confidence measure; causing , when the first confidence measure is greater than a confidence threshold, information corresponding to the characteristic of the sound-producing object to be output via at least one output device; and generating , via the processor when the first confidence measure is not greater than the confidence threshold , one or more additional determinations, based on additional portions of the audio data longer than the first portion, that identify the sound-producing object until a second determination has a second confidence measure that is greater than the confidence threshold.
A method for managing usage information, performed by a policy function , comprising: transmitting (s406) to a depository function a request for information; and receiving (s408) a response to the request, wherein the response comprises: a usageMonDataLimit instance comprising a limit definition and a limit identifier for identifying the limit defined by the limit definition; and a usageMonData instance comprising usage consumption information related to the limit defined by the usageMonDataLimit instance, wherein the usageMonData instance also comprises the limit identifier. transmitting (s406) to a depository function a request for information; and receiving (s408) a response to the request, wherein the response comprises: a usageMonDataLimit instance comprising a limit definition and a limit identifier for identifying the limit defined by the limit definition; and a usageMonData instance comprising usage consumption information related to the limit defined by the usageMonDataLimit instance, wherein the usageMonData instance also comprises the limit identifier. a usageMonDataLimit instance comprising a limit definition and a limit identifier for identifying the limit defined by the limit definition; and a usageMonData instance comprising usage consumption information related to the limit defined by the usageMonDataLimit instance, wherein the usageMonData instance also comprises the limit identifier.
Support device for storing or transporting single sheets or stacks of a packaging material, comprising a multitude of slats being arranged on a basic component , wherein the slats are in an upright position and spaced from each other in a generally parallel manner such that respective side contour contact sections of the slats form a substantially flat support surface configured to support the single sheets or stacks, wherein each slat is mounted on the basic component via two connection tongues being arranged on opposite ends of the slat , the connection tongues engaging corresponding connection slots being provided on the basic component , characterized in that two types of slots are provided on the basic component , wherein a first type of slots is arranged closer to a basic surface of the basic component than a second type of slots , and wherein two types of slats are provided, wherein a first type of slats is engageable with connection slots of the first type, but not with connection slots of the second type, and a second type of slats is engageable with connection slots of the second type, but not with connection slots of the first type.
Method for producing a nickel-phosphorus alloy, in which a metallic substrate is dipped into an aqueous electrolyte containing at least nickel cations, hypophosphite ions, stabilisers and complexing agents, characterised in that the electrolyte additionally contains pyrones of formula I or the salts thereof, wherein R1 represents a hydrogen atom or a hydroxy group, R2 Prepresents a methyl group, an ethyl group or a hydroxymethyl group, R3 represents a hydrogen atom or a hydroxy group and R4 represents a hydrogen atom, a hydroxy group or a methyl ketone group.
System for assisting in evaluating a contour of an anatomic structure with respect to a dose distribution corresponding to a treatment plan for a radiation therapy treatment of a patient, the system comprising an evaluation unit configured to - receive the contour of the anatomic structure and the dose distribution, - evaluate the dose distribution in varying distances from the contour of the anatomic structure to determine at least one point where the evaluated dose distribution fulfills a predetermined condition, and - determine the distance between the at least one point and the contour and/or to visualize the at least one point to a user of the system. - receive the contour of the anatomic structure and the dose distribution, - evaluate the dose distribution in varying distances from the contour of the anatomic structure to determine at least one point where the evaluated dose distribution fulfills a predetermined condition, and - determine the distance between the at least one point and the contour and/or to visualize the at least one point to a user of the system.
A passive photonics reservoir for use in a photonics reservoir computing system , the photonics reservoir comprising a plurality of discrete nodes interconnected by a plurality of passive multimode waveguides , one or more of said plurality of nodes being configured for receiving at least one photonic input signal to be propagated between the plurality of nodes via said plurality of passive multimode waveguides, wherein each discrete node comprises at least one multimode junction for passively relaying the at least one photonic input signal over the passive multimode waveguides connected to the respective node, and at least three passive multimode waveguides are connected to the respective node via a taper section of said at least one multimode junction, the taper section not being perfectly adiabatic.
A high density polyethylene (HDPE) container or an aluminum foil packet containing a bacterial composition comprising at least six bacterial strains selected from Lactobacillus acidophilus, Lactobacillus plantarum, Lactobacillus casei, Lactobacillus rhamnosus, Bifidobacterium longum, Bifidobacterium lactis, Bifidobacterium bifidum, Bacillus coagulans, Lactobacillus paracasei, Lactobacillus johnsonii, Lactobacillus reuteri, Lactobacillus bulgaricus, Bifidobacterium breve, Lactobacillus brevis, Lactococcus lactis and Streptococcus thermophilus, and microcrystalline cellulose (MCC), wherein said bacterial composition releases said at least six bacterial strains within an intestine of a mammal following oral administration to said mammal, and wherein said composition has a water activity less than 0.3. wherein said bacterial composition releases said at least six bacterial strains within an intestine of a mammal following oral administration to said mammal, and wherein said composition has a water activity less than 0.3.
Bearing device (1; 10) for a support arm of a motor vehicle lifting device with - a bearing axle for contacting a section of the support arm of the motor vehicle lifting device, - a connecting device which is configured to connect the bearing axle to a section of the support arm of the motor vehicle lifting device, and - a spring element which is configured to movably support the bearing axle , characterized by an adjusting element which is configured such that a relative reference position between the bearing axle and the connecting device can be changed by means of an actuation of the adjusting element . - a bearing axle for contacting a section of the support arm of the motor vehicle lifting device, - a connecting device which is configured to connect the bearing axle to a section of the support arm of the motor vehicle lifting device, and - a spring element which is configured to movably support the bearing axle ,
Method of manufacturing a lightweight metal wheel having an outer ring for receiving a tire, which ring is connected to an inner wheel flange via a wheel rim, the wheel having an outer side and an inner side, characterized by the following method steps: forming the one-piece wheel by a casting process; following the casting process, forming thickness-reduced regions by mechanical material removal in an area on the inside of the wheel rim between the outer ring for receiving the tire and the wheel flange, wherein the thickness-reduced regions are formed by milling. forming the one-piece wheel by a casting process; following the casting process, forming thickness-reduced regions by mechanical material removal in an area on the inside of the wheel rim between the outer ring for receiving the tire and the wheel flange, wherein the thickness-reduced regions are formed by milling.
A waste oil transfer system comprising: a collection vessel capable of storing a first volume of fluid; a storage tank capable of storing a second volume of fluid, the second volume being greater than the first volume; a tank level monitor mounted on the storage tank, wherein the tank level monitor is configured to sense an actual fluid level in the storage tank and to generate current level information based on the sensed fluid level; a pump disposed between and fluidly connected to the collection vessel and the storage tank; and a system controller configured to communicate with the tank level monitor to activate the tank level monitor and receive the current fluid level information from the tank level monitor, to determine an available capacity of the storage tank based on the current fluid level information, to authorize or deny a transfer of fluid from the collection vessel to the storage tank based on a comparison of the available capacity and a transfer volume from the collection vessel, and to activate the pump based on the transfer being authorized. a collection vessel capable of storing a first volume of fluid; a storage tank capable of storing a second volume of fluid, the second volume being greater than the first volume; a tank level monitor mounted on the storage tank, wherein the tank level monitor is configured to sense an actual fluid level in the storage tank and to generate current level information based on the sensed fluid level; a pump disposed between and fluidly connected to the collection vessel and the storage tank; and a system controller configured to communicate with the tank level monitor to activate the tank level monitor and receive the current fluid level information from the tank level monitor, to determine an available capacity of the storage tank based on the current fluid level information, to authorize or deny a transfer of fluid from the collection vessel to the storage tank based on a comparison of the available capacity and a transfer volume from the collection vessel, and to activate the pump based on the transfer being authorized.
A method for synchronizing tracked activity data in a system comprising a controller in communication with a plurality of user devices, the method comprising: receiving, by the controller , identification data for a group of user devices of the plurality of user devices, the group of user devices being associated with a single user identification; receiving, by the controller from a first user device of the group of user devices, identification of activities to be tracked, such that the controller only receives tracked data concerning the identified activities to be tracked; receiving, by the controller , the tracked activity data from any user device of the group of user devices indicative of an event concerning one of the identified activities; storing the tracked activity data, by the controller, in a relational database; creating, by the controller , a time entry for the tracked activity data, the time entry being populated based on pattern recognition applied to previously captured activity data stored in the relational database ; and sending, by the controller , the tracked activity data, concerning only the identified activities to be tracked, to those user devices of the group of user devices other than the user device that provided the tracked activity data. receiving, by the controller , identification data for a group of user devices of the plurality of user devices, the group of user devices being associated with a single user identification; receiving, by the controller from a first user device of the group of user devices, identification of activities to be tracked, such that the controller only receives tracked data concerning the identified activities to be tracked; receiving, by the controller , the tracked activity data from any user device of the group of user devices indicative of an event concerning one of the identified activities; storing the tracked activity data, by the controller, in a relational database; creating, by the controller , a time entry for the tracked activity data, the time entry being populated based on pattern recognition applied to previously captured activity data stored in the relational database ; and sending, by the controller , the tracked activity data, concerning only the identified activities to be tracked, to those user devices of the group of user devices other than the user device that provided the tracked activity data.
Rotary dimmer for fastening to a building wall , comprising a base body which can be permanently fastened to the wall and is set up for electrical connection to a light control system , and an operating element which is mounted on the base body such that it can be rotated about an axis (x), characterized in that a sensor is arranged within the operating element , which sensor is set up to detect a rotational movement of the operating element , an electrical device being provided between the operating element and the base body for transmitting the positional information detected by the sensor to the base body , wherein the operating element is mechanically connected to the base body via a rotary shaft , wherein the axis (x) for rotation of the operating element is formed by the axis of the rotary shaft , wherein the electrical device is formed as a contact along the rotary shaft , in that electrical contact sections which are electrically separated from one another are formed on the outer casing of the rotary shaft , by means of which the operating element is electrically connected to the base body for transmitting the position information.
A multilayer tube , particularly for fluids, provided with an internally hollow shape, comprising a seath made of fluorinated polymers, located in the innermost layer of said multilayer tube , said sheath being constituted by an internal substrate made of non pigmented virgin material and by an external substrate made of pigmented material characterized in that the sheath is co-extruded.
Method for operating a transfer system , characterized in that the transfer system is operated either according to first operating mode or according to a second operating mode, - wherein, in the first operating mode, a controlling means is switched to a first switching position (S1), so that a first supplying means is activated for supplying a number of tooling tubes (6a; 7a), so that, optionally, compressed air or a vacuum is made available to the tooling tubes (6a; 7a) by the first supplying means by way in each case of a supplying line (23a; 24a) at in each case an energy coupling (9; 10) for each tooling tube (6a; 7a), - wherein, in the second operating mode, the controlling means is switched to a second switching position (S2), so that a second supplying means is activated for supplying the number of tooling tubes , so that compressed air for blowing out is made available in each case by way of a first supplying line and compressed air for generating a vacuum is made available in each case by way of a second supplying line to the tooling tubes (6a; 7a) by the second supplying means by way of the respective energy coupling (9; 10). - wherein, in the first operating mode, a controlling means is switched to a first switching position (S1), so that a first supplying means is activated for supplying a number of tooling tubes (6a; 7a), so that, optionally, compressed air or a vacuum is made available to the tooling tubes (6a; 7a) by the first supplying means by way in each case of a supplying line (23a; 24a) at in each case an energy coupling (9; 10) for each tooling tube (6a; 7a), - wherein, in the second operating mode, the controlling means is switched to a second switching position (S2), so that a second supplying means is activated for supplying the number of tooling tubes , so that compressed air for blowing out is made available in each case by way of a first supplying line and compressed air for generating a vacuum is made available in each case by way of a second supplying line to the tooling tubes (6a; 7a) by the second supplying means by way of the respective energy coupling (9; 10).