mhurhangee/ep-ind-claims huggingface dataset:
A method for online processing of images, comprising the steps of: (a) acquiring images through a medical device in real time; (b) displaying in real time the images; (c) loading the images into a buffer obtaining a set of images; (d) stopping the loading of said images into the buffer based on an evaluation of the real-time displayed images, (e) processing said loaded set of images using an incremental algorithm, wherein the incremental algorithm is composed of different subroutines that need to be run one after the other and which provide intermediate results; (f) displaying successively said intermediate results obtained by processing said set of images, (g) stopping the processing based on an evaluation of said intermediate results and resuming the loading of acquired images into a buffer; wherein acquiring and displaying in real time the images is continued upon stopping the loading of images into the buffer. (a) acquiring images through a medical device in real time; (b) displaying in real time the images; (c) loading the images into a buffer obtaining a set of images; (d) stopping the loading of said images into the buffer based on an evaluation of the real-time displayed images, (e) processing said loaded set of images using an incremental algorithm, wherein the incremental algorithm is composed of different subroutines that need to be run one after the other and which provide intermediate results; (f) displaying successively said intermediate results obtained by processing said set of images, (g) stopping the processing based on an evaluation of said intermediate results and resuming the loading of acquired images into a buffer;
A display apparatus comprising: a display unit which is operable to display thereon an image comprising a user interface comprising a plurality of user interface, UI, objects and a pointer; a pointer adjuster which is operable to generate the pointer and move the pointer based on a user command for moving the pointer received from an input device; and a controller which is operable to control the pointer adjuster to adjust a moving speed of the pointer according to a density of the UI objects displayed on the display unit; and wherein the controller is further operable to control the pointer adjuster to adjust the moving speed of the pointer when the pointer is located in a first area to be slower than the moving speed of the pointer when the pointer is located in a second area; characterised in that the controller is further operable to determine a level of density of the UI objects in the image and divide the image into: the first area in which the density of the UI objects is greater than or equal to a predetermined level; and the second area in which the density of the UI objects is less than the predetermined level. a display unit which is operable to display thereon an image comprising a user interface comprising a plurality of user interface, UI, objects and a pointer; a pointer adjuster which is operable to generate the pointer and move the pointer based on a user command for moving the pointer received from an input device; and a controller which is operable to control the pointer adjuster to adjust a moving speed of the pointer according to a density of the UI objects displayed on the display unit; and
Electrical circuit breaker having a stored-energy spring drive which has a spring, and having a manual winding device which is suitable for manually tensioning the spring, wherein - the manual winding device has a rotatable latching disc, a latching pawl which is arranged next to the latching disc, in particular at the end of the latching disc, and a manual operating device, which is connected to the latching pawl, for moving the latching pawl, - the latching pawl is guided in a controlled manner or can be guided in a controlled manner into a latching tooth system of the latching disc and, by virtue of operation of the operating device, the latching pawl can move and as a result the latching disc can rotate along a prespecified desired rotation direction for tensioning the spring, and - the latching tooth system is asymmetrical in such a way that transmission of force from the latching pawl to the latching disc is possible only along the desired rotation direction and the latching disc slides along the latching pawl when the latching disc rotates along the desired rotation direction more quickly than the latching pawl, and characterized in that the latching tooth system of the latching disc is an external tooth system in the form of an arc of a circle. - the manual winding device has a rotatable latching disc, a latching pawl which is arranged next to the latching disc, in particular at the end of the latching disc, and a manual operating device, which is connected to the latching pawl, for moving the latching pawl, - the latching pawl is guided in a controlled manner or can be guided in a controlled manner into a latching tooth system of the latching disc and, by virtue of operation of the operating device, the latching pawl can move and as a result the latching disc can rotate along a prespecified desired rotation direction for tensioning the spring, and - the latching tooth system is asymmetrical in such a way that transmission of force from the latching pawl to the latching disc is possible only along the desired rotation direction and the latching disc slides along the latching pawl when the latching disc rotates along the desired rotation direction more quickly than the latching pawl, and
An agricultural biocontrol composition comprising an atoxigenic strain of Aspergillus, and a nutrient carrier, wherein the nutrient carrier comprises corn germ, and wherein the atoxigenic strain of Aspergillus is coated on the surface of the corn germ.
A control method for a vehicle key, wherein the method relates to a user terminal, a vehicle terminal, and a service provider platform, the user terminal is deployed with a first application corresponding to the service provider platform, and the method comprises: upon receipt of a permission control request sent by the first application, determining a key identifier corresponding to the permission control request and second permission information corresponding to the key identifier, wherein first permission information corresponding to the key identifier is stored in a whitelist of an NFC security module of the vehicle terminal; generating a permission control instruction based on the key identifier and the second permission information; and sending the permission control instruction to the vehicle terminal to use the second permission information to update the first permission information in the NFC security module of the vehicle terminal, wherein using the second permission information to update the first permission information comprises finding the first permission information in token information corresponding to the key identifier in the whitelist of the NFC security module and replacing the first permission information in the token information with the second permission information. upon receipt of a permission control request sent by the first application, determining a key identifier corresponding to the permission control request and second permission information corresponding to the key identifier, wherein first permission information corresponding to the key identifier is stored in a whitelist of an NFC security module of the vehicle terminal; generating a permission control instruction based on the key identifier and the second permission information; and sending the permission control instruction to the vehicle terminal to use the second permission information to update the first permission information in the NFC security module of the vehicle terminal, wherein using the second permission information to update the first permission information comprises finding the first permission information in token information corresponding to the key identifier in the whitelist of the NFC security module and replacing the first permission information in the token information with the second permission information.
Service or drinking water line systems of a building and ultrapure water line systems with a main line, at least one ring line being arranged on the main line, and branching fittings (5, 6) with a jet nozzle, the jet nozzle being arranged between branching fittings (5, 6) of the ring line, the jet nozzle having an inlet opening, an outlet opening and a nozzle wall, the cross-sectional area of the inlet opening being constant and the nozzle wall being flexible and, as a result, the cross-sectional area of the outlet opening changing depending on the volumetric flow, characterized in that the nozzle wall is slotted, as a result of which individual tongues are formed which have ribs or spring arms for reinforcing the tongues.
Computer-implemented method for determining a pose of an object in the environment thereof, wherein, ausing an optical capturing device, the object and the environment thereof are captured as a current recording (x i) and, using optical image analysis, the pose of the object is determined, and wherein, using a neural network, the pose of the object is ascertained as an output of the neural network, wherein the neural network is trained using multi-task learning (L MTL) by using pose regression (L pose) and descriptor learning (L d), which is determined by using a triplet-wise loss function (L triplet) and a pair-wise loss function (L pair), wherein the pose regression (L pose) is determined using quaternions and the triplet-wise loss function (L triplet) is determined in dependence on a dynamic margin term (m).
An infusion device that can insert an infusion needle at a controlled rate of speed to a depth to deliver medicament to the upper 3 mm of skin surface, comprising: an infusion device base, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface; an inserter, wherein said inserter comprises an activation subassembly releasably secured to said infusion device base that is configured to release at least a user contact element and a driving spring from said infusion device base upon completed activation, and leave at least a needle with said infusion device base upon completed activation; wherein said activation sub assembly further comprises a plunger and an inserter base. characterized by a pushable handle, configured to release said driving spring of said inserter to insert said needle when pushed toward said skin surface, and further configured to release from said infusion device base when pushed, wherein pressing downward of the handle is used to release said plunger such that the driving spring can drive the plunger downward, and insert the needle into the skin surface, wherein further pressing of the handle releases the inserter base which is urged upward into the handle by the remaining tension of the driving spring, and releases a large part of the activation sub assembly from the base, while leaving only the plunger in the base. an infusion device base, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface; an inserter, wherein said inserter comprises an activation subassembly releasably secured to said infusion device base that is configured to release at least a user contact element and a driving spring from said infusion device base upon completed activation, and leave at least a needle with said infusion device base upon completed activation; wherein said activation sub assembly further comprises a plunger and an inserter base. characterized by a pushable handle, configured to release said driving spring of said inserter to insert said needle when pushed toward said skin surface, and further configured to release from said infusion device base when pushed, wherein pressing downward of the handle is used to release said plunger such that the driving spring can drive the plunger downward, and insert the needle into the skin surface, wherein further pressing of the handle releases the inserter base which is urged upward into the handle by the remaining tension of the driving spring, and releases a large part of the activation sub assembly from the base, while leaving only the plunger in the base.
A device for the sampling of organic contaminating compounds dispersed in gaseous fluids and/or liquids comprising at least one sampling means comprising at least one fibre capable of moving from a retracted position, in which it is placed inside said sampling means, to an extracted position, in which it is immersed in said fluid, in order to detect said organic contaminating compounds, according to predetermined exposure times of said fibre in said fluid, said device being characterised in that it comprises actuation means for moving said fibre from said retracted position to said extracted position and vice versa, in that it comprises a supporting member, equipped with two or more housings (32 a,b, k,...n), each configured to house a respective sampling means, in that said actuation means are configured to move a fibre housed in a first housing (32 a) from said retracted position to said extracted position and vice versa, and to move subsequently a fibre housed in a second housing (32 k) from said retracted position to said extracted position and vice versa, and in that said supporting member is arranged and rotatably coupled to said actuation means such that, upon rotation of said supporting member, each one of said plurality of housings (32 a,b, k,...n) can be brought into a position where said actuation means are capable to contact said sampling means housed in the respective housing and are capable to move the respective fibre into said extracted and retracted position. in that it comprises actuation means for moving said fibre from said retracted position to said extracted position and vice versa, in that it comprises a supporting member, equipped with two or more housings (32 a,b, k,...n), each configured to house a respective sampling means, in that said actuation means are configured to move a fibre housed in a first housing (32 a) from said retracted position to said extracted position and vice versa, and to move subsequently a fibre housed in a second housing (32 k) from said retracted position to said extracted position and vice versa, and in that said supporting member is arranged and rotatably coupled to said actuation means such that, upon rotation of said supporting member, each one of said plurality of housings (32 a,b, k,...n) can be brought into a position where said actuation means are capable to contact said sampling means housed in the respective housing and are capable to move the respective fibre into said extracted and retracted position.
A method of operation of a wireless device to perform random access to a cellular communications network, the method comprising: transmitting (304, 502, 602) a random access preamble on a physical random access channel; determining (306, 508, 608), from a random access preamble index of the random access preamble, a random access response resource according to a predefined mapping of random access preamble indices and random access response resources, wherein the predefined mapping is such that each random access preamble index maps to a different random access response resource in each different subframe; and receiving (308, 510, 610) a random access response on the determined random access response resource, wherein the wireless device is a reduced bandwidth device that receives only a portion of a system bandwidth of a downlink of the cellular communications network, wherein the cellular communications network is a Long Term Evolution, LTE, network, and wherein the wireless device does not receive a downlink control channel that spans the system bandwidth. transmitting (304, 502, 602) a random access preamble on a physical random access channel; determining (306, 508, 608), from a random access preamble index of the random access preamble, a random access response resource according to a predefined mapping of random access preamble indices and random access response resources, wherein the predefined mapping is such that each random access preamble index maps to a different random access response resource in each different subframe; and receiving (308, 510, 610) a random access response on the determined random access response resource, wherein the wireless device is a reduced bandwidth device that receives only a portion of a system bandwidth of a downlink of the cellular communications network, wherein the cellular communications network is a Long Term Evolution, LTE, network, and wherein the wireless device does not receive a downlink control channel that spans the system bandwidth.
A weighing station for weighing and sorting bodies to be weighed, in particular tablets, a) having a load-receiver for detecting a force due to weight that is to be applied in a load-introducing direction, and b) having a support element borne by the load-receiver of a weighing cell for temporarily receiving and for weighing at least one body, and c) having a conveying element that can be rotated about an axis for further conveyance of the at least one body during and/or after the weighing process, d) wherein the conveying element has a number (n) of segment regions (S 1, S 2, S 3...S n) arranged about its axis in such a way that the body to be weighed comes to lie in a segment region (S 1, S 2, S 3...S n) during the weighing, and wherein e) the conveying element for further conveyance of the at least one body can be rotated about its axis, in a conveying step, by an angle of rotation (α) that can be predetermined in each case, characterised in that f) the axis of the conveying element encloses with the load-introducing direction an angle (β) < 90°, and the conveying element is configured for sorting purposes in that it conveys the body during the further conveyance by the conveying element selectively into at least two different discharge regions (B g, B s). a) having a load-receiver for detecting a force due to weight that is to be applied in a load-introducing direction, and b) having a support element borne by the load-receiver of a weighing cell for temporarily receiving and for weighing at least one body, and c) having a conveying element that can be rotated about an axis for further conveyance of the at least one body during and/or after the weighing process, d) wherein the conveying element has a number (n) of segment regions (S 1, S 2, S 3...S n) arranged about its axis in such a way that the body to be weighed comes to lie in a segment region (S 1, S 2, S 3...S n) during the weighing, and wherein e) the conveying element for further conveyance of the at least one body can be rotated about its axis, in a conveying step, by an angle of rotation (α) that can be predetermined in each case, characterised in that f) the axis of the conveying element encloses with the load-introducing direction an angle (β) < 90°, and the conveying element is configured for sorting purposes in that it conveys the body during the further conveyance by the conveying element selectively into at least two different discharge regions (B g, B s).
A carrier recirculation system for a printer, comprising: a controller, the controller determining a liquid amount of ink carrier to be placed on a page during a print operation; at least one print head for applying the liquid ink carrier and ink to the page during the print operation, at least a portion of the liquid ink carrier vaporizing during the print operation; an air passageway having an air inlet adjacent to a printing area; a variable speed fan coupled to the air passageway and controlling the air flow in the air passageway, the variable speed fan moving air through the air passageway from the air inlet to an air outlet; the controller coupled to the variable speed fan, the controller varying the speed of the variable speed fan dependent on the amount of liquid carrier determined to be placed onto the page; a condenser coupled to the air passageway, the condenser liquefying at least some of the vaporized ink carrier. a controller, the controller determining a liquid amount of ink carrier to be placed on a page during a print operation; at least one print head for applying the liquid ink carrier and ink to the page during the print operation, at least a portion of the liquid ink carrier vaporizing during the print operation; an air passageway having an air inlet adjacent to a printing area; a variable speed fan coupled to the air passageway and controlling the air flow in the air passageway, the variable speed fan moving air through the air passageway from the air inlet to an air outlet; the controller coupled to the variable speed fan, the controller varying the speed of the variable speed fan dependent on the amount of liquid carrier determined to be placed onto the page; a condenser coupled to the air passageway, the condenser liquefying at least some of the vaporized ink carrier.
A top cover assembly of a secondary battery, characterized in that, comprising: a top cover plate, provided with an electrode lead-out hole; a sealing member, comprising a first sealing part, wherein the first sealing part is arranged on an upper surface of the top cover plate, and a groove is arranged on a lower surface of the first sealing part; and a lower insulating member, provided with a first insulating part and a second insulating part which are connected with each other, wherein the first insulating part is arranged below the top cover plate, the second insulating part extends upwards from the first insulating part and at least part of the second insulating part is located in the electrode lead-out hole, the second insulating part is provided with a first matching part, and the first matching part is embedded into the groove and is sealed with a bottom wall of the groove; characterized in that, the first sealing part is embedded with the top cover plate through the groove; or the lower surface of the first sealing part is provided with a slot, and the first sealing part is embedded with the top cover plate through the slot. a top cover plate, provided with an electrode lead-out hole; a sealing member, comprising a first sealing part, wherein the first sealing part is arranged on an upper surface of the top cover plate, and a groove is arranged on a lower surface of the first sealing part; and a lower insulating member, provided with a first insulating part and a second insulating part which are connected with each other, wherein the first insulating part is arranged below the top cover plate, the second insulating part extends upwards from the first insulating part and at least part of the second insulating part is located in the electrode lead-out hole, the second insulating part is provided with a first matching part, and the first matching part is embedded into the groove and is sealed with a bottom wall of the groove; characterized in that, the first sealing part is embedded with the top cover plate through the groove; or the lower surface of the first sealing part is provided with a slot, and the first sealing part is embedded with the top cover plate through the slot.