mhurhangee/ep-ind-claims huggingface dataset:
A surgical robot drape for providing a sterile barrier over a portion of a surgical robot, the drape comprising: a plurality of accessibility portions spaced apart from one another in the drape for providing selective access through the drape at the respective locations of the accessibility portions, each accessibility portion comprising a separation line (506, 508) joining neighbouring portions (512, 514, 516, 518) of the drape and being configured to permit the separation of the neighbouring portions (512, 514, 516, 518) of the drape about the separation line (506, 508) for allowing access through an opening thereby formed in the drape.
A vena cava filter catheter, comprising: a. a catheter having at least one lumen disposed therethrough; b. a collapsible vena cava filter disposed about a distal portion of the catheter, such that the collapsible vena cava filter is disposed proximal from an opening associated with the at least one lumen; and c. at least one strand of biocompatible wire having a first state in which the at least one strand has an elongate geometry suitable for traversing the at least one lumen of the catheter and exiting from the opening associated with said lumen, and having a second state in which the at least one strand assumes a pre-set geometry in which the at least one strand assumes a tortuous configuration adapted to occupy a space approximating a luminal diameter of an inferior vena cava. a. a catheter having at least one lumen disposed therethrough; b. a collapsible vena cava filter disposed about a distal portion of the catheter, such that the collapsible vena cava filter is disposed proximal from an opening associated with the at least one lumen; and c. at least one strand of biocompatible wire having a first state in which the at least one strand has an elongate geometry suitable for traversing the at least one lumen of the catheter and exiting from the opening associated with said lumen, and having a second state in which the at least one strand assumes a pre-set geometry in which the at least one strand assumes a tortuous configuration adapted to occupy a space approximating a luminal diameter of an inferior vena cava.
Shin guard comprising: - a first shin guard module and a second shin guard module, adjacent to each other, each shin guard module (2, 3) being specifically configured to protect and/or cover, under normal-use condition of the shin guard, a portion of a shin of a user, each shin guard module comprising a protective element having an elongated conformation and a padding element intended to be interposed, under normal-use condition of the shin guard, between the protective element and the shin of the user, and - an articulation skeleton in flexible material engaged to the first shin guard module and to the second shin guard module and configured to allow a relative movement between the first shin guard module and the second shin guard module and - a third shin guard module, the first shin guard module being interposed between the second shin guard module and the third shin guard module, characterised in that the padding element is engaged to the protective element and in that the articulation skeleton is engaged also to the third shin guard module, the articulation skeleton being further configured to allow a relative movement between the third shin guard module and the first shin guard module. - a first shin guard module and a second shin guard module, adjacent to each other, each shin guard module (2, 3) being specifically configured to protect and/or cover, under normal-use condition of the shin guard, a portion of a shin of a user, each shin guard module comprising a protective element having an elongated conformation and a padding element intended to be interposed, under normal-use condition of the shin guard, between the protective element and the shin of the user, and - an articulation skeleton in flexible material engaged to the first shin guard module and to the second shin guard module and configured to allow a relative movement between the first shin guard module and the second shin guard module and - a third shin guard module, the first shin guard module being interposed between the second shin guard module and the third shin guard module, characterised in that the padding element is engaged to the protective element and in that the articulation skeleton is engaged also to the third shin guard module, the articulation skeleton being further configured to allow a relative movement between the third shin guard module and the first shin guard module.
A computer-implemented method for processing an image, comprising receiving an input image comprising a signal and noise; generating a filtered image based on the input image by removing at least a portion of the noise from the input image, wherein a portion of the signal is also removed from the input image; generating a residual image based on the input image, wherein the residual image comprises the at least a portion of the noise and the portion of the signal that are removed from the input image to generate the filtered image; identifying at least some of the portion of the signal that is in the residual image; and inserting the at least some of the portion of the signal identified in the residual image into the filtered image; characterized in that the identifying step is done by applying a machine-learning model to the residual image to identify the portion of the signal, the machine-learning model having been trained by labeling one or more portions of images of a training corpus of images as representing at least part of a signal. receiving an input image comprising a signal and noise; generating a filtered image based on the input image by removing at least a portion of the noise from the input image, wherein a portion of the signal is also removed from the input image; generating a residual image based on the input image, wherein the residual image comprises the at least a portion of the noise and the portion of the signal that are removed from the input image to generate the filtered image; identifying at least some of the portion of the signal that is in the residual image; and inserting the at least some of the portion of the signal identified in the residual image into the filtered image; characterized in that the identifying step is done by applying a machine-learning model to the residual image to identify the portion of the signal, the machine-learning model having been trained by labeling one or more portions of images of a training corpus of images as representing at least part of a signal.
A method of manufacturing a polishing pad, the method comprising: (a) producing an urethane prepolymer having a viscosity of 20,000 mPas (20,000 cps) at 25°C to 40,000 mPas (40,000 cps) at 25°C by mixing the plurality of polymer molecules; (b) mixing the urethane prepolymer produced at the producing step (a) with an inert gas and a low-boiling blowing agent having a boiling point of 60°C to 1 50°C; and (c) manufacturing a polishing layer including porous pores by causing a mixture produced at the mixing step (b) to be subjected to gelation and curing in a predetermined cast, wherein, the mixing step (b) includes causing an average size of pores produced by mixing the inert gas of 5% to 30% and the low-boiling blowing agent of 0.1 % to 10% of a total volume of a mixture produced at the mixing step (b) with the urethane prepolymer produced at the producing step (a) to be 31 μm or smaller. (a) producing an urethane prepolymer having a viscosity of 20,000 mPas (20,000 cps) at 25°C to 40,000 mPas (40,000 cps) at 25°C by mixing the plurality of polymer molecules; (b) mixing the urethane prepolymer produced at the producing step (a) with an inert gas and a low-boiling blowing agent having a boiling point of 60°C to 1 50°C; and (c) manufacturing a polishing layer including porous pores by causing a mixture produced at the mixing step (b) to be subjected to gelation and curing in a predetermined cast,
A mitral valve replacement device adapted to be deployed at a mitral valve position in a human heart, comprising: an atrial flange defining an atrial end of the device: a ventricular portion defining a ventricular end of the device; an annulus support that is positioned between the atrial flange and the ventricular portion, the annulus support including a ring of anchors extending radially therefrom, with an annular clipping space (H4, H14) defined between the atrial flange and the ring of anchors; wherein, in the deployed state within the human heart, the valve further comprises a plurality of leaflet holders positioned at the atrial end of the atrial flange; and a plurality of valve leaflets (48A, 48B, 48C) secured to the leaflet holders, and positioned inside the atrial flange at a location above the native annulus, characterized in that the atrial flange includes a ring of spaced-apart inverted V-shaped tabs which define peaks and valleys for the atrial flange, with a rounded non-traumatic tip at each peak thereof, Z each tab extending radially outwardly to a bend, where the tab bends in a longitudinal direction of the device toward the atrial end, and then extends radially inwardly. a ventricular portion defining a ventricular end of the device; an annulus support that is positioned between the atrial flange and the ventricular portion, the annulus support including a ring of anchors extending radially therefrom, with an annular clipping space (H4, H14) defined between the atrial flange and the ring of anchors; wherein, in the deployed state within the human heart, the valve further comprises a plurality of leaflet holders positioned at the atrial end of the atrial flange; and a plurality of valve leaflets (48A, 48B, 48C) secured to the leaflet holders, and positioned inside the atrial flange at a location above the native annulus, characterized in that the atrial flange includes a ring of spaced-apart inverted V-shaped tabs which define peaks and valleys for the atrial flange, with a rounded non-traumatic tip at each peak thereof, Z each tab extending radially outwardly to a bend, where the tab bends in a longitudinal direction of the device toward the atrial end, and then extends radially inwardly.
A container for liquids comprising: a plurality of chambers (20, 21, 22); a liquid input; a liquid output; middle walls (23, 27) between the chambers, wherein the liquid is arranged to flow over the middle wall to the next chamber; and a scum board (14, 25) wherein said scum board (14, 25) is configured to prevent floating matter entering from a chamber (17, 21) to a next (18, 22) chamber and said scum board (14, 25) is an integral part of the container, wherein the container is made of one piece and wherein the container and the scum board (14, 25) are formed of the same piece, so that no additional working steps are required after manufacturing the container; characterized in that the container made comprises at least three chambers (20, 21, 22) in which the liquid is arranged to move from the first chamber to the second chamber and from the second chamber to the third chamber, wherein the integrated scum board (14, 25) is arranged inside the second chamber by extending below of the surface of the liquid in the chamber and the scum board is arranged to keep the floating matter in the second chamber, wherein the middle walls are arranged to prevent most of the floating matter entering to the next chamber and to keep the floating matter in the chamber, and a partitioning wall is used as the middle wall between the second and third chambers, and wherein the scum board is arranged to operate together with the partitioning wall for keeping the floating matter in the second chamber. a liquid input; a liquid output; middle walls (23, 27) between the chambers, wherein the liquid is arranged to flow over the middle wall to the next chamber; and a scum board (14, 25) wherein said scum board (14, 25) is configured to prevent floating matter entering from a chamber (17, 21) to a next (18, 22) chamber and said scum board (14, 25) is an integral part of the container, wherein the container is made of one piece and wherein the container and the scum board (14, 25) are formed of the same piece, so that no additional working steps are required after manufacturing the container; characterized in that the container made comprises at least three chambers (20, 21, 22) in which the liquid is arranged to move from the first chamber to the second chamber and from the second chamber to the third chamber, wherein the integrated scum board (14, 25) is arranged inside the second chamber by extending below of the surface of the liquid in the chamber and the scum board is arranged to keep the floating matter in the second chamber, wherein the middle walls are arranged to prevent most of the floating matter entering to the next chamber and to keep the floating matter in the chamber, and a partitioning wall is used as the middle wall between the second and third chambers, and wherein the scum board is arranged to operate together with the partitioning wall for keeping the floating matter in the second chamber.
A method for providing emergency support by an emergency support system installed in a light pole, the method comprising: recording, by a sensor of the emergency support system, sample data (304, 401) in a buffer, wherein the sample data indicates whether motion is detected at each sample time; determining a degree of motion activity based on the sample data; comparing the degree of motion activity to a threshold to determine an occurrence of an anomalous motion event; and transmitting to a base station data indicating the occurrence of the anomalous motion event, wherein the base station performs the following steps: communicating with a plurality of other emergency support systems installed in respective light poles, each of the other emergency support systems being configured to record respective sample data, wherein the respective sample data indicates whether motion is detected at each respective sample time; identifying a subset of the at least one of the other emergency support systems based on the proximity relative to the emergency support system; and in response to the base station receiving the data indicating the occurrence of the anomalous motion event, transmitting an instruction to the subset to upload the respective sample data associated with the subset. recording, by a sensor of the emergency support system, sample data (304, 401) in a buffer, wherein the sample data indicates whether motion is detected at each sample time; determining a degree of motion activity based on the sample data; comparing the degree of motion activity to a threshold to determine an occurrence of an anomalous motion event; and transmitting to a base station data indicating the occurrence of the anomalous motion event, wherein the base station performs the following steps: communicating with a plurality of other emergency support systems installed in respective light poles, each of the other emergency support systems being configured to record respective sample data, wherein the respective sample data indicates whether motion is detected at each respective sample time; identifying a subset of the at least one of the other emergency support systems based on the proximity relative to the emergency support system; and in response to the base station receiving the data indicating the occurrence of the anomalous motion event, transmitting an instruction to the subset to upload the respective sample data associated with the subset. communicating with a plurality of other emergency support systems installed in respective light poles, each of the other emergency support systems being configured to record respective sample data, wherein the respective sample data indicates whether motion is detected at each respective sample time; identifying a subset of the at least one of the other emergency support systems based on the proximity relative to the emergency support system; and in response to the base station receiving the data indicating the occurrence of the anomalous motion event, transmitting an instruction to the subset to upload the respective sample data associated with the subset.
An instrument for detecting a biological analyte, comprising: first means for receiving a device comprising a reagent unit; second means operable to, with the device received by the first means and an assay unit engaged, move the assay unit and the device relative to each other for the reagent unit to receive the assay unit, third means operable to move reagent from the reagent unit to the assay unit, and a detection assembly for detecting a signal indicative of the presence, absence or concentration of the biological analyte bound to a surface of the assay unit. first means for receiving a device comprising a reagent unit; second means operable to, with the device received by the first means and an assay unit engaged, move the assay unit and the device relative to each other for the reagent unit to receive the assay unit, third means operable to move reagent from the reagent unit to the assay unit, and a detection assembly for detecting a signal indicative of the presence, absence or concentration of the biological analyte bound to a surface of the assay unit.
A hermetic tooth cleaning device comprising: a main body which includes an outer case; a cleaning body which is coupled to the main body, and has an internal fluid conduit formed therein such that at least one nozzle is formed to be opened at one end of the internal fluid conduit, and an accommodating portion is formed at the other end of the internal fluid conduit; and a connecting unit which couples the main body and the cleaning body, and has a connecting flow path formed therein, one side fixedly coupled to the main body, and the other side inserted into the accommodating portion; wherein the hermetic tooth cleaning device further comprises: a first sealing unit which is provided between the cleaning body and the connecting unit, and has a hollow space formed therein, characterized in that the first sealing unit is made of a silicone-based or rubber-based elastic body, wherein the internal fluid conduit, the hollow space and the connecting flow path are connected to one another, thereby forming a continuous flow path. a main body which includes an outer case; a cleaning body which is coupled to the main body, and has an internal fluid conduit formed therein such that at least one nozzle is formed to be opened at one end of the internal fluid conduit, and an accommodating portion is formed at the other end of the internal fluid conduit; and a connecting unit which couples the main body and the cleaning body, and has a connecting flow path formed therein, one side fixedly coupled to the main body, and the other side inserted into the accommodating portion; wherein the hermetic tooth cleaning device further comprises: a first sealing unit which is provided between the cleaning body and the connecting unit, and has a hollow space formed therein, characterized in that the first sealing unit is made of a silicone-based or rubber-based elastic body, wherein the internal fluid conduit, the hollow space and the connecting flow path are connected to one another, thereby forming a continuous flow path.
A selector lever, comprising: a shaft in pivotal communication with a housing; a detent arrangement (11, 12, 13) in operable communication with the shaft and the housing configured to maintain the shaft in a selected position when engaged and to allow the shaft to rotate when disengaged; and a magnetic detent pin alignment mechanism configured to generate magnetic forces indicative of alignment of the shaft in selectable positions; wherein the selector lever includes a magnet carried by the shaft, a slide arranged to be moveable along the shaft, a detent pin operatively connected to the slide, and a detent plate disposed in the housing and having a plurality of detent slots separated by spacers for receiving the detent pin; and wherein said magnetic detent pin alignment mechanism includes a repulsion magnet carried by said detent plate and wherein said shaft magnet and said repulsion magnet carried by said detent plate are horizontally aligned at a predetermined position when said detent pin is radially aligned with a spacer disposed between respective detent slots, characterized by said magnetic fields of said shaft magnet and said repulsion magnet carried by said detent plate having similar polarities facing each other when horizontally aligned creating a repulsive force between them providing feedback to an operator manipulating said selector lever indicating that said detent pin is radially aligned with a respective spacer disposed between respective detent slots. a shaft in pivotal communication with a housing; a detent arrangement (11, 12, 13) in operable communication with the shaft and the housing configured to maintain the shaft in a selected position when engaged and to allow the shaft to rotate when disengaged; and a magnetic detent pin alignment mechanism configured to generate magnetic forces indicative of alignment of the shaft in selectable positions;
A device for wiping the rear window of a first vehicle, said device including a mechanism suitable for driving at least one blade arranged to wipe a portion of an external face of said rear window, and control means suitable for controlling the operation of said mechanism, said device furthermore including display means coupled to said mechanism and suitable for displaying at least one image, intended for a driver of a second vehicle following said first vehicle, on an internal face of said rear window or downstream of said latter as a function of commands supplied by said control means; said control means being arranged to transmit to said display means an instruction requiring the display of an image, intended to alert said driver of the second vehicle of a danger caused by a current distance separating the latter from the first vehicle, in the case of reception of a warning instruction produced by an on-board detection system in said first vehicle, characterized in that said control means are arranged, in the case of reception of said warning instruction, to cause said mechanism to operate for a selected duration before transmitting to said display means an instruction requiring the display of an image.