mhurhangee/ep-ind-claims huggingface dataset:
Tyre tread, this tread having a tread surface intended to come into contact with a roadway and comprising at least one groove of width W and depth P which is delimited by two walls (20, 30) facing one another, these walls being joined together by a groove bottom, at least one groove comprising at least one flexible device for at least partially closing this groove as it enters the contact patch in which the tyre is in contact with a roadway, each flexible device comprising at least one blade (4, 4') of a thickness suited to allowing it to flex under the effect of a circulation of liquid, this at least one blade (4, 4') being borne by a wall delimiting the groove, each blade of thickness E being bounded by a bottom wall facing the bottom of the groove, an end wall facing the other wall of the groove and a contact wall intended to come into contact with the roadway and lateral walls (43, 44) spaced apart from one another by a distance equal to the thickness E of the blade, this tread being such that the bottom wall of the blade comprises a first part extending between the points of connection with the wall bearing the blade, a second part extending the first part, this second part being extended by a third part as far as the end part of the blade, the first part and the second part being offset towards the outside with respect to a plane connecting the points of connection with the wall bearing the blade and the points of connection of the second part to the third part in order to form a notch of maximum height H in the bottom wall of the blade, where the angle between the second part and the third part is greater than 110 degrees and less than 180 degrees.
Method for supporting a process of coupling a motor vehicle to a trailer, in which a position of a coupling element on the trailer is detected by means of a trailer coupling assistant and based on this the motor vehicle is at least partly autonomously manoeuvred into a target position in which a trailer coupling of the motor vehicle is disposed in a specified position for coupling to the coupling element on the trailer, wherein a rearward monitoring region of the motor vehicle is monitored during the manoeuvring process by means of a parking aid, wherein - the parking aid is operated in a standard mode when the trailer coupling assistant is deactivated; - when the trailer coupling assistant is activated the parking aid is operated in a coupling mode in which obstacle warnings relating to the rearward region are output by means of the parking aid differently from in the standard mode; wherein the position of the coupling element on the trailer is transmitted to the parking aid in the coupling mode, characterized in that if an object is disposed in the rearward monitoring region and within a specified perimeter around the position of the coupling element on the trailer, the parking aid does not output an obstacle warning that would otherwise be output in the standard mode by ignoring the approach to the coupling element on the trailer if no obstacle warnings are output in this regard. - the parking aid is operated in a standard mode when the trailer coupling assistant is deactivated; - when the trailer coupling assistant is activated the parking aid is operated in a coupling mode in which obstacle warnings relating to the rearward region are output by means of the parking aid differently from in the standard mode; wherein the position of the coupling element on the trailer is transmitted to the parking aid in the coupling mode, characterized in that if an object is disposed in the rearward monitoring region and within a specified perimeter around the position of the coupling element on the trailer, the parking aid does not output an obstacle warning that would otherwise be output in the standard mode by ignoring the approach to the coupling element on the trailer if no obstacle warnings are output in this regard.
A process for removing carbon dioxide from a fluid comprising the steps of: (a) treating the fluid by bringing it into countercurrent contact with a liquid absorbent in a first absorption zone and thereafter in a second absorption zone to absorb at least part of the carbon dioxide contained in the fluid into the absorbent; (b) depressurizing the loaded absorbent to release a first stream of carbon dioxide and yield a partially regenerated absorbent; (c) recycling a first stream of the partially regenerated absorbent into the first absorption zone; (d) heating a second stream of the partially regenerated absorbent to release a second stream of carbon dioxide and yield a regenerated absorbent, wherein heating of the second stream of the partially regenerated absorbent takes place at an elevated pressure of at least 3 bar (absolute) and the second stream of carbon dioxide is recovered at the elevated pressure; (e) recycling the regenerated absorbent into the second absorption zone; (f) condensing water vapour entrained in the second stream of carbon dioxide by cooling the second stream of carbon dioxide and transferring at least part of the heat recovered to the partially regenerated absorbent by indirect heat exchange; and then (g) introducing the second stream of carbon dioxide into a carbon dioxide pressurizing unit. (a) treating the fluid by bringing it into countercurrent contact with a liquid absorbent in a first absorption zone and thereafter in a second absorption zone to absorb at least part of the carbon dioxide contained in the fluid into the absorbent; (b) depressurizing the loaded absorbent to release a first stream of carbon dioxide and yield a partially regenerated absorbent; (c) recycling a first stream of the partially regenerated absorbent into the first absorption zone; (d) heating a second stream of the partially regenerated absorbent to release a second stream of carbon dioxide and yield a regenerated absorbent, wherein heating of the second stream of the partially regenerated absorbent takes place at an elevated pressure of at least 3 bar (absolute) and the second stream of carbon dioxide is recovered at the elevated pressure; (e) recycling the regenerated absorbent into the second absorption zone; (f) condensing water vapour entrained in the second stream of carbon dioxide by cooling the second stream of carbon dioxide and transferring at least part of the heat recovered to the partially regenerated absorbent by indirect heat exchange; and then (g) introducing the second stream of carbon dioxide into a carbon dioxide pressurizing unit.
System for movement analysis and/or tracking of moved or moving objects which are provided with a plurality of marker elements actively or passively emitting different colors, which respectively emit in a defined color and with a round or elliptical geometry, comprising at least: - at least one camera for recording the movements of the object or objects, which are continuously stored as digital color images by means of at least one color image receiver; - a first transformer unit which continuously converts the digitally stored color images into RGB images of the so-called RGB color space, so that three color intensities (R, G, B) are available for each color pixel; - a grayscale image generation unit which adopts the maximum of the three color intensities (R or G or B) as a grayscale value for each color pixel and continuously stores it as a monochrome grayscale image in a manner corresponding to the RGB images; - a localization unit which exclusively compares each grayscale value with a defined threshold value and stores grayscale values lying above the threshold value as members of a pixel cloud representing a potential marker element; - a measurement unit which measures the geometry of each pixel cloud exclusively in the grayscale image and deletes pixel clouds which can be excluded as marker elements; and - an identification unit which determines the color in the digitally stored color image of the pixel clouds confirmed as marker elements exclusively in the grayscale image. - at least one camera for recording the movements of the object or objects, which are continuously stored as digital color images by means of at least one color image receiver; - a first transformer unit which continuously converts the digitally stored color images into RGB images of the so-called RGB color space, so that three color intensities (R, G, B) are available for each color pixel; - a grayscale image generation unit which adopts the maximum of the three color intensities (R or G or B) as a grayscale value for each color pixel and continuously stores it as a monochrome grayscale image in a manner corresponding to the RGB images; - a localization unit which exclusively compares each grayscale value with a defined threshold value and stores grayscale values lying above the threshold value as members of a pixel cloud representing a potential marker element; - a measurement unit which measures the geometry of each pixel cloud exclusively in the grayscale image and deletes pixel clouds which can be excluded as marker elements; - an identification unit which determines the color in the digitally stored color image of the pixel clouds confirmed as marker elements exclusively in the grayscale image.
Use in vitro or ex vivo of at least two soluble receptor binding ligands wherein said ligands are polypeptides derived from the soluble part of the glycoprotein of an enveloped virus that interacts with a cellular cognate receptor, - said receptor binding ligands containing a part or the totality of one of the receptor binding domains of said glycoproteins, and, - said soluble receptor binding ligands being liable to interact with at least two distinct membrane receptors of a target cell, for the identification and quantification of the expression of membrane receptors present on the surface of target cells, said identification and quantification taking place at a given time or during a given time interval, and allowing the determination of a physiological state of said target cell. - said receptor binding ligands containing a part or the totality of one of the receptor binding domains of said glycoproteins, and, - said soluble receptor binding ligands being liable to interact with at least two distinct membrane receptors of a target cell,
A control method of a refrigerator comprising: operating a heat generating element of a sensor in a bypass passage reacting to a change in a flow rate of air for a predetermined period of time, the bypass passage allowing air flow to bypass an evaporator disposed in a heat-exchange space; detecting a temperature of the heat generating element in a state in which the heat generating element is turned on and off; and characterized in that the control method further comprising: detecting frost on an evaporator based on a temperature difference (ΔHt) between a first detection temperature that is a lowest value and a second detection temperature that is a highest value among detection temperatures of the heat generating element, performing a defrosting operation of the evaporator when a temperature difference value (ΔHt) between the first detection temperature and the second detection temperature is less than a first reference difference value, updating a temperature difference value (ΔHt) between the first detection temperature and the second detection temperature after the defrosting operation is completed, and determining whether the updated temperature difference value is less than a second reference value to detect residual frost on an evaporator. operating a heat generating element of a sensor in a bypass passage reacting to a change in a flow rate of air for a predetermined period of time, the bypass passage allowing air flow to bypass an evaporator disposed in a heat-exchange space; detecting a temperature of the heat generating element in a state in which the heat generating element is turned on and off; and characterized in that the control method further comprising: detecting frost on an evaporator based on a temperature difference (ΔHt) between a first detection temperature that is a lowest value and a second detection temperature that is a highest value among detection temperatures of the heat generating element, performing a defrosting operation of the evaporator when a temperature difference value (ΔHt) between the first detection temperature and the second detection temperature is less than a first reference difference value, detecting frost on an evaporator based on a temperature difference (ΔHt) between a first detection temperature that is a lowest value and a second detection temperature that is a highest value among detection temperatures of the heat generating element, performing a defrosting operation of the evaporator when a temperature difference value (ΔHt) between the first detection temperature and the second detection temperature is less than a first reference difference value, updating a temperature difference value (ΔHt) between the first detection temperature and the second detection temperature after the defrosting operation is completed, and determining whether the updated temperature difference value is less than a second reference value to detect residual frost on an evaporator.
A method for suppressing chromatic aberration in a digital image with multiple color channels, the method comprising negatively correcting a first color channel by subtracting an overshoot component of the first color channel, wherein the subtraction is subject to a lower threshold, which is dependent on a local value of at least one further color channel, characterized in that the lower threshold value has a granularity of a group of multiple pixels, wherein the lower threshold value is set to a single value for said group of multiple pixels, and in that the subtraction has a granularity of one pixel. the method comprising negatively correcting a first color channel by subtracting an overshoot component of the first color channel, wherein the subtraction is subject to a lower threshold, which is dependent on a local value of at least one further color channel, characterized in that the lower threshold value has a granularity of a group of multiple pixels, wherein the lower threshold value is set to a single value for said group of multiple pixels, and in that the subtraction has a granularity of one pixel.
An orthopaedic implant, comprising a first implant component, the first implant component comprising: a. a substantially planar mounting surface configured for mounting to a second implant component (40, 90); b. a retaining tab extending upwardly away from the substantially planar mounting surface; and c. an angled opening configured to receive a fastener and to secure the first implant component to a second implant component, wherein the angled opening extends downwardly from the substantially planar mounting surface at an angle that is non-perpendicular relative to the substantially planar mounting surface, characterised in that the retaining tab comprises a hooked portion extending above the substantially planar mounting surface. a. a substantially planar mounting surface configured for mounting to a second implant component (40, 90); b. a retaining tab extending upwardly away from the substantially planar mounting surface; and c. an angled opening configured to receive a fastener and to secure the first implant component to a second implant component, wherein the angled opening extends downwardly from the substantially planar mounting surface at an angle that is non-perpendicular relative to the substantially planar mounting surface, characterised in that the retaining tab comprises a hooked portion extending above the substantially planar mounting surface.
A terminal for leaving video messages, comprising a video message setting module, a video message management module, a video reception and storage module and a call control module; the video message setting module being configured to: configure parameters of a video message function; the video message management module being configured to: manage video message files in a video message storage medium; the video reception and storage module being configured to: receive and store both audio and video information of a calling party as video message file; the call control module being configured to: control an entire work process of leaving a video message, and to start the video message function according to configuration parameters when a video call arrives; wherein, the terminal for leaving video messages further comprises a message timing module, which is configured to: perform timing on the video message; characterized in that, the parameters of the video message function configured by the video message setting module comprise, at least, a time out of a preset time length and a limited time after the time out; the message timing module is further configured to determine whether the video message times out at the preset time length; and the call control module is further configured to: play a prompt of message timeout for the calling party when the message timing module determines that the video message times out, and end the storing of both audio and video information of the calling party within the limited time after the video message times out.
Sterilization apparatus for sterilizing packaging containers, the sterilization apparatus comprising a first carousel for supporting a plurality of sterilization devices, the sterilization devices being adapted to sterilize an interior of the packaging containers by electron beam irradiation, characterized by that the sterilization apparatus further comprising a transport system for transporting the packaging containers, the transport system comprising a second carousel coaxial with the first carousel, wherein the first carousel comprises a first rotatable shaft and the second carousel comprises a separate second rotatable shaft coaxial with the first rotatable shaft. a first carousel for supporting a plurality of sterilization devices, the sterilization devices being adapted to sterilize an interior of the packaging containers by electron beam irradiation, characterized by that the sterilization apparatus further comprising a transport system for transporting the packaging containers, the transport system comprising a second carousel coaxial with the first carousel, wherein the first carousel comprises a first rotatable shaft and the second carousel comprises a separate second rotatable shaft coaxial with the first rotatable shaft.
A method for notifying an authorization update, comprising: receiving, by a home network Proximity-based Services, ProSe, functional entity of an announcing terminal, a notification message from a ProSe application server, wherein the notification message is used for notifying the home network ProSe functional entity of the announcing terminal that authorization information changes; and notifying, by the home network ProSe functional entity of the announcing terminal, a home network ProSe functional entity of a monitoring terminal that a ProSe code and/or filter corresponding to the announcing terminal become/becomes invalid or are/is updated. receiving, by a home network Proximity-based Services, ProSe, functional entity of an announcing terminal, a notification message from a ProSe application server, wherein the notification message is used for notifying the home network ProSe functional entity of the announcing terminal that authorization information changes; and notifying, by the home network ProSe functional entity of the announcing terminal, a home network ProSe functional entity of a monitoring terminal that a ProSe code and/or filter corresponding to the announcing terminal become/becomes invalid or are/is updated.
A composition comprising: (a) crystalline ceftiofur free acid; and (b) a vehicle comprising: (i) a modified liquid carrier which is an unsaturated oil modified to have a peroxide value of between 0.1 and 600 milliequivalents (mEq) of peroxide per 1000 grams of oil, and (ii) an un-modified liquid carrier wherein the ratio by volume of the modified liquid carrier to the un-modified liquid carrier is between 0.00001:99.99999 to less than 0.01:99.99. (a) crystalline ceftiofur free acid; and (b) a vehicle comprising: (i) a modified liquid carrier which is an unsaturated oil modified to have a peroxide value of between 0.1 and 600 milliequivalents (mEq) of peroxide per 1000 grams of oil, and (ii) an un-modified liquid carrier (i) a modified liquid carrier which is an unsaturated oil modified to have a peroxide value of between 0.1 and 600 milliequivalents (mEq) of peroxide per 1000 grams of oil, and (ii) an un-modified liquid carrier
A method for mounting a drive, the method comprising: mounting the drive to a first computing system so as to be writable by the first computing system, the drive having thereon a single data structure of fixed size, such that a state of the drive does not change in response to the writing of user data into the single data structure of fixed size, wherein the state of the drive is data that is stored on the drive that is not the user data itself, but information used to manage the user data, and wherein the single data structure is a fixed-size log portion of a log, the fixed-size log portion being sized to include an odd number of virtual log files and each virtual log file including a fixed number of blocks; and mounting the drive to a second computing system so as to be readable, but not writable, by the second computing system, and so that the first computing system and the second computing system both have concurrent access to the drive. mounting the drive to a first computing system so as to be writable by the first computing system, the drive having thereon a single data structure of fixed size, such that a state of the drive does not change in response to the writing of user data into the single data structure of fixed size, wherein the state of the drive is data that is stored on the drive that is not the user data itself, but information used to manage the user data, and wherein the single data structure is a fixed-size log portion of a log, the fixed-size log portion being sized to include an odd number of virtual log files and each virtual log file including a fixed number of blocks; and mounting the drive to a second computing system so as to be readable, but not writable, by the second computing system, and so that the first computing system and the second computing system both have concurrent access to the drive.