mhurhangee/ep-ind-claims huggingface dataset:
A method of switching from a first gateway within a plurality of first gateways to a second gateway in a satellite network, the method comprising: precaching configuration information on the second gateway, that is within the plurality of first gateways, prior to switch-over to the second gateway; identifying the first gateway from which the second gateway is being switched; configuring the second gateway in accordance with the configuration of the first gateway based at least in part on the precached configuration information prior to the switch-over to the second gateway; freezing bandwidth allocated to terminals in the network in association with the switch-over to the second gateway; and unfreezing the bandwidth allocated to the terminals in the network based at least in part on an indication of completion of the switch-over to the second gateway; characterised in that the method further comprises: receiving new bandwidth allocation requests and updates to backlog; and in association with the bandwidth allocated to the terminals in the network being frozen, ignoring the new bandwidth allocation requests and updates to the backlog. precaching configuration information on the second gateway, that is within the plurality of first gateways, prior to switch-over to the second gateway; identifying the first gateway from which the second gateway is being switched; configuring the second gateway in accordance with the configuration of the first gateway based at least in part on the precached configuration information prior to the switch-over to the second gateway; freezing bandwidth allocated to terminals in the network in association with the switch-over to the second gateway; and unfreezing the bandwidth allocated to the terminals in the network based at least in part on an indication of completion of the switch-over to the second gateway; characterised in that the method further comprises: receiving new bandwidth allocation requests and updates to backlog; and in association with the bandwidth allocated to the terminals in the network being frozen, ignoring the new bandwidth allocation requests and updates to the backlog.
A device for displaying determined time periods for a timepiece, the device comprising a display element for displaying said time periods, an indicator component mounted so as to be able to move relative to said display element, a drive component furnished with a drive finger for driving the indicator component, a cam comprising a progressive winding phase and an instantaneous unwinding phase of a spring, this cam being engaged with said drive component, a drive mobile for driving said cam in a cycle corresponding to that of said time periods and correction means for coming into direct engagement with said indicator component, wherein a one-way connection device (3b, 11, 12) connects said drive mobile to said cam, and wherein said drive component is engaged with said cam by elastic return means and guidance means defining a degree of freedom of said drive component in order to allow said indicator component to move the drive component against said elastic return means when the latter occupies a position interfering with the movement of said indicator component by said correction means, the device making it possible to make a correction of a time period in the increasing display direction as well as in the decreasing display direction.
A drive module (11',12',11",12") for a well tractor, comprising: a drive module housing defining a cavity therein, and a drive arm that is hydraulically actuated and pivoting into and out of the cavity, the drive arm comprising an arm housing and a drive wheel arranged thereto, wherein the drive wheel is driven by a motor mounted outside the drive arm housing and arranged along and parallel with the drive arm in resting position, and wherein the drive wheel is drivingly connected to the motor via a drive line arrangement (22,23) comprising a belt or chain drive arrangement comprising two chains or belts (24',24") connected in series, and an angular gear or gearing arrangement mounted outside the drive arm housing. a drive module housing defining a cavity therein, and a drive arm that is hydraulically actuated and pivoting into and out of the cavity, the drive arm comprising an arm housing and a drive wheel arranged thereto, wherein the drive wheel is driven by a motor mounted outside the drive arm housing and arranged along and parallel with the drive arm in resting position, and wherein the drive wheel is drivingly connected to the motor via a drive line arrangement (22,23) comprising a belt or chain drive arrangement comprising two chains or belts (24',24") connected in series, and an angular gear or gearing arrangement mounted outside the drive arm housing. wherein the drive wheel is driven by a motor mounted outside the drive arm housing and arranged along and parallel with the drive arm in resting position, and wherein the drive wheel is drivingly connected to the motor via a drive line arrangement (22,23) comprising a belt or chain drive arrangement comprising two chains or belts (24',24") connected in series, and an angular gear or gearing arrangement mounted outside the drive arm housing.
An adsorbent article comprising zeolitic particles of at least one zeolitic adsorbent, said particles being immobilized with at least one resin, - wherein the number average particle size of the largest dimension, observed by scanning electron microscopy, of the zeolitic particles of the at least one zeolitic adsorbent ranges from 0.03 mm to 3 mm, preferably from 0.04 mm to 2 mm, more preferably from 0.05 mm to 1 mm, and wherein the zeolite content is equal to or greater than 60 wt%, more preferred when zeolite content is greater than 70 wt%, preferably strictly greater than 80 wt%, more preferably strictly greater than 85 wt%, still more preferably strictly greater than 88 wt%, typically equal to or greater than 90 wt%, relative to the total weight of the said article, and - wherein the zeolitic particles in the article comprise at least one zeolitic adsorbent in the form of zeolite(s) agglomerated with one or more inorganic binder. - wherein the number average particle size of the largest dimension, observed by scanning electron microscopy, of the zeolitic particles of the at least one zeolitic adsorbent ranges from 0.03 mm to 3 mm, preferably from 0.04 mm to 2 mm, more preferably from 0.05 mm to 1 mm, and wherein the zeolite content is equal to or greater than 60 wt%, more preferred when zeolite content is greater than 70 wt%, preferably strictly greater than 80 wt%, more preferably strictly greater than 85 wt%, still more preferably strictly greater than 88 wt%, typically equal to or greater than 90 wt%, relative to the total weight of the said article, and - wherein the zeolitic particles in the article comprise at least one zeolitic adsorbent in the form of zeolite(s) agglomerated with one or more inorganic binder.
A computer-implemented method for partitioning and storing a first file (File1), the method comprising: determining a format of the first file (File1); identifying a first source logical object within the first file (File1) at least in part on the basis of the determined format, a byte pattern of the identified first logical object appearing different than a byte pattern of a second source logical object within at least a second file (File 2) different than the first file (File 1) due to format-specific transformations applied to the identified first source logical object; processing said identified first source logical object on the basis of the determined format in order to create a further data object (Object 1), said processing comprising removing the format-specific transformations from said identified first source logical object; determining whether the further data object (Object 1) has already been stored in a repository; storing the further data object (Object 1) in the repository if the further data object has not been already stored; storing additional data, wherein the additional data comprises information indicative of the format-specific transformations removed from said identified first source logical object; and associating the additional data with said further data object (Object 1). determining a format of the first file (File1); identifying a first source logical object within the first file (File1) at least in part on the basis of the determined format, a byte pattern of the identified first logical object appearing different than a byte pattern of a second source logical object within at least a second file (File 2) different than the first file (File 1) due to format-specific transformations applied to the identified first source logical object; processing said identified first source logical object on the basis of the determined format in order to create a further data object (Object 1), said processing comprising removing the format-specific transformations from said identified first source logical object; determining whether the further data object (Object 1) has already been stored in a repository; storing the further data object (Object 1) in the repository if the further data object has not been already stored; storing additional data, wherein the additional data comprises information indicative of the format-specific transformations removed from said identified first source logical object; and associating the additional data with said further data object (Object 1).
A method for selecting an Augmented Reality, AR, object on a head mounted device, HMD comprising: defining a Region-of-Interest, ROI, based on a first gesture formed by a shape by at least one hand of a user providing at least a partial outline of the ROI; displaying to the user a shape on the HMD, wherein the shape outlines the ROI; displaying to the user a plurality of AR objects (405, 410, 415, 420, 425, 505, 510, 515), each of the plurality of AR objects being associated with one of a plurality of targets inside the ROI; reducing the size of the ROI based on a second gesture to form a reduced-sized ROI, the second gesture performed by a first movement of the at least one hand of the user; and selecting a specific AR object from the plurality of AR objects, the specific AR object associated with a first target of a plurality of targets within the reduced-sized ROI. defining a Region-of-Interest, ROI, based on a first gesture formed by a shape by at least one hand of a user providing at least a partial outline of the ROI; displaying to the user a shape on the HMD, wherein the shape outlines the ROI; displaying to the user a plurality of AR objects (405, 410, 415, 420, 425, 505, 510, 515), each of the plurality of AR objects being associated with one of a plurality of targets inside the ROI; reducing the size of the ROI based on a second gesture to form a reduced-sized ROI, the second gesture performed by a first movement of the at least one hand of the user; and selecting a specific AR object from the plurality of AR objects, the specific AR object associated with a first target of a plurality of targets within the reduced-sized ROI.
Cell culture insert having a hollow cylindrical housing with an upper end-face opening bordered by an edge of the opening and a lower end-face bottom embodied as a membrane, having supporting feet arranged on the bottom edge of the housing and/or on the bottom and protruding downward, with which the housing can be placed on a substrate in a tilt-proof manner at a small uniform distance of the bottom from the substrate, and having at least one carrying arm, which protrudes outward from the housing on the edge of the opening and which can be deposited on an edge of a well of a well plate, characterized in that the carrying arm is embodied as an edge suspension element and for this purpose has a supporting section running radially to the housing and a suspension section spaced from the housing, running down from the supporting section in the direction of the bottom of the housing.
A method for purifying and obtaining energy-containing gases, wherein the energy-containing gas is passed through a filter container equipped with an energy-carrier filter material, wherein the filter container, in its upper region, comprises a material lock via which the filter container is supplied with the energy-carrier filter material, and a gas outlet stub, via which the purified gas is discharged, as well as a material outlet opening at its bottom, so that a gravity-induced material flow from the material lock to the material outlet opening takes place, wherein the energy-carrier filter material is fed via the material outlet opening to a countercurrent gasifier which is operatively connected to the filter container, wherein the filter container is combined directly with the countercurrent gasifier via the material outlet opening, wherein during the method an agitator for homogenizing the energy-carrier filter material is used, characterized in that the energy-carrier filter material serves as adsorption material on which tars and moisture condense.
A method for marker-free detection of a cell type of at least one cell in a medium, wherein the at least one cell is a blood cell, comprising flowing a medium comprising at least one cell into a microfluidic device, obtaining an image of the at least one cell in the microfluidic device by a digital holographic microscopic device, wherein the image is obtained with a depth of field of less than 6 μm and a lateral resolution of less than 0.6 μm, and determining the cell type of the at least one cell, wherein determining of the cell type of the at least one cell is carried out using a deep learning network, wherein the detection is carried out while flowing the medium comprising the at least one cell through the microfluidic device and wherein the flow in the microfluidic device is at least laminar in a region wherein the image of the at least one cell is obtained and wherein the microfluidic device comprises a microchannel in the region wherein the image of the at least one cell is obtained in which the laminar flow is produced by at least one sheath flow. flowing a medium comprising at least one cell into a microfluidic device, obtaining an image of the at least one cell in the microfluidic device by a digital holographic microscopic device, wherein the image is obtained with a depth of field of less than 6 μm and a lateral resolution of less than 0.6 μm, and determining the cell type of the at least one cell, wherein determining of the cell type of the at least one cell is carried out using a deep learning network, wherein the detection is carried out while flowing the medium comprising the at least one cell through the microfluidic device and wherein the flow in the microfluidic device is at least laminar in a region wherein the image of the at least one cell is obtained and wherein the microfluidic device comprises a microchannel in the region wherein the image of the at least one cell is obtained in which the laminar flow is produced by at least one sheath flow.
A method in a cellular telecommunications network, the cellular telecommunications network including a first and second base station, the first base station having a first interface for communicating with a first cellular core networking node and a second interface for wirelessly communicating with the second base station, the second base station being mobile and having a first interface for wirelessly communicating with the first base station and a second interface for communicating with a User Equipment, UE, wherein the UE's user traffic is transmitted between the first cellular core networking node and the UE via the first and second base stations, the method comprising the steps of: determining a first identity of a third base station and a second identity of a fourth base station, wherein an overlap of the third and fourth base stations' respective coverage areas cover a route of the second base station; determining a time of arrival of the second base station within the overlap; determining a first configuration parameter of the third base station and a second configuration parameter of the fourth base station in advance of the second base station's time of arrival; and based on the determined first configuration parameter of the third base station, initiating a handover of the second base station to the third base station; and configuring a transmission of the second base station, such that the second base station is handed over from the first base station to the third base station with its transmissions configured in advance of the time of arrival, based on the determined second configuration parameter of the fourth base station. determining a first identity of a third base station and a second identity of a fourth base station, wherein an overlap of the third and fourth base stations' respective coverage areas cover a route of the second base station; determining a time of arrival of the second base station within the overlap; determining a first configuration parameter of the third base station and a second configuration parameter of the fourth base station in advance of the second base station's time of arrival; and based on the determined first configuration parameter of the third base station, initiating a handover of the second base station to the third base station; and configuring a transmission of the second base station, such that the second base station is handed over from the first base station to the third base station with its transmissions configured in advance of the time of arrival, based on the determined second configuration parameter of the fourth base station.
One or more computer readable storage media comprising computer readable instructions which, when executed, implement a method comprising:receiving, on a client device, an indication associated with installing a web application associated with a web site, wherein a browser including an address bar with the website and an icon associated with the web application displayed therein is configured to run in a non-persistent session mode and wherein the indication comprises an indication of a drag and drop operation with respect to the icon associated with the web application, and wherein the drag and drop operation drops the icon associated with the web application on a task bar on a client desktop; and responsive to said receiving, creating, on the client device, a web application file and populating the web application file with information received from the web site as well as information that reflects a state of the non-persistent session mode of the browser to enable the web application to be launched in the state, wherein the state in which the web browser is running is automatically identified and added into the web application file, and wherein the web application file includes a dynamic element which is associated with providing a notification to a user independent of the user's action, and wherein the method further comprises: dynamically populating the dynamic element by an associated website when the web application is running on the client; and displaying the notification in the task bar on the client desktop. dynamically populating the dynamic element by an associated website when the web application is running on the client; and displaying the notification in the task bar on the client desktop.
Concentrate, characterized in that it comprises the components A) one or more polysiloxanes, B) one or more ester oils or mineral oils, C) one or more nonionic surfactants D) one or more nonaqueous solvents, E) optionally water F) optionally one or more acids and in that the content of components E) and F) in total based on the overall weight of the concentrates is between 0 and 5% by weight. characterized in that it comprises the components A) one or more polysiloxanes, B) one or more ester oils or mineral oils, C) one or more nonionic surfactants D) one or more nonaqueous solvents, E) optionally water F) optionally one or more acids A) one or more polysiloxanes, B) one or more ester oils or mineral oils, C) one or more nonionic surfactants D) one or more nonaqueous solvents, E) optionally water F) optionally one or more acids and in that the content of components E) and F) in total based on the overall weight of the concentrates is between 0 and 5% by weight.
A composition for a non-aqueous patch preparation comprising a drug, an organic solvent, and a powder which is insoluble both in the organic solvent and in a lipophilic plaster base material, wherein the organic solvent comprises a fatty acid-based ionic liquid and/or a salicylic acid-based ionic liquid, the powder is light anhydrous silicic acid, and the powder for an adhesive layer is contained as shown in the following inequality: 0.2 × the weigth of the adhesive layer × the bulk density of the powder ≤ the amount of the powder to be added ≤ 0.6 × the weight of the adhesive layer × the tap density of the powder.
A blood pump comprising: a pump housing providing an inlet and outlet; an impeller housed in the pump housing; and at least three contact points positioned on an internal surface of the impeller; characterized in that the at least three contact points are radial contact points positioned on an internal bore surface of the impeller, the blood pump being further characterized in comprising: a diaphragm provided by the pump housing, wherein the impeller rotates around the diaphragm, and said radial contact points slide on a surface of the diaphragm. a pump housing providing an inlet and outlet; an impeller housed in the pump housing; and at least three contact points positioned on an internal surface of the impeller; characterized in that the at least three contact points are radial contact points positioned on an internal bore surface of the impeller, the blood pump being further characterized in comprising: a diaphragm provided by the pump housing, wherein the impeller rotates around the diaphragm, and said radial contact points slide on a surface of the diaphragm. a diaphragm provided by the pump housing, wherein the impeller rotates around the diaphragm, and said radial contact points slide on a surface of the diaphragm.