mhurhangee/patent-ind-claim-en huggingface dataset:
A device for collecting ferric sludge of a hydraulic circuit ensuring the circulation of a main flow, comprising: - a main duct intended to be connected in series to the hydraulic circuit and traversed by the main flow, - a lateral collection chamber which is connected in parallel with the main duct by, on the one hand, at least one lateral inlet whose passage section is substantially parallel to the median axis (Δ) of the main duct and, on the other hand, a secondary tube which extends partly in the main duct and whose distal end located in the main duct has a passage section located at a distance from the lateral inlet and whose proximal end is located in the collection chamber , - at least one magnetic field source adapted to generate in the collection chamber a magnetic field intended to retain ferric sludge in a collection area on at least part of the wall of the chamber, - a purge circuit connected to the lateral collection chamber opposite to the main duct and controlled by a purge valve . - a main duct intended to be connected in series to the hydraulic circuit and traversed by the main flow, - a lateral collection chamber which is connected in parallel with the main duct by, on the one hand, at least one lateral inlet whose passage section is substantially parallel to the median axis (Δ) of the main duct and, on the other hand, a secondary tube which extends partly in the main duct and whose distal end located in the main duct has a passage section located at a distance from the lateral inlet and whose proximal end is located in the collection chamber , - at least one magnetic field source adapted to generate in the collection chamber a magnetic field intended to retain ferric sludge in a collection area on at least part of the wall of the chamber, - a purge circuit connected to the lateral collection chamber opposite to the main duct and controlled by a purge valve .
A powder comprising core/shell particles having an average particle size of less than 1000 microns, each core/shell particle comprising: 1) a liquid core that is an emulsion containing 5% by weight or less of water, wherein the emulsion includes a continuous phase comprising a polar liquid having a percent surface polarity of at least 24% as determined using the method of Fowkes referenced in the description and one or more dispersed phases comprising a hydrophobic component, wherein the liquid core comprises at least one hydrophobically modified polysaccharide and 2) a shell comprising hydrophobic particles.
A hand-supported wing rig for wind-powered sports with an inflatable front tube , from which an inflatable center strut extends, wherein the front tube and the center strut span a sail cloth , and at least one handle can be fastened to the center strut , characterised in that the center strut is reduced in diameter (d, D) in sections and/or stepped back and/or turned on/off in order to form at least one grip recess with a reach-through region for the user's hand, which is formed above the fastened handle as seen by the user.
A method comprising: receiving, by a wireless device from a base station, beam failure detection and recovery configuration parameters indicating: a first value of a beam failure instance counter; and radio resources of downlink signals; determining that a downlink signal of the downlink signals is transmitted, via a radio resource of the radio resources, based on: one or more listen before talk procedures for transmission of the downlink signal of the downlink signals being successful in response to a received power of the downlink signal of the downlink signals exceeding a first threshold value; determining a beam failure instance based on: the determining that the downlink signal is transmitted; and the received power of the downlink signal being less than a second threshold value; incrementing the beam failure instance counter based on the determining the beam failure instance; and transmitting a random access preamble based on the beam failure instance counter reaching the first value of the beam failure instance counter. receiving, by a wireless device from a base station, beam failure detection and recovery configuration parameters indicating: a first value of a beam failure instance counter; and radio resources of downlink signals; a first value of a beam failure instance counter; and radio resources of downlink signals; determining that a downlink signal of the downlink signals is transmitted, via a radio resource of the radio resources, based on: one or more listen before talk procedures for transmission of the downlink signal of the downlink signals being successful in response to a received power of the downlink signal of the downlink signals exceeding a first threshold value; determining a beam failure instance based on: the determining that the downlink signal is transmitted; and the received power of the downlink signal being less than a second threshold value; the determining that the downlink signal is transmitted; and the received power of the downlink signal being less than a second threshold value; incrementing the beam failure instance counter based on the determining the beam failure instance; and transmitting a random access preamble based on the beam failure instance counter reaching the first value of the beam failure instance counter.
Punching apparatus for a punching machine, comprising a punch holder and a punching tool (3; 13; 23), said punch holder comprising a guiding body , provided with a mounting cavity suitable to slidably receive said punching tool (3; 13; 23), and a driving assembly connected to said guiding body and provided with a beating element (7; 17) having a first operating end (8; 18) suitable to interact with a ram of the punching machine and a first connecting end (9; 19) coupled to a second connecting end (32; 42; 52) of said punching tool (3; 13; 23) by means of a threaded coupling, which enables a relative rotation between said beating element (7; 17) and said punching tool (3; 13; 23) for a linear movement thereof with respect to said beating element (7; 17) along an adjustment stroke (C) between an initial adjustment position (A), in which an engagement portion of said threaded coupling has a maximum length (L1), and a final adjustment position (B), in which said engagement portion has a minimum length (L2), said punching apparatus further comprising a stopping element having a first end and a second end and being characterized in that said first end is fixed inside a connecting cavity (15; 45) made in one of said connecting ends (9; 42) and arranged to receive the remaining connecting end (32; 19), said second end is inserted in a stopping cavity (34; 24; 54) made in said remaining connecting end (32; 19) and sliding inside said stopping cavity (34; 24; 54) during said linear movement of said punching tool (3; 13; 23) between said initial adjustment position (A) and said final adjustment position (B), said second end being provided with first stopping means arranged to abut second stopping means (35; 25) provided at an opening of said stopping cavity (34; 24; 54) so as to prevent said stopping element from disengaging from said stopping cavity (34; 24; 54) and to stop said adjustment stroke (C) of said punching tool (3; 13; 23) in said final adjustment position (B).
A pneumatic tire comprising a tread portion , wherein the tread portion includes a first land portion , the first land portion includes an inner edge extending in a tire circumferential direction, an outer edge extending in the tire circumferential direction, and a tread surface between the inner edge and the outer edge , the inner edge is located closer to an equator (C) of the tire than the outer edge , the tread surface of the first land portion has a curved profile protruding outward in a tire radial direction on a meridian cross-section including a tire rotation axis when the tire is in a normal state in which the tire is mounted on a normal rim at a normal internal pressure and no load is applied to the tire , the curved profile includes an inner curved portion on the inner edge side and an outer curved portion on the outer edge side, and a radius (Ri) of curvature of the inner curved portion is greater than a radius (Ro) of curvature of the outer curved portion , characterized in that the curved profile includes an intermediate curved portion between the inner curved portion and the outer curved portion , and a radius (Rm) of curvature of the intermediate curved portion is greater than the radius (Ri) of curvature of the inner curved portion and greater than the radius (Ro) of curvature of the outer curved portion . a tread portion , wherein the tread portion includes a first land portion , the first land portion includes an inner edge extending in a tire circumferential direction, an outer edge extending in the tire circumferential direction, and a tread surface between the inner edge and the outer edge , the inner edge is located closer to an equator (C) of the tire than the outer edge , the tread surface of the first land portion has a curved profile protruding outward in a tire radial direction on a meridian cross-section including a tire rotation axis when the tire is in a normal state in which the tire is mounted on a normal rim at a normal internal pressure and no load is applied to the tire , the curved profile includes an inner curved portion on the inner edge side and an outer curved portion on the outer edge side, and a radius (Ri) of curvature of the inner curved portion is greater than a radius (Ro) of curvature of the outer curved portion , characterized in that the curved profile includes an intermediate curved portion between the inner curved portion and the outer curved portion , and a radius (Rm) of curvature of the intermediate curved portion is greater than the radius (Ri) of curvature of the inner curved portion and greater than the radius (Ro) of curvature of the outer curved portion .
A method for improving computational efficiency in interchangeably sourcing content for retrieval when providing a single address, comprising: identifying , by a tenant, a content asset to be distributed via a content distribution network, CDN, in conjunction with a cloud service hosting the content asset at a provided uniform resource locator, URL, the identified content asset being hosted at the provided URL for consumption by a client; creating , by the cloud service, a hash value based on the provided URL; constructing , at the cloud service, a source URL at which the content asset is hosted for consumption by the cloud service as a source for the CDN, wherein the source URL includes the hash value; creating , by the cloud service, a hash map comprising the hash value; configuring , by the cloud service, the CDN to serve the content asset from a CDN URL and use the source URL as a source from which to cache the content asset in the CDN, wherein the CDN URL points to the cached content asset; and providing , from the cloud service, the hash map to a client device associated with an authenticated client; wherein the client device is provided the provided URL, is not provided the source URL, and is not provided the CDN URL; and wherein the provided URL and the hash value comprised in the hash map enable the client device to construct the CDN URL, wherein the CDN URL includes the hash value. identifying , by a tenant, a content asset to be distributed via a content distribution network, CDN, in conjunction with a cloud service hosting the content asset at a provided uniform resource locator, URL, the identified content asset being hosted at the provided URL for consumption by a client; creating , by the cloud service, a hash value based on the provided URL; constructing , at the cloud service, a source URL at which the content asset is hosted for consumption by the cloud service as a source for the CDN, wherein the source URL includes the hash value; creating , by the cloud service, a hash map comprising the hash value; configuring , by the cloud service, the CDN to serve the content asset from a CDN URL and use the source URL as a source from which to cache the content asset in the CDN, wherein the CDN URL points to the cached content asset; and providing , from the cloud service, the hash map to a client device associated with an authenticated client; wherein the client device is provided the provided URL, is not provided the source URL, and is not provided the CDN URL; and wherein the provided URL and the hash value comprised in the hash map enable the client device to construct the CDN URL, wherein the CDN URL includes the hash value.
A method for generating a three-dimensional structure in a polymeric matrix , wherein the three-dimensional structure comprises hollow channel structures, the method comprising the following steps performed in the sequence as indicated: a) providing a first polymerizable fluid in a receptacle ; b) introducing a second non-polymerizable fluid by using a controllable application system at at least one selected site within the first fluid , wherein the first fluid and the second fluid are not miscible with one another, whereby the three-dimensional structure is set up; c) polymerizing the first fluid , whereby the polymeric matrix is obtained in which the three-dimensional structure has been introduced, and d) at least partially removing the second fluid from the three-dimensional structure generated, wherein the first fluid has a first specific density and the second fluid has a second specific density, wherein the first specific density and the second specific density differ from one another at most by 20%. a) providing a first polymerizable fluid in a receptacle ; b) introducing a second non-polymerizable fluid by using a controllable application system at at least one selected site within the first fluid , wherein the first fluid and the second fluid are not miscible with one another, whereby the three-dimensional structure is set up; c) polymerizing the first fluid , whereby the polymeric matrix is obtained in which the three-dimensional structure has been introduced, and d) at least partially removing the second fluid from the three-dimensional structure generated,
A method for playback of a virtual online linear video channel, comprising: generating a schedule for the virtual online linear video channel, wherein the virtual online linear video channel includes a plurality of video sources and each of the plurality of video sources is selected to distribute a video stream for at least a portion of the schedule; generating a manifest file with a manifest server , the manifest file corresponding to the schedule for the virtual online linear video channel and identifying the selected video source from which the video stream is distributed at each portion of the schedule; establishing a connection between the manifest server and the video player , wherein a session identifier identifies the connection; receiving a request to play the virtual online linear video channel from a video player ; and in response to receiving the request, at the manifest server: generating a per-user manifest file as a function of the manifest file and the session identifier; encrypting the per-user manifest file with an encryption key generated as function of the session identifier; and transmitting the encrypted per-user manifest file to the video player. generating a schedule for the virtual online linear video channel, wherein the virtual online linear video channel includes a plurality of video sources and each of the plurality of video sources is selected to distribute a video stream for at least a portion of the schedule; generating a manifest file with a manifest server , the manifest file corresponding to the schedule for the virtual online linear video channel and identifying the selected video source from which the video stream is distributed at each portion of the schedule; establishing a connection between the manifest server and the video player , wherein a session identifier identifies the connection; receiving a request to play the virtual online linear video channel from a video player ; and in response to receiving the request, at the manifest server: generating a per-user manifest file as a function of the manifest file and the session identifier; encrypting the per-user manifest file with an encryption key generated as function of the session identifier; and transmitting the encrypted per-user manifest file to the video player. generating a per-user manifest file as a function of the manifest file and the session identifier; encrypting the per-user manifest file with an encryption key generated as function of the session identifier; and transmitting the encrypted per-user manifest file to the video player.
A conjugate comprising a peptide, IgG, and a ligand, wherein the peptide comprises an amino acid sequence consisting of 13 to 17 amino acid residues represented by the following formula I: (X 1-3 )-C-(X 2 )-H-(Xaa1)-G-(Xaa2)-L-V-W-C-(X 1-3 ) (I) wherein each X is independently any amino acid residue other than cysteine, C is a cysteine residue, H is a histidine residue, Xaa1 is a lysine residue, a cysteine residue, an aspartic acid residue, a glutamic acid residue, 2-aminosuberic acid, or diaminopropionic acid, G is a glycine residue, Xaa2 is a glutamic acid residue, a glutamine residue, or an asparagine residue, L is a leucine residue, V is a valine residue, and W is a tryptophan residue, wherein the peptide is capable of binding to a human IgG via a cross-linking agent which modifies at Xaa1, and wherein the ligand is capable of binding a radioactive metal nuclide and is linked to N-terminus of the peptide. wherein each X is independently any amino acid residue other than cysteine, C is a cysteine residue, H is a histidine residue, Xaa1 is a lysine residue, a cysteine residue, an aspartic acid residue, a glutamic acid residue, 2-aminosuberic acid, or diaminopropionic acid, G is a glycine residue, Xaa2 is a glutamic acid residue, a glutamine residue, or an asparagine residue, L is a leucine residue, V is a valine residue, and W is a tryptophan residue, wherein the peptide is capable of binding to a human IgG via a cross-linking agent which modifies at Xaa1, and wherein the ligand is capable of binding a radioactive metal nuclide and is linked to N-terminus of the peptide.
Door for sealing a cooking chamber of a cooking appliance , having a rear wall and a condensate collection device for collecting a condensate (P) draining from a rear side of the rear wall , characterised in that the condensate collection device comprises a collection and guide rail arranged on the door , which collects the condensate (P) draining from the rear side and diverts said condensate in the direction of a collection container of the condensate collection device arranged on the door , wherein the collection and guide rail is arranged in the region of a lower edge of the rear wall and a trap sheet of the collection and guide rail extends obliquely upward and at an incline facing away from the rear side , so that a funnel-shaped inlet is formed between the rear side and the trap sheet .
An electric motor test system adapted to test performance of an electric motor of a vehicle, the electric motor test system comprising: a dynamometer that is connected to the electric motor ; a torque sensor adapted to measure a torque of the electric motor ; and a cogging torque measurement motor for measuring a cogging torque of the electric motor , wherein the electric motor test system is configured such that the electric motor , the dynamometer , and the cogging torque measurement motor are connected when measuring the cogging torque of the electric motor ; the electric motor test system further comprising: a connecting/disconnecting mechanism provided between the cogging torque measurement motor and the dynamometer , wherein the connecting/disconnecting mechanism is configured to connect the cogging torque measurement motor to the dynamometer when measuring the cogging torque of the electric motor , and is further configured to disconnect the cogging torque measurement motor from the dynamometer when doing a regular test to test the performance of the electric motor . a dynamometer that is connected to the electric motor ; a torque sensor adapted to measure a torque of the electric motor ; and a cogging torque measurement motor for measuring a cogging torque of the electric motor , wherein the electric motor test system is configured such that the electric motor , the dynamometer , and the cogging torque measurement motor are connected when measuring the cogging torque of the electric motor ; the electric motor test system further comprising: a connecting/disconnecting mechanism provided between the cogging torque measurement motor and the dynamometer , wherein the connecting/disconnecting mechanism is configured to connect the cogging torque measurement motor to the dynamometer when measuring the cogging torque of the electric motor , and is further configured to disconnect the cogging torque measurement motor from the dynamometer when doing a regular test to test the performance of the electric motor . a connecting/disconnecting mechanism provided between the cogging torque measurement motor and the dynamometer , wherein the connecting/disconnecting mechanism is configured to connect the cogging torque measurement motor to the dynamometer when measuring the cogging torque of the electric motor , and is further configured to disconnect the cogging torque measurement motor from the dynamometer when doing a regular test to test the performance of the electric motor .
Dispenser system for liquid media , in particular for disinfectants, comprising - an interchangeable container in which the medium is provided, wherein an activation code is present on the container , - a housing which can accommodate the container , - a power supply , - a delivery mechanism which is suitable for supplying the medium present in the container to a user, - an electronic detector which can detect the activation code present on the container , - an electronic controller for the delivery mechanism , wherein the controller has a lock which means that the delivery mechanism can be activated only when a permissible activation code on the container has been detected by means of the detector , characterized in that the electronic controller has at least one interface which is suitable for inputting a release code , wherein the input of the release code causes the lock to be deactivated. - an interchangeable container in which the medium is provided, wherein an activation code is present on the container , - a housing which can accommodate the container , - a power supply , - a delivery mechanism which is suitable for supplying the medium present in the container to a user, - an electronic detector which can detect the activation code present on the container , - an electronic controller for the delivery mechanism , wherein the controller has a lock which means that the delivery mechanism can be activated only when a permissible activation code on the container has been detected by means of the detector ,