mhurhangee/patent-ind-claim-en huggingface dataset:
System comprising a contact element for fixing the relative geometric position of a patient's eye to a laser applicator of an ophthalmic laser therapy system, and a lens element for insertion into the contact element , wherein the contact element is configured for receiving the lens element at a predetermined position, wherein the lens element has an eye surface for contacting the patient's eye or for airtightly delimiting a cavity between the lens element and the patient's eye, wherein the lens element has at least one projection element for engaging under one or more retaining elements (42-47) of the contact element for adhesive-free fastening of the lens element in the contact element by means of a snap connection, wherein the lens element has a lens contact surface formed on an underside of the projection element facing the eye surface , wherein the lens element and the contact element are configured in such a way that the lens element can be fastened in the contact element by means of the snap connection such that the lens contact surface is pressed by means of the at least one projection element and the one retaining element (42-47) or the plurality of retaining elements (42-47) against an elastic compensating element arranged on an attachment surface of the contact element for reducing the forces acting on the lens element by the one retaining element (42-47) or the plurality of retaining elements (42-47). a contact element for fixing the relative geometric position of a patient's eye to a laser applicator of an ophthalmic laser therapy system, and a lens element for insertion into the contact element , wherein the contact element is configured for receiving the lens element at a predetermined position, wherein the lens element has an eye surface for contacting the patient's eye or for airtightly delimiting a cavity between the lens element and the patient's eye, wherein the lens element has at least one projection element for engaging under one or more retaining elements (42-47) of the contact element for adhesive-free fastening of the lens element in the contact element by means of a snap connection, wherein the lens element has a lens contact surface formed on an underside of the projection element facing the eye surface , wherein the lens element and the contact element are configured in such a way that the lens element can be fastened in the contact element by means of the snap connection such that the lens contact surface is pressed by means of the at least one projection element and the one retaining element (42-47) or the plurality of retaining elements (42-47) against an elastic compensating element arranged on an attachment surface of the contact element for reducing the forces acting on the lens element by the one retaining element (42-47) or the plurality of retaining elements (42-47).
An electronic device for automatic generation of a sorted list of items related to a seed-item, the electronic device comprising a relatedness determinator being configured to compare the seed item with a plurality of further items and to thus determine a relatedness value for each further item with respect to the seed item, the device further comprising a clustering engine being configured to cluster the further items by determining a relative relatedness among the further items, each further item thus being assigned to one cluster, and the device further comprising a list generator being configured to generate the sorted list , wherein the list generator comprises a cluster creditor and an item selector , wherein the cluster creditor is configured to initially assign initial credits to the clusters, the initial credits having a value depending on the relatedness value of the item having the highest relatedness value in each one of said clusters, and wherein the cluster creditor is configured in further iterative steps: to update the credits by adding added credit to the clusters while not amending the relatedness value of the items in the clusters, and wherein the item selector is configured in each of the further iterative steps: to select an item that is to be added to the sorted list that has the highest relatedness value in a cluster having the highest credit, to add the selected item to the sorted list , and to remove the selected item from the cluster it belonged to, and wherein the cluster creditor is configured in each of the further iterative steps: to decrease the credit of the cluster from which the selected item that was added to the sorted list was removed. to update the credits by adding added credit to the clusters while not amending the relatedness value of the items in the clusters, and wherein the item selector is configured in each of the further iterative steps: to select an item that is to be added to the sorted list that has the highest relatedness value in a cluster having the highest credit, to add the selected item to the sorted list , and to remove the selected item from the cluster it belonged to, and wherein the cluster creditor is configured in each of the further iterative steps: to decrease the credit of the cluster from which the selected item that was added to the sorted list was removed. to select an item that is to be added to the sorted list that has the highest relatedness value in a cluster having the highest credit, to add the selected item to the sorted list , and to remove the selected item from the cluster it belonged to, and wherein the cluster creditor is configured in each of the further iterative steps: to decrease the credit of the cluster from which the selected item that was added to the sorted list was removed.
Method for checking engraved QR codes on surfaces of tyre parts, the QR code comprising a marking with a multiplicity of defined depressions in the surface of the tyre, which produce a contrast with respect to the adjacent surface of the tyre as a machine-readable QR code, characterized in that a pattern of bands of light is projected onto the marking forming the QR code and the projected pattern is recorded by at least one camera on the principle of structured light projection and a height profile of the pattern is generated from it, the difference in height (H) of the depressions contained being measured in relation to the adjacent surface of the tyre and compared with a predetermined target region.
A method of a terminal in a wireless communication system, the method comprising: identifying (S230, 5320) a state of the terminal ; identifying a power-related parameter associated with the state of the terminal , wherein the power-related parameter includes radio access technology, RAT, associated with the state of the terminal ; transmitting (S240, S330) a terminal message including information corresponding to the power-related parameter to a base station; and receiving a new configured power-related parameter from the base station based on the transmitted terminal message and operating based on the received new configured power-related parameter, wherein, when the received new configured power-related parameter is associated with a power-saving terminal state, the operating comprises turning off a 5 th generation, 5G, communication system and falling back to LTE. identifying (S230, 5320) a state of the terminal ; identifying a power-related parameter associated with the state of the terminal , wherein the power-related parameter includes radio access technology, RAT, associated with the state of the terminal ; transmitting (S240, S330) a terminal message including information corresponding to the power-related parameter to a base station; and receiving a new configured power-related parameter from the base station based on the transmitted terminal message and operating based on the received new configured power-related parameter, wherein, when the received new configured power-related parameter is associated with a power-saving terminal state, the operating comprises turning off a 5 th generation, 5G, communication system and falling back to LTE.
Natural medicinal compound containing a tannin based vegetal active ingredient combined with carriers and with a synergic effect, characterized in that said vegetal active ingredient is natural chestnut extract ( Castanea sativa), with tannin as the highest constituent substance, wherein said natural chestnut extract is obtained by hydrolysis of chestnut wood ( Castanea sativa) without the addition of foreign or synthetic substances, wherein the tannin content in the natural chestnut extract is approximately 77%, wherein said natural chestnut extract is contained in a weight rate between 5% and 50% and said carrier means are water-based and comprise alkaline substances.
A compound for use in treating cancer conjointly with a BCL-2 inhibitor, wherein the compound is or a pharmaceutically acceptable salt thereof, and wherein the BCL-2 inhibitor is venetoclax.
A packet forwarding method performed by a network device, the network device comprising a first virtual routing forwarding, VRF, table and a second VRF table, wherein: ∘ the first VRF table consists of one or more local routes, and each next-hop outbound interface of the one or more local routes is a local outbound interface of the network device, and ∘ the second VRF table comprises a plurality of routes, and the plurality of routes comprises the one or more local routes and at least one remote route whose next-hop outbound interface of the network device is a remote outbound interface, wherein the method comprises the steps of: • receiving (step 501) a first packet; • determining whether the first packet contains tunnel attribute information, the tunnel attribute information indicating that the first packet is sent to the network device through a tunnel on a network side: ∘ if the first packet contains the tunnel attribute information, forwarding (step 502) the first packet based on the first VRF table, and ∘ if the first packet does not contain the tunnel attribute information, forwarding the first packet based on the second VRF table. ∘ the first VRF table consists of one or more local routes, and each next-hop outbound interface of the one or more local routes is a local outbound interface of the network device, and ∘ the second VRF table comprises a plurality of routes, and the plurality of routes comprises the one or more local routes and at least one remote route whose next-hop outbound interface of the network device is a remote outbound interface, • receiving (step 501) a first packet; • determining whether the first packet contains tunnel attribute information, the tunnel attribute information indicating that the first packet is sent to the network device through a tunnel on a network side: ∘ if the first packet contains the tunnel attribute information, forwarding (step 502) the first packet based on the first VRF table, and ∘ if the first packet does not contain the tunnel attribute information, forwarding the first packet based on the second VRF table. ∘ if the first packet contains the tunnel attribute information, forwarding (step 502) the first packet based on the first VRF table, and ∘ if the first packet does not contain the tunnel attribute information, forwarding the first packet based on the second VRF table.
A method employed by a first user equipment, UE , used as a small evolved NodeB, eNB, for a small cell, comprising: receiving a first long term evolution, LTE, packet from a second UE over the small cell; converting the first LTE packet into a second LTE packet, wherein a header of the first LTE packet which is associated to the second UE is replaced with a header of the second LTE packet associated to the first UE , wherein the header of the first LTE packet comprises an internet protocol, IP, address and a media access control, MAC, address associated with the second UE , and the header of the second LTE packet comprises an IP address and a MAC address associated with the first UE ; and transmitting the second LTE packet to a macro eNB over a macro cell; receiving a LTE packet call from the macro eNB ; and transmitting, in response to the LTE packet call, a first radio resource control, RRC, connection suspend request to the second UE , to inform that the first UE is not available for a first time period indicated in the RRC connection suspend request; continuing serving the second UE after the first time period expires, without reestablishing the RRC connection. receiving a first long term evolution, LTE, packet from a second UE over the small cell; converting the first LTE packet into a second LTE packet, wherein a header of the first LTE packet which is associated to the second UE is replaced with a header of the second LTE packet associated to the first UE , wherein the header of the first LTE packet comprises an internet protocol, IP, address and a media access control, MAC, address associated with the second UE , and the header of the second LTE packet comprises an IP address and a MAC address associated with the first UE ; and transmitting the second LTE packet to a macro eNB over a macro cell; receiving a LTE packet call from the macro eNB ; and transmitting, in response to the LTE packet call, a first radio resource control, RRC, connection suspend request to the second UE , to inform that the first UE is not available for a first time period indicated in the RRC connection suspend request; continuing serving the second UE after the first time period expires, without reestablishing the RRC connection.
A synthetic polyisoprene latex comprising synthetic polyisoprene, wherein the synthetic polyisoprene constituting the synthetic polyisoprene latex comprises a low-molecular weight synthetic isoprene chain having a weight average molecular weight determined by gel permeation chromatography analysis of less than 1,000,000 at a content rate of 10 to 70% by weight and a high-molecular weight synthetic isoprene chain having a weight average molecular weight determined by gel permeation chromatography analysis of 1,000,000 or more at a content rate of 30 to 90% by weight, wherein the synthetic polyisoprene constituting the synthetic polyisoprene latex has a molecular weight distribution curve determined by gel permeation chromatography analysis that is bimodal with two local maximum points of a local maximum point with respect to the low-molecular weight synthetic isoprene chain and a local maximum point with respect to the high-molecular weight synthetic isoprene chain being present, the weight average molecular weight with respect to the low-molecular weight synthetic isoprene chain determined by gel permeation chromatography analysis is 100,000 to 1,000,000, and the weight average molecular weight with respect to the high-molecular weight synthetic isoprene chain determined by gel permeation chromatography analysis is 3,000,000 to 6,000,000. the synthetic polyisoprene constituting the synthetic polyisoprene latex comprises a low-molecular weight synthetic isoprene chain having a weight average molecular weight determined by gel permeation chromatography analysis of less than 1,000,000 at a content rate of 10 to 70% by weight and a high-molecular weight synthetic isoprene chain having a weight average molecular weight determined by gel permeation chromatography analysis of 1,000,000 or more at a content rate of 30 to 90% by weight, wherein the synthetic polyisoprene constituting the synthetic polyisoprene latex has a molecular weight distribution curve determined by gel permeation chromatography analysis that is bimodal with two local maximum points of a local maximum point with respect to the low-molecular weight synthetic isoprene chain and a local maximum point with respect to the high-molecular weight synthetic isoprene chain being present, the weight average molecular weight with respect to the low-molecular weight synthetic isoprene chain determined by gel permeation chromatography analysis is 100,000 to 1,000,000, and the weight average molecular weight with respect to the high-molecular weight synthetic isoprene chain determined by gel permeation chromatography analysis is 3,000,000 to 6,000,000.
A composite structural board comprising: a) a structural board; and b) a water-resistant barrier sheet having a basis weight 100 g/m2 or less, a hydrostatic head of 55 cm or greater, a Gurley Hill porosity of 250 seconds or greater, and a moisture vapor transmission rate, of at least 130 g/m2/24 hrs, the water-resistant barrier sheet having an inner face and an outer face; and wherein a face of the structural board is discontinuously attached to the inner face of the water-resistant barrier sheet solely by a first adhesive, the water-resistant barrier sheet fully covering the face of the structural board; wherein the composite structural board has i) attached areas between the face of the structural board and the inner face of the water-resistant barrier sheet, and ii) unattached areas between the face of the structural board and the inner face of the water-resistant barrier sheet; the unattached areas between the face of the structural board and the inner face of the water-resistant barrier sheet defining paths by which a liquid can move between the face of the structural board and the inner face of the water-resistant barrier sheet; wherein an area or border along at least one edge of the structural board has a length of about 5 to 25 centimeters (about 2 inches to 10 inches) from the edge of the structural board is attached to the water-resistant barrier solely with a non-permanent adhesive. a) a structural board; and b) a water-resistant barrier sheet having a basis weight 100 g/m2 or less, a hydrostatic head of 55 cm or greater, a Gurley Hill porosity of 250 seconds or greater, and a moisture vapor transmission rate, of at least 130 g/m2/24 hrs, the water-resistant barrier sheet having an inner face and an outer face; and wherein a face of the structural board is discontinuously attached to the inner face of the water-resistant barrier sheet solely by a first adhesive, the water-resistant barrier sheet fully covering the face of the structural board; wherein the composite structural board has i) attached areas between the face of the structural board and the inner face of the water-resistant barrier sheet, and ii) unattached areas between the face of the structural board and the inner face of the water-resistant barrier sheet; i) attached areas between the face of the structural board and the inner face of the water-resistant barrier sheet, and ii) unattached areas between the face of the structural board and the inner face of the water-resistant barrier sheet; the unattached areas between the face of the structural board and the inner face of the water-resistant barrier sheet defining paths by which a liquid can move between the face of the structural board and the inner face of the water-resistant barrier sheet; wherein an area or border along at least one edge of the structural board has a length of about 5 to 25 centimeters (about 2 inches to 10 inches) from the edge of the structural board is attached to the water-resistant barrier solely with a non-permanent adhesive.
A method for processing a juice product comprising: providing a juice; and processing the juice by way of micro filtration to produce a clarified juice which is subsequently subjected to nano-filtration to selectively remove more sucrose than primary sugars, for example glucose and fructose, and thereby produce a a juice product wherein sugar content of the juice product comprises 0 to 30 wt. % sucrose. providing a juice; and processing the juice by way of micro filtration to produce a clarified juice which is subsequently subjected to nano-filtration to selectively remove more sucrose than primary sugars, for example glucose and fructose, and thereby produce a a juice product wherein sugar content of the juice product comprises 0 to 30 wt. % sucrose.
A method for managing migration of a virtual machine, comprising: determining that a virtual machine , instantiated in a first host and associated with a first virtual firewall service in the first host , should be migrated to a second host ; determining that functionality provided in the first host by the first virtual firewall service is unavailable in the second host , wherein this determination is made by requesting a list of available virtual services from the second host and comparing it to the first virtual firewall service associated with the virtual machine to be migrated; in response to determining that functionality is unavailable, instantiating a second virtual firewall service in the second host to provide functionality corresponding to that provided by the first virtual firewall service ; synchronizing session data between the first virtual firewall service and the second virtual firewall service , wherein the step of synchronizing session data includes capturing state information associated with a session being handled by the virtual machine and transferring the state information to the second virtual firewall service , wherein the session data includes an address associated with the session; and instantiating a copy of the virtual machine in the second host . determining that a virtual machine , instantiated in a first host and associated with a first virtual firewall service in the first host , should be migrated to a second host ; determining that functionality provided in the first host by the first virtual firewall service is unavailable in the second host , wherein this determination is made by requesting a list of available virtual services from the second host and comparing it to the first virtual firewall service associated with the virtual machine to be migrated; in response to determining that functionality is unavailable, instantiating a second virtual firewall service in the second host to provide functionality corresponding to that provided by the first virtual firewall service ; synchronizing session data between the first virtual firewall service and the second virtual firewall service , wherein the step of synchronizing session data includes capturing state information associated with a session being handled by the virtual machine and transferring the state information to the second virtual firewall service , wherein the session data includes an address associated with the session; and instantiating a copy of the virtual machine in the second host .
A method for synthesis of N-methyl piperazine diphenolamide, comprising: contacting diphenolic acid with N-methyl piperazine to form a reaction mixture; and heating the reaction mixture to form a reaction product comprising N-methyl piperazine diphenolamide.
A composition comprising exosomes isolated from induced pluripotent stem cell (iPSC)-derived mesenchymal stem cells (MSC) for use in a method of treating or preventing non-alcoholic steatohepatitis, wherein the induced pluripotent stem cell-derived mesenchymal stem cells are derived from a progenitor of induced pluripotent stem cell-derived mesenchymal stem cells which does not express SSEA-4 (stage-specific embryonic antigen 4) protein, wherein the induced pluripotent stem cell (iPSC)-derived mesenchymal stem cells (MSC) have been treated with a pretreatment material, and wherein the pretreatment material is selected from the group consisting of 1-(6-benzothiazolylsulfonyl)-5-chloro-1H-indole-2-butanoic acid and exendin-4.
A method of making a two-component piston , the two-component piston comprising a piston cover as the first component and a piston body as the second component, wherein the piston cover is arranged adjacent to the piston body and is configured to be moved relative to the piston body , the method comprising the steps of: - forming the piston cover , and subsequently - forming the piston body at the piston cover , characterized in that the piston cover comprises an aperture , with the piston body comprising a web that is formed while forming the piston body at the piston cover such that the web of material of the piston body extends through the aperture . - forming the piston cover , and subsequently - forming the piston body at the piston cover ,