mhurhangee/patent-ind-claim-en huggingface dataset:
A method for connecting a Domain Name System "DNS" secure resolution protocol, the method comprising: determining, by a protection module, a DNS query from a client; determining, by the protection module, a fulfillment of at least one condition for connecting the DNS secure resolution protocol, wherein the at least one condition is obtained from a database ; and wherein the condition for connecting a DNS secure resolution protocol comprises at least one of: a lowering of a mean data transfer rate in a computer network; connecting to a public access point; obtaining access to one or more corporate resources in the computer network; obtaining access to resources from a list of protected resources; an address of a requested resource not being obtained using a DNS protocol; connecting, by the protection module, the DNS secure resolution protocol for the client when the at least one condition for connecting the DNS secure resolution protocol is fulfilled; determining whether an availability of the network connection decreases after the connection of the DNS secure resolution protocol; and connecting to a different DNS secure resolution protocol when the availability of the network connection decreases after the connection of the DNS secure resolution protocol. determining, by a protection module, a DNS query from a client; determining, by the protection module, a fulfillment of at least one condition for connecting the DNS secure resolution protocol, wherein the at least one condition is obtained from a database ; and wherein the condition for connecting a DNS secure resolution protocol comprises at least one of: a lowering of a mean data transfer rate in a computer network; connecting to a public access point; obtaining access to one or more corporate resources in the computer network; obtaining access to resources from a list of protected resources; an address of a requested resource not being obtained using a DNS protocol; connecting, by the protection module, the DNS secure resolution protocol for the client when the at least one condition for connecting the DNS secure resolution protocol is fulfilled; determining whether an availability of the network connection decreases after the connection of the DNS secure resolution protocol; and connecting to a different DNS secure resolution protocol when the availability of the network connection decreases after the connection of the DNS secure resolution protocol.
A method performed by an apparatus at a network entity for facilitating in-band closed subscriber group, CSG, provisioning, comprising: receiving a request from a device to establish a packet data context for an access point name to be used to perform in-band CSG provisioning; determining that the device is requesting to be provisioned on a CSG based on the request; selecting a gateway for establishing the packet data context based at least in part on the access point name; sending a session request message to the gateway to establish the packet data context for the device; receiving a response message from the gateway indicating establishment of the packet data context; further comprising receiving subscription data related to updating a subscription of the device to indicate that the device is a member of the CSG from a home subscriber server or home location register of the device; and deactivating the packet data context based at least in part on the receiving the subscription data indicating that the packet data context is no longer needed for the CSG provisioning and/or expiration of a timer initialized upon establishing the packet data context. receiving a request from a device to establish a packet data context for an access point name to be used to perform in-band CSG provisioning; determining that the device is requesting to be provisioned on a CSG based on the request; selecting a gateway for establishing the packet data context based at least in part on the access point name; sending a session request message to the gateway to establish the packet data context for the device; receiving a response message from the gateway indicating establishment of the packet data context; further comprising receiving subscription data related to updating a subscription of the device to indicate that the device is a member of the CSG from a home subscriber server or home location register of the device; and deactivating the packet data context based at least in part on the receiving the subscription data indicating that the packet data context is no longer needed for the CSG provisioning and/or expiration of a timer initialized upon establishing the packet data context.
A layered pack of glass fibers, the layered pack comprising: binderless webs of glass fibers formed by lapping a binderless web in the machine direction or by cross-lapping a binder less web at ninety degrees to the machine direction; wherein the glass fibers of the binderless webs are mechanically entangled; wherein the binderless webs have an area weight of 244.12 grams per square meter to 976.49 grams per square meter (5 to 50 grams per square foot); wherein the glass fibers have a diameter range of in a range of 3.56 microns to 6.35 microns (14 HT to 25 HT); and wherein the glass fibers have a length range of 25.4 millimeters to 127 millimeters (1.0 inch to 5.0 inches). binderless webs of glass fibers formed by lapping a binderless web in the machine direction or by cross-lapping a binder less web at ninety degrees to the machine direction; wherein the glass fibers of the binderless webs are mechanically entangled; wherein the binderless webs have an area weight of 244.12 grams per square meter to 976.49 grams per square meter (5 to 50 grams per square foot); wherein the glass fibers have a diameter range of in a range of 3.56 microns to 6.35 microns (14 HT to 25 HT); and wherein the glass fibers have a length range of 25.4 millimeters to 127 millimeters (1.0 inch to 5.0 inches).
A flanged bearing , comprising: a body having a first axial end and a second axial end ; and at least one flange projecting radially from the second axial end of the body, wherein the at least one flange comprises a first region , second region , and an annular stepped transition region between the first and second regions, wherein the second region is elevated axially above the first region so as to protrude axially outwardly, wherein 1) the second region extends partially circumferentially around the flange to form at least one segment, and/or 2) the first region extends from the body to the annular stepped transition region and defines a maximum first axial height, h max1 , defined as the distance from the first axial end to the maximum height of the first region, and the second region extending around the flange from the annular stepped transition region defines a second maximum axial height, h max2 , defined as the distance from the first axial end to the maximum height of the second region, and wherein h max1 < h max2 .
A handover method in a mobile network, wherein the method comprises: receiving , by a target access network node, a handover request sent by a source access network node, wherein the handover request comprises a context of at least one flow/session/radio bearer, network slice indication information of a first network slice, and network slice remapping policy information, wherein the network slice remapping policy information is configured to indicate that the at least one flow/session/radio bearer established for communication between a terminal device and the source access network node is remapped from the first network slice onto a second network slice; performing , by the target access network node, admission control, wherein the admission control is used to determine whether to accept remapping of the at least one flow/session/radio bearer onto the second network slice supported by the target access network node; and sending , by the target access network node, a handover request reply to the source access network node, wherein the handover request reply comprises a configuration of at least one radio bearer accepted, modified, or newly established by the target access network node, a mapping relationship between the at least one flow/session and the at least one radio bearer, and network slice indication information of the second network slice. receiving , by a target access network node, a handover request sent by a source access network node, wherein the handover request comprises a context of at least one flow/session/radio bearer, network slice indication information of a first network slice, and network slice remapping policy information, wherein the network slice remapping policy information is configured to indicate that the at least one flow/session/radio bearer established for communication between a terminal device and the source access network node is remapped from the first network slice onto a second network slice; performing , by the target access network node, admission control, wherein the admission control is used to determine whether to accept remapping of the at least one flow/session/radio bearer onto the second network slice supported by the target access network node; and sending , by the target access network node, a handover request reply to the source access network node, wherein the handover request reply comprises a configuration of at least one radio bearer accepted, modified, or newly established by the target access network node, a mapping relationship between the at least one flow/session and the at least one radio bearer, and network slice indication information of the second network slice.
Method for granting access to a secured website of a content provider, said method comprising the steps of: detecting , on a first communication device (PC), a user's request for accessing said secured website, wherein said request indicates that at least one access code (cred i ) for accessing said secured website is securely stored on an authentication server (AS); sending , from the first communication device (PC) to said authentication server (AS), a request for accessing said at least one access code (cred i ); sending , from said authentication server (AS) to a second communication device (M) identified with said indication, a request for a security code (req_PIN); and after verification by said authentication server (AS) of a security code received from the second communication device (M), forwarding the request for access to the secured website to the content provider using the stored access code (cred i ) wherein said method further comprises an initialisation step which comprises the installation of a secure access module on the first communication device, said secure access module being configured to perform at least one of the detection and forwarding steps. detecting , on a first communication device (PC), a user's request for accessing said secured website, wherein said request indicates that at least one access code (cred i ) for accessing said secured website is securely stored on an authentication server (AS); sending , from the first communication device (PC) to said authentication server (AS), a request for accessing said at least one access code (cred i ); sending , from said authentication server (AS) to a second communication device (M) identified with said indication, a request for a security code (req_PIN); and after verification by said authentication server (AS) of a security code received from the second communication device (M), forwarding the request for access to the secured website to the content provider using the stored access code (cred i ) wherein said method further comprises an initialisation step which comprises the installation of a secure access module on the first communication device, said secure access module being configured to perform at least one of the detection and forwarding steps.
A pressure measurement device comprising a housing extending around an electronic card provided with a pressure sensor ; • the housing co-operating with a first face of the electronic card to define a first sealed volume ; • the housing also co-operating with a second face of the electronic card that is opposite from the first face to define a second sealed volume ; • the housing including at least one first channel putting the medium outside the housing into fluid flow communication with the first sealed volume ; • the electronic card including at least one second channel putting the first volume into fluid flow communication with the second volume ; and • the connection between the housing and the electronic card being arranged to allow relative movement between the housing and the electronic card characterized in that the second channel is metal-plated and a conductive element is placed in the proximity of the second channel and is connected to a first pole (39.1) of a voltage generator , the second channel being connected to a second pole (39.2) of said voltage generator . • the housing co-operating with a first face of the electronic card to define a first sealed volume ; • the housing also co-operating with a second face of the electronic card that is opposite from the first face to define a second sealed volume ; • the housing including at least one first channel putting the medium outside the housing into fluid flow communication with the first sealed volume ; • the electronic card including at least one second channel putting the first volume into fluid flow communication with the second volume ; and • the connection between the housing and the electronic card being arranged to allow relative movement between the housing and the electronic card characterized in that the second channel is metal-plated and a conductive element is placed in the proximity of the second channel and is connected to a first pole (39.1) of a voltage generator , the second channel being connected to a second pole (39.2) of said voltage generator .
A system of a packing member for packing a cartridge (P, PY, PM, PC, PK) and the cartridge (P, PY, PM, PC, PK) which is detachably mountable to an image forming apparatus and which includes a grip portion for gripping the cartridge (P, PY, PM, PC, PK), in a position deviated from a center line (m) passing through a center of the cartridge (P, PY, PM, PC, PK) with respect to a direction crossing a longitudinal direction of the cartridge (P, PY, PM, PC, PK), said packing member comprising: (i) a frame portion including an opening (47c1, 147c1) as an entrance for the cartridge (P, PY, PM, PC, PK), and a first recessed portion for accommodating the cartridge (P, PY, PM, PC, PK), and (ii) a cap portion , provided rotatably connected to said frame portion by a hinge portion , for openably covering the opening (47c1, 147c1), wherein the first recessed portion comprises first limiting portions , suitable for limiting a position of the cartridge (P, PY, PM, PC, PK) with respect to the direction crossing the longitudinal direction of the cartridge (P, PY, PM, PC, PK) and a direction crossing an entering direction in which the cartridge (P, PY, PM, PC, PK) enters said frame portion , the cap portion comprises second limiting portions suitable for limiting a position of the cartridge (P, PY, PM, PC, PK) with respect to the entering direction in which the cartridge (P, PY, PM, PC, PK) enters said frame portion in a packing state, and the packing member comprises third limiting portions suitable for limiting a position of the cartridge (P, PY, PM, PC, PK) with respect to the longitudinal direction of the cartridge (P, PY, PM, PC, PK), the packing member does not contact the cartridge (P, PY, PM, PC, PK) at portions other than the limiting portions , and in that the first limiting portions are suitable for limiting the position of the cartridge (P, PY, PM, PC, PK) so that the cartridge (P, PY, PM, PC, PK) is located in a position where the grip portion is remoter from the hinge portion than the center line (m) of the cartridge (P, PY, PM, PC, PK) with respect to the direction crossing the longitudinal direction of the cartridge (P, PY, PM, PC, PK) and a direction crossing the entering direction in which the cartridge (P, PY, PM, PC, PK) enters said frame portion , characterized in that the cartridge (P, PY, PM, PC, PK) includes a photosensitive drum , said limiting portions are configured to only contact the cartridge (P, PY, PM, PC, PK) at a position which is not in a region of the cartridge (P, PY, PM, PC, PK) where an electrostatic latent image is to be formed on the photosensitive drum of the cartridge (P, PY, PM, PC, PK). (i) a frame portion including an opening (47c1, 147c1) as an entrance for the cartridge (P, PY, PM, PC, PK), and a first recessed portion for accommodating the cartridge (P, PY, PM, PC, PK), and (ii) a cap portion , provided rotatably connected to said frame portion by a hinge portion , for openably covering the opening (47c1, 147c1),
An antimicrobial colloidal product comprising a gelatinous material with a colloidal silver or gold additive suspended within the gelatinous material, wherein the anti-microbial colloidal silver or gold additive concentration is about 200 to about 2000 PPM and the gelatinous material comprises: a polymeric methylene diphenyl di-isocyanate (MDI) 100%; and 265 molecular weight (Mw) polyether triol 100%; wherein a ratio of the polymeric methylene diphenyl di-isocyanate to the polyether triol is about 1:1 and the antimicrobial colloidal product has a Shore D hardness of about 80. a polymeric methylene diphenyl di-isocyanate (MDI) 100%; and 265 molecular weight (Mw) polyether triol 100%;
An assembly comprising: a roll of cleaning fabric for cleaning printing cylinders of a printing system ; and a removable sealing bag , said cleaning fabric comprising a liquid absorbable material soaked with a cleaning liquid, wherein said cleaning liquid comprises a polar additive containing either a glycol ether or a long-chain alcohol or both, said long-chain alcohol comprising 10-16 carbon atoms; wherein said polar additive is configured to make the cleaning liquid polar; and wherein said cleaning fabric is wrapped around a core to form said roll ; wherein the roll is inserted in said removable sealing bag which is configured to seal around said roll of cleaning fabric in order to prevent said cleaning liquid from evaporating before use; wherein said roll of cleaning fabric is vacuum packed in said removable sealing bag ; wherein said removable sealing bag is tubular and built up by a multi-layer plastic film, and wherein said cleaning liquid comprises the polar additive in a range of 50-90 wt%. a roll of cleaning fabric for cleaning printing cylinders of a printing system ; and a removable sealing bag , said cleaning fabric comprising a liquid absorbable material soaked with a cleaning liquid, wherein said cleaning liquid comprises a polar additive containing either a glycol ether or a long-chain alcohol or both, said long-chain alcohol comprising 10-16 carbon atoms; wherein said polar additive is configured to make the cleaning liquid polar; and wherein said cleaning fabric is wrapped around a core to form said roll ; wherein the roll is inserted in said removable sealing bag which is configured to seal around said roll of cleaning fabric in order to prevent said cleaning liquid from evaporating before use; wherein said roll of cleaning fabric is vacuum packed in said removable sealing bag ; wherein said removable sealing bag is tubular and built up by a multi-layer plastic film, and wherein said cleaning liquid comprises the polar additive in a range of 50-90 wt%.
Mobile medical imaging robot comprising: - a medical imaging device , - a vehicle carrying said medical imaging device and being motorized so as to move on a floor of an examination room, - a cable designed to link said vehicle to a wall of an examination room, - a cable security system adapted to detect excessive cable tension so as to stop further movement of said vehicle , and wherein said motorized moving is configured to be driven manually by a user. - a medical imaging device , - a vehicle carrying said medical imaging device and being motorized so as to move on a floor of an examination room, - a cable designed to link said vehicle to a wall of an examination room, - a cable security system adapted to detect excessive cable tension so as to stop further movement of said vehicle ,
A method of producing a ceramic core including open porosity using a disposable core die process for investment casting, the method comprising at least a step of: injecting a slurry into a disposable die , the slurry comprising ceramic particles, binders, and carbon fibers , characterized in that the slurry is an Al 2 O 3 -siloxane based slurry with the added carbon fibers aligned in the direction of the slurry flow, the method further comprising: a first firing step that converts silicon in the siloxane based slurry to amorphous silica, wherein the first firing step temperature is between 250°C and 750°C and the first firing time is between 10 and 20 hours, and a second firing step that removes the carbon fibers and converts the amorphous silica and excess Al 2 O 3 to mullite, wherein the second firing step temperature is between 1050°C and 1700°C and the second firing time is between one hour and 24 hours. a first firing step that converts silicon in the siloxane based slurry to amorphous silica, wherein the first firing step temperature is between 250°C and 750°C and the first firing time is between 10 and 20 hours, and a second firing step that removes the carbon fibers and converts the amorphous silica and excess Al 2 O 3 to mullite, wherein the second firing step temperature is between 1050°C and 1700°C and the second firing time is between one hour and 24 hours.
A method of recovering dicyclopentadiene from pygas, the method comprising: (a) heating the pygas to generate heated pygas, wherein the heating comprises heating the pygas in a thermal reactor for 1 to 3 hours at a temperature of 170°C to 190°C, and wherein the heating further comprises heating the pygas at a pressure of 13 to 16 bar; (b) recovering a C 5 fraction from the heated pygas; and (c) dimerizing cyclopentadiene from the C 5 fraction to form dicyclopentadiene. (a) heating the pygas to generate heated pygas, wherein the heating comprises heating the pygas in a thermal reactor for 1 to 3 hours at a temperature of 170°C to 190°C, and wherein the heating further comprises heating the pygas at a pressure of 13 to 16 bar; (b) recovering a C 5 fraction from the heated pygas; and (c) dimerizing cyclopentadiene from the C 5 fraction to form dicyclopentadiene.
A compound , which is selected from the group of: or a pharmaceutically acceptable salts thereof.
Air guide element for an air vent, comprising an air guide surface and two substantially mutually opposite bearing regions by way of which the air guide element can be mounted to be pivotable, characterised in that at least one of the bearing regions of the air guide element comprises a bearing pot in which a friction element is arranged.