mhurhangee/ep-ind-claims huggingface dataset:
A broadband modem for secure provisioning of a network service, the broadband modem comprising: a controller including an embedded memory, the controller configured to: enable an unmanaged interface of the broadband modem; establish a subscription interface link with an internet service provider over the enabled unmanaged interface; download, over the subscription interface link, a subscriber firmware enabling a managed interface corresponding to the network service, so as to allow the controller to provision the network service corresponding to the enabled managed interface; wherein only the unmanaged interface is able to be utilized at start up of the broadband modem to provide fewer access points for subscriber intrusion at the start up; wherein the broadband modem is configured so that power cycling the broadband modem causes to erase the downloaded subscriber firmware and to disable the managed interface. a controller including an embedded memory, the controller configured to: enable an unmanaged interface of the broadband modem; establish a subscription interface link with an internet service provider over the enabled unmanaged interface; download, over the subscription interface link, a subscriber firmware enabling a managed interface corresponding to the network service, so as to allow the controller to provision the network service corresponding to the enabled managed interface; wherein only the unmanaged interface is able to be utilized at start up of the broadband modem to provide fewer access points for subscriber intrusion at the start up; enable an unmanaged interface of the broadband modem; establish a subscription interface link with an internet service provider over the enabled unmanaged interface; download, over the subscription interface link, a subscriber firmware enabling a managed interface corresponding to the network service, so as to allow the controller to provision the network service corresponding to the enabled managed interface; wherein only the unmanaged interface is able to be utilized at start up of the broadband modem to provide fewer access points for subscriber intrusion at the start up; wherein the broadband modem is configured so that power cycling the broadband modem causes to erase the downloaded subscriber firmware and to disable the managed interface.
An injection device (110; 210; 310) for injecting medicament in a patient comprising: a housing (112; 212) configured to house a fluid reservoir (118; 218) having one of a plurality of volumes of medicament; an injection conduit (122; 222) fluidly coupled to the fluid reservoir (118; 218) configured to define a fluid pathway from the fluid reservoir (118; 218) to the patient; a firing mechanism coupled to the fluid reservoir (118; 218) and configured to expel the medicament from the fluid reservoir (118; 218) through the injection conduit (122; 222); a volume setting mechanism coupled to the firing mechanism and configured to be selectively preset during assembly to one of a plurality of positions based on a maximum volume of medicament to be delivered to the patient, each of the plurality of positions corresponding to one of the plurality of volumes of medicament for the firing mechanism to expel; a dose setting mechanism (116; 216) configured to be adjusted, independent of the preset of the volume setting mechanism, to select a fraction of the maximum volume of medicament that is injected from the injection conduit (122; 222) when the firing mechanism is actuated; wherein the volume setting mechanism includes a nut and the firing mechanism includes a ram (128; 228), characterized in that the firing mechanism also includes a biasing member (126; 226), the nut being threadably coupled to the ram (128; 228), the nut being releaseably retained against a force of the biasing member (126; 226) in an initial position by a latch (132; 232; 332). a housing (112; 212) configured to house a fluid reservoir (118; 218) having one of a plurality of volumes of medicament; an injection conduit (122; 222) fluidly coupled to the fluid reservoir (118; 218) configured to define a fluid pathway from the fluid reservoir (118; 218) to the patient; a firing mechanism coupled to the fluid reservoir (118; 218) and configured to expel the medicament from the fluid reservoir (118; 218) through the injection conduit (122; 222); a volume setting mechanism coupled to the firing mechanism and configured to be selectively preset during assembly to one of a plurality of positions based on a maximum volume of medicament to be delivered to the patient, each of the plurality of positions corresponding to one of the plurality of volumes of medicament for the firing mechanism to expel; a dose setting mechanism (116; 216) configured to be adjusted, independent of the preset of the volume setting mechanism, to select a fraction of the maximum volume of medicament that is injected from the injection conduit (122; 222) when the firing mechanism is actuated; wherein the volume setting mechanism includes a nut and the firing mechanism includes a ram (128; 228), characterized in that the firing mechanism also includes a biasing member (126; 226), the nut being threadably coupled to the ram (128; 228), the nut being releaseably retained against a force of the biasing member (126; 226) in an initial position by a latch (132; 232; 332).
A method performed by an access and mobility management function, AMF, entity in a communication system, the method comprising: receiving, from a first session management function, SMF, a first message including information indicating that a transfer of a session management, SM, context to a second SMF is requested; transmitting, to the second SMF, a second message for requesting the second SMF to receive the SM context from the first SMF; starting a timer upon transmitting the second message; and receiving, from the second SMF, a third message as a response to the second message before expiring the timer, wherein the method further comprises: receiving, from another AMF, a user equipment, UE, context transfer request due to terminal mobility, before receiving the third message; and delaying a processing of the UE context transfer request until receiving the third message. receiving, from a first session management function, SMF, a first message including information indicating that a transfer of a session management, SM, context to a second SMF is requested; transmitting, to the second SMF, a second message for requesting the second SMF to receive the SM context from the first SMF; starting a timer upon transmitting the second message; and receiving, from the second SMF, a third message as a response to the second message before expiring the timer, wherein the method further comprises: receiving, from another AMF, a user equipment, UE, context transfer request due to terminal mobility, before receiving the third message; and delaying a processing of the UE context transfer request until receiving the third message. receiving, from another AMF, a user equipment, UE, context transfer request due to terminal mobility, before receiving the third message; and delaying a processing of the UE context transfer request until receiving the third message.
An exhaust system for an internal combustion engine, in particular of a motor vehicle, - having at least one exhaust tract, in which are arranged an SCR catalyst and downstream thereof a reducing agent supply apparatus for introducing a reducing agent into the exhaust gas stream, - wherein a flexible guiding element is arranged in the exhaust tract between the reducing agent supply apparatus and the SCR catalyst, said guiding element comprising a metal bellows, which is waved in an annular or helical manner and through which an exhaust gas stream can flow, and a conical flow-guiding body, through which the exhaust gas stream can flow, which tapers in the flow direction of the exhaust gas stream and which projects in a free-standing manner into an entry region of the metal bellows, characterised in that the flow-guiding body has a separation apparatus for urea and/or urea derivatives or is configured as such. - having at least one exhaust tract, in which are arranged an SCR catalyst and downstream thereof a reducing agent supply apparatus for introducing a reducing agent into the exhaust gas stream, - wherein a flexible guiding element is arranged in the exhaust tract between the reducing agent supply apparatus and the SCR catalyst, said guiding element comprising a metal bellows, which is waved in an annular or helical manner and through which an exhaust gas stream can flow, and a conical flow-guiding body, through which the exhaust gas stream can flow, which tapers in the flow direction of the exhaust gas stream and which projects in a free-standing manner into an entry region of the metal bellows,
Method for operator identification of frames to be sent by a communication device (1, Oα) of an operator infrastructure (α) via a first communication network (31, N1), the method for operator identification (T_ID) comprising a first encryption (T_CRYPT), termed gateway encryption, by the communication device (1, Oα) of the operator infrastructure (α), of a frame (tu, ts) destined for a network server (4, 4α, 4β, NS, NSα, NSβ) with a gateway public key (pub_k G) associated with the communication device (1, Oα) in the operator infrastructure (α), the gateway public key (pub_k G) being paired with a gateway private key (priv_k G) stored in at least one gateway (2, G) of the operator infrastructure (α), the gateway public key associated with the communication device having been generated during the attachment of the communication device to the operator infrastructure.
A first antibody that competitively inhibits binding of a second antibody to HIV-1 viral protein R (Vpr) wherein the second antibody is produced by a hybridoma cell line selected from the group consisting of: (i) hybridoma cell line 9F12 as deposited with the American Type Culture Collection under patent deposit number PTA-5560; and (ii) hybridoma cell line 10F2 as deposited with the American Type Culture Collection under patent deposit number PTA-5561. (i) hybridoma cell line 9F12 as deposited with the American Type Culture Collection under patent deposit number PTA-5560; and (ii) hybridoma cell line 10F2 as deposited with the American Type Culture Collection under patent deposit number PTA-5561.
A large area microwave plasma chemical vapour deposition, LA MPCVD, reactor apparatus, comprising; a reactor chamber adapted to provide a plasma region in an interior of the reactor chamber by electromagnetic energy at a first frequency, and a Composite Right/Left-Handed, CRLH, waveguide section adapted to operate with an infinite wavelength at the first frequency and having in a wall a coupler means arranged to couple electromagnetic energy from an interior of the CRLH waveguide section to the interior of the reactor chamber. a reactor chamber adapted to provide a plasma region in an interior of the reactor chamber by electromagnetic energy at a first frequency, and a Composite Right/Left-Handed, CRLH, waveguide section adapted to operate with an infinite wavelength at the first frequency and having in a wall a coupler means arranged to couple electromagnetic energy from an interior of the CRLH waveguide section to the interior of the reactor chamber.
A clamping connection having a clamping ring, mounted on a hub, in particular a hollow shaft portion, with a screw, in particular a clamping screw, wherein a further shaft, in particular a solid shaft portion of a further shaft, is inserted into the hub, wherein the clamping ring has a slot which, related to the shaft axis, is through-passing axially and through-passing in a radial direction, wherein in the slot there is arranged a disc, in particular an apertured disc, through which there projects the screw, wherein the disc projects into a cavity made in the hub, characterised in that the hub has at the least one axial slot through-passing in a radial direction, wherein the thickness of the disc is greater than the width, measured in a tangential direction, of the axial slot of the hub. wherein a further shaft, in particular a solid shaft portion of a further shaft, is inserted into the hub, wherein the clamping ring has a slot which, related to the shaft axis, is through-passing axially and through-passing in a radial direction, wherein in the slot there is arranged a disc, in particular an apertured disc, through which there projects the screw, wherein the disc projects into a cavity made in the hub, characterised in that the hub has at the least one axial slot through-passing in a radial direction, wherein the thickness of the disc is greater than the width, measured in a tangential direction, of the axial slot of the hub.
A paint for renovating an open-pored plaster layer, wherein the paint comprises water, an inorganic binder on an alkali polysilicate base, a pigment composed of particles as well as a stabiliser and the stabiliser prevents an insoluble sedimentation of the pigment particles, characterised in that the stabiliser is composed of small stabiliser particles on a silicate base comprising an average maximum expansion of below 3 μm, wherein the stabiliser particles are colloidally dispersed in the water on the basis of their charge distribution.
A method comprising: receiving a 360-degree virtual reality, also referred to as 360VR, video frame; and reformatting the video frame, wherein the reformatted video frame comprises a plurality of cubic faces that each corresponds to a different face of a cube, wherein the received 360VR video frame is in a spherical format or in a cubic format, and when the received 360VR video frame is in the cubic format, a plurality of cubic faces of the received 360VR video frame are arranged in a first layout that has a first width, and the cubic faces of the reformatted video frames are arranged in a second layout (1402, 1403) that has a second width that is narrower than the first width, characterized by encoding the reformatted video frame by storing reference pixels at a line buffer and performing prediction based on reference pixels stored at the line buffer, wherein the width of the line buffer is based on the second width, characterized in that the second width of the second layout (1402, 1403) is a width of one cubic face or two cubic faces, and the plurality of cubic faces in the reformatted video frame are arranged in (i) a single column of six faces or (ii) two columns of three cubic faces each. receiving a 360-degree virtual reality, also referred to as 360VR, video frame; and reformatting the video frame, wherein the reformatted video frame comprises a plurality of cubic faces that each corresponds to a different face of a cube, wherein the received 360VR video frame is in a spherical format or in a cubic format, and when the received 360VR video frame is in the cubic format, a plurality of cubic faces of the received 360VR video frame are arranged in a first layout that has a first width, and the cubic faces of the reformatted video frames are arranged in a second layout (1402, 1403) that has a second width that is narrower than the first width, characterized by encoding the reformatted video frame by storing reference pixels at a line buffer and performing prediction based on reference pixels stored at the line buffer, wherein the width of the line buffer is based on the second width, characterized in that the second width of the second layout (1402, 1403) is a width of one cubic face or two cubic faces, and the plurality of cubic faces in the reformatted video frame are arranged in (i) a single column of six faces or (ii) two columns of three cubic faces each.
A method for checking the correct coupling of an adding device to a therapeutic appliance, which includes an extracorporeal circuit with which the adding device is connected such that a drug can be introduced into the extracorporeal circuit by means of the adding device, which is coupled to the extracorporeal circuit, characterized in that a portion of the extracorporeal circuit in connection with a portion of the adding device is closed with respect to the other parts of the extracorporeal circuit and that the pressure in this closed portion is varied and measured.
A ball screw comprising: a screw shaft with a helical groove formed on its outer peripheral surface; a tube-shaped nut body with a helical groove formed on its inner peripheral surface; rolling bodies configured to be placed in a load rolling path formed by the helical groove of the screw shaft and the helical groove of the nut body, a rolling-body guidepath communicated with the load rolling path, and a rolling-body return path communicated with the rolling-body guidepath; circulation members configured to have the rolling-body guidepath formed inside and be installed on both ends of the nut body in an axial direction; and a synthetic-resin covering member configured to be shaped into a tube arranged coaxially with the nut body to cover an outer peripheral surface of the nut body, a groove part formed on its inner peripheral surface and the outer peripheral surface of the nut body forming the rolling-body return path, wherein the covering member is provided with an engagement part engaged with a cutout part formed on outer peripheral surfaces of the circulation members or the outer peripheral surface of the nut body to prevent the covering member from rotating in a circumferential direction, characterized in that the covering member is composed of a plurality of divided bodies (40A, 40B) into which the covering member is divided in the circumferential direction. a screw shaft with a helical groove formed on its outer peripheral surface; a tube-shaped nut body with a helical groove formed on its inner peripheral surface; rolling bodies configured to be placed in a load rolling path formed by the helical groove of the screw shaft and the helical groove of the nut body, a rolling-body guidepath communicated with the load rolling path, and a rolling-body return path communicated with the rolling-body guidepath; circulation members configured to have the rolling-body guidepath formed inside and be installed on both ends of the nut body in an axial direction; and a synthetic-resin covering member configured to be shaped into a tube arranged coaxially with the nut body to cover an outer peripheral surface of the nut body, a groove part formed on its inner peripheral surface and the outer peripheral surface of the nut body forming the rolling-body return path, wherein the covering member is provided with an engagement part engaged with a cutout part formed on outer peripheral surfaces of the circulation members or the outer peripheral surface of the nut body to prevent the covering member from rotating in a circumferential direction, characterized in that the covering member is composed of a plurality of divided bodies (40A, 40B) into which the covering member is divided in the circumferential direction.
A method of performing clock and data recovery, comprising: detecting occurrence of a reset condition; in response to occurrence of the reset condition, stepping, in a clock and data recovery, CDR, circuit, at least one of a data phase interpolator, PI, code or a crossing PI code for each cycle of a clock; stopping the stepping based on one or more criteria of the data PI code or the crossing PI code to generate a predetermined state of the data PI code and the crossing PI code, wherein the predetermined state comprises an offset between the data PI code and the crossing PI code; receiving a data stream; performing the clock and data recovery on the data stream based on the offset between the data PI code and the crossing PI code; and outputting the data PI code and the crossing PI code to the at least one PI. detecting occurrence of a reset condition; in response to occurrence of the reset condition, stepping, in a clock and data recovery, CDR, circuit, at least one of a data phase interpolator, PI, code or a crossing PI code for each cycle of a clock; stopping the stepping based on one or more criteria of the data PI code or the crossing PI code to generate a predetermined state of the data PI code and the crossing PI code, wherein the predetermined state comprises an offset between the data PI code and the crossing PI code; receiving a data stream; performing the clock and data recovery on the data stream based on the offset between the data PI code and the crossing PI code; and outputting the data PI code and the crossing PI code to the at least one PI.
A composition comprising a nucleic acid analog that targets an mRNA encoding an expanded tri-nucleotide repeat region for a disease protein, wherein the nucleic acid analog further targets a repeat region junction, wherein the nucleic acid analog is a peptide-nucleic acid or a locked nucleic acid, wherein the nucleic acid analog is capable of inhibiting expression of the disease protein, and wherein (i) inhibiting is selective for said disease protein over a normal form of said disease protein, and (ii) inhibiting does not substantially affect production of said mRNA.
A method for recommending an installation position for an air handling module, characterized in that the method is for an air conditioner, wherein the air conditioner is provided with at least one installation position in the air conditioner, in which the air handling module is selectively installed, and the method comprises the following steps: identifying a type of an air handling module to be installed; determining a target installation position in the air conditioner among idle installation positions according to the type of the air handling module to be installed, wherein the air handling module to be installed performs differently at different installation positions in the air conditioner; and outputting a prompt information of the target installation position. identifying a type of an air handling module to be installed; determining a target installation position in the air conditioner among idle installation positions according to the type of the air handling module to be installed, wherein the air handling module to be installed performs differently at different installation positions in the air conditioner; and outputting a prompt information of the target installation position.