mhurhangee/ep-ind-claims huggingface dataset:
Drug delivery device for selecting and dispensing a number of user variable doses of a medicament, the device comprising - a housing, - a dose selector operable to set a dose by rotation relative to the housing, - a number sleeve arranged within the housing such that at least a portion of the number sleeve is visible through a first aperture in the housing, - a piston rod coupled to the housing and to a drive sleeve such that rotation of the drive sleeve relative to the housing causes the piston rod to translate relative to the housing, - a clutch arranged between the number sleeve and the drive sleeve, and - a dispense clicker comprising a flexible arm and a toothed profile, characterized in that - the device further comprises a button operable to effect dose dispensing, wherein the button is axially displaceable between a dose setting position and a dose dispensing position, wherein the button is rotatable relative to the housing in its dose setting position and rotationally locked to the housing in its dose dispensing position, and wherein the button is rotatable relative to the number sleeve in its dose dispensing position and rotationally locked to the number sleeve in its dose setting position, and - that the clutch comprises a separate clutch element which is permanently rotationally constrained to the number sleeve, wherein relative rotation between the button and the clutch element occurs during dose dispensing but not during dose setting, and wherein the flexible arm is provided on one of the button and the clutch element and the toothed profile is provided on the other of the button and the clutch element. - a housing, - a dose selector operable to set a dose by rotation relative to the housing, - a number sleeve arranged within the housing such that at least a portion of the number sleeve is visible through a first aperture in the housing, - a piston rod coupled to the housing and to a drive sleeve such that rotation of the drive sleeve relative to the housing causes the piston rod to translate relative to the housing, - a clutch arranged between the number sleeve and the drive sleeve, and - a dispense clicker comprising a flexible arm and a toothed profile, characterized in that - the device further comprises a button operable to effect dose dispensing, wherein the button is axially displaceable between a dose setting position and a dose dispensing position, wherein the button is rotatable relative to the housing in its dose setting position and rotationally locked to the housing in its dose dispensing position, and wherein the button is rotatable relative to the number sleeve in its dose dispensing position and rotationally locked to the number sleeve in its dose setting position, and - that the clutch comprises a separate clutch element which is permanently rotationally constrained to the number sleeve, wherein relative rotation between the button and the clutch element occurs during dose dispensing but not during dose setting, and wherein the flexible arm is provided on one of the button and the clutch element and the toothed profile is provided on the other of the button and the clutch element.
A globe valve comprising a closing element, a valve rod connected to the closing element, a lift drive, by means of which the closing body can be lifted, a drive rod that is operatively connected to the valve rod, and a rotation decoupling apparatus provided between the valve rod and drive rod, wherein the rotation decoupling apparatus comprises at least two shell segments (31, 32), the drive rod comprises a coupling element and the shell segments (31, 32) form a positive engagement with the valve rod in the direction of the lifting movement and a positive engagement with the coupling element in the direction of the lifting movement, characterized in that an internal space of the globe valve is sealed off by means of a membrane from a bushing of the valve rod through a housing portion facing the lift drive, in that the coupling element and the first and second shell segment (31, 32) are shaped such that the coupling element can rotate in the first and second shell segment (31, 32), wherein projections (33, 34, 36, 37) of the shell segments (31, 32) are received with clearance in at least one circumferential groove (35, 38) of the coupling element, and in that the shell segments (31, 32) are releasably interconnected by connection means.
A wireless communication device, comprising: a reception circuit that is configured to receive a first signal requesting a transmission permission for data signals and including channel information used for data transmission; a transmission circuit that is configured to transmit a second signal (2002; 3002) to a transmission source of the first signal, in a case of permitting transmission of the data signals with regard to reception of the first signal; and a control circuit that is configured to control, by outputting a first control signal, the reception circuit to execute first carrier sensing regarding part of a plurality of channels that are candidates for reception of the first signal, before reception of the first signal, and to control, by outputting a second control signal, the reception circuit to execute, after having received the first signal and before reception of the data signals, second carrier sensing regarding one or more channels, out of the plurality of channels, that are one or more channels corresponding to the channel information included in the first signal, and where the first carrier sensing has not been executed, wherein the part of the plurality of channels regarding which the first carrier sensing has been performed are excluded from the second carrier sensing. a reception circuit that is configured to receive a first signal requesting a transmission permission for data signals and including channel information used for data transmission; a transmission circuit that is configured to transmit a second signal (2002; 3002) to a transmission source of the first signal, in a case of permitting transmission of the data signals with regard to reception of the first signal; and a control circuit that is configured to control, by outputting a first control signal, the reception circuit to execute first carrier sensing regarding part of a plurality of channels that are candidates for reception of the first signal, before reception of the first signal, and to control, by outputting a second control signal, the reception circuit to execute, after having received the first signal and before reception of the data signals, second carrier sensing regarding one or more channels, out of the plurality of channels, that are one or more channels corresponding to the channel information included in the first signal, and where the first carrier sensing has not been executed, wherein the part of the plurality of channels regarding which the first carrier sensing has been performed are excluded from the second carrier sensing.
A method implemented in a network element in a wide area network, the network element functioning as a home agent, HA, for a mobile node, MN, communicating with a corresponding node, CN, using Mobile Internet Protocol version 6, MIPv6, the method comprising the steps of: selecting by the HA a virtual home agent, VHA, in the network to provide home agent services to the MN with a better quality of service than the HA based on pre-defined policies; sending a flow switch request, FSR, message to the selected VHA, the FSR message including transmission control protocol parameters for a session between the MN and CN and the FSR message including a care-of address for the MN and an address of the CN, the FSR message to initiate a flow redirection at the VHA using multi-path TCP, MPTCP, exchange; and receiving a flow switch acknowledgement, FSA, message from the VHA indicating that the VHA is receiving data packets from the CN and tunneling the data packets to the MN at the care-of address, whereby the MN receives a better quality of service when communicating with the CN through the VHA than through the HA. selecting by the HA a virtual home agent, VHA, in the network to provide home agent services to the MN with a better quality of service than the HA based on pre-defined policies; sending a flow switch request, FSR, message to the selected VHA, the FSR message including transmission control protocol parameters for a session between the MN and CN and the FSR message including a care-of address for the MN and an address of the CN, the FSR message to initiate a flow redirection at the VHA using multi-path TCP, MPTCP, exchange; and receiving a flow switch acknowledgement, FSA, message from the VHA indicating that the VHA is receiving data packets from the CN and tunneling the data packets to the MN at the care-of address, whereby the MN receives a better quality of service when communicating with the CN through the VHA than through the HA.
One-component heat-curing epoxy resin adhesive comprising a) at least one epoxy resin having an average of more than one epoxy group per molecule; b) at least one latent hardener for epoxy resins; and c) at least one carboxylic acid selected from substituted or unsubstituted adipic acid, substituted or unsubstituted succinic acid, substituted or unsubstituted phthalic acid, substituted or unsubstituted terephthalic acid, substituted or unsubstituted isophthalic acid, substituted or unsubstituted benzenetricarboxylic acid and substituted or unsubstituted nitrobenzoic acid, excluding 2-hydroxysuccinic acid and 2,3-dihydroxysuccinic acid as carboxylic acid, wherein the epoxy resin adhesive contains 0.0015 to 0.04 mol of the at least one carboxylic acid per 100 g of the epoxy resin adhesive and the epoxy resin adhesive has a viscosity of 500-5000 Pas at 25°C, wherein the viscosity is determined by oscillographic means using a rheometer having a heatable plate (MCR 301, AntonPaar) (1000 μm gap, measurement plate diameter: 25 mm (plate/plate), deformation 0.01 at 5 Hz, temperature: 25°C). a) at least one epoxy resin having an average of more than one epoxy group per molecule; b) at least one latent hardener for epoxy resins; and c) at least one carboxylic acid selected from substituted or unsubstituted adipic acid, substituted or unsubstituted succinic acid, substituted or unsubstituted phthalic acid, substituted or unsubstituted terephthalic acid, substituted or unsubstituted isophthalic acid, substituted or unsubstituted benzenetricarboxylic acid and substituted or unsubstituted nitrobenzoic acid, excluding 2-hydroxysuccinic acid and 2,3-dihydroxysuccinic acid as carboxylic acid,
A method for managing layers of intermediary devices providing cache redirection of client requests, the method comprising: a) receiving, by a first intermediary device of a first layer of one or more intermediary devices that load balance a plurality of intermediary devices of a second layer, a first request of a client to an origin server to retrieve content, each of the plurality of intermediary devices of the second layer configured to receive requests on a predetermined range of ports different than another intermediary device of the second layer; b) forwarding, by the first intermediary device of the first layer to a second intermediary device of the plurality of intermediary devices of the second layer, the first request of the client responsive to load balancing the first request; c) transmitting, by the second intermediary device of the second layer responsive to determining the first request is cacheable, the first request to a cache server; d) transmitting, by the second intermediary device to the origin server responsive to a cache miss, a second request sent from the cache server to the origin server to obtain the content; and e) transmitting by the first intermediary device of the first layer to the second intermediary device of the second layer the response to the second request from the origin server by applying a policy-based route rule on a destination port, where in the rule is identified via the response as corresponding to a port of the predetermined range of ports of the second intermediary device. a) receiving, by a first intermediary device of a first layer of one or more intermediary devices that load balance a plurality of intermediary devices of a second layer, a first request of a client to an origin server to retrieve content, each of the plurality of intermediary devices of the second layer configured to receive requests on a predetermined range of ports different than another intermediary device of the second layer; b) forwarding, by the first intermediary device of the first layer to a second intermediary device of the plurality of intermediary devices of the second layer, the first request of the client responsive to load balancing the first request; c) transmitting, by the second intermediary device of the second layer responsive to determining the first request is cacheable, the first request to a cache server; d) transmitting, by the second intermediary device to the origin server responsive to a cache miss, a second request sent from the cache server to the origin server to obtain the content; and e) transmitting by the first intermediary device of the first layer to the second intermediary device of the second layer the response to the second request from the origin server by applying a policy-based route rule on a destination port, where in the rule is identified via the response as corresponding to a port of the predetermined range of ports of the second intermediary device.
A drive sub-assembly for driving a shaft, the drive sub-assembly comprising: a hub extending from a first end face to a second end face along a longitudinal axis, the hub having an outer circumferential surface and first inner circumferential surface; a first bearing assembly comprising a first inner race, first rollers and a first outer race; a second bearing assembly comprising a second inner race; second rollers and a second outer race; a gear attached to the second end face of the hub, the gear having a second inner circumferential surface that is arranged to engage said second outer race, and a housing assembly wherein the outer circumferential surface defines: a first recess proximate to the first end face, and a shoulder between the first recess and the second end face along the longitudinal axis, wherein the first inner race and the first rollers are mounted on the shoulder, and wherein the first outer race and second inner race are attached to said housing assembly; wherein the first inner circumferential surface defines a second recess proximate to the second end face. a hub extending from a first end face to a second end face along a longitudinal axis, the hub having an outer circumferential surface and first inner circumferential surface; a first bearing assembly comprising a first inner race, first rollers and a first outer race; a second bearing assembly comprising a second inner race; second rollers and a second outer race; a gear attached to the second end face of the hub, the gear having a second inner circumferential surface that is arranged to engage said second outer race, and a housing assembly wherein the outer circumferential surface defines: a first recess proximate to the first end face, and a shoulder between the first recess and the second end face along the longitudinal axis, a first recess proximate to the first end face, and a shoulder between the first recess and the second end face along the longitudinal axis, wherein the first inner race and the first rollers are mounted on the shoulder, and wherein the first outer race and second inner race are attached to said housing assembly; wherein the first inner circumferential surface defines a second recess proximate to the second end face.
Concealment element, designed capable of cooperating with a wall, namely a vertical wall, such as a grid or mesh extending between two posts, formed, on the one hand, of main wires or rods, held integrally parallel and regularly spaced apart by means of secondary wires or rods of said wall, and wherein said main wires or rods have, at least at each of their upper and lower ends, a fold forming, with the folds of the other main wires or rods, a projection perpendicular to the latter, projecting out of the plane of said wall and aimed at stiffening the latter, while said concealment element is in the form of a rigid linear part arranged between two main wires or rods, held, on one side, by the secondary wires or rods and, on the other side, by a bar or the like inserted in said projection, wherein it is formed of a rectangular plate made out of a first thermoplastic material, comprising longitudinally at least one area made out of a second thermoplastic material, which is more flexible than the first one, so as to form a folding line permitting to provide said plate with a volume, and thus to rigidify said concealment element.
An immunomodulator composition, wherein the immunomodulator composition comprises: a. a cationic liposome delivery vehicle; and b. a DNA plasmid that does not code for an immunogen, for use in preventing a reduction in survival rate when co-administered with a vaccine of a chicken hatched from an embryonated chicken egg, by administration in ovo to the egg of an effective amount of 0.05 to 10 micrograms, preferably 0.1 to 5 micrograms, of the immunomodulator composition, wherein the vaccine is a vaccine used for protection against Marek's disease virus. a. a cationic liposome delivery vehicle; and b. a DNA plasmid that does not code for an immunogen, for use in preventing a reduction in survival rate when co-administered with a vaccine of a chicken hatched from an embryonated chicken egg, by administration in ovo to the egg of an effective amount of 0.05 to 10 micrograms, preferably 0.1 to 5 micrograms, of the immunomodulator composition, wherein the vaccine is a vaccine used for protection against Marek's disease virus.
A device for changing sleeves on cylinder mandrels or adapter sleeves, which can be inserted into a printing press and can removed from it again, comprising: • a safety device at least partially with structurally arranged separating elements and/or with an optically operating safety device, in particular a light or sensor grid, which defines a safety region, wherein the safety region cannot be entered by persons at least during the handling of sleeves, adapter sleeves or cylinder mandrels, • a holding device for temporarily holding a cylinder mandrel or an adapter sleeve, • wherein the holding device is arranged at least partially within the safety region, and wherein the holding device can be arranged or positioned in such a way that the sleeve can be grasped outside the safety region, • wherein a transfer device is arranged within the safety region, by means of which the adapter sleeve and/or the cylinder mandrel can be transported to the holding device. • a safety device at least partially with structurally arranged separating elements and/or with an optically operating safety device, in particular a light or sensor grid, which defines a safety region, wherein the safety region cannot be entered by persons at least during the handling of sleeves, adapter sleeves or cylinder mandrels, • a holding device for temporarily holding a cylinder mandrel or an adapter sleeve, • wherein the holding device is arranged at least partially within the safety region, and wherein the holding device can be arranged or positioned in such a way that the sleeve can be grasped outside the safety region, • wherein a transfer device is arranged within the safety region, by means of which the adapter sleeve and/or the cylinder mandrel can be transported to the holding device.
A method of heating a furnace using a regenerative burner system, wherein the regenerative burner system comprises a first burner assembly and a second burner assembly, each burner assembly comprising a burner (10A,10B) and a regenerative media bed (12A,12B), the method comprising: operating the first burner assembly in a firing mode and the second burner assembly in a regeneration mode for a first period of time; switching the operation of the first burner assembly from the firing mode to the regeneration mode and switching the operation of the second burner assembly from the regeneration mode to the firing mode; and operating the second burner assembly in the firing mode and the first burner assembly in the regeneration mode for a second period of time, characterized in that the burner assembly in the firing mode is fired in either a first operating mode or a second operating mode, the first operating mode comprising supplying the burner (10A,10B) with low calorific fuel that has been preheated in the regenerative media bed (12A,12B) and supplying the burner (10A,10B) directly with oxidizing gas, and the second operating mode comprising supplying the burner (10A,10B) with oxidizing gas that has been preheated in the regenerative media bed (12A,12B) and supplying the burner (10A,10B) directly with high calorific fuel, thereby utilizing the first burner assembly and the second burner assembly with both low calorific fuel and high calorific fuel. operating the first burner assembly in a firing mode and the second burner assembly in a regeneration mode for a first period of time; switching the operation of the first burner assembly from the firing mode to the regeneration mode and switching the operation of the second burner assembly from the regeneration mode to the firing mode; and operating the second burner assembly in the firing mode and the first burner assembly in the regeneration mode for a second period of time, characterized in that the burner assembly in the firing mode is fired in either a first operating mode or a second operating mode, the first operating mode comprising supplying the burner (10A,10B) with low calorific fuel that has been preheated in the regenerative media bed (12A,12B) and supplying the burner (10A,10B) directly with oxidizing gas, and the second operating mode comprising supplying the burner (10A,10B) with oxidizing gas that has been preheated in the regenerative media bed (12A,12B) and supplying the burner (10A,10B) directly with high calorific fuel,