mhurhangee/ep-ind-claims huggingface dataset:
A medicament delivery device which is an injection device or an inhaler comprising a housing and a protective cap, and an information transmitter, said information transmitter comprising an electronics circuit, said electronics circuit being arranged as a label that is attached to an outer surface of the medicament delivery device, the electronics circuit comprising: - a transmitter (40; 52); - an antenna (40; 54) operably connected to said transmitter; - memory storage elements (40; 52) comprising unique identification data; - at least one activation element (42; 58, 62) capable of activating said electronics circuit to transmit said unique identification data to external receivers, wherein said at least one activation element comprises an electrical circuit element (42; 58) that is affected upon handling of said medicament delivery device such that said electronics circuit is activated, the activation element (42; 58, 62) extending over an interface between the housing and the protective cap, the label being arranged with a tear line (46; 60) and the electrical circuit element (42; 58) extending over the tear line (46; 60), wherein removal of the protective cap causes the electronics circuit to break and thereby close. - a transmitter (40; 52); - an antenna (40; 54) operably connected to said transmitter; - memory storage elements (40; 52) comprising unique identification data; - at least one activation element (42; 58, 62) capable of activating said electronics circuit to transmit said unique identification data to external receivers, wherein said at least one activation element comprises an electrical circuit element (42; 58) that is affected upon handling of said medicament delivery device such that said electronics circuit is activated, the activation element (42; 58, 62) extending over an interface between the housing and the protective cap, the label being arranged with a tear line (46; 60) and the electrical circuit element (42; 58) extending over the tear line (46; 60), wherein removal of the protective cap causes the electronics circuit to break and thereby close.
A process for coordinating and distributing a device service processor policy and a network element policy, the process comprising: a service controller providing a device service processor policy to a service processor on an end-user device, the device service processor policy having a device service processor service usage activity classification and having a network element destination for service usage activities determined to be included in the device service processor service usage activity classification, wherein the device service processor policy is configured to assist the service processor on the end-user device in detecting a service activity, identifying the service activity as being included in the device service processor service usage activity classification, and directing or routing traffic associated with the service activity over a wireless access network based on the network element destination; the service controller further providing a network element policy to a network element corresponding to the network element destination, the network element policy having: a service usage charging policy for monitored traffic, and a service usage control policy; the network element detecting a device associated with the service processor on the end-user device; and enforcing the network element policy at the network element for the monitored traffic from the device. a service controller providing a device service processor policy to a service processor on an end-user device, the device service processor policy having a device service processor service usage activity classification and having a network element destination for service usage activities determined to be included in the device service processor service usage activity classification, wherein the device service processor policy is configured to assist the service processor on the end-user device in detecting a service activity, identifying the service activity as being included in the device service processor service usage activity classification, and directing or routing traffic associated with the service activity over a wireless access network based on the network element destination; detecting a service activity, identifying the service activity as being included in the device service processor service usage activity classification, and directing or routing traffic associated with the service activity over a wireless access network based on the network element destination; the service controller further providing a network element policy to a network element corresponding to the network element destination, the network element policy having: a service usage charging policy for monitored traffic, and a service usage control policy; a service usage charging policy for monitored traffic, and a service usage control policy; the network element detecting a device associated with the service processor on the end-user device; and enforcing the network element policy at the network element for the monitored traffic from the device.
An organic light emitting device, comprising: a substrate, a first electrode, an organic material layer, and a second electrode in this order, a spacer pattern between the first electrode and the organic material layer, a metal auxiliary electrode formed apart from the spacer pattern on the first electrode, a non-light emitting area inside the light emitting area and a non-light emitting area outside the light emitting area, wherein the spacer pattern is provided in the non-light emitting area inside of the light emitting area of the organic light emitting device, and characterized in that the metal auxiliary electrode is provided in the non-light emitting area outside of the light emitting area.
Optoelectronic semiconductor chip comprising a semiconductor body, which has a semiconductor layer sequence having an active region suitable for radiation generation, comprising: - a radiation-permeable and electrically conductive contact layer, which is arranged on the semiconductor body and is electrically conductively connected to the active region, wherein the contact layer adjoins a barrier layer of the semiconductor layer sequence and a connection layer, which is applied on the semiconductor body and has a structure; - an electrode, which is arranged on a side of the active region on the semiconductor body which faces away from the barrier layer and has a connection region, wherein the contact layer adjoins, over the whole area, the barrier layer in a region of the barrier layer which is overlapped by the connection region of the electrode; - an interlayer of the semiconductor layer sequence between the connection layer and the barrier layer, which interlayer has a structure and has a cutout in the region overlapped by the electrode, wherein the contact layer extends through the cutout in the interlayer. - a radiation-permeable and electrically conductive contact layer, which is arranged on the semiconductor body and is electrically conductively connected to the active region, wherein the contact layer adjoins a barrier layer of the semiconductor layer sequence and a connection layer, which is applied on the semiconductor body and has a structure; - an electrode, which is arranged on a side of the active region on the semiconductor body which faces away from the barrier layer and has a connection region, wherein the contact layer adjoins, over the whole area, the barrier layer in a region of the barrier layer which is overlapped by the connection region of the electrode; - an interlayer of the semiconductor layer sequence between the connection layer and the barrier layer, which interlayer has a structure and has a cutout in the region overlapped by the electrode, wherein the contact layer extends through the cutout in the interlayer.
Device for the micronization of substances comprising - two rotors driven in a direction (ω) opposite to each other, - each rotor carrying at least one row of multiple hitting elements (5, 7) forming a ring (9, 11), said rings (9, 11) being arranged concentrically, - the rings (9, 11) of the different rotors engaging alternately with one another, - the hitting elements (5, 7) being suitably arranged to provide transportation of the substance from inside the rings to the outside by effecting a suitable airflow, - at least two directly adjoining rings (9, 11) carrying hitting elements (5, 7) with different foot print characterized in that at least a first ring is equipped with trapezoidal hitting elements with trapezoidal foot print and at least one other ring, directly adjoining the first ring is equipped with triangular hitting elements with triangular foot print. - two rotors driven in a direction (ω) opposite to each other, - each rotor carrying at least one row of multiple hitting elements (5, 7) forming a ring (9, 11), said rings (9, 11) being arranged concentrically, - the rings (9, 11) of the different rotors engaging alternately with one another, - the hitting elements (5, 7) being suitably arranged to provide transportation of the substance from inside the rings to the outside by effecting a suitable airflow, - at least two directly adjoining rings (9, 11) carrying hitting elements (5, 7) with different foot print characterized in that at least a first ring is equipped with trapezoidal hitting elements with trapezoidal foot print and at least one other ring, directly adjoining the first ring is equipped with triangular hitting elements with triangular foot print.
A profile for the structural body connection of a structural element, in particular a window, a door, a roller shutter box or the like, said profile comprising a profile body and a pre-compressed joint sealing tape which is fastened to said profile body and which is configured to expand in order to seal a joint between the profile body and the structural element, characterized in that the profile further has a film which holds the joint sealing tape in the pre-compressed state and which is configured to at least partly dissolve on contact with a reactant.
Aqueous coating material comprising at least one ionically and/or nonionically stabilized polyurethane which is saturated, unsaturated and/or grafted with olefinically unsaturated compounds, at least one wetting agent or dispersant, and at least one organic solvent which is triethylene glycol. at least one ionically and/or nonionically stabilized polyurethane which is saturated, unsaturated and/or grafted with olefinically unsaturated compounds, at least one wetting agent or dispersant, and at least one organic solvent which is triethylene glycol.
A method of operating a paper machine comprising a paper web forming fabric for supporting a wet paper web during a paper web formation, a head box for supplying a fibre slurry to the paper web forming fabric, at least one shower apparatus (40, 400) with a plurality of shower nozzles (42a-e, 44a-e) for cleaning the paper web forming fabric, and a couch pit disposed beneath the paper web forming fabric for collecting fibres removed from the paper web forming fabric, the method comprising the steps of: using filtered process water at the at least one shower apparatus (40, 400) instead of fresh water; selectively activating shower nozzles (42a-e, 44a-e) for removing a paper trim from the paper web forming fabric according to an actual trim width (w); and checking a fibre consistency of the process water collected in the couch pit and adapting the fibre consistency of the process water to a pre-defined range before delivering the process water to the head box, delivering the process water collected in the couch pit directly to a machine chest, and wherein depending on the fibre consistency of the process water delivered from the couch pit further fibres are added to the process water in the machine chest; blending the process water from the machine chest with process water from a silo to form said fibre slurry; and delivering the fibre slurry directly to the head box. using filtered process water at the at least one shower apparatus (40, 400) instead of fresh water; selectively activating shower nozzles (42a-e, 44a-e) for removing a paper trim from the paper web forming fabric according to an actual trim width (w); and checking a fibre consistency of the process water collected in the couch pit and adapting the fibre consistency of the process water to a pre-defined range before delivering the process water to the head box, delivering the process water collected in the couch pit directly to a machine chest, and wherein depending on the fibre consistency of the process water delivered from the couch pit further fibres are added to the process water in the machine chest; blending the process water from the machine chest with process water from a silo to form said fibre slurry; and delivering the fibre slurry directly to the head box.
A method of modulation implemented by a polarization insensitive integrated optical modulator (PIIOM), comprising: receiving, at an input, a continuous wave light; splitting, by a first polarization splitter-rotator, the CW light into a first light beam having a transverse electric polarization and a second light beam having a transverse magnetic polarization; rotating, by the first PSR, the second light beam having the TM polarization to generate a third light beam having the TE polarization; modulating, with one multiport modulator, the first light beam with data to generate a first output signal and the third light beam with data to generate a second output signal, wherein the multiport modulator comprises four ports, a port receiving the first light beam is different from a port outputting the second output signal, and a port receiving the second light beam is different from a port outputting the first output signal; combining, by a second PSR, the first output signal and the second output signal to form a modulated output CW light; and transmitting, at an output separate from the input, the modulated output CW light to an optical receiving device. receiving, at an input, a continuous wave light; splitting, by a first polarization splitter-rotator, the CW light into a first light beam having a transverse electric polarization and a second light beam having a transverse magnetic polarization; rotating, by the first PSR, the second light beam having the TM polarization to generate a third light beam having the TE polarization; modulating, with one multiport modulator, the first light beam with data to generate a first output signal and the third light beam with data to generate a second output signal, wherein the multiport modulator comprises four ports, a port receiving the first light beam is different from a port outputting the second output signal, and a port receiving the second light beam is different from a port outputting the first output signal; combining, by a second PSR, the first output signal and the second output signal to form a modulated output CW light; and transmitting, at an output separate from the input, the modulated output CW light to an optical receiving device.
Torque wrench comprising a shaft, at a first end of the shaft a handle, and at the other second end a reversible ratchet (4, 4a) having a transversely aligned ratchet pin characterised in that the axis of rotation of the ratchet pin at the reversible ratchet (4, 4a) is arranged opposite the longitudinal axis of the shaft at an angle (α) that deviates by 90° and a release mechanism is present in the shaft, wherein a release torque can be set via the handle.
A carbon dioxide electrolytic device, comprising: an electrolysis cell including an anode configured to oxidize water and thus form oxygen, an anode flow path facing the anode, a cathode configured to reduce carbon dioxide and thus form a carbon compound, a cathode flow path facing the cathode, and a separator between the anode and the cathode; a cooling flow path (141, 142, 143) provided opposite to the anode flow path or the cathode flow path and connected in parallel to the anode flow path; an anode inflow path connecting an inlet of the anode flow path, an inlet of the cooling flow path, and an outlet of a liquid tank configured to store a liquid containing water; an anode outflow path connecting an outlet of the anode flow path, an outlet of the cooling flow path, and an inlet of the liquid tank; and a cooler configured to cool the anode outflow path. an electrolysis cell including an anode configured to oxidize water and thus form oxygen, an anode flow path facing the anode, a cathode configured to reduce carbon dioxide and thus form a carbon compound, a cathode flow path facing the cathode, and a separator between the anode and the cathode; an anode configured to oxidize water and thus form oxygen, an anode flow path facing the anode, a cathode configured to reduce carbon dioxide and thus form a carbon compound, a cathode flow path facing the cathode, and a separator between the anode and the cathode; a cooling flow path (141, 142, 143) provided opposite to the anode flow path or the cathode flow path and connected in parallel to the anode flow path; an anode inflow path connecting an inlet of the anode flow path, an inlet of the cooling flow path, and an outlet of a liquid tank configured to store a liquid containing water; an anode outflow path connecting an outlet of the anode flow path, an outlet of the cooling flow path, and an inlet of the liquid tank; and a cooler configured to cool the anode outflow path.
A method of manufacturing a deformable sleeve nut, the method comprising: selectively strain hardening only a first portion of a material blank while not strain hardening a second portion of the material blank; after strain hardening the first portion of the material blank, internally threading the first portion of the material blank to define a nut portion; and machining the second portion of the material blank to define a deformable sleeve portion that includes an end portion and a bulbing portion positioned between the end portion and the nut portion, wherein the bulbing portion is constructed and arranged to bulb outwardly and form a load bearing flange when the bulbing portion is compressed between the end portion and the nut portion. selectively strain hardening only a first portion of a material blank while not strain hardening a second portion of the material blank; after strain hardening the first portion of the material blank, internally threading the first portion of the material blank to define a nut portion; and machining the second portion of the material blank to define a deformable sleeve portion that includes an end portion and a bulbing portion positioned between the end portion and the nut portion, wherein the bulbing portion is constructed and arranged to bulb outwardly and form a load bearing flange when the bulbing portion is compressed between the end portion and the nut portion.
A piston for an internal combustion engine, comprising: an upper crown formed at least in part by a first metal material and a thermally insulating insert, said upper crown having an upper wall forming an upper combustion surface and having a ring belt region depending from said upper wall, said ring belt region having a plurality of ring grooves, said upper combustion surface being formed at least in part by said thermally insulating insert, said thermally insulating insert having a base surface with pores extending upwardly into said base surface toward said upper combustion surface, said first metal material being infused and solidified in said pores to bond said first metal material to said thermally insulating insert, said first metal material forming a first bonding surface; and a body portion formed from a second metal material separate from said first metal material, said body portion forming pin bosses having coaxially aligned pin bores and diametrically opposite skirt portions, said body portion having a second bonding surface bonded to said first bonding surface of said first metal material. an upper crown formed at least in part by a first metal material and a thermally insulating insert, said upper crown having an upper wall forming an upper combustion surface and having a ring belt region depending from said upper wall, said ring belt region having a plurality of ring grooves, said upper combustion surface being formed at least in part by said thermally insulating insert, said thermally insulating insert having a base surface with pores extending upwardly into said base surface toward said upper combustion surface, said first metal material being infused and solidified in said pores to bond said first metal material to said thermally insulating insert, said first metal material forming a first bonding surface; and a body portion formed from a second metal material separate from said first metal material, said body portion forming pin bosses having coaxially aligned pin bores and diametrically opposite skirt portions, said body portion having a second bonding surface bonded to said first bonding surface of said first metal material.
A method for managing memory, the method comprising: generating a first data structure associated with one or more virtual addresses mapped to one or more physical addresses of the memory, wherein a size of the first data structure is based on a characteristic of the memory; receiving data to be stored in the memory; identifying a virtual address of the one or more virtual addresses based on the first data structure; mapping the virtual address to a physical address; storing the data in the physical address; updating the first data structure based on the storing of the data; the method being characterized in that it comprises: monitoring a utilization of the first data structure; adjusting the size of the first data structure based on the utilization. generating a first data structure associated with one or more virtual addresses mapped to one or more physical addresses of the memory, wherein a size of the first data structure is based on a characteristic of the memory; receiving data to be stored in the memory; identifying a virtual address of the one or more virtual addresses based on the first data structure; mapping the virtual address to a physical address; storing the data in the physical address; updating the first data structure based on the storing of the data; the method being characterized in that it comprises: monitoring a utilization of the first data structure; adjusting the size of the first data structure based on the utilization. monitoring a utilization of the first data structure; adjusting the size of the first data structure based on the utilization.
A method in a base station for setting a processing time for a wireless device, WD, to respond to a radio resource control, RRC, connection resume message, the RRC connection resume message relating to establishment or reconfiguration of an RRC connection for the WD, the method comprising: determining when short processing time conditions exist in relation to the establishment or reconfiguration of the RRC connection for the WD; when short processing time conditions exist, sending to the WD a message indicating a short processing time; and when short processing time conditions do not exist, sending to the WD a message indicating a legacy processing time, wherein the legacy processing time is longer than the short processing time. determining when short processing time conditions exist in relation to the establishment or reconfiguration of the RRC connection for the WD; when short processing time conditions exist, sending to the WD a message indicating a short processing time; and when short processing time conditions do not exist, sending to the WD a message indicating a legacy processing time, wherein the legacy processing time is longer than the short processing time.