mhurhangee/ep-ind-claims huggingface dataset:
A circuit breaker apparatus, comprising: a trip mechanism which is coupled to an electrical circuit and which is configured to interrupt an operation of the electrical circuit when the trip mechanism is actuated; an electronic trip unit in signal communication with and configured to actuate the trip mechanism when pre-selected conditions are satisfied; and a rating plug coupled to the electronic trip unit and configured to operate in a first mode in response to a receipt of a transmitted control signal at the rating plug, and to otherwise operate in a second mode, the first and second modes being respectively associated with first and second ones of the pre-selected conditions to be correspondingly transmitted to the electronic trip unit by which the electronic trip unit determines whether to actuate the trip mechanism. a trip mechanism which is coupled to an electrical circuit and which is configured to interrupt an operation of the electrical circuit when the trip mechanism is actuated; an electronic trip unit in signal communication with and configured to actuate the trip mechanism when pre-selected conditions are satisfied; and a rating plug coupled to the electronic trip unit and configured to operate in a first mode in response to a receipt of a transmitted control signal at the rating plug, and to otherwise operate in a second mode, the first and second modes being respectively associated with first and second ones of the pre-selected conditions to be correspondingly transmitted to the electronic trip unit by which the electronic trip unit determines whether to actuate the trip mechanism.
A semiconductor device, comprising: a first electrode block; a submount being electrically conductive, provided in a first region of an upper surface of the first electrode block, and electrically connected to the first electrode block; an insulating layer provided in a second region of the upper surface of the first electrode block other than the first region; a semiconductor element provided on the submount and having a first electrode electrically connected to the submount; a bump being electrically conductive, provided on an upper surface of a second electrode, opposite the first electrode, of the semiconductor element, and electrically connected to the second electrode; and a second electrode block provided on the bump and the insulating layer, characterized in that the semiconductor device further comprises a metal layer; and a metal sheet provided between the metal layer and the bump, wherein a third region of a lower surface of the second electrode block is electrically connected to the bump via the metal layer and the metal sheet in this order wherein a fourth region of the lower surface of the second electrode block is mounted on the insulating layer, and wherein the metal sheet is a laminate of plural sheets of metal foil, and wherein the tip of bump bites into the metal sheet. a first electrode block; a submount being electrically conductive, provided in a first region of an upper surface of the first electrode block, and electrically connected to the first electrode block; an insulating layer provided in a second region of the upper surface of the first electrode block other than the first region; a semiconductor element provided on the submount and having a first electrode electrically connected to the submount; a bump being electrically conductive, provided on an upper surface of a second electrode, opposite the first electrode, of the semiconductor element, and electrically connected to the second electrode; and a second electrode block provided on the bump and the insulating layer, characterized in that the semiconductor device further comprises a metal layer; and a metal sheet provided between the metal layer and the bump, wherein a third region of a lower surface of the second electrode block is electrically connected to the bump via the metal layer and the metal sheet in this order wherein a fourth region of the lower surface of the second electrode block is mounted on the insulating layer, and wherein the metal sheet is a laminate of plural sheets of metal foil, and wherein the tip of bump bites into the metal sheet.
A quartz glass crucible for use in growing single silicon crystal in a Czochralski operation and being exposed to a silicon melt, wherein the crucible contains at least 99.0% SiO 2 and comprises: a surface having coated thereon a coating material providing a plurality of chemical species having a reduced chemistry on the coated surface, wherein the coating material comprises an organosilane halogen or an organogermane halogen, wherein the coating material covers at least 75% of the crucible surface exposed to the silicon melt.
Electropneumatic parking-brake valve unit for an electronically controlled pneumatic braking system of a vehicle, in particular a commercial vehicle, comprising at least one first supply connector for receiving supply pressure (pV) from a compressed air source, at least one spring-loaded connector for connecting at least one spring-loaded brake actuator of a vehicle, a parking-brake valve assembly having at least one first bistable valve, wherein a spring-loaded brake pressure (pF) can be modulated at the spring-loaded connector depending on the switching of the first bistable valve, a pneumatically switchable holding valve having a holding valve control connector (14.4), which is connected between the first supply connector and the first bistable valve, and is spring-loaded into a first switching position in which the first bistable valve is connected to a vent, and, when a first threshold value is exceeded by a first control pressure provided at the holding valve control connector (14.4), switches into a second switching position in which the first bistable valve is connected to the first supply connector for receiving supply pressure (pV), characterized in that the first control pressure is modulated by an electrically switchable control valve which is part of the electropneumatic parking-brake valve unit or is arranged remotely therefrom. at least one first supply connector for receiving supply pressure (pV) from a compressed air source, at least one spring-loaded connector for connecting at least one spring-loaded brake actuator of a vehicle, a parking-brake valve assembly having at least one first bistable valve, wherein a spring-loaded brake pressure (pF) can be modulated at the spring-loaded connector depending on the switching of the first bistable valve, a pneumatically switchable holding valve having a holding valve control connector (14.4), which is connected between the first supply connector and the first bistable valve, and is spring-loaded into a first switching position in which the first bistable valve is connected to a vent, and, when a first threshold value is exceeded by a first control pressure provided at the holding valve control connector (14.4), switches into a second switching position in which the first bistable valve is connected to the first supply connector for receiving supply pressure (pV), characterized in that the first control pressure is modulated by an electrically switchable control valve which is part of the electropneumatic parking-brake valve unit or is arranged remotely therefrom.
Water fitting assembly comprising (a) a water-containing fitting housing with an inlet having inlet pressure and an outlet having outlet pressure; (b) a pressure reducer positioned between the inlet and the outlet, the pressure reducer having an actuator for adjusting the outlet pressure; (c) a pressure reducer motor for moving the actuator; (d) a pressure sensor for sensing the outlet pressure; (e) a control device for controlling the pressure reducer motor in response to the outlet pressure sensed by the pressure sensor; characterized in that (f) the water fitting assembly comprises flow measuring means; and (g) the control device receives signals from the flow measuring means. (a) a water-containing fitting housing with an inlet having inlet pressure and an outlet having outlet pressure; (b) a pressure reducer positioned between the inlet and the outlet, the pressure reducer having an actuator for adjusting the outlet pressure; (c) a pressure reducer motor for moving the actuator; (d) a pressure sensor for sensing the outlet pressure; (e) a control device for controlling the pressure reducer motor in response to the outlet pressure sensed by the pressure sensor; (f) the water fitting assembly comprises flow measuring means; and (g) the control device receives signals from the flow measuring means.
Composite material consisting of A) a layer of inorganic non-metallic material and B) a sandwich element, wherein the sandwich element includes a) at least one spacer composed of a foamed plastic, b) on that side of the spacer which faces said layer at least one layer of completely cured polyurethane and a polyurethane-permeable substrate from the group consisting of wovens, knits, nonwovens, scrims and mats of plastic, glass and/or carbon, and c) on that side of the spacer which faces away from said layer at least one layer of completely cured polyurethane reinforced with glass fiber mats and having a glass fiber content of at least 20 wt%, based on the layer facing away from said layer. a) at least one spacer composed of a foamed plastic, b) on that side of the spacer which faces said layer at least one layer of completely cured polyurethane and a polyurethane-permeable substrate from the group consisting of wovens, knits, nonwovens, scrims and mats of plastic, glass and/or carbon, and c) on that side of the spacer which faces away from said layer at least one layer of completely cured polyurethane reinforced with glass fiber mats and having a glass fiber content of at least 20 wt%, based on the layer facing away from said layer.
A layer arrangement for manufacturing a value document with both a personalization feature and a security feature, which can be optically stimulated from outside the value document, having: - at least one first layer for receiving the personalization feature, which has a first region which is permeable with reference to a wavelength range of electromagnetic radiation and a second region which is impermeable with reference to the wavelength range of electromagnetic radiation; and - a second layer which is coated by the at least one first layer, wherein a security feature is arranged in the second layer on the permeable region of the at least one first layer, which security feature can be excited in the wavelength range of the electromagnetic radiation, wherein the at least one first layer has a partial layer which can be excited in the wavelength range of the electromagnetic radiation, wherein the at least one first layer has a further impermeable layer, wherein the further impermeable layer is printed onto the at least one first layer, wherein the at least one first layer and the further impermeable layer result in a substantially planar layer. - at least one first layer for receiving the personalization feature, which has a first region which is permeable with reference to a wavelength range of electromagnetic radiation and a second region which is impermeable with reference to the wavelength range of electromagnetic radiation; and - a second layer which is coated by the at least one first layer, wherein a security feature is arranged in the second layer on the permeable region of the at least one first layer, which security feature can be excited in the wavelength range of the electromagnetic radiation, wherein the at least one first layer has a partial layer which can be excited in the wavelength range of the electromagnetic radiation, wherein the at least one first layer has a further impermeable layer, wherein the further impermeable layer is printed onto the at least one first layer, wherein the at least one first layer and the further impermeable layer result in a substantially planar layer. wherein the at least one first layer has a partial layer which can be excited in the wavelength range of the electromagnetic radiation, wherein the at least one first layer has a further impermeable layer, wherein the further impermeable layer is printed onto the at least one first layer, wherein the at least one first layer and the further impermeable layer result in a substantially planar layer.
A method implemented by a power adapter comprising: supplying low power by the power adapter in a low power mode upon initial connection of the power adapter to a host computing device; detecting a notification from the host computing device configured to indicate to the power adapter that the host computing device is ready for high power, wherein the notification is a patterned signal generated by a power controller of the host computing device and comprises a repeating pattern of voltage pulses: supplying by the power adapter high power in a high power mode to the host computing device in response to detection of the notification; characterized by switching to the low power mode and supplying by the power adapter low power in a low power mode to the host computing device in response to absence of the notification while in the high power mode. supplying low power by the power adapter in a low power mode upon initial connection of the power adapter to a host computing device; detecting a notification from the host computing device configured to indicate to the power adapter that the host computing device is ready for high power, wherein the notification is a patterned signal generated by a power controller of the host computing device and comprises a repeating pattern of voltage pulses: supplying by the power adapter high power in a high power mode to the host computing device in response to detection of the notification; characterized by switching to the low power mode and supplying by the power adapter low power in a low power mode to the host computing device in response to absence of the notification while in the high power mode.
A method for wireless communications by a user equipment, UE, the method comprising: receiving a reference signal dedicated for demodulating a physical broadcast channel, PBCH, the reference signal being independent of at least one of: a downlink bandwidth or a location of a synchronization channel within a system bandwidth; searching for the synchronization channel, said synchronization channel comprising the PBCH, according to a channel raster having a coarser granularity than a channel raster for other channels in the system bandwidth, wherein the synchronization channel is not centered around a direct current, DC, tone of the system bandwidth; and demodulating the PBCH based on the reference signal dedicated for demodulating the PBCH. receiving a reference signal dedicated for demodulating a physical broadcast channel, PBCH, the reference signal being independent of at least one of: a downlink bandwidth or a location of a synchronization channel within a system bandwidth; searching for the synchronization channel, said synchronization channel comprising the PBCH, according to a channel raster having a coarser granularity than a channel raster for other channels in the system bandwidth, wherein the synchronization channel is not centered around a direct current, DC, tone of the system bandwidth; and demodulating the PBCH based on the reference signal dedicated for demodulating the PBCH.
A particle having a core comprising a drug encapsulated in a coating comprising: a) a polysaccharide layer; b) a cationic polymer layer, wherein the cationic polymer layer is over the polysaccharide layer; c) an anionic polymer layer; and d) an outer layer exposing fibrinogen on the outer surface; wherein the drug is a clotting agent, coagulation factor, or anticoagulant. a) a polysaccharide layer; b) a cationic polymer layer, wherein the cationic polymer layer is over the polysaccharide layer; c) an anionic polymer layer; and d) an outer layer exposing fibrinogen on the outer surface;
Plastics nozzle for foil pouches, comprising a spout and a connector that is attached thereto, can be sealed or welded between two foil edges which are opposite one another, and has a lance-shaped basic shape which comprises two side walls (9, 10), which have external sealing surfaces (22, 23) that converge at two opposite end regions (11, 12), at which edges (18, 19) that are close to the spout are interconnected, and which are open at the opposite edges (20, 21), the side walls (9, 10) being braced internally by transverse walls (27, 28, 29, 30), characterised in that the side walls (9, 10) have a nonuniform wall thickness that is greater towards the open edges (20, 21) and increases steadily.
A data processing arrangement for collating information relating to distributed installed assets belonging to a public utility such as an electricity generator or supplier, the data processing arrangement comprising: plural hand-held computing apparatus each operable by a respective one of plural users, wherein each of the plural hand-held computing apparatus is a tablet computer, a phablet or a smartphone; a server; a mobile application running on each of the plural hand-held computing apparatus, each mobile application being operative: to control input to the hand-held computing apparatus by the user of asset information for each of the distributed installed assets; and to convey the input asset information to the server; and characterised by a configurable data structure which is stored in each of the plural hand-held computing apparatus, wherein the hand-held computing apparatus stored configurable data structure is accessed by the mobile application, the mobile application controlling in dependence on access to the configurable data structure what asset information is input to the hand-held computing apparatus by the user and without object code of the mobile application being changed, the server being operative to change content of the configurable data structure from one use of the mobile application to another to thereby change what asset information is input to the hand-held computing apparatus by the user by way of the mobile application and without object code of the mobile application being changed. plural hand-held computing apparatus each operable by a respective one of plural users, wherein each of the plural hand-held computing apparatus is a tablet computer, a phablet or a smartphone; a server; a mobile application running on each of the plural hand-held computing apparatus, each mobile application being operative: to control input to the hand-held computing apparatus by the user of asset information for each of the distributed installed assets; and to convey the input asset information to the server; and characterised by a configurable data structure which is stored in each of the plural hand-held computing apparatus, wherein the hand-held computing apparatus stored configurable data structure is accessed by the mobile application, the mobile application controlling in dependence on access to the configurable data structure what asset information is input to the hand-held computing apparatus by the user and without object code of the mobile application being changed, the server being operative to change content of the configurable data structure from one use of the mobile application to another to thereby change what asset information is input to the hand-held computing apparatus by the user by way of the mobile application and without object code of the mobile application being changed.
An apparatus for identification in a wireless network, comprising: a receiving module, configured to receive a first request message sent by a network side device, wherein the first request message carries an international mobile equipment identity, IMEI, and the IMEI is used to identify a terminal device; a determining module, configured to determine whether the IMEI is the same as an IMEI of the terminal device; and a sending module, configured to: when the determining module determines that the IMEI is the same as the IMEI of the terminal device, send a first response message to the network side device, so that the network side device connects the terminal device to a network according to the first response message, wherein the first response message is a radio resource control, RRC, connection request message; wherein the IMEI corresponds to the terminal device in a one-to-one manner, wherein the first request message comprises a message in at least one of the following signaling flows: paging, access, service establishment, location area update, routing area update, attach, or detach. a receiving module, configured to receive a first request message sent by a network side device, wherein the first request message carries an international mobile equipment identity, IMEI, and the IMEI is used to identify a terminal device; a determining module, configured to determine whether the IMEI is the same as an IMEI of the terminal device; and a sending module, configured to: when the determining module determines that the IMEI is the same as the IMEI of the terminal device, send a first response message to the network side device, so that the network side device connects the terminal device to a network according to the first response message, wherein the first response message is a radio resource control, RRC, connection request message; wherein the IMEI corresponds to the terminal device in a one-to-one manner, wherein the first request message comprises a message in at least one of the following signaling flows: paging, access, service establishment, location area update, routing area update, attach, or detach.
A method for transmitting a time-sensitive data packet in a time-sensitive software defined network, TsSDN, of an industrial control system, the TsSDN comprising time-sensitive and non-time-sensitive network devices, comprising: receiving by a TsSDN controller in the TsSDN a timing requirement for delivering the time-sensitive data packet originating from a first entity to a second entity through the TsSDN, the TsSDN controller managing both the time-sensitive and non-time-sensitive network devices in the TsSDN; determining a first network path through the TsSDN using one or more of only the time-sensitive network devices, the first network path having an end to end delay that meets the timing requirement for delivering associated with the time-sensitive data packet; wherein the end to end delay takes into account latency associated with each layer (422, 425, 426, 428) the data packet transitions through beginning from the application layer of the first entity; and transmitting the time-sensitive data packet from the first entity through the first network path to the second entity. receiving by a TsSDN controller in the TsSDN a timing requirement for delivering the time-sensitive data packet originating from a first entity to a second entity through the TsSDN, the TsSDN controller managing both the time-sensitive and non-time-sensitive network devices in the TsSDN; determining a first network path through the TsSDN using one or more of only the time-sensitive network devices, the first network path having an end to end delay that meets the timing requirement for delivering associated with the time-sensitive data packet; wherein the end to end delay takes into account latency associated with each layer (422, 425, 426, 428) the data packet transitions through beginning from the application layer of the first entity; and transmitting the time-sensitive data packet from the first entity through the first network path to the second entity.
Method for joining metal components (12, 24), in particular components of a gas turbine, corresponding welding surfaces (20, 22) of the components (12, 24) being joined by means of inductive high-frequency pressure welding, while or after the welding surfaces (20, 22) are being or have been heated sufficiently and to a large extent, the first component being moved to the second component by a defined distance, pressed on and held there, characterised in that, in order to determine the quality of the join, the forces occurring during the pressing-on and holding process are measured.