mhurhangee/ep-ind-claims huggingface dataset:
A communication system comprising: a User Equipment, UE,; a Service Capability Server, SCS,; a Machine Type Communication-Inter Working Function, MTC-IWF,; and a Home Subscriber Server, HSS,, wherein the SCS is configured to send a device trigger message including a UE identifier, ID to be triggered to the MTC-IWF, the communication system being characterised in that: the MTC-IWF is configured to send,, to the HSS, a subscriber information request including the UE ID and message type indicating a device trigger, the MTC-IWF is configured to receive,, from the HSS, a subscriber information response including parameters for key derivation, and to derive a root key (K_iwf) based on the parameters, and the UE is configured to have the root key based on a signal received from the MTC-IWF. a User Equipment, UE,; a Service Capability Server, SCS,; a Machine Type Communication-Inter Working Function, MTC-IWF,; and a Home Subscriber Server, HSS,, wherein the SCS is configured to send a device trigger message including a UE identifier, ID to be triggered to the MTC-IWF, the communication system being characterised in that: the MTC-IWF is configured to send,, to the HSS, a subscriber information request including the UE ID and message type indicating a device trigger, the MTC-IWF is configured to receive,, from the HSS, a subscriber information response including parameters for key derivation, and to derive a root key (K_iwf) based on the parameters, and the UE is configured to have the root key based on a signal received from the MTC-IWF. the MTC-IWF is configured to send,, to the HSS, a subscriber information request including the UE ID and message type indicating a device trigger, the MTC-IWF is configured to receive,, from the HSS, a subscriber information response including parameters for key derivation, and to derive a root key (K_iwf) based on the parameters, and the UE is configured to have the root key based on a signal received from the MTC-IWF.
A method for generating a permanent public SIP address associated with a private identity on an IMS network, with said method consisting in applying to said private identity a function in order to obtain said permanent public SIP address, characterized in that said function is a one-to-one, non-reversible and collision-free function and in that it is implemented in an element of an IMS network.
Solids distributor for injection equipment, comprising a chamber and a plurality of lance pipes leading therefrom, the chamber comprising an inlet connection for a solid to be distributed, characterised in that the chamber comprises a collecting chamber that is surrounded by a common wall, a plurality of openings being provided in the common wall, to which openings the lance pipes are connected, the collecting chamber comprising a central displacement body that, together with the common wall, forms an annular gap in front of the openings along the wall, and a pressure vessel being provided which is geodetically arranged above the collecting chamber, the lower portion of which pressure vessel is formed as a bunker and comprises an outlet that is directly and continuously connected to the inlet connection, and the upper portion of which is formed as a head space.
A drive system, in particular for a self-propelled construction machine, especially a soil compactor, comprising: - a drive unit, - at least one hydraulic circuit (30, 34) with a hydraulic pump (32, 36) drivable by the drive unit, - a hydraulic drive support unit with a hydraulic pump/motor assembly and at least one compressed fluid reservoir, wherein the hydraulic pump/motor assembly is, or can be, drivingly connected to the drive unit or/and to at least one hydraulic circuit (30, 34), wherein the hydraulic pump/motor assembly is drivable in a charging operating mode as a pump by means of the drive unit or/and by means of at least one hydraulic circuit (30, 34) for charging at least one compressed fluid reservoir, and in a drive support operation state is drivable as a motor to provide a drive support torque for the hydraulic pump (32, 36) of at least one hydraulic circuit (30, 34), wherein a maximum drive torque provided by the drive unit is smaller than a maximum request torque to be applied for operating at least one hydraulic circuit (30, 34), characterized in that the hydraulic pump/motor assembly in the charging operating mode is only essentially driven by the drive unit when the charge state of at least one compressed fluid reservoir is not above a predetermined threshold charge and in that when the charge state of the at least one compressed fluid reservoir is above the threshold charge, the hydraulic pump/motor assembly in the charge operating mode is essentially driven by means of at least one hydraulic circuit (30, 34). - a drive unit, - at least one hydraulic circuit (30, 34) with a hydraulic pump (32, 36) drivable by the drive unit, - a hydraulic drive support unit with a hydraulic pump/motor assembly and at least one compressed fluid reservoir, wherein the hydraulic pump/motor assembly is, or can be, drivingly connected to the drive unit or/and to at least one hydraulic circuit (30, 34), wherein the hydraulic pump/motor assembly is drivable in a charging operating mode as a pump by means of the drive unit or/and by means of at least one hydraulic circuit (30, 34) for charging at least one compressed fluid reservoir, and in a drive support operation state is drivable as a motor to provide a drive support torque for the hydraulic pump (32, 36) of at least one hydraulic circuit (30, 34), wherein
A device for generating an ultrasonic vibration of a tool for ultrasonic machining of a workpiece and for measuring ultrasonic vibration parameters of the ultrasonic vibration of said tool, comprising - a tool holder for receiving said tool, - an ultrasonic transducer in said tool holder, said ultrasonic transducer configured to generate the ultrasonic vibration of said tool, - a sensor means in said tool holder, said sensor means configured to generate a sensor signal based on the ultrasonic vibration of said tool, and - a sensor signal evaluation device configured to evaluate the sensor signal; characterized in that said sensor means comprises a one-piece element made of piezoelectric material and a plurality of electrode segments configured to detect ultrasonic vibration portions in an axial direction of said tool and bending vibration portions of the ultrasonic vibration of said tool. - a tool holder for receiving said tool, - an ultrasonic transducer in said tool holder, said ultrasonic transducer configured to generate the ultrasonic vibration of said tool, - a sensor means in said tool holder, said sensor means configured to generate a sensor signal based on the ultrasonic vibration of said tool, and - a sensor signal evaluation device configured to evaluate the sensor signal;
A refrigerator, comprising: an outer wrapper; a fresh food compartment defined by a liner within the wrapper and separated from an interior of the outer wrapper at least along a first side wall of the fresh food compartment to define a void; a door at least partially enclosing an opening to the fresh food compartment when in a closed position, a door compartment being positioned along the door; an evaporator compartment positioned at least partially within the fresh food compartment; a duct in fluid communication with the evaporator compartment at a first end thereof and in communication with the door compartment at a second end thereof, the duct having a first portion thereof that extends laterally from the first end along a portion of the evaporator compartment and a second portion extending through the void along the first side wall of the fresh food compartment, characterized by further comprising a vacuum-insulated packet extending at least partially along the second portion of the duct between the duct and the outer wrapper. an outer wrapper; a fresh food compartment defined by a liner within the wrapper and separated from an interior of the outer wrapper at least along a first side wall of the fresh food compartment to define a void; a door at least partially enclosing an opening to the fresh food compartment when in a closed position, a door compartment being positioned along the door; an evaporator compartment positioned at least partially within the fresh food compartment; a duct in fluid communication with the evaporator compartment at a first end thereof and in communication with the door compartment at a second end thereof, the duct having a first portion thereof that extends laterally from the first end along a portion of the evaporator compartment and a second portion extending through the void along the first side wall of the fresh food compartment, characterized by further comprising a vacuum-insulated packet extending at least partially along the second portion of the duct between the duct and the outer wrapper.
A method comprising: in a cut-to-length steel coil processing line having an un-coiling reel, a temper mill a stretcher leveler, a shearer, and a stacking apparatus arranged to sequentially process a continuous length of sheet metal, selecting one of first and second configurations for the processing line based upon a comparison of a thickness of the sheet metal and a selected measurement criteria, the first configuration comprising directing the continuous length of the sheet metal from the uncoiling reel through the temper mill to the stacking apparatus without processing through the stretcher leveler when a determined thickness of the continuous length of the sheet metal is at or below a selected measurement criteria; and the second configuration comprising directing the continuous length of the sheet metal from the uncoiling reel through the stretcher leveler to the stacking apparatus without processing through the temper mill when the determined thickness of the continuous length of the sheet metal is greater than the selected measurement criteria. in a cut-to-length steel coil processing line having an un-coiling reel, a temper mill a stretcher leveler, a shearer, and a stacking apparatus arranged to sequentially process a continuous length of sheet metal, selecting one of first and second configurations for the processing line based upon a comparison of a thickness of the sheet metal and a selected measurement criteria, the first configuration comprising directing the continuous length of the sheet metal from the uncoiling reel through the temper mill to the stacking apparatus without processing through the stretcher leveler when a determined thickness of the continuous length of the sheet metal is at or below a selected measurement criteria; and the second configuration comprising directing the continuous length of the sheet metal from the uncoiling reel through the stretcher leveler to the stacking apparatus without processing through the temper mill when the determined thickness of the continuous length of the sheet metal is greater than the selected measurement criteria.
A reflection type encoder, which receives a plurality of light-receiving signals from a single scale, including: a light source (62, 64) which is adapted to irradiate a plurality of wavelengths (λ 1, λ 2,...); a scale having a plurality of patterns (36, 38) formed thereon to which light is irradiated from the light source (62, 64); and a light-receiving element for receiving light reflected from each of the plurality of patterns (36, 38); characterized in that the plurality of patterns (36, 38) each having different thicknesses (h 1, h 2) are formed on a single track of the scale by using a dielectric substance, wherein the thickness of each of the plurality of patterns is set such that the reflected light of each wavelength has a different brightness in accordance with the differences in the thickness of the dielectric substance and a light receiving signal is obtained for the respective thicknesses of the dielectric substance. a light source (62, 64) which is adapted to irradiate a plurality of wavelengths (λ 1, λ 2,...); a scale having a plurality of patterns (36, 38) formed thereon to which light is irradiated from the light source (62, 64); and a light-receiving element for receiving light reflected from each of the plurality of patterns (36, 38); characterized in that the plurality of patterns (36, 38) each having different thicknesses (h 1, h 2) are formed on a single track of the scale by using a dielectric substance, wherein the thickness of each of the plurality of patterns is set such that the reflected light of each wavelength has a different brightness in accordance with the differences in the thickness of the dielectric substance and a light receiving signal is obtained for the respective thicknesses of the dielectric substance.
A device for supplying water in a pressurised water system for use at washing facilities, wherein the pressurised water system comprises a circuit which includes at least one water drive pump that rotates by means of a motor, and a washing spray gun with an outlet nozzle from which a stream of water flows when said gun is activated due to the action of a trigger built into the gun; wherein: - it comprises a first pressure switch and a second pressure switch together with a non-return valve and a three-way two-position discharge valve having a hydraulic pilot acting against the resistance of a spring, these two valves, being inserted between the drive pump and the gun, while at the outlet of the drive pump is located an outflow section of the circuit where the discharge valve is mounted first followed by the non-return valve; wherein: - the discharge valve is also connected to one end of a lateral diversion, while the other end of this lateral diversion is directly connected to an inflow section which is coupled to the outflow section of the circuit, the inflow section, the outflow section and the lateral diversion creating a closed-loop circuit and the drive pump being located between these two sections,; whereby as the water flows from the outlet nozzle of the gun, the two pressure switches, detect pressure in the circuit and said pressure switches generate electrical signals which keep the motor rotating, whereas when the flow of water from the nozzle of the gun stops, the pressure in the outflow section drops, causing the discharge valve to adopt a second position causing the water to circulate through the lateral diversion when its hydraulic pilot is deactivated, the first electrical switch will send an electrical signal communicating that there is no pressure, the electrical signal activating a time delay before the rotation of the motor is stopped. - it comprises a first pressure switch and a second pressure switch together with a non-return valve and a three-way two-position discharge valve having a hydraulic pilot acting against the resistance of a spring, these two valves, being inserted between the drive pump and the gun, while at the outlet of the drive pump is located an outflow section of the circuit where the discharge valve is mounted first followed by the non-return valve; - the discharge valve is also connected to one end of a lateral diversion, while the other end of this lateral diversion is directly connected to an inflow section which is coupled to the outflow section of the circuit, the inflow section, the outflow section and the lateral diversion creating a closed-loop circuit and the drive pump being located between these two sections,;
An apparatus comprising: a structure having an input port (206, 406) and an output port (208, 407); a chamber (210, 600) within the structure, wherein the chamber (210, 600) is configured to channel a fluid from the input port (206, 406) to the output port (208, 407) of the structure; a first opening (214, 506) in the chamber; and a second opening (216, 510) in the chamber, wherein the first opening (214, 506) and the second opening (216, 510) are configured to receive pressure pulses through a first actuator and a second actuator respectively, the actuators configured to use an energy level of less than 5% of the energy level in the fluid to generate the pressure pulses through the first (214, 506) and second openings (214, 506). a structure having an input port (206, 406) and an output port (208, 407); a chamber (210, 600) within the structure, wherein the chamber (210, 600) is configured to channel a fluid from the input port (206, 406) to the output port (208, 407) of the structure; a first opening (214, 506) in the chamber; and a second opening (216, 510) in the chamber, wherein the first opening (214, 506) and the second opening (216, 510) are configured to receive pressure pulses through a first actuator and a second actuator respectively, the actuators configured to use an energy level of less than 5% of the energy level in the fluid to generate the pressure pulses through the first (214, 506) and second openings (214, 506).
A transient document management system, comprising: a transient document information retrieval module operable to extract information from a transient physical document, the transient physical document having a transient document identifier printed thereon; and a transient document processing module operable to identify the transient physical document based on the transient document identifier and to perform data processing based on the information extracted from the transient document, wherein the transient document management system is configured to take note of an expected expiration date for the transient document at which transient ink of the transient physical document naturally fades and to send an advisory message to a user, alerting him or her to the anticipated expiration of the transient document; and further comprising a transient document identifier placement module operable to print the transient document identifier on a transient physical document, wherein the transient document identifier placement module comprises a printing module operable to print the transient document identifier on the transient physical document using a combination of transient ink and permanent ink. a transient document information retrieval module operable to extract information from a transient physical document, the transient physical document having a transient document identifier printed thereon; and a transient document processing module operable to identify the transient physical document based on the transient document identifier and to perform data processing based on the information extracted from the transient document, wherein the transient document management system is configured to take note of an expected expiration date for the transient document at which transient ink of the transient physical document naturally fades and to send an advisory message to a user, alerting him or her to the anticipated expiration of the transient document; and wherein the transient document management system is configured to take note of an expected expiration date for the transient document at which transient ink of the transient physical document naturally fades and to send an advisory message to a user, alerting him or her to the anticipated expiration of the transient document; and further comprising a transient document identifier placement module operable to print the transient document identifier on a transient physical document, wherein the transient document identifier placement module comprises a printing module operable to print the transient document identifier on the transient physical document using a combination of transient ink and permanent ink.
A molding machine comprising: a sand tank for storing molding sand to be introduced to a molding flask (11, 12); and a pair of upper and lower sand filling nozzles (3a, 3b) to guide the molding sand in a horizontal direction, where the molding sand is supplied from a pair of upper and lower sand introducing parts (2a, 2b) which are located at the lower part of the sand tank; characterized in that molding machine comprises: at least one filter part with a plurality of air-injecting apertures on its entire body, which is attached to at least the entire inner surface of the pair of sand introducing parts (2a, 2b) wherein the filter part comprises a porous member which has a plurality of air injecting apertures with pore diameters ranging from 10 μm to 80 μm and wherein the molding machine is adapted to inject compressed air through the air injecting apertures of the porous material of 0.05 MPa to 0.18 MPa a sand tank for storing molding sand to be introduced to a molding flask (11, 12); and a pair of upper and lower sand filling nozzles (3a, 3b) to guide the molding sand in a horizontal direction, where the molding sand is supplied from a pair of upper and lower sand introducing parts (2a, 2b) which are located at the lower part of the sand tank; at least one filter part with a plurality of air-injecting apertures on its entire body, which is attached to at least the entire inner surface of the pair of sand introducing parts (2a, 2b)
An oral care device configured for placement in an oral cavity comprising: a flexible base substrate; a flexible power source disposed on a surface of the base substrate; an electrode layer disposed on the surface of the flexible base substrate or the flexible power source, the electrode layer comprising a first electrode comprising a first flexible metallic strip electrically connected to the flexible power source and a second electrode comprising a second flexible metallic strip electrically connected to the flexible power source and substantially parallel to the first metallic strip, wherein the electrode layer is disposed such that a length of the first electrode and a length of the second electrode are substantially parallel to a longitudinal axis of the flexible base substrate; an active substance; and a removable release layer, the release layer covering the active substance, characterized in that the release layer is disposed such that removal of the release layer activates the flexible power source or closes a circuit between the flexible power source, the first electrode and the second electrode. a flexible base substrate; a flexible power source disposed on a surface of the base substrate; an electrode layer disposed on the surface of the flexible base substrate or the flexible power source, the electrode layer comprising a first electrode comprising a first flexible metallic strip electrically connected to the flexible power source and a second electrode comprising a second flexible metallic strip electrically connected to the flexible power source and substantially parallel to the first metallic strip, wherein the electrode layer is disposed such that a length of the first electrode and a length of the second electrode are substantially parallel to a longitudinal axis of the flexible base substrate; an active substance; and a removable release layer, the release layer covering the active substance, characterized in that the release layer is disposed such that removal of the release layer activates the flexible power source or closes a circuit between the flexible power source, the first electrode and the second electrode.