mhurhangee/ep-ind-claims huggingface dataset:
A remote and centralized voicemail system comprising an external terminal adapted to be installed outside a dwelling; an internal receiver terminal adapted to be installed inside said dwelling and provided with a VolP communication voicemail and associated with a push server, the system being configured to perform the following steps: - receiving, by means of the internal receiver terminal, a call originating from the external terminal; - sending, by means of the internal receiver terminal, to the external terminal an automatic answering message to the aforesaid call, in the case in which the aforesaid call is not answered by a user within a predetermined time interval; - storing an audio/video message originating from the external terminal in a voicemail file; - storing the voicemail file in the internal receiver terminal; - sending a push notification to the user by means of the push server to notify about the presence of the audio/video message in the voicemail file, said push notification comprising a dynamic telephone number to call to access the stored voicemail file, the system being further configured to allow the remote access by the user to the audio/video message in the voicemail file by means of a VolP call to the dynamic telephone number. - receiving, by means of the internal receiver terminal, a call originating from the external terminal; - sending, by means of the internal receiver terminal, to the external terminal an automatic answering message to the aforesaid call, in the case in which the aforesaid call is not answered by a user within a predetermined time interval; - storing an audio/video message originating from the external terminal in a voicemail file; - storing the voicemail file in the internal receiver terminal; - sending a push notification to the user by means of the push server to notify about the presence of the audio/video message in the voicemail file, said push notification comprising a dynamic telephone number to call to access the stored voicemail file, the system being further configured to allow the remote access by the user to the audio/video message in the voicemail file by means of a VolP call to the dynamic telephone number.
A gas turbine engine comprising: an annular structure disposed around an engine central longitudinal axis of the gas turbine engine, wherein the annular structure defines an annular channel and comprises a first density; a weight-saving filler disposed within the annular channel, wherein the weight-saving filler comprises a second density that is less than the first density; and an annular retention strap disposed around the engine central longitudinal axis of the gas turbine engine, wherein the annular retention strap is at least partially embedded in the weight-saving filler; characterised in that the annular channel faces radially outward, in that a radially outward surface of the weight-saving filler is configured to be exposed to airflow, and in that the annular structure is a flow splitter between flowpath streams. an annular structure disposed around an engine central longitudinal axis of the gas turbine engine, wherein the annular structure defines an annular channel and comprises a first density; a weight-saving filler disposed within the annular channel, wherein the weight-saving filler comprises a second density that is less than the first density; and an annular retention strap disposed around the engine central longitudinal axis of the gas turbine engine, wherein the annular retention strap is at least partially embedded in the weight-saving filler; characterised in that the annular channel faces radially outward, in that a radially outward surface of the weight-saving filler is configured to be exposed to airflow, and in that the annular structure is a flow splitter between flowpath streams.
Use of a bacterial amylase in feed for animals of the subfamily Bovinae for improving milk yield, weight gain, and/or Feed Conversion Ratio, wherein the bacterial amylase has an amino acid sequence which has at least 90% identity with amino acids 1-481 of SEQ ID NO: 2, and whereby the identity is determined by i) aligning the two amino acid sequences using the Needle program, with the BLOSUM62 substitution matrix, a gap opening penalty of 10, and a gap extension penalty of 0.5; ii) counting the number of exact matches in the alignment; iii) dividing the number of exact matches by the length of the shortest of the two amino acid sequences, and iv) converting the result of the division of iii) into percentage.
A method of producing a polymer-coated oven board, in which a premade solid stretch-oriented heat-resisting film comprising polyethylene terephthalate and glycol-modified polyethylene terephthalate (PETG) is adhered to a board base by extrusion lamination, in which an adhesive layer comprising polyamide is extruded between the heat-resisting film and the board base.
Method for producing a composite membrane, in which a woven mesh is provided as a carrier layer, and on the carrier layer a membrane with a pore structure is arranged, wherein the membrane is produced directly on the woven mesh by electrospinning of fibers being superimposed, wherein the woven mesh is produced with at least two different filaments, a first filament being made with a first polymer material and a second filament being made with a second polymer material, which is different to the first polymer material, and the first filaments are thermally bonded to the membrane, while the second filaments do not form a thermal bonding to the membrane. a woven mesh is provided as a carrier layer, and on the carrier layer a membrane with a pore structure is arranged, wherein the membrane is produced directly on the woven mesh by electrospinning of fibers being superimposed, wherein the woven mesh is produced with at least two different filaments, a first filament being made with a first polymer material and a second filament being made with a second polymer material, which is different to the first polymer material, and the first filaments are thermally bonded to the membrane, while the second filaments do not form a thermal bonding to the membrane.
A method for operating a Radio Frequency Identification, RFID, tag said RFID tag comprising a capacitor and a detaching unit, characterized by: selectively breaking an electrical connection between the capacitor and the detaching unit by causing a switch to change position from a second position in which the capacitor is electrically connected to the detaching unit to a first position in which the capacitor is not electrically connected to the detaching unit; inducing current through a magnetic loop disposed within the RFID tag that is caused by an inductive field, a magnetic field or a Radio Frequency, RF, field being generated within a surrounding environment; using the current which is induced through the magnetic loop to charge the capacitor disposed within the RFID tag; receiving a detaching signal at the RFID tag by an antenna separate to the magnetic loop that is to cause activation of the detaching unit; selectively re-establishing the electrical connection between the capacitor and the detaching unit in response to the detaching signal by causing the switch to change position from the first position to the second position; and activating the detaching unit by supplying current from the capacitor to the detaching unit so that the RFID tag can be detached from an article. selectively breaking an electrical connection between the capacitor and the detaching unit by causing a switch to change position from a second position in which the capacitor is electrically connected to the detaching unit to a first position in which the capacitor is not electrically connected to the detaching unit; inducing current through a magnetic loop disposed within the RFID tag that is caused by an inductive field, a magnetic field or a Radio Frequency, RF, field being generated within a surrounding environment; using the current which is induced through the magnetic loop to charge the capacitor disposed within the RFID tag; receiving a detaching signal at the RFID tag by an antenna separate to the magnetic loop that is to cause activation of the detaching unit; selectively re-establishing the electrical connection between the capacitor and the detaching unit in response to the detaching signal by causing the switch to change position from the first position to the second position; and activating the detaching unit by supplying current from the capacitor to the detaching unit so that the RFID tag can be detached from an article.
A method comprising: receiving, at a wireless power receiver, a first ping message and a second ping message from a wireless power transmitter; detecting, at the power receiver, a first time delay between transmissions of the first ping message and the second ping message, wherein the first time delay is representative of a data value; and decoding, at the power receiver, the first time delay into the data value. receiving, at a wireless power receiver, a first ping message and a second ping message from a wireless power transmitter; detecting, at the power receiver, a first time delay between transmissions of the first ping message and the second ping message, wherein the first time delay is representative of a data value; and decoding, at the power receiver, the first time delay into the data value.
A milking facility for milking an animal, in particular a cow, the milking facility comprising: a cooling area comprising means for cooling an animal; a milking area comprising means for milking an animal; and animal control means for controlling the route along which an animal is able to walk, the cooling and milking areas being located so that an animal is able to walk from the cooling area to the milking area during use of the facility; the facility being characterised in that the control means selectively directs an animal back to said cooling area after milking of the animal in the milking area.
Method for applying a hairstyling composition comprising at least one fixing agent to the hair with the aid of an applicator comprising a plurality of spikes provided with end parts having a flat shape or a cross section that decreases in the direction of their free ends, comprising: - a step of loading the end parts of the spikes of the applicator with the hairstyling composition, and - a step of transferring the hairstyling composition retained on the end parts of the spikes of the applicator to the hair by tapping said spikes on the area of the hair to be treated with the action of applying said spikes several times to said area by using a back and forth movement without the applicator being rubbed along the hair. - a step of loading the end parts of the spikes of the applicator with the hairstyling composition, and - a step of transferring the hairstyling composition retained on the end parts of the spikes of the applicator to the hair by tapping said spikes on the area of the hair to be treated with the action of applying said spikes several times to said area by using a back and forth movement without the applicator being rubbed along the hair.
Method for reducing the adhesive properties of unvulcanized rubber strips with reinforcing elements for use as winding bandage material in vehicle tyres having the following steps: a) manufacturing strip-shaped winding bandage material with a continuous process, wherein the reinforcing elements are provided with rubber material on the underside and upper side, b) feeding the strip-shaped winding bandage material through an irradiation device and continuously irradiating the winding bandage material with an electron beam scanner, wherein the winding bandage material carries out a relative movement with respect to the electron beam scanner, wherein a beam dose of at least 40 Kilo Gray, preferably 70 to 150 Kilo Gray, is applied to the winding bandage material, and the beam dose which is applied to the winding bandage material is set by means of the transportation speed with which the winding bandage material moves through the irradiation device, c) adsorbing the electron beam energy by means of the winding bandage material as a result of which pre-cross-linking of the topmost material layer of the winding bandage material is achieved and at the same time the adhesiveness at the surface of the winding bandage material is reduced by at least 10% of the initial value, d) feeding the strip-shaped winding bandage material further to a winding spool, e) continuous wrapping of the strip-shaped winding bandage material on the winding spool (6, 7, 8), f) making available the winding bandage material on the winding spools (6, 7, 8) for the manufacture of vehicle tyres. a) manufacturing strip-shaped winding bandage material with a continuous process, wherein the reinforcing elements are provided with rubber material on the underside and upper side, b) feeding the strip-shaped winding bandage material through an irradiation device and continuously irradiating the winding bandage material with an electron beam scanner, wherein the winding bandage material carries out a relative movement with respect to the electron beam scanner, wherein a beam dose of at least 40 Kilo Gray, preferably 70 to 150 Kilo Gray, is applied to the winding bandage material, and the beam dose which is applied to the winding bandage material is set by means of the transportation speed with which the winding bandage material moves through the irradiation device, c) adsorbing the electron beam energy by means of the winding bandage material as a result of which pre-cross-linking of the topmost material layer of the winding bandage material is achieved and at the same time the adhesiveness at the surface of the winding bandage material is reduced by at least 10% of the initial value, d) feeding the strip-shaped winding bandage material further to a winding spool, e) continuous wrapping of the strip-shaped winding bandage material on the winding spool (6, 7, 8), f) making available the winding bandage material on the winding spools (6, 7, 8) for the manufacture of vehicle tyres.
A method comprising: receiving, by a slave cell, from a master cell, a difference between a first propagation delay between a user device and the master cell and a second propagation delay between the user device and the slave cell; determining, by the slave cell, a set of buffer gap resources that are adjacent in time to a set of uplink resources to be used for an uplink transmission from the user device to both the master cell and the slave cell, the set of buffer gap resources being based on said difference; and reserving, by the slave cell, both the set of uplink resources for uplink transmission and the adjacent set of buffer gap resources, to accommodate an uplink transmission from the user device, the uplink transmission based on a timing advance associated with the master cell. receiving, by a slave cell, from a master cell, a difference between a first propagation delay between a user device and the master cell and a second propagation delay between the user device and the slave cell; determining, by the slave cell, a set of buffer gap resources that are adjacent in time to a set of uplink resources to be used for an uplink transmission from the user device to both the master cell and the slave cell, the set of buffer gap resources being based on said difference; and reserving, by the slave cell, both the set of uplink resources for uplink transmission and the adjacent set of buffer gap resources, to accommodate an uplink transmission from the user device, the uplink transmission based on a timing advance associated with the master cell.
A system for generating an astigmatism-corrected beam having an elliptical cross-section shape emitted from a low-level laser therapy device, the system having a laser diode for generating a first beam with an elliptical cross section having a low-divergence minor axis and a high-divergence major axis, characterized by an optical train of only two operative lenses being, a divergence cylindrical lens which increases a divergence of the low-divergence minor axis toward the divergence of the high-divergence major axis, the cylindrical lens thereby transmitting a second beam with a second elliptical cross section; and a first collimating lens for receiving and collimating the second beam; wherein the collimating lens has an elliptical shape and emits an emitted beam having an emitted beam elliptical cross section with a minor axis length and a major axis length, and wherein the ratio of the major axis length to the minor axis length is less than 2:1. characterized by an optical train of only two operative lenses being, a divergence cylindrical lens which increases a divergence of the low-divergence minor axis toward the divergence of the high-divergence major axis, the cylindrical lens thereby transmitting a second beam with a second elliptical cross section; and a first collimating lens for receiving and collimating the second beam; wherein the collimating lens has an elliptical shape and emits an emitted beam having an emitted beam elliptical cross section with a minor axis length and a major axis length, and wherein the ratio of the major axis length to the minor axis length is less than 2:1.
Sliding shoe for a holder configured to sort and/or transport products with a sorting device, the sliding shoe comprising: - a fastening wherein the fastening comprises a number of snap connections, and - one or more sliding surfaces (56,58) to guide the holder over a guide of the sorting device while the holder is being carried back in a sorting device, wherein a first part (62,64) of the snap connections on a front side of the sliding shoe, as seen in transport direction of the products in the sorting device, and a second part of the snap connections on the rear side of the sliding shoe, as seen in transport direction of the products in the sorting device, are configured such that during use they fall between snap connections on respectively the rear side and front side of adjacent sliding shoes arranged on the sorting device, characterized in that the sliding shoe is manufactured from a plastic material in which is included a lubricating additive configured to provide a lubricating effect during movement of the sliding shoe over a guide of the sorting device, and wherein the fastening is configured to fasten the sliding shoe releasably to the holder such that the sliding shoe functions as replacement part for the holder. - a fastening wherein the fastening comprises a number of snap connections, and - one or more sliding surfaces (56,58) to guide the holder over a guide of the sorting device while the holder is being carried back in a sorting device, wherein a first part (62,64) of the snap connections on a front side of the sliding shoe, as seen in transport direction of the products in the sorting device, and a second part of the snap connections on the rear side of the sliding shoe, as seen in transport direction of the products in the sorting device, are configured such that during use they fall between snap connections on respectively the rear side and front side of adjacent sliding shoes arranged on the sorting device, characterized in that the sliding shoe is manufactured from a plastic material in which is included a lubricating additive configured to provide a lubricating effect during movement of the sliding shoe over a guide of the sorting device, and wherein the fastening is configured to fasten the sliding shoe releasably to the holder such that the sliding shoe functions as replacement part for the holder.
Device for deionisation of a fluid with ions dissolved therein, in particular of water, having at least one deionisation module which is operable in a diluate production phase for deionisation of the fluid and in a concentrate production phase for regeneration, a supply device for introducing a feed stream of the fluid into the at least one deionisation module, a discharge device for discharging the at least partly deionised fluid from the deionisation module as diluate stream or as recycling stream and a control device which is equipped so that it discharges the deionised fluid from the deionisation module as diluate stream in the diluate production phase of the deionisation module if the deionised fluid fulfils a predetermined quality value, or otherwise passes the only partly deionised fluid from the deionisation module as recycling stream back into the deionisation module, characterised by an intermediate store connected to the deionisation module and into which the recycling stream is passed and temporarily stored, wherein the control device is equipped so that it operates the deionisation module for regeneration in the concentrate production phase at least substantially without introduction of fluid into the deionisation module so that the volume of concentrate formed during the concentrate production phase corresponds at least substantially only to the volume of fluid which has already been found in the deionisation module at the start of the concentrate production phase, and after the concentrate production phase, passes fluid from the intermediate store in particular in stages into the deionisation module in order to discharge the fluid salted therein during the concentrate production phase as concentrate stream.
Plastic container for storage and transport of agricultural products, of which structure enables to reduce significantly the container weight without reducing its resistance and its storage volume, which is formed by a bottom, longitudinal vertical walls and cross-sectional vertical walls, comprising: - a reinforcement between each junction of the longitudinal vertical walls with the cross-sectional vertical walls consisting of a cylindrical shaped tubular column; - the walls comprising an upper perimeter edge; - the upper perimeter edge having an extension on a portion of the longitudinal vertical walls; - at least a bottom recess positioned in the container bottom.; CHARACTERIZED in that the lower part of each tubular column is connected to a lower projection running in a perimeter frame of the container bottom. - a reinforcement between each junction of the longitudinal vertical walls with the cross-sectional vertical walls consisting of a cylindrical shaped tubular column; - the walls comprising an upper perimeter edge; - the upper perimeter edge having an extension on a portion of the longitudinal vertical walls; - at least a bottom recess positioned in the container bottom.; CHARACTERIZED in that the lower part of each tubular column is connected to a lower projection running in a perimeter frame of the container bottom.
Supply unit for underfloor applications, comprising a latching conductor frame with at least one slot row on each of two opposite sides (12, 14) of the latching conductor frame, wherein device cups can be inserted to different insertion depths on the latching conductor frame, characterized in that at least one additional frame is provided as a latching conductor frame extension and, in the same way as the latching conductor frame, is equipped with at least one slot row on each of two opposite sides, wherein the additional frame can be releasably connected to the latching conductor frame in order to increase the insertion depth for a device cup.