mhurhangee/ep-ind-claims huggingface dataset:
Hand held device for applying a liquid to a plant structure such as a leaf, the hand held device having tongs structure comprising: - at least two legs connected at a base terminus, and providing an open end for clamping a targeted part of a plant structure between said tongs leg working ends; - at least one of said legs having a reservoir or being in fluid connection with an external to the hand held device arranged reservoir; - application means affixed to at least one of said tongs leg working ends; - at least one of said application means is in fluid communication with said reservoir of application liquid, characterized by that tactile valve function means is placed between said reservoir and said application means or is integrated into or protruding on the surface of said application means and where the tactile valve function means further includes opening means arranged in such a way that when the tongs leg working ends are being clamped together, the opening means are configured to open the valve so as to provide an opening for the flow of liquid out of the reservoir through the valve and where the opening means are arranged in such a way that when the tongs leg working ends are not being clamped together, the opening means are configured to close the valve. - at least two legs connected at a base terminus, and providing an open end for clamping a targeted part of a plant structure between said tongs leg working ends; - at least one of said legs having a reservoir or being in fluid connection with an external to the hand held device arranged reservoir; - application means affixed to at least one of said tongs leg working ends; - at least one of said application means is in fluid communication with said reservoir of application liquid,
A station for emptying a bulk fluid or pasty product container, particularly an IBC (Intermediate Bulk Container), comprising a frame with legs prepared for receiving thereon the stable support of the container which is raised with respect to the floor, characterized in that the frame comprises, below the support plane of the container, a tank, which acts like an intermediate buffer tank intended for receiving the fluid of the container before the latter is drained out, the tank having a double bottom: wherein the first bottom is funnel-shaped and ends in a spout, and the second bottom together with the first bottom determines a lower chamber suitable for containing a thermal fluid, the spout through which the contents of the container can be transferred to the outside after passing through the tank goes through said lower chamber.
A method of controlling the use of mobile telecommunications network selection data (200; 300; 400) by a user device, wherein said network selection data is stored at the user device, characterised in that the method comprises: checking an operator identity (203; 313; 432) associated with the network selection data, wherein the operator identity identifies an original provider of the said network selection data; and determining whether the original provider of the said network selection data is such that said user device can make use of said data, and wherein said determining whether the original provider of the said network selection data is such that said user device can make use of said data includes determining whether said original provider provides data for a home network of the user device and whether said original provider provides data for a network currently being visited by the user device.
A door lock comprising a lock body provided with a face plate, having an oblique bolt, which is to be moved back and forth in a linear movement between a retracted position and an extracted locking position from the lock body through a bolt hole in the face plate and which oblique bolt is spring-loaded towards said extracted position, which oblique bolt comprises a tip part and a body part, which tip part is in the extracted position partially outside from the lock body, characterized in that the tip part comprises slanted surfaces (10A, 10B) on both sides such that the tip part is narrower at its tip than in a back part of the tip part, and the tip part has recesses (53A, 53B) in its lower part and upper part, which recesses extend from the tip to the back part, both recesses (53A, 53B) being open at the end of the tip of the tip part and on the other slanted surface (10A, 10B) such that the recess of the upper part is open on the opposite slanted surface than the recess of the lower part, both of which recesses (53A, 53B) have a turning piece (31A, 31B) comprising a bolt projection, which has a counter surface on its first side and a support surface on its other side, and a turning projection, which is arranged to turn the turning piece (31A, 31B), when the oblique bolt moves from the retracted position into the extracted position such that the turning projection is against a support surface on the inside of the face plate, and such that the counter surface moves away from the slanted surface (10A, 10B) of the tip part, the turning piece further comprising a push projection having a push surface towards a counter push surface of the back part of the recess (53A, 53B) and a curved turning surface on the other surface of the push projection towards a side surface of the recess, and the lock body has a roller on both sides of the oblique bolt, between the side (2A, 2B) of the lock body and the side of the oblique bolt, which turning pieces (31A, 31 B) are arranged to be with the bolt projection turned outwards from the slanted surfaces (10A, 10B) in the extracted position of the oblique bolt, and to turn from an external force directed onto the counter surface such that the push projection pushes the counter push surface using the push surface, causing the oblique bolt to move inward towards the lock body, and the turning surface turns in relation to the side of the recess, until the support surface of the bolt projection has settled against another side surface of the recess.
Floor covering material comprising at least a foamed layer, a printed decor provided thereon, and a transparent wear layer, the printed decor representing a plurality of panel-shaped or tile-shaped elements, said elements being rectangular and having lowered edge regions (11, 12) at their edges (9, 10), said edges forming at least a portion of the circumference of the respective element, characterized in that said lowered edge regions, seen in cross-section, comprise at least two different geometries, and that said lowered edge regions extend along both pairs of opposite edges, wherein the lowered edge region, which extends along a first pair of said opposite edges, has a geometry that differs from the geometry of the lowered edge region which extends along a second pair of said opposite edges.
A method for forming a blow molded container having a deep set grip and increased crystallinity, comprising: inflating a parison having a threaded upper portion in a mold (14a-c, 814) having a wall with a recess (16, 816) comprised of a plurality of surfaces (804, 812, 806, 810, 808) to form a blow molded container having a movable gripping region (610, 18) comprised of surfaces respectively corresponding to the plurality of surfaces of said recess, said movable gripping region being formed at said recess and extending into said recess, said blow molded container having a first hinge coupled to said movable gripping region, said first hinge circumscribing an interface between said blow molded container and said movable gripping region; and after said inflating, moving the movable gripping region about said first hinge toward an interior of said blow molded container before filling said blow molded container, said moving being performed by means for moving the movable gripping region, characterised in that after said moving of the moveable gripping region the moveable gripping region is a deep set grip, and after filling of the container remains a deep set grip configured to be grasped by consumers. inflating a parison having a threaded upper portion in a mold (14a-c, 814) having a wall with a recess (16, 816) comprised of a plurality of surfaces (804, 812, 806, 810, 808) to form a blow molded container having a movable gripping region (610, 18) comprised of surfaces respectively corresponding to the plurality of surfaces of said recess, said movable gripping region being formed at said recess and extending into said recess, said blow molded container having a first hinge coupled to said movable gripping region, said first hinge circumscribing an interface between said blow molded container and said movable gripping region; and after said inflating, moving the movable gripping region about said first hinge toward an interior of said blow molded container before filling said blow molded container, said moving being performed by means for moving the movable gripping region, characterised in that after said moving of the moveable gripping region the moveable gripping region is a deep set grip, and after filling of the container remains a deep set grip configured to be grasped by consumers.
Nozzle assembly for a fuel injector for injecting fuel into a combustion chamber of an internal combustion engine, comprising a nozzle body and comprising a nozzle needle which, for the purposes of opening up and closing off at least one injection opening, is accommodated in a high-pressure bore of the nozzle body so as to be capable of performing stroke movements and is acted on in the direction of a sealing seat by the spring force of a nozzle spring, which nozzle spring is at one side supported directly or indirectly on the nozzle needle and is at the other side supported on a sleeve surrounding the nozzle needle, characterized in that the sleeve forms an abutment surface for limiting the stroke of the nozzle needle, and a further spring is supported on the sleeve, the spring force of which further spring is greater than that of the nozzle spring, such that the sleeve is axially preloaded in the direction of a shoulder of the nozzle body by way of the spring force of the further spring, and lifting of the sleeve from the shoulder is prevented.
A sous vide cooker comprising: a housing extending along an longitudinal axis from an upper housing end to a lower housing end and comprising at least one display; a bulkhead having an upper bulkhead end extending along the longitudinal axis into the lower housing end, and a lower bulkhead end extending along the longitudinal axis below the housing, the bulkhead and housing forming a first cavity therebetween; a heat sink comprising a metal material and having an upper heat sink end abutting the bulkhead and a lower heat sink end extending along the longitudinal axis below the bulkhead, the heat sink and bulkhead forming a second cavity therebetween; a skirt attached at an upper skirt end to the bulkhead and extending to a lower skirt end located below the lower heat sink end to form a third cavity between the skirt and the heat sink, the skirt surrounding the heat sink in a direction perpendicular to the longitudinal axis, and having one or more inlet openings and one or more outlet openings located below the lower heat sink end; a TRIAC physically attached in conductive thermal communication to the heat sink in the second cavity; an impeller located in the third cavity; a drive shaft extending through at least the heat sink and into the third cavity and operatively connected to the impeller; a motor operatively connected to the drive shaft; and a heating element located within the third cavity. a housing extending along an longitudinal axis from an upper housing end to a lower housing end and comprising at least one display; a bulkhead having an upper bulkhead end extending along the longitudinal axis into the lower housing end, and a lower bulkhead end extending along the longitudinal axis below the housing, the bulkhead and housing forming a first cavity therebetween; a heat sink comprising a metal material and having an upper heat sink end abutting the bulkhead and a lower heat sink end extending along the longitudinal axis below the bulkhead, the heat sink and bulkhead forming a second cavity therebetween; a skirt attached at an upper skirt end to the bulkhead and extending to a lower skirt end located below the lower heat sink end to form a third cavity between the skirt and the heat sink, the skirt surrounding the heat sink in a direction perpendicular to the longitudinal axis, and having one or more inlet openings and one or more outlet openings located below the lower heat sink end; a TRIAC physically attached in conductive thermal communication to the heat sink in the second cavity; an impeller located in the third cavity; a drive shaft extending through at least the heat sink and into the third cavity and operatively connected to the impeller; a motor operatively connected to the drive shaft; and a heating element located within the third cavity.
Method for manufacturing a frozen confectionery product comprising a core consisting of a frozen confection, wherein the core is at least partially coated with a frozen flexible edible gel layer, characterized in that the gel layer is provided with at least one cutting line extending spirally over the gel layer, said cutting line allowing to peel-off the gel-layer in a spiral wherein the method comprises the following steps: - filling a first mix into a mould, freezing the mix so that it forms the frozen gel layer in the mould and sucking off the excess mix, thereby obtaining a shell consisting of the frozen gel layer - filling a second mix forming the core consisting of a frozen confection into said shell, - freezing and demoulding the product, and - cutting the at least one cutting line into the frozen gel layer using a cutting tool. - filling a first mix into a mould, freezing the mix so that it forms the frozen gel layer in the mould and sucking off the excess mix, thereby obtaining a shell consisting of the frozen gel layer - filling a second mix forming the core consisting of a frozen confection into said shell, - freezing and demoulding the product, and - cutting the at least one cutting line into the frozen gel layer using a cutting tool.
A polishing composition, comprising: an abrasive; a pH adjuster; a barrier film removal rate enhancer; a first low-k removal rate inhibitor; a second low-k removal rate inhibitor different from the first low-k removal rate inhibitor; an azole-containing corrosion inhibitor; and a cobalt corrosion inhibitor. an abrasive; a pH adjuster; a barrier film removal rate enhancer; a first low-k removal rate inhibitor; a second low-k removal rate inhibitor different from the first low-k removal rate inhibitor; an azole-containing corrosion inhibitor; and a cobalt corrosion inhibitor.
A method of evacuating hot gases produced in a current breaking operation, by a high voltage circuit breaker which comprises a metal outer tank filled with insulating gas, a casing having gas outlet ports and arranged inside the metal tank, communicating via the said ports, a pair of arcing contacts, one of which is fixed and one of which is movable in translation along an axis (XX'), this movable contact being fixed to an insulating nozzle for blowing out hot gases generated in the separating of the contacts; wherein insulating gas is aspirated from inside the casing in a direction parallel to the totality of the flow of the hot gases produced by the current breaking operation, so as to mix the gases inside the casing before they are evacuated, through the said gas outlet ports of the casing, into the interior of the metal outer tank, characterized in that: - ·a sheath surrounds the fixed contact and is arranged inside the casing to define an open passage, comprising a plurality of holes spaced apart uniformly at the periphery of the sheath to allow aspiration of insulating gas, - ·at least one deflector element (51, 52) arranged inside the sheath and being such that the hot gases aspirate insulating gas from the open passage, with the or each deflector (51, 52) diverting the aspirated insulating gas in a direction parallel to the hot gas flow, and the insulating gas thus aspirated and diverted mixing with the hot gases inside the casing. - ·a sheath surrounds the fixed contact and is arranged inside the casing to define an open passage, comprising a plurality of holes spaced apart uniformly at the periphery of the sheath to allow aspiration of insulating gas, - ·at least one deflector element (51, 52) arranged inside the sheath and being such that the hot gases aspirate insulating gas from the open passage, with the or each deflector (51, 52) diverting the aspirated insulating gas in a direction parallel to the hot gas flow, and the insulating gas thus aspirated and diverted mixing with the hot gases inside the casing.
A method for reporting a band extension capability, comprising: receiving, by a terminal side, terminal capability query information from a network side, determining band interval lists to which each band supported by the terminal side belongs, the method further comprising: reporting supported bands through cells corresponding to the band interval lists to which each band belongs, wherein the band interval lists comprise band information and corresponding sequence numbers; each of the band interval lists comprises at least one piece of band information, and each piece of band information corresponds to a sequence number; and different band interval lists are different independent tables, or different intervals in a table, and wherein reporting the supported bands through the cells corresponding to the band interval lists to which each band belongs comprises: filling in, by the terminal side, the cells corresponding to the band interval lists to which each band belongs with a sequence number of each band in the band interval lists to which each band belongs, including the cells in a band reporting message, and reporting the cells to the network side. receiving, by a terminal side, terminal capability query information from a network side, determining band interval lists to which each band supported by the terminal side belongs, the method further comprising: reporting supported bands through cells corresponding to the band interval lists to which each band belongs, wherein the band interval lists comprise band information and corresponding sequence numbers; each of the band interval lists comprises at least one piece of band information, and each piece of band information corresponds to a sequence number; and different band interval lists are different independent tables, or different intervals in a table, and wherein reporting the supported bands through the cells corresponding to the band interval lists to which each band belongs comprises: filling in, by the terminal side, the cells corresponding to the band interval lists to which each band belongs with a sequence number of each band in the band interval lists to which each band belongs, including the cells in a band reporting message, and reporting the cells to the network side.
A method in a mobile telecommunications system, the method comprising, at a mobile device: scanning for cells; when a cell is detected, obtaining one or more PLMN identities of the detected cell; determining (410, 412) from system information whether the detected cell operates in a band supported by the mobile device, wherein, when the detected cell is a UMTS cell, determining whether the detected cell operates in a frequency band supported by the mobile device comprises reading system information comprising at least one of a Master Information Block "MIB", a System Information Block 5 "SIB5" and a System Information Block 5bis "SIB5bis" or wherein, when the detected cell is a LTE cell, determining whether the detected cell operates in a frequency band supported by the mobile device comprises reading system information comprising System Information Block 1 "SIB1"; when the detected cell operates in a band unsupported by the device, not reporting the associated one or more PLMN identities to the Non Access Stratum of the device; and when the detected cell operates in a band supported by the device, reporting the one or more PLMN identities to the Non Access Stratum of the device. scanning for cells; when a cell is detected, obtaining one or more PLMN identities of the detected cell; determining (410, 412) from system information whether the detected cell operates in a band supported by the mobile device, wherein, when the detected cell is a UMTS cell, determining whether the detected cell operates in a frequency band supported by the mobile device comprises reading system information comprising at least one of a Master Information Block "MIB", a System Information Block 5 "SIB5" and a System Information Block 5bis "SIB5bis" or wherein, when the detected cell is a LTE cell, determining whether the detected cell operates in a frequency band supported by the mobile device comprises reading system information comprising System Information Block 1 "SIB1"; when the detected cell operates in a band unsupported by the device, not reporting the associated one or more PLMN identities to the Non Access Stratum of the device; and when the detected cell operates in a band supported by the device, reporting the one or more PLMN identities to the Non Access Stratum of the device.
A product combination or composition comprising two or more antibodies or antigen binding fragments thereof each of which binds to a human c-Met receptor protein (c-Met protein) wherein at least two of said antibodies or antigen binding fragments thereof bind to distinct non-overlapping epitopes of the human c-Met protein, the product combination or composition comprising a first antibody or antigen binding fragment which binds to an epitope within the PSI-IPT region of the human c-Met protein or to an epitope within the IPT region of the human c-Met protein and a second antibody or antigen binding fragment which binds to an epitope within the SEMA domain of the human c-Met protein, and wherein the product combination or composition inhibits HGF-independent autophosphorylation of the human c-Met receptor protein; or a multispecific antibody that specifically binds to the human c-Met protein, the multispecific antibody comprising a first antigen-binding region comprising a heavy chain variable domain paired with a light chain variable domain and a second antigen binding region comprising a heavy chain variable domain paired with a light chain variable domain, wherein the first and second antigen-binding regions bind to distinct non-overlapping epitopes of the human c-Met protein, wherein the first antigen-binding region binds to an epitope within the PSI-IPT region of human c-Met protein or to an epitope within the IPT region of human c-Met protein and the second antigen-binding region binds to an epitope within the SEMA domain of human c-Met protein, and wherein the multispecific antibody inhibits HGF-independent autophosphorylation of the human c-Met receptor.