mhurhangee/ep-ind-claims huggingface dataset:
Construction machine for working a ground pavement, comprising - a machine frame supported by travelling devices, - an operator platform arranged on the machine frame, and a protective canopy, adjustable in height by means of a telescopic guide unit, arranged on the operator platform, - wherein the telescopic guide unit comprises at least one first telescopic element and one second telescopic element, wherein the first telescopic element is at least partially guidable in the second telescopic element, - at least one driving device for moving the protective canopy up and down by means of moving the first telescopic element relative to the second telescopic element, characterized in that at least one recess in the first telescopic element and at least one latching element are provided, wherein the latching element is arranged to pivot about a pivoting axis on the second telescopic element and is shaped in such a fashion that, by means of moving the first telescopic element relative to the second telescopic element in a first direction, a first part of the latching element is pivotable into the recess and a second part of the latching element presses against the outer side of the first telescopic element from outside. - a machine frame supported by travelling devices, - an operator platform arranged on the machine frame, and a protective canopy, adjustable in height by means of a telescopic guide unit, arranged on the operator platform, - wherein the telescopic guide unit comprises at least one first telescopic element and one second telescopic element, wherein the first telescopic element is at least partially guidable in the second telescopic element, - at least one driving device for moving the protective canopy up and down by means of moving the first telescopic element relative to the second telescopic element,
A connector (A; B), comprising: a housing (10; 50) into which at least one terminal fitting is to be at least partly inserted; a retainer (30; 60) to be mounted into the housing (10; 50) and movable in a moving direction between a first position (1 P) where the insertion of the terminal fitting is permitted and a second position where the already inserted terminal fitting is retained, the retainer (30; 60) comprising a front wall; at least one pair of partial locking portions formed on the retainer (30; 60), arranged on opposite ends in a width direction intersecting the moving direction, and adapted to prevent the retainer (30; 60) at the first position (1 P) from being displaced in a direction opposite to a direction toward the second position by being engaged with the housing (10; 50); wherein the pair of partial locking portions is arranged substantially at an intermediate height of the front wall in the vertical direction; characterized in that the connector (A; B) further comprises an operating portion formed on the retainer (30; 60), adapted to transmit a force to displace the retainer (30; 60) from the second position toward the first position; wherein the retainer (30; 60) is formed with at least one resilient restricting portion adapted to substantially prevent the retainer (30; 60) from being curved and deformed to bulge out in the direction opposite to the moving direction toward the second position by being engaged with the housing (10; 50) when the retainer (30; 60) is at the first position (1 P). a housing (10; 50) into which at least one terminal fitting is to be at least partly inserted; a retainer (30; 60) to be mounted into the housing (10; 50) and movable in a moving direction between a first position (1 P) where the insertion of the terminal fitting is permitted and a second position where the already inserted terminal fitting is retained, the retainer (30; 60) comprising a front wall; at least one pair of partial locking portions formed on the retainer (30; 60), arranged on opposite ends in a width direction intersecting the moving direction, and adapted to prevent the retainer (30; 60) at the first position (1 P) from being displaced in a direction opposite to a direction toward the second position by being engaged with the housing (10; 50); wherein the pair of partial locking portions is arranged substantially at an intermediate height of the front wall in the vertical direction; characterized in that the connector (A; B) further comprises an operating portion formed on the retainer (30; 60), adapted to transmit a force to displace the retainer (30; 60) from the second position toward the first position; wherein the retainer (30; 60) is formed with at least one resilient restricting portion adapted to substantially prevent the retainer (30; 60) from being curved and deformed to bulge out in the direction opposite to the moving direction toward the second position by being engaged with the housing (10; 50) when the retainer (30; 60) is at the first position (1 P).
A system for maintaining a stateful user session during an access network handover, comprising an access gateway having a processor and a memory containing instructions causing the access gateway to: establish a first connection with a user equipment over a first access network; establish a second connection with the user equipment over a second access network such that the second connection and the first connection exist concurrently; set the first connection as an active connection for conveying data packets for a stateful user session between the access gateway and the user equipment; set the second connection as a standby connection; exchange, with the user equipment over the active connection, a series of handover messages; set, subject to completion of the series of handover messages, the second connection as the active connection; set the first connection as the standby connection; and continue, over the second connection, the stateful user session between the access gateway and the user equipment such that a state of the stateful user session is maintained through the transition to the second connection. establish a first connection with a user equipment over a first access network; establish a second connection with the user equipment over a second access network such that the second connection and the first connection exist concurrently; set the first connection as an active connection for conveying data packets for a stateful user session between the access gateway and the user equipment; set the second connection as a standby connection; exchange, with the user equipment over the active connection, a series of handover messages; set, subject to completion of the series of handover messages, the second connection as the active connection; set the first connection as the standby connection; and continue, over the second connection, the stateful user session between the access gateway and the user equipment such that a state of the stateful user session is maintained through the transition to the second connection.
A method for enabling a user equipment to determine a subframe in which to receive a downlink signal and a subframe in which to signal Hybrid Automatic Repeat Request, HARQ, information, the method being performed by a network node of a wireless communication system serving the user equipment, wherein the network node is applying dynamic Time Division Duplex, TDD, where at least one subframe is a flexible subframe assigned as either a downlink subframe or an uplink subframe, the method comprising: - transmitting a first configuration message to the user equipment indicating a TDD reference configuration enabling the user equipment to determine the subframe in which to signal HARQ information, - transmitting a second configuration message to the user equipment indicating a set of fixed downlink subframes designated for downlink transmissions only that may comprise explicit signalling messages, enabling the user equipment to monitor the indicated set of fixed downlink subframes for explicit signalling messages, and - transmitting an explicit signalling message in one of the indicated fixed downlink subframes, wherein the explicit signalling message designates a subframe in which the user equipment shall receive the downlink signal. - transmitting a first configuration message to the user equipment indicating a TDD reference configuration enabling the user equipment to determine the subframe in which to signal HARQ information, - transmitting a second configuration message to the user equipment indicating a set of fixed downlink subframes designated for downlink transmissions only that may comprise explicit signalling messages, enabling the user equipment to monitor the indicated set of fixed downlink subframes for explicit signalling messages, and - transmitting an explicit signalling message in one of the indicated fixed downlink subframes, wherein the explicit signalling message designates a subframe in which the user equipment shall receive the downlink signal.
A filling apparatus comprising: a storage tank for storing hydrogen fuel; a filling nozzle for filling a hydrogen gas from the storage tank through a fuel filling system to an in-vehicle hydrogen filling tank mounted on a vehicle; a rod-shaped member and a main body portion mounted on the filling nozzle; a sealing member arranged on the main body portion and in a radially outer direction of the rod-shaped member; a guide member fixed to a radially inner portion of the main body portion and projecting in a radially inner direction on a portion separated from an end side of the rod-shaped member, wherein in a non-filling state of the filling apparatus an enlarged portion of the rod-shaped member is apart from the guide member and in a filling state the enlarged portion abuts the guide member to restrict an axial position of the rod-shape member such as to prevent movement of the sealing member; and means for protecting an outer peripheral surface of the rod-shaped member from slide on the guide member. a storage tank for storing hydrogen fuel; a filling nozzle for filling a hydrogen gas from the storage tank through a fuel filling system to an in-vehicle hydrogen filling tank mounted on a vehicle; a rod-shaped member and a main body portion mounted on the filling nozzle; a sealing member arranged on the main body portion and in a radially outer direction of the rod-shaped member; a guide member fixed to a radially inner portion of the main body portion and projecting in a radially inner direction on a portion separated from an end side of the rod-shaped member, wherein in a non-filling state of the filling apparatus an enlarged portion of the rod-shaped member is apart from the guide member and in a filling state the enlarged portion abuts the guide member to restrict an axial position of the rod-shape member such as to prevent movement of the sealing member; and means for protecting an outer peripheral surface of the rod-shaped member from slide on the guide member.
A method for identifying emitters by a terminal in an iso-frequency network comprising a plurality of emitters, said emitters being synchronised and emitting with an artificial delay τ i specific to each emitter, said method comprising at least: - a step of acquiting the approximate position of said terminal P̂, the position p i of a list of emitters { Tx} in the vicinity of said terminal and the delays τ i associated therewith; - a step of measuring pseudo-distances p i between said emitters and said terminal; - said method being characterised in that it further comprises a step of associating measurements p i with the emitters of known positions p i by minimising a cost function, said cost function v( ρ i, p̂, σ) corresponding to the norm of the error between the measurements p i and a model of pseudo-distance measurements applied to a permutation of the position of said emitters σ. - a step of acquiting the approximate position of said terminal P̂, the position p i of a list of emitters { Tx} in the vicinity of said terminal and the delays τ i associated therewith; - a step of measuring pseudo-distances p i between said emitters and said terminal; - said method being characterised in that it further comprises a step of associating measurements p i with the emitters of known positions p i by minimising a cost function, said cost function v( ρ i, p̂, σ) corresponding to the norm of the error between the measurements p i and a model of pseudo-distance measurements applied to a permutation of the position of said emitters σ.
An infrared interactive remote control device, comprising a housing, wherein a power supply, a visible light source and an infrared light source are mounted within the housing; and visible light and infrared light are emitted out along a same optical axis after passing through a light splitting element; and wherein the power supply is connected with the visible light source through a first switch unit; the power supply is either connected with the infrared light source through the first switch unit and a second switch unit successively, or the power supply is directly connected with the infrared light source through a second switch unit, wherein the second switch unit comprises a control button; a pattern disc which is rotatable around a rotating shaft is disposed within the housing and arranged on an optical path of the visible light source; at least two pattern holes allowing the light to pass through are arranged on the pattern disc; the control button of the second switch unit is in mechanical connection with the pattern disc and is capable of driving the pattern disc to rotate about said rotating shaft; in a normal state, an indication pattern hole of the at least two pattern holes is positioned on the optical path to allow the visible light to pass through; and, when the control button is pressed down, the control button synchronously drives the pattern disc to rotate so that a control pattern hole of the at least two pattern holes is positioned on the optical path to allow the visible light to pass through.
Streptolysin O for use in a method for the treatment of the symptoms of t raumatic brain injury, wherein an effective amount streptolysin O is administered to alleviate the symptoms of TBI and wherein microglial migration is inhibited in the hippocampus.
Pharmaceutical composition, comprising 1-adamantylethyloxy-3-morpholino-2-propanol or pharmaceutically acceptable salts thereof for use in the treatment of undifferentiated ACVA of the ischemic and hemorrhagic type and after subtype verification in all periods of stroke, transient ischemic attacks treatment, open or closed cerebrovascular injury and consequences thereof, encephalopathy of various geneses (alcoholic, infectious-toxic), hypoxic conditions of various etiologies, post resuscitation disease (state after emergency procedures), treatment and prevention of ischemic brain lesions after thrombolysis, stenting, balloon angioplasty, atheroctomy, and removal of aneurysms in the internal carotid and vertebral arteries system, diabetic angiopathies and complications thereof, wherein the pharmaceutical composition is for parenteral administration within a concentration range of 3-100 mg/ml.
A coffee maker comprising a funnel ending with a funnel mouth and a foaming device applied to the funnel mouth, wherein said foaming device comprises a valve made of deformable material provided with at least one outlet mouth towards which the exiting percolated beverage is channeled, wherein - in a rest condition, in which the valve does not cooperate with the funnel, said outlet mouth has a rest passage section; and - in a mounting condition, in which the valve cooperates with the funnel, said outlet mouth is deformed and has a working passage section, reduced as compared to the rest passage section, and - wherein said at least one outlet mouth is obtained in a portion of the valve, and in said mounting condition, said portion of the valve is subject to a compression which causes said deformation of the outlet mouth, wherein the foaming device comprises a tang provided with an engagement portion provided with a mouth for the application of valve, characterised in that the portion of the valve is forcefully inserted into the mouth of tang, thus causing a necking of the outlet mouth thus reducing the passage section. - in a rest condition, in which the valve does not cooperate with the funnel, said outlet mouth has a rest passage section; and - in a mounting condition, in which the valve cooperates with the funnel, said outlet mouth is deformed and has a working passage section, reduced as compared to the rest passage section, and - wherein said at least one outlet mouth is obtained in a portion of the valve, and in said mounting condition, said portion of the valve is subject to a compression which causes said deformation of the outlet mouth, wherein the foaming device comprises a tang provided with an engagement portion provided with a mouth for the application of valve, characterised in that the portion of the valve is forcefully inserted into the mouth of tang, thus causing a necking of the outlet mouth thus reducing the passage section.
A prepreg manufacturing device comprising an impregnation mold having an upper mold and a lower mold, comprising: a first resin inflow part which is formed inside the upper mold, receives a resin supplied from an extruder, and discharges the resin to a reinforced fiber flowing to a lower part in the upper mold; a second resin inflow part which is formed inside the lower mold, receives the resin supplied from the extruder, and discharges the resin to the reinforced fiber flowing to an upper part of the lower mold; characterised in that: the prepreg manufacturing device comprises temperature control parts which control temperatures at a plurality of divided sections defined in a length direction for each of the first resin inflow part and the second resin inflow part. a first resin inflow part which is formed inside the upper mold, receives a resin supplied from an extruder, and discharges the resin to a reinforced fiber flowing to a lower part in the upper mold; a second resin inflow part which is formed inside the lower mold, receives the resin supplied from the extruder, and discharges the resin to the reinforced fiber flowing to an upper part of the lower mold; characterised in that: the prepreg manufacturing device comprises temperature control parts which control temperatures at a plurality of divided sections defined in a length direction for each of the first resin inflow part and the second resin inflow part.
A cosmetic formulation comprising, a partially carbonated magnesium hydroxide (PCMH) of formula: [Mg 2] 10-x.[MgCO 3] x.[H 2 O] x wherein x is a real number between about 1 and 7, and wherein said cosmetic formulation is a perspiration-reducing formulation.
A thermoformed dental appliance comprising a releasable separator film attached to a thermoformed sheet of a thermoformable polymeric sheet material, wherein the thermoformed sheet is conformal to one or more teeth and wherein the releasable separator film comprises a polypropylene co-polymer having a melting point from 60°C to 150°C or a polyolefin having (i) an average thickness of from 37 to 75 microns; (ii) a melting point of from 60° C to 200° C which is lower than the thermoforming temperature; and (ii) a trouser tear strength of greater than 20 N/mm.
A method comprising: transmitting, by an information transmitting client, to an information system, an acquisition request for a random number that corresponds to the acquisition request; receiving, by the information transmitting client from the information system, the random number that corresponds to the acquisition request; using, by the information transmitting client, the random number as a service set identifier of a personal wireless hotspot of the information transmitting client, the personal wireless hotspot being configured to be detectable by an information receiving client to obtain the random number; acquiring, by the information receiving client, a service set identifier of a wireless hotspot that has a highest signal intensity; transmitting, by the information receiving client, the service set identifier of the wireless hotspot that has the highest signal intensity to the information system; and receiving, by the information receiving client, information of the information transmitting client that is returned by the information system and corresponds to the service set identifier of the wireless hotspot that has the highest signal intensity. transmitting, by an information transmitting client, to an information system, an acquisition request for a random number that corresponds to the acquisition request; receiving, by the information transmitting client from the information system, the random number that corresponds to the acquisition request; using, by the information transmitting client, the random number as a service set identifier of a personal wireless hotspot of the information transmitting client, the personal wireless hotspot being configured to be detectable by an information receiving client to obtain the random number; acquiring, by the information receiving client, a service set identifier of a wireless hotspot that has a highest signal intensity; transmitting, by the information receiving client, the service set identifier of the wireless hotspot that has the highest signal intensity to the information system; and receiving, by the information receiving client, information of the information transmitting client that is returned by the information system and corresponds to the service set identifier of the wireless hotspot that has the highest signal intensity.
A method comprising: obtaining a modified carbon-based thick film material that comprises a carbon-based thick film material blended with a dielectric material comprising a titanate; depositing the modified carbon-based thick film material onto a structure; curing the deposited modified carbon-based thick film material on the structure at a temperature that does not exceed about 250° C; and processing the cured deposited modified carbon-based thick film material to form a thick film resistor; wherein an amount of the titanate blended with the carbon-based thick film material does not exceed about 15% by weight of the modified carbon-based thick film material; wherein the modified carbon-based thick film material is a modified carbon-based ink; wherein obtaining the modified carbon-based thick film material comprises blending the dielectric material comprising the titanate with a carbon-based ink to form the modified carbon-based ink; wherein depositing the modified carbon-based thick film material comprises printing; and wherein the modified carbon-based ink has a resistivity that is at least double a resistivity of the carbon-based ink. obtaining a modified carbon-based thick film material that comprises a carbon-based thick film material blended with a dielectric material comprising a titanate; depositing the modified carbon-based thick film material onto a structure; curing the deposited modified carbon-based thick film material on the structure at a temperature that does not exceed about 250° C; and processing the cured deposited modified carbon-based thick film material to form a thick film resistor; wherein an amount of the titanate blended with the carbon-based thick film material does not exceed about 15% by weight of the modified carbon-based thick film material; wherein the modified carbon-based thick film material is a modified carbon-based ink; wherein obtaining the modified carbon-based thick film material comprises blending the dielectric material comprising the titanate with a carbon-based ink to form the modified carbon-based ink; wherein depositing the modified carbon-based thick film material comprises printing; and