mhurhangee/ep-ind-claims huggingface dataset:
A dispensing bar for granular or powdered materials, wherein it comprises two or more dispensing devices arranged side by side along an alignment direction, wherein each dispensing device comprises: a dispensing channel, provided with a longitudinal axis, an inlet opening and an outlet opening; the outlet openings being arranged side by side and facing in a same direction, so as to define a deposit front of predetermined length; characterized in that each dispensing device further comprises suction means, arranged to retain, on command, at least a portion of granular or powdered material inside the dispensing channel, so as to form an accumulation which obstructs the dispensing channel and prevents the flow of material. a dispensing channel, provided with a longitudinal axis, an inlet opening and an outlet opening; the outlet openings being arranged side by side and facing in a same direction, so as to define a deposit front of predetermined length; characterized in that each dispensing device further comprises suction means, arranged to retain, on command, at least a portion of granular or powdered material inside the dispensing channel, so as to form an accumulation which obstructs the dispensing channel and prevents the flow of material.
A method of making hydrogel contact lenses, comprising the steps of hydrating a dry hydrogel contact lens in a hydrating solution, characterized in that the hydrating solution comprises silver nanoparticles and a lubricant or wetting agent, wherein the silver nanoparticles and the lubricant or wetting agent are adsorbed onto and/or entrapped in the hydrogel contact lens during hydrating of the dry hydrogel contact lens in the hydrating solution, wherein the silver nanoparticles are prepared in the presence of one or more stabilizers selected from the group consisting of a polyanionic material, a polycationic material, a polyvinyl alcohol, a polyvinylpyrrolidone, a copolymer of N-vinylpyrrolidone with one or more vinylic monomers, and combinations thereof.
An electronic device (101, 400) comprising: a housing; a display disposed at the housing; and a wheel bezel structure mounted on the electronic device (101, 400), and configured to rotate around the display by an operation of a user to select functions, wherein the electronic device has a non-circular perimeter on at least one of a part of the housing and the display, and wherein the wheel bezel structure comprises a plurality of bezel pieces, each of which is assembled with another bezel piece adjacent thereto via at least one connection member. a housing; a display disposed at the housing; and a wheel bezel structure mounted on the electronic device (101, 400), and configured to rotate around the display by an operation of a user to select functions, wherein the electronic device has a non-circular perimeter on at least one of a part of the housing and the display, and wherein the wheel bezel structure comprises a plurality of bezel pieces, each of which is assembled with another bezel piece adjacent thereto via at least one connection member.
A catheter fixation device comprising: a body; a catheter having a proximal portion and a distal portion that passes through an opening in said body; and an anti-pull-out lock mechanism comprising an arcuate channel bounded by a pair of arcuate walls (25, 26) extending from a floor of said body, wherein a coiled portion of said catheter is constrained to move between said arcuate walls (25, 26) during movement of said proximal portion and said distal portion remains substantially in place; wherein said opening is positioned off-center of a floor of said body, and said anti-pull-out lock mechanism comprises one or more roof members that prevent vertical pull-out of said catheter with respect to said floor, and wherein some of said roof members extend arcuately inwards of one of said walls, while others of said roof members overlie near another one of said walls at several discrete positions. a body; a catheter having a proximal portion and a distal portion that passes through an opening in said body; and an anti-pull-out lock mechanism comprising an arcuate channel bounded by a pair of arcuate walls (25, 26) extending from a floor of said body, wherein a coiled portion of said catheter is constrained to move between said arcuate walls (25, 26) during movement of said proximal portion and said distal portion remains substantially in place; wherein said opening is positioned off-center of a floor of said body, and said anti-pull-out lock mechanism comprises one or more roof members that prevent vertical pull-out of said catheter with respect to said floor, and wherein some of said roof members extend arcuately inwards of one of said walls, while others of said roof members overlie near another one of said walls at several discrete positions.
A plasma jet device for medical treatment of root canals using an atmospheric pressure plasma comprising a handle; and a probe with a gas channel and a first and second electrode (31, 32), the probe having a first end connected to the handle and a second end opposite to the first end being a probe tip; wherein the first electrode is a hollow outer electrode and the second electrode is an inner electrode extending at least along a section of the first electrode inside the first electrode; wherein the second electrode except for a portion at its end is surrounded by a dielectric material; wherein the probe is adapted to be inserted into a root canal; and wherein the plasma jet device is adapted to provide negative pulses at the second electrode for producing the atmospheric pressure plasma at the tip of the second electrode, characterised in that the first electrode extends to the probe tip. a handle; and a probe with a gas channel and a first and second electrode (31, 32), the probe having a first end connected to the handle and a second end opposite to the first end being a probe tip; wherein the first electrode is a hollow outer electrode and the second electrode is an inner electrode extending at least along a section of the first electrode inside the first electrode; wherein the second electrode except for a portion at its end is surrounded by a dielectric material; wherein the probe is adapted to be inserted into a root canal; and wherein the plasma jet device is adapted to provide negative pulses at the second electrode for producing the atmospheric pressure plasma at the tip of the second electrode, characterised in that the first electrode extends to the probe tip.
Method for operating a wood-pellet cogeneration unit, comprising a pellet feed, a combustion chamber with an advance gasification combustion chamber and a grate arranged therein, an ash removal device and a Stirling engine with a connected side channel blower, wherein - an exhaust gas recuperator preheats combustion air and wood pellets are gasified with a portion of said hot air; - said portion of the hot combustion air is directed above the grate into the gasification combustion chamber and the fuel gas thus produced is sucked downwards through the grate together with the ash by a side channel blower into the combustion chamber of the Stirling engine; - the fuel gas under the grate is displaced with a flow impulse of the remainder of the hot combustion air that firstly a low lambda value close to the CO limit is maintained and, depending on the temperature of the combustion chamber, the combustion is stabilized at a central nozzle between gasification combustion chamber and the combustion chamber or, with increasing temperature of the combustion chamber, the state of flameless combustion is increasingly obtained, wherein a potential vortex is produced in the combustion chamber of the Stirling engine, which vortex intensively mixes exhaust gas, fuel gas and hot combustion air, so that fuel gas and ash particles will burn completely. - an exhaust gas recuperator preheats combustion air and wood pellets are gasified with a portion of said hot air; - said portion of the hot combustion air is directed above the grate into the gasification combustion chamber and the fuel gas thus produced is sucked downwards through the grate together with the ash by a side channel blower into the combustion chamber of the Stirling engine; - the fuel gas under the grate is displaced with a flow impulse of the remainder of the hot combustion air that firstly a low lambda value close to the CO limit is maintained and, depending on the temperature of the combustion chamber, the combustion is stabilized at a central nozzle between gasification combustion chamber and the combustion chamber or, with increasing temperature of the combustion chamber, the state of flameless combustion is increasingly obtained, wherein a potential vortex is produced in the combustion chamber of the Stirling engine, which vortex intensively mixes exhaust gas, fuel gas and hot combustion air, so that fuel gas and ash particles will burn completely.
Ultrasonic microphone, wherein the ultrasonic microphone comprises a membrane, a first sound transducer element as receiver transducer in the form of a piezocomposite, a housing and a device for carrying out a self-test, characterized in that device for carrying out a self-test comprises a further sound transducer element as test signal generator in the form of a piezocomposite; wherein the one further sound transducer element is configured to generate structure-borne sound that propagates through all components to be tested, but at least the membrane, and the connections thereof in the ultrasonic microphone and reaches the first sound transducer element; wherein the one further sound transducer element is part of the piezocomposite of the first sound transducer element or is arranged as a separate piezocomposite in the housing; and the first sound transducer element and the device for carrying out the self-test are contained together in the housing of the ultrasonic microphone.
A filter management system for the filtration of cabin air for vehicles comprising: a first filter element and a second filter element disposed in an exterior fresh air housing, wherein the exterior fresh air housing comprises an inlet and an outlet; a third filter element disposed in a cabin housing, wherein the cabin housing comprises at least one inlet (210,220), wherein the at least one inlet (210,220) is a filtered inlet; a fluid channel arranged between the exterior fresh air housing and the cabin housing, wherein the filtered inlet of the cabin housing is adapted to receive air from the exterior fresh air housing through said fluid channel; a first diverter disposed near an outlet of the exterior fresh air housing, wherein the first diverter is configured to cause ambient air to flow through the exterior fresh air housing in a plurality of flow paths, wherein the plurality of flow paths comprises a single filtration pass of ambient air through the first filter element and a double pass filtration of ambient air through both the first filter element and second filter element. a first filter element and a second filter element disposed in an exterior fresh air housing, wherein the exterior fresh air housing comprises an inlet and an outlet; a third filter element disposed in a cabin housing, wherein the cabin housing comprises at least one inlet (210,220), wherein the at least one inlet (210,220) is a filtered inlet; a fluid channel arranged between the exterior fresh air housing and the cabin housing, wherein the filtered inlet of the cabin housing is adapted to receive air from the exterior fresh air housing through said fluid channel; a first diverter disposed near an outlet of the exterior fresh air housing, wherein the first diverter is configured to cause ambient air to flow through the exterior fresh air housing in a plurality of flow paths, wherein the plurality of flow paths comprises a single filtration pass of ambient air through the first filter element and a double pass filtration of ambient air through both the first filter element and second filter element.
A method for updating a connection profile in a content delivery service, comprising: establishing, by a dynamic content delivery, DCD, terminal, a session for content delivery service with a server; receiving, by the DCD terminal from the server, a connection profile update message for updating a connection profile during the session; checking, by the DCD terminal, whether at least one of a name of the connection profile and a connection profile having no element, exists in the received connection profile update message; if only the name of the connection profile exists or no element is present in the convection profile in the received connection profile update message, deleting, by the DCD terminal, the connection profile; and if an element exists in the received connection profile in the connvection profile update message, updating, by the DCD terminal, the connection profile; transmitting, to the server, a session deactivation request message if the session is no longer required; and transmitting, to another server, a session activation request message based on the updated connection profile. establishing, by a dynamic content delivery, DCD, terminal, a session for content delivery service with a server; receiving, by the DCD terminal from the server, a connection profile update message for updating a connection profile during the session; checking, by the DCD terminal, whether at least one of a name of the connection profile and a connection profile having no element, exists in the received connection profile update message; if only the name of the connection profile exists or no element is present in the convection profile in the received connection profile update message, deleting, by the DCD terminal, the connection profile; and if an element exists in the received connection profile in the connvection profile update message, updating, by the DCD terminal, the connection profile; transmitting, to the server, a session deactivation request message if the session is no longer required; and transmitting, to another server, a session activation request message based on the updated connection profile.
A test and measurement instrument, comprising: a user interface; and a controller configured to: receive a serial bit stream; the instrument is characterized by applying a logic to identify states within the serial bit stream and produce a combined state/bit stream by changing bits in the serial bit stream that identify a state into a state symbol that can be recognized by a regular expression; apply a first regular expression to the combined state/bit stream, wherein the first regular expression includes state information thereby producing an output data; and present the output data through the user interface in response to the application of the first regular expression to the combined state/bit stream. a user interface; and a controller configured to: receive a serial bit stream; the instrument is characterized by applying a logic to identify states within the serial bit stream and produce a combined state/bit stream by changing bits in the serial bit stream that identify a state into a state symbol that can be recognized by a regular expression; apply a first regular expression to the combined state/bit stream, wherein the first regular expression includes state information thereby producing an output data; and present the output data through the user interface in response to the application of the first regular expression to the combined state/bit stream. receive a serial bit stream; the instrument is characterized by applying a logic to identify states within the serial bit stream and produce a combined state/bit stream by changing bits in the serial bit stream that identify a state into a state symbol that can be recognized by a regular expression; apply a first regular expression to the combined state/bit stream, wherein the first regular expression includes state information thereby producing an output data; and present the output data through the user interface in response to the application of the first regular expression to the combined state/bit stream.
A method in a first Coordinated Multi-Point, CoMP, cell controller for mitigating inter-CoMP cell interference between CoMP cells, wherein a CoMP cell comprises a plurality of geographically contiguous cells grouped together to form the CoMP cell, and the first CoMP cell controller manages transmissions in a plurality of sub-cells comprising the first CoMP cell so as to reduce inter-cell interference within the first CoMP cell, the method being characterised in that it comprises: receiving, from a second CoMP cell controller managing transmissions in a second, neighboring CoMP cell, information identifying a User Equipment, UE, in the second CoMP cell scheduled to receive transmissions from the second CoMP cell during a predetermined transmission duration, the UE in the second CoMP cell also receiving interference from one or more antennas of the first CoMP cell; obtaining information about the downlink channel to the UE in the second CoMP cell; extending the first CoMP cell to include the UE in the second CoMP cell in a transmission calculation of the extended first CoMP cell; and scheduling transmissions, prior to the commencement of the predetermined transmission duration, to a plurality of UEs in the first CoMP cell to maximize data rates, subject to the constraint that interference to the UE in the second CoMP cell, due to the transmissions, is below a predetermined level. receiving, from a second CoMP cell controller managing transmissions in a second, neighboring CoMP cell, information identifying a User Equipment, UE, in the second CoMP cell scheduled to receive transmissions from the second CoMP cell during a predetermined transmission duration, the UE in the second CoMP cell also receiving interference from one or more antennas of the first CoMP cell; obtaining information about the downlink channel to the UE in the second CoMP cell; extending the first CoMP cell to include the UE in the second CoMP cell in a transmission calculation of the extended first CoMP cell; and scheduling transmissions, prior to the commencement of the predetermined transmission duration, to a plurality of UEs in the first CoMP cell to maximize data rates, subject to the constraint that interference to the UE in the second CoMP cell, due to the transmissions, is below a predetermined level.
A rubber compound for tyres comprising a cross linkable unsaturated chain polymer base, carbon black, a silane bonding agent, and a vulcanization system; said compound being characterized in that a part of carbon black is recycled carbon black obtained by pyrolysis of tyres and comprising, on its surface, hydroxyl and/or carboxyl groups.
A method of providing N+1 redundancy for a cluster of network nodes including a standby node (14, 30) and a plurality of primary nodes (12, 30), the method being performed by the standby node (14, 30) and comprising: determining, by the standby node (14, 30), that one of the primary nodes (12, 30) in the cluster has failed; configuring the standby node (14, 30) to use an Internet Protocol, IP, address of the failed primary node (12, 30), comprising: - configuring a network interface of the standby node (14, 30) to use the IP address of the failed primary node (12, 30); and - announcing a binding between the IP address and a Medium Access Control, MAC, address of the standby node (14, 30); retrieving, from a low latency database for the cluster, session data for user sessions associated with the failed primary node (12, 30); restoring the user sessions at the standby node (14, 30); and switching from a standby mode to an active mode. determining, by the standby node (14, 30), that one of the primary nodes (12, 30) in the cluster has failed; configuring the standby node (14, 30) to use an Internet Protocol, IP, address of the failed primary node (12, 30), comprising: - configuring a network interface of the standby node (14, 30) to use the IP address of the failed primary node (12, 30); and - announcing a binding between the IP address and a Medium Access Control, MAC, address of the standby node (14, 30); - configuring a network interface of the standby node (14, 30) to use the IP address of the failed primary node (12, 30); and - announcing a binding between the IP address and a Medium Access Control, MAC, address of the standby node (14, 30); retrieving, from a low latency database for the cluster, session data for user sessions associated with the failed primary node (12, 30); restoring the user sessions at the standby node (14, 30); and switching from a standby mode to an active mode.
An electron beam detection device (10, 110, 160) comprising: an electron-bombarded semiconductor device; and a processing section; wherein the electronic beam detecting device further comprises an insulating tube having one end and another end; wherein the electron-bombarded semiconductor device is provided outside the one end of the insulating tube and outputs electrical signals in response to incident electrons; the processing section is connected to the semiconductor device, and converts the electrical signals into output signals; electrons incident on the semiconductor device are detected by the output signals that are obtained through conversion by the processing section; said electron beam detection device being characterised in that: the processing section is provided in the insulating tube; electrons incident on the semiconductor device are detected on the another end side of the insulating tube; and the inside of the insulating tube is filled with an insulating material. an electron-bombarded semiconductor device; and a processing section; wherein the electronic beam detecting device further comprises an insulating tube having one end and another end; wherein the electronic beam detecting device further comprises an insulating tube having one end and another end; wherein the electron-bombarded semiconductor device is provided outside the one end of the insulating tube and outputs electrical signals in response to incident electrons; the processing section is connected to the semiconductor device, and converts the electrical signals into output signals; electrons incident on the semiconductor device are detected by the output signals that are obtained through conversion by the processing section; said electron beam detection device being characterised in that: the processing section is provided in the insulating tube; electrons incident on the semiconductor device are detected on the another end side of the insulating tube; and the processing section is provided in the insulating tube; electrons incident on the semiconductor device are detected on the another end side of the insulating tube; and the inside of the insulating tube is filled with an insulating material.