mhurhangee/patent-ind-claim-en huggingface dataset:
A caster tip arrangement for a continuous caster for casting an object from a melt with molten metal, the caster tip arrangement comprising: a first caster plate ; a second caster plate arranged opposite to the first caster plate ; an inlet for receiving a melt with molten metal; an outlet for discharging the melt in a discharging direction of the caster tip arrangement ; and at least one heating device for heating at least a part of the caster tip arrangement ; wherein the first caster plate and the second caster plate are spaced apart from each other to form a guiding compartment for guiding the melt from the inlet to the outlet ; wherein at least a portion of the guiding compartment is divergently formed from the inlet towards the outlet , such that the guiding compartment extends from the inlet to a first lateral boundary region and a second lateral boundary region of the caster tip arrangement ; wherein the second lateral boundary region is arranged opposite to the first lateral boundary region in a longitudinal extension direction of the caster tip arrangement transverse to the discharging direction ; and wherein the at least one heating device is configured to locally heat the caster tip arrangement in at least one of the first lateral boundary region and the second lateral boundary region of the caster tip arrangement . a first caster plate ; a second caster plate arranged opposite to the first caster plate ; an inlet for receiving a melt with molten metal; an outlet for discharging the melt in a discharging direction of the caster tip arrangement ; and at least one heating device for heating at least a part of the caster tip arrangement ; wherein the first caster plate and the second caster plate are spaced apart from each other to form a guiding compartment for guiding the melt from the inlet to the outlet ; wherein at least a portion of the guiding compartment is divergently formed from the inlet towards the outlet , such that the guiding compartment extends from the inlet to a first lateral boundary region and a second lateral boundary region of the caster tip arrangement ; wherein the second lateral boundary region is arranged opposite to the first lateral boundary region in a longitudinal extension direction of the caster tip arrangement transverse to the discharging direction ; and wherein the at least one heating device is configured to locally heat the caster tip arrangement in at least one of the first lateral boundary region and the second lateral boundary region of the caster tip arrangement .
A method of controlling a process with a distributed control system, DCS, of a process plant, wherein the DCS is configured in at least a control room in the process plant, for controlling a plurality of plant parameters associated with at least one process, wherein the DCS is trained to monitor one or more control room operators and one or more actions performed by the one or more control room operators on the plurality of plant parameters, for providing recommendations of one or more control operations and performing one or more control operations to control at least one process in the process plant, wherein the method is performed by the DCS , the method comprising: obtaining the recommended one or more control operations to be performed to control the at least one process; detecting availability of the one or more control room operators based on historical data related to the one or more actions performed by the one or more control room operators, one or more sensory parameters of the one or more control room operators and a status associated with the at least one process; providing one or more queries to the one or more control room operators upon detecting the availability of the one or more control room operators, wherein the one or more queries are related to at least one plant parameter from the plurality of plant parameters being at least one of observed and modified by the one or more control room operators, wherein the one or more queries are further related to the recommended control operations, and the status of the at least one process; and receiving one or more inputs from the one or more control room operators for validating the recommended one or more control operations, wherein the validated one or more control operations are used as training set for the DCS to enable the DCS to control the at least one process. obtaining the recommended one or more control operations to be performed to control the at least one process; detecting availability of the one or more control room operators based on historical data related to the one or more actions performed by the one or more control room operators, one or more sensory parameters of the one or more control room operators and a status associated with the at least one process; providing one or more queries to the one or more control room operators upon detecting the availability of the one or more control room operators, wherein the one or more queries are related to at least one plant parameter from the plurality of plant parameters being at least one of observed and modified by the one or more control room operators, wherein the one or more queries are further related to the recommended control operations, and the status of the at least one process; and receiving one or more inputs from the one or more control room operators for validating the recommended one or more control operations, wherein the validated one or more control operations are used as training set for the DCS to enable the DCS to control the at least one process.
A device for implanting a bone fixation system, comprising: an insertion instrument (40; 1240) comprising a shaft portion extending from a proximal end to a distal end , the distal end having an engagement portion for removably engaging a proximal end of a bone plate , the elongated shaft portion having an elongated slot on a side wall thereof, wherein a longitudinal axis of the elongated slot is configured to be coaxial with a longitudinal axis of a first opening extending through the bone plate when the insertion instrument is engaged with the plate; and a protection sleeve , configured to be inserted into the elongated slot, wherein the protection sleeve comprises a first elongated shaft portion having a first channel extending therethrough and a second elongated shaft portion having a second channel extending therethrough, the first elongated shaft portion being configured to be insertable into the elongated slot and the second elongated shaft portion being configured for guiding insertion of an anti-rotation screw therethrough and through the bone plate , a longitudinal axis of the second channel being angled with respect to a longitudinal axis of the first channel and with respect to the longitudinal axis of the slot when the device is in an operative configuration. an insertion instrument (40; 1240) comprising a shaft portion extending from a proximal end to a distal end , the distal end having an engagement portion for removably engaging a proximal end of a bone plate , the elongated shaft portion having an elongated slot on a side wall thereof, wherein a longitudinal axis of the elongated slot is configured to be coaxial with a longitudinal axis of a first opening extending through the bone plate when the insertion instrument is engaged with the plate; and a protection sleeve , configured to be inserted into the elongated slot, wherein the protection sleeve comprises a first elongated shaft portion having a first channel extending therethrough and a second elongated shaft portion having a second channel extending therethrough, the first elongated shaft portion being configured to be insertable into the elongated slot and the second elongated shaft portion being configured for guiding insertion of an anti-rotation screw therethrough and through the bone plate , a longitudinal axis of the second channel being angled with respect to a longitudinal axis of the first channel and with respect to the longitudinal axis of the slot when the device is in an operative configuration.
An electronic device comprising: a communication module ; one or more processors connected to the communication module ; and memory storing instructions that, when executed by the one or more processors, cause the electronic device to: receive a first signal by using a plurality of sub-frequency bands through the communication module ; identify at least one sub-frequency band in which hidden interference is identified, based on first information and second information comprised in a pre-high efficiency, pre-HE, modulated field of the first signal, wherein the first information indicates identification information of a basis service set, BSS, and the second information indicates whether the first signal is a downlink signal; and transmit a second signal comprising information indicating the identified at least one sub-frequency band to an external electronic device in which a wireless communication connection has been established, wherein the at least one sub-frequency band is set not to be used for the wireless communication connection based on the second signal. a communication module ; one or more processors connected to the communication module ; and memory storing instructions that, when executed by the one or more processors, cause the electronic device to: receive a first signal by using a plurality of sub-frequency bands through the communication module ; identify at least one sub-frequency band in which hidden interference is identified, based on first information and second information comprised in a pre-high efficiency, pre-HE, modulated field of the first signal, wherein the first information indicates identification information of a basis service set, BSS, and the second information indicates whether the first signal is a downlink signal; and transmit a second signal comprising information indicating the identified at least one sub-frequency band to an external electronic device in which a wireless communication connection has been established, wherein the at least one sub-frequency band is set not to be used for the wireless communication connection based on the second signal. receive a first signal by using a plurality of sub-frequency bands through the communication module ; identify at least one sub-frequency band in which hidden interference is identified, based on first information and second information comprised in a pre-high efficiency, pre-HE, modulated field of the first signal, wherein the first information indicates identification information of a basis service set, BSS, and the second information indicates whether the first signal is a downlink signal; and transmit a second signal comprising information indicating the identified at least one sub-frequency band to an external electronic device in which a wireless communication connection has been established, wherein the at least one sub-frequency band is set not to be used for the wireless communication connection based on the second signal.
Wood particle board (10; 11) comprising: a core layer formed of resin-covered wood particles with large particle size; at least one surface layer formed of resin-covered wood particles, wherein the at least one surface layer comprises wood particles with particle sizes smaller than the particle sizes of the core layer ; and at least one interfoil disposed between a surface layer and the core layer , wherein the interfoil is formed of paper which has not been resin impregnated or of a perforated plastic sheet, and wherein the at least one interfoil has a surface weight in the range of 5 g/m 2 to 600 g/m 2 and a thickness in the range of 0.05 to 3 mm. a core layer formed of resin-covered wood particles with large particle size; at least one surface layer formed of resin-covered wood particles, wherein the at least one surface layer comprises wood particles with particle sizes smaller than the particle sizes of the core layer ; and at least one interfoil disposed between a surface layer and the core layer , wherein the interfoil is formed of paper which has not been resin impregnated or of a perforated plastic sheet, and wherein the at least one interfoil has a surface weight in the range of 5 g/m 2 to 600 g/m 2 and a thickness in the range of 0.05 to 3 mm.
A method for the production of a milk product from a blend of powders, the method including the use of a blender which includes: a blending chamber ; an agitator disposed within the blending chamber; an inlet for introduction of powders into the blending chamber; an outlet for product exiting the blending chamber; and a filter associated with the blender, wherein the filter includes a main compartment, an extraction pipe , a plurality of filter surfaces disposed within the main compartment , a gas feed pipe connected to the main compartment, and a feedback pipe ; and wherein an environment-regulating means is associated with the blender via at least one interface point for regulating the environment inside the blending chamber, wherein the environment-regulating means is configured to selectively establish substantially a deoxidated environment inside the blending chamber priorto blending of powders inside the blending chamber, the method including the steps of: a) selectively establishing substantially a deoxidated environment inside the blending chamber of the blender; b) introducing the powders, wherein one of the powders is a milk powder, to be blended into the blending chamber; c) regulating the environment inside the blending chamber ; and then d) blending the powders inside the blending chamber . a blending chamber ; an agitator disposed within the blending chamber; an inlet for introduction of powders into the blending chamber; an outlet for product exiting the blending chamber; and a filter associated with the blender, wherein the filter includes a main compartment, an extraction pipe , a plurality of filter surfaces disposed within the main compartment , a gas feed pipe connected to the main compartment, and a feedback pipe ; a) selectively establishing substantially a deoxidated environment inside the blending chamber of the blender; b) introducing the powders, wherein one of the powders is a milk powder, to be blended into the blending chamber; c) regulating the environment inside the blending chamber ; and then d) blending the powders inside the blending chamber .
A bottom rail for a roller blind , wherein the bottom rail comprises: separate first and second shells adapted to be press-fitted together; and a connector bonded to one end of a fabric sheet of the roller blind ; wherein the first and second shells are adapted to be automatically press-fitted together over both the connector and the one end of the fabric sheet so as to releasably form a unitary structure, characterised in that the one end of the fabric sheet and the connector are clamped between the first and second shells . separate first and second shells adapted to be press-fitted together; and a connector bonded to one end of a fabric sheet of the roller blind ;
A key generation device, wherein the device comprises a key generator , a modulator , a light source generator , a first beam splitter , a data obtainer , an attenuator , and a memory , wherein the key generator is configured to generate a first key; the light source generator is configured to generate a first light source signal; the modulator is configured to modulate the first key to the first light source signal, to obtain a modulated optical signal; the first beam splitter is configured to split the modulated optical signal, to obtain a first sub modulated optical signal and a second sub modulated optical signal; the attenuator is configured to: attenuate the first sub modulated optical signal, so that a quantity of photons comprised in each period of the attenuated first sub modulated optical signal is less than a preset value; and send the attenuated first sub modulated optical signal to a receive-end device; and the data obtainer is configured to: receive the second sub modulated optical signal from the first beam splitter , obtain a second key carried in the second sub modulated optical signal, and store the second key in the memory , wherein the second key is a key obtained after a bit error occurs when the first key is modulated to the first light source signal, and the second key is a key to be used during communication with the receive-end device. the key generator is configured to generate a first key; the light source generator is configured to generate a first light source signal; the modulator is configured to modulate the first key to the first light source signal, to obtain a modulated optical signal; the first beam splitter is configured to split the modulated optical signal, to obtain a first sub modulated optical signal and a second sub modulated optical signal; the attenuator is configured to: attenuate the first sub modulated optical signal, so that a quantity of photons comprised in each period of the attenuated first sub modulated optical signal is less than a preset value; and send the attenuated first sub modulated optical signal to a receive-end device; and the data obtainer is configured to: receive the second sub modulated optical signal from the first beam splitter , obtain a second key carried in the second sub modulated optical signal, and store the second key in the memory , wherein the second key is a key obtained after a bit error occurs when the first key is modulated to the first light source signal, and the second key is a key to be used during communication with the receive-end device.
A rubber composition for a tire tread, comprising: 6 to 20 parts by weight of a silane coupling agent having a thioester group and SiO bond; and 1 to 20 parts by weight of terpene resin having a softening point (determined acc. to ASTM 6090-12) of 130 °C or more and a weight average molecular weight of 1,000 or more, to 100 parts by weight of raw rubber, wherein the raw rubber comprises: 10 to 30% by weight of end modified styrene-butadiene rubber wherein a styrene unit content is 20% by weight or less and a vinyl unit content is 30% by weight or less; 30 to 50% by weight of styrene-butadiene rubber; and 20 to 60% by weight of butadiene rubber or natural rubber, and wherein the rubber composition comprises a silica in an amount of more than 60 parts by weight and less than 120 parts by weight to 100 parts by weight of raw rubber.
Hob device with a hob plate , which has at least one user interface area , with at least one user interface element and with at least one centring unit , which is connected on an underside of the hob plate thereto and which is provided to centre the user interface element relative to the user interface area along at least one direction , wherein the centring unit has at least one centring element fastened to the hob plate , wherein the centring element has at least one ramp bevel and at least one stop surface , which is aligned at least substantially at a right angle to the hob plate and the ramp bevel connects to the underside of the hob plate , characterised in that the centring element , in the assembled state, brings the user interface element into contact with the stop surface , with at least one user interface retaining unit , which, in an assembled state, supports at least the user interface element and through which the user interface element , in a preassembled state, is mounted in a displaceable manner along the direction , wherein the direction is parallel to a width direction of the hob plate , and wherein the centring element provides the centring of the user interface element and wherein the centring element , in the assembled state, is brought into contact with the user interface element on a side of the user interface element aligned along the width direction, wherein the centring unit has at least one further centring element which is arranged opposite the centring element with respect to the user interface area , wherein the centring element and the further centring element , in the assembled state, bring the user interface element into contact with the stop surface and a further stop surface of the further centring element on the opposing corners or sides and the centring element and the further centring element embody a form fit together with the user interface element in order to centre the user interface element .
A locking and charging system for electric powered vehicles, including: management electronic means that are inserted into a security casing that is mounted onto an electric powered vehicle whereby the management electronic means include different sensors and communicators that determine the position and forces influencing the management electronic means and that allow communication with at least a remote device and whereby the management electronic means are connected to the vehicle's drive train and/or battery; a locking and charging cable with one end connected to the management electronic means and with a locking head with an active male part of the electronic locking mechanism with electricity contacts provided on the other end, whereby the locking head with the active male part is inserted into the passive female counterpart of the locking mechanism which is inside the security casing or in the charging station or in a defined place on the vehicle; a charging station , with a specific or universal charger for the electric powered vehicle and a passive female counterpart of the electronic locking mechanism into which the active male part of the electronic locking mechanism fits; whereby the management electronic means further include electronic means which include an embedded logic and several sensors, at least sensors to determine the position of the vehicle, sensors to identify potential threatening forces influencing the vehicle, and means to communicate data wirelessly with/to a remote device, server or similar; the security casing being attached onto an electric powered vehicle with a vehicle attaching plate with at least one attachment point , characterized in a motor , which is positioned inside the security casing , locks the security casing to the vehicle attaching plate by a locking part or by blocking the attachment point on the attaching plate and whereby the attaching plate is connected to the vehicle drive train and/or battery with cables and the attaching plate has connectors to which the management electronic means are connected via the security casing when fixed on the attaching plate .
Gene modified odontogenic stem cells, which are characterized in that the cells are transfected with the exogenous hepatocyte growth factor gene, and express the exogenous hepatocyte growth factor for use in treating periodontal disease, repairing periodontal bone or soft tissue defect and/or promoting the regeneration of periodontal tissue.
A rod inserter tool for use with a hollow screw extender housing configured to be coupled to a screw assembly implanted into vertebrae, the tool comprising: a handle ; a main housing configured to include a rod holding mechanism adjacent to a distal end of the main housing for holding a rod , wherein the handle is coupled to the main housing adjacent to a proximal end of the main housing; a secondary housing configured to be slidably disposed along the main housing and further configured to secure the rod to the distal end of the main housing; a lateral housing configured to be slidably disposed along the main housing and further configured to change orientation of the rod upon being actuated by the handle. a handle ; a main housing configured to include a rod holding mechanism adjacent to a distal end of the main housing for holding a rod , wherein the handle is coupled to the main housing adjacent to a proximal end of the main housing; a secondary housing configured to be slidably disposed along the main housing and further configured to secure the rod to the distal end of the main housing; a lateral housing configured to be slidably disposed along the main housing and further configured to change orientation of the rod upon being actuated by the handle.