mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a data processing request from a host among a plurality of hosts, comprising: obtaining , by a Just Bunch of Flash SSD, JBOF, the data processing request sent by a storage controller, wherein the data processing request is used to access a target solid state drive, SSD in the JBOF; determining , by the JBOF, a type of the data processing request, wherein the type of the data processing request comprises a bypass type and a background computing type; characterised in that if the type of the data processing request is the bypass type , directly forwarding, by the JBOF, the data processing request to the target SSD; if the type of the data processing request is the background computing type , sending, by the JBOF, the data processing request to a computing unit in the JBOF, and sending a data processing request processed by the computing unit to the target SSD. obtaining , by a Just Bunch of Flash SSD, JBOF, the data processing request sent by a storage controller, wherein the data processing request is used to access a target solid state drive, SSD in the JBOF; determining , by the JBOF, a type of the data processing request, wherein the type of the data processing request comprises a bypass type and a background computing type; characterised in that if the type of the data processing request is the bypass type , directly forwarding, by the JBOF, the data processing request to the target SSD; if the type of the data processing request is the background computing type , sending, by the JBOF, the data processing request to a computing unit in the JBOF, and sending a data processing request processed by the computing unit to the target SSD. if the type of the data processing request is the bypass type , directly forwarding, by the JBOF, the data processing request to the target SSD; if the type of the data processing request is the background computing type , sending, by the JBOF, the data processing request to a computing unit in the JBOF, and sending a data processing request processed by the computing unit to the target SSD.
A resin composition comprising: an acrylic block copolymer (A) comprising a polymer block (a1) predominantly containing methacrylic acid ester units and a polymer block (a2) predominantly containing acrylic acid ester units, the acrylic block copolymer (A) having a refractive index of 1.485 to 1.495, as measured in accordance with the method specified in the description, and an order-disorder transition temperature (ODTT) of not more than 260°C, as measured in accordance with the method specified in the description; and an additional polymer other than the acrylic block copolymer (A), wherein the resin composition contains the acrylic block copolymer (A) in a proportion of more than 90 mass%. an acrylic block copolymer (A) comprising a polymer block (a1) predominantly containing methacrylic acid ester units and a polymer block (a2) predominantly containing acrylic acid ester units, the acrylic block copolymer (A) having a refractive index of 1.485 to 1.495, as measured in accordance with the method specified in the description, and an order-disorder transition temperature (ODTT) of not more than 260°C, as measured in accordance with the method specified in the description; and an additional polymer other than the acrylic block copolymer (A), wherein the resin composition contains the acrylic block copolymer (A) in a proportion of more than 90 mass%.
A data collection device comprising: an attachment assembly for attaching the data collection device to a dose setting dial of a medicament administration device ; and an electronics assembly comprising: a light source configured to illuminate a portion of a surface of an internal component of the medicament administration device including a pattern of relatively reflective and non-reflecting regions formed on the surface of the internal component; and an optical sensor configured to receive light reflected by at least the relatively reflective regions characterized in that the electronics assembly is configured to move longitudinally relative to the attachment assembly. an attachment assembly for attaching the data collection device to a dose setting dial of a medicament administration device ; and an electronics assembly comprising: a light source configured to illuminate a portion of a surface of an internal component of the medicament administration device including a pattern of relatively reflective and non-reflecting regions formed on the surface of the internal component; and an optical sensor configured to receive light reflected by at least the relatively reflective regions a light source configured to illuminate a portion of a surface of an internal component of the medicament administration device including a pattern of relatively reflective and non-reflecting regions formed on the surface of the internal component; and an optical sensor configured to receive light reflected by at least the relatively reflective regions characterized in that the electronics assembly is configured to move longitudinally relative to the attachment assembly.
A method for the removal of nitrogen oxides from flue gas from combustion facilities, comprising the steps of passing the flue gas through a catalyst for selective reduction of nitrogen oxides in presence of ammonia added to the flue gas either as such or in form of a precursor thereof; at a flue gas temperature below 250°C injecting an effluent gas containing nitrogen dioxide into the flue gas upstream the catalyst for selective reduction of nitrogen oxides; providing the effluent gas containing nitrogen dioxide by steps of catalytically oxidizing ammonia or a precursor thereof with an oxygen containing atmosphere to an effluent gas containing nitrogen monoxide and oxygen in presence of an oxidation catalyst; cooling the effluent gas to ambient temperature between -20 and 40 °C and oxidizing the nitrogen monoxide in the cooled effluent gas to the nitrogen dioxide containing effluent gas.
A method of wireless communication, at a User Equipment, UE, comprising: receiving data via a first group of component carriers, CCs, of a plurality of groups of aggregated CCs, the first group of CCs corresponding to unlicensed or shared frequencies; selecting a CC from at least two CCs of the first group of CCs for transmission on a physical uplink control channel, PUCCH, based on at least an uplink-transmission clearance procedure to determine if a particular carrier is available that is performed on each of the at least two CCs and based on a first comparison of an earliest uplink subframe index associated with each of the at least two CCs or based on a second comparison of a cell index associated with each of the at least two CCs when the earliest uplink subframe index is the same for the at least two CCs; and transmitting uplink information on the PUCCH via the selected CC to a base station. receiving data via a first group of component carriers, CCs, of a plurality of groups of aggregated CCs, the first group of CCs corresponding to unlicensed or shared frequencies; selecting a CC from at least two CCs of the first group of CCs for transmission on a physical uplink control channel, PUCCH, based on at least an uplink-transmission clearance procedure to determine if a particular carrier is available that is performed on each of the at least two CCs and based on a first comparison of an earliest uplink subframe index associated with each of the at least two CCs or based on a second comparison of a cell index associated with each of the at least two CCs when the earliest uplink subframe index is the same for the at least two CCs; and transmitting uplink information on the PUCCH via the selected CC to a base station.
Vessel for frying, baking or cooking foodstuffs, including at least one visible first material which reversibly changes colour thermochromically upon heating, characterized in that the interior of the vessel has a continuous coating of the first thermochromic material , and regions of a second, nonthermochromic material are distributed over the surface thereof, wherein at least a base and an inner rim of the vessel is/are furnished with both materials - wherein when the vessel is in a first temperature range, corresponding to a cold basic state, two different colours of the two materials are detectable, and wherein the colour of the second material is the colour the first material shows when a second temperature range is reached, so that a uniform colouration is presented in the second temperature range, or - wherein when the vessel is in a first temperature range, corresponding to a cold basic state, the first material and the second material are the same colour, and wherein in the second temperature range the two different colours of the two materials are visible, so that the colour of the second material serves as a reference colour for the first material , the colour of which undergoes thermochromic change. - wherein when the vessel is in a first temperature range, corresponding to a cold basic state, two different colours of the two materials are detectable, and wherein the colour of the second material is the colour the first material shows when a second temperature range is reached, so that a uniform colouration is presented in the second temperature range, or - wherein when the vessel is in a first temperature range, corresponding to a cold basic state, the first material and the second material are the same colour, and wherein in the second temperature range the two different colours of the two materials are visible, so that the colour of the second material serves as a reference colour for the first material , the colour of which undergoes thermochromic change.
A BUM traffic control method, applied to a target broadcast domain of a communications network, wherein the target broadcast domain comprises a traffic controller, a plurality of network devices, and a host connected to each network device, the traffic controller is in a communications connection to each network device through a tunnel, and the method comprises: receiving (S101), by the traffic controller through a tunnel, a BUM packet encapsulated by a network device in the target broadcast domain; collecting (SI02), by the traffic controller based on the received BUM packet, statistics about a BUM traffic value of a target object within a preset time period, and determining (S103) whether the BUM traffic value is greater than a preset BUM traffic threshold of the target object, wherein the target object is the target broadcast domain, a network device in the target broadcast domain, or a host connected to a network device in the target broadcast domain; and if the BUM traffic value is greater than the preset BUM traffic threshold, controlling (S104), by the traffic controller, BUM traffic of the target object, to reduce the BUM traffic of the target object. receiving (S101), by the traffic controller through a tunnel, a BUM packet encapsulated by a network device in the target broadcast domain; collecting (SI02), by the traffic controller based on the received BUM packet, statistics about a BUM traffic value of a target object within a preset time period, and determining (S103) whether the BUM traffic value is greater than a preset BUM traffic threshold of the target object, wherein the target object is the target broadcast domain, a network device in the target broadcast domain, or a host connected to a network device in the target broadcast domain; and if the BUM traffic value is greater than the preset BUM traffic threshold, controlling (S104), by the traffic controller, BUM traffic of the target object, to reduce the BUM traffic of the target object.
An X-ray device comprising: a radiator configured to radiate an X-ray; a distance measurement sensor configured to measure a value of a distance to an object; and a controller configured to acquire a first separation distance (I1) between an X-ray radiation focal point of the radiator and a subject, and control operation of the radiator based on the acquired first separation distance ; characterized in that the controller further comprises a first separation distance acquiring unit configured to acquire the first separation distance (I1) based on the measured value of the distance; and a skin guard unit configured to allow or block X-ray radiation of the radiator based on the acquired first separation distance (I1), and wherein the controller comprises an output setting unit configured to set a strength of the X-ray radiation output of the radiator based on the first separation distance (I1) and a second separation distance (I2) between the radiator and an X-ray detector (d). a radiator configured to radiate an X-ray; a distance measurement sensor configured to measure a value of a distance to an object; and a controller configured to acquire a first separation distance (I1) between an X-ray radiation focal point of the radiator and a subject, and control operation of the radiator based on the acquired first separation distance ; characterized in that the controller further comprises a first separation distance acquiring unit configured to acquire the first separation distance (I1) based on the measured value of the distance; and a skin guard unit configured to allow or block X-ray radiation of the radiator based on the acquired first separation distance (I1), and wherein the controller comprises an output setting unit configured to set a strength of the X-ray radiation output of the radiator based on the first separation distance (I1) and a second separation distance (I2) between the radiator and an X-ray detector (d).
Arrangement for connecting a charging connector to a charging interface of a vehicle , having: - a movement apparatus having a plurality of controllable movement axes ; - a tool which can be positioned relative to the vehicle by the movement apparatus and is set up to hold the charging connector , wherein the tool comprises a centring device for centring the charging connector within the tool and a controllable tool movement axis for moving the charging connector independently of the movement axes of the movement apparatus ; wherein the tool with the charging connector centred therein can be positioned in a predetermined relative position relative to the charging interface by means of the movement apparatus , and the charging connector can then be connected to the charging interface by means of the tool movement axis , characterized in that the centring device is set up to produce a positive connection to the charging connector and the tool movement axis is set up to move the charging connector relative to the centring device and, during a movement of the charging connector in a first direction, to connect the latter to the centring device , forming the positive connection, and, during a movement in a second direction, to release the latter from the centring device , releasing the positive connection. - a movement apparatus having a plurality of controllable movement axes ; - a tool which can be positioned relative to the vehicle by the movement apparatus and is set up to hold the charging connector , wherein the tool comprises a centring device for centring the charging connector within the tool and a controllable tool movement axis for moving the charging connector independently of the movement axes of the movement apparatus ; wherein the tool with the charging connector centred therein can be positioned in a predetermined relative position relative to the charging interface by means of the movement apparatus , and the charging connector can then be connected to the charging interface by means of the tool movement axis , characterized in that the centring device is set up to produce a positive connection to the charging connector and the tool movement axis is set up to move the charging connector relative to the centring device and, during a movement of the charging connector in a first direction, to connect the latter to the centring device , forming the positive connection, and, during a movement in a second direction, to release the latter from the centring device , releasing the positive connection.
Cooking appliance, in particular oven, with a cooking compartment that can be closed off, in which a fan chamber is embodied between a cooking compartment wall and a baffle wall , in which a fan wheel is arranged which draws air into the fan chamber through at least one suction opening of the baffle wall and expels it from the fan chamber through at least one exhaust opening of the baffle wall , wherein the baffle wall has an air conducting section arranged substantially at right angles, which forms a frame-like edge of the baffle wall, wherein the at least one exhaust opening is arranged on the air conducting section and the at least one exhaust opening has a length (L) and a depth (T), characterised in that the depth (T) has a varying extent over the course of the length (L), wherein, in a top view of the air conducting section of the baffle wall , the depth (T) is to be understood as meaning a width of the exhaust opening at right angles to the length (L), and wherein the varying extent of the depth (T) is to be understood as meaning that a geometry of the exhaust opening varies over the course of the length (L) in such a way that a cross-section of the exhaust opening varies over the course of the length (L).
Method for producing a lid for a container, the lid being adapted for closing the container, the method comprising the following steps (a) providing a preform of the lid , wherein the preform of the lid has opposing first and second sides , wherein the first side faces towards the inside of the container when the lid is affixed to the container; (b) forming a bead in the preform of the lid , wherein the bead extends out of said second side in an axial direction from said first side towards said second side , wherein the bead comprises two radially spaced apart side wall portions and a bridge portion connecting the side wall portions ; (c) thinning the side wall portions of the bead at least partially, thereby elongating the side wall portions ; (d) forming a score line in the bridge portion of the bead on said second side in order to provide an easy open end for the container, the end being a lid; and (e) flattening the bead such that the two thinned side wall portions collapse, thereby providing the lid . (a) providing a preform of the lid , wherein the preform of the lid has opposing first and second sides , wherein the first side faces towards the inside of the container when the lid is affixed to the container; (b) forming a bead in the preform of the lid , wherein the bead extends out of said second side in an axial direction from said first side towards said second side , wherein the bead comprises two radially spaced apart side wall portions and a bridge portion connecting the side wall portions ; (c) thinning the side wall portions of the bead at least partially, thereby elongating the side wall portions ; (d) forming a score line in the bridge portion of the bead on said second side in order to provide an easy open end for the container, the end being a lid; and (e) flattening the bead such that the two thinned side wall portions collapse, thereby providing the lid .
An injector unit for injecting fuel comprising: a seat plate having a passage opening that extends through the seat plate ; an armature element that is placeable onto the seat plate to close the passage opening ; a spring element that urges the armature element in the direction of the seat plate to close the passage opening ; an electromagnet that is configured to apply a force onto the armature element to raise the armature element from the seat plate ; and an abutment for bounding a stroke (x) of the armature element in a state raised from the seat plate , wherein a control unit that is configured to reduce a control signal of the electromagnet to raise the armature element from the seat plate before the armature element contacts the abutment for the first time after a raising from the seat plate ., characterized in that the control unit is configured to interrupt the control signal of the electromagnet even though the armature element is not yet in its desired end position; and the control unit is configured to raise the control signal back to its starting value at the start of the raising procedure after an interruption of the control signal of the electromagnet after the armature element has contacted the abutment for the first time after a raising from the seat plate and/or when the stroke of the armature element reaches a reversal point or is close thereto in time, with the control unit being configured to transmit the control signal in a binary manner, that is only to transmit the control signal states On and Off. a seat plate having a passage opening that extends through the seat plate ; an armature element that is placeable onto the seat plate to close the passage opening ; a spring element that urges the armature element in the direction of the seat plate to close the passage opening ; an electromagnet that is configured to apply a force onto the armature element to raise the armature element from the seat plate ; and an abutment for bounding a stroke (x) of the armature element in a state raised from the seat plate , wherein a control unit that is configured to reduce a control signal of the electromagnet to raise the armature element from the seat plate before the armature element contacts the abutment for the first time after a raising from the seat plate ., characterized in that the control unit is configured to interrupt the control signal of the electromagnet even though the armature element is not yet in its desired end position; and the control unit is configured to raise the control signal back to its starting value at the start of the raising procedure after an interruption of the control signal of the electromagnet after the armature element has contacted the abutment for the first time after a raising from the seat plate and/or when the stroke of the armature element reaches a reversal point or is close thereto in time, with the control unit being configured to transmit the control signal in a binary manner, that is only to transmit the control signal states On and Off.
Plate heat exchanger comprising a row of mutually spaced pairs of parallel heat transfer walls, in each pair consisting of opposite oriented trapezoidal metal sheets , with alternating grooves and lamellas , wherein the lamellas of each pair abut to each other and the grooves form channels for a second medium through flow, while gaps between the individual sheet metal pairs serve for a first medium through flow, wherein the metal sheets of each pair are provided with gas-tight connections on their lateral edges , characterised in that the gaps are blinded across their periphery, wherein an opening is created on both ends of the lamellas of each trapezoidal metal sheet for inlet/outlet of the first medium, and wherein the metal sheets are provided with gas-tight connections on a perimeter of the openings and also the gap blinding is gas-tight.