mhurhangee/patent-ind-claim-en huggingface dataset:
A method of palette index map decoding for blocks in a picture, comprising: receiving input bitstream associated with a current block in the picture; deriving a Rice parameter from a first variable, MaxPalettelndex, specifying a maximum possible value for a palette index for the current block; parsing, from the input bitstream, a coded first number corresponding to a first number related to a total number of first index values signalled for palette coding modes comprising a copy-index mode and a copy-above mode generated for the current block by applying palette coding to the current block, wherein the copy-index mode represents N1 consecutive indices all having one first index value by signalling said one first index value and N1 runs, and the copy-above mode represents N2 consecutive second indices all having same second index values as corresponding N2 above pixels by signalling N2 runs, and N1 and N2 are positive integers; recovering the first number from the coded first number by applying decoding process including applying truncated Rice decoding with the Rice parameter to a prefix part of the coded first number; and applying palette decoding to recover the current block using information including the first number; characterized in that said deriving the Rice parameter from the first variable is performed without using division operation or table lookup operation by: assigning the Rice parameter corresponding to ((L + MaxPalettelndex) >> N), wherein L is equal to 24, N is equal to 3 and ">>" corresponds to a right-shift operation. receiving input bitstream associated with a current block in the picture; deriving a Rice parameter from a first variable, MaxPalettelndex, specifying a maximum possible value for a palette index for the current block; parsing, from the input bitstream, a coded first number corresponding to a first number related to a total number of first index values signalled for palette coding modes comprising a copy-index mode and a copy-above mode generated for the current block by applying palette coding to the current block, wherein the copy-index mode represents N1 consecutive indices all having one first index value by signalling said one first index value and N1 runs, and the copy-above mode represents N2 consecutive second indices all having same second index values as corresponding N2 above pixels by signalling N2 runs, and N1 and N2 are positive integers; recovering the first number from the coded first number by applying decoding process including applying truncated Rice decoding with the Rice parameter to a prefix part of the coded first number; and applying palette decoding to recover the current block using information including the first number; characterized in that said deriving the Rice parameter from the first variable is performed without using division operation or table lookup operation by: assigning the Rice parameter corresponding to ((L + MaxPalettelndex) >> N), wherein L is equal to 24, N is equal to 3 and ">>" corresponds to a right-shift operation.
A chemical recovery boiler having a furnace for combusting waste liquor and a flue gas duct comprising vertical flue gas channels, at least part of which are provided with heat recovery units for recovering heat from flue gases, said heat recovery units having a width of substantially that of the flue gas duct, wherein a first flue gas channel after the furnace is provided with a superheater , characterized in that in addition to the superheater , the first flue gas channel is provided with a second heat recovery unit which is one of the following heat recovery units: an economizer , a boiler bank or a reheater , and the superheater and the second heat recovery unit are positioned one after the other in the horizontal incoming direction of the flue gas so that in the first flue gas channel the flue gas flows in a vertical direction from above downwards and heats the superheater and the second heat recovery unit simultaneously.
A method of manufacturing a substrate, the method comprising the following steps: a) forming a first hole , the first hole penetrating a base ; b) forming a conductive layer by plating, the conductive layer covering an inner wall side surface of the first hole ; c) inserting a columnar electric conductor into the first hole formed with the conductive layer ; d) applying pressure in a vertical direction to the columnar electric conductor after step c); and the method characterized in that it further comprises the following step: e) forming a second hole in the columnar electric conductor after the step d). a) forming a first hole , the first hole penetrating a base ; b) forming a conductive layer by plating, the conductive layer covering an inner wall side surface of the first hole ; c) inserting a columnar electric conductor into the first hole formed with the conductive layer ; d) applying pressure in a vertical direction to the columnar electric conductor after step c); and the method characterized in that it further comprises the following step: e) forming a second hole in the columnar electric conductor after the step d).
Method for guiding a motor vehicle in a parking lot , wherein - a trajectory in the parking lot from a starting position to a target position is ascertained externally to the motor vehicle, wherein - at least a portion of the trajectory is transmitted to the motor vehicle via a communication network , wherein - the trajectory is ascertained on the basis of a property of the motor vehicle , wherein - the motor vehicle , when travelling the portion, is monitored for a deviation when autonomously travelling the portion by way of a monitoring system external to the motor vehicle, and wherein - the ascertained trajectory is divided into portions that are transmitted to the motor vehicle individually, such that the motor vehicle is able to travel the trajectory in portions, characterized in that - the respective length of a portion is dependent on a traffic density, respectively object density. - a trajectory in the parking lot from a starting position to a target position is ascertained externally to the motor vehicle, wherein - at least a portion of the trajectory is transmitted to the motor vehicle via a communication network , wherein - the trajectory is ascertained on the basis of a property of the motor vehicle , wherein - the motor vehicle , when travelling the portion, is monitored for a deviation when autonomously travelling the portion by way of a monitoring system external to the motor vehicle, and wherein - the ascertained trajectory is divided into portions that are transmitted to the motor vehicle individually, such that the motor vehicle is able to travel the trajectory in portions, characterized in that - the respective length of a portion is dependent on a traffic density, respectively object density.
An adhesive material composite having a planar extension, a composite surface that extends in a first direction (x) and in a second direction (y) that is substantially perpendicular to the first direction (x), and having a composite thickness , which extends in a third direction (z) that is substantially perpendicular to the composite surface , wherein the material composite is formed from a laminarly extrudable or extruded first composite area and at least one laminarly extrudable or extruded, preferably co-extruded second composite area at least partially adjacent to the first composite area , wherein the first and/or the second composite area comprises an adhesive, and wherein the second composite area has adhesive properties, so that the material composite having the composite surface can adhere to a surface of a body or to surfaces of a plurality of bodies, and wherein the material composite is formed without a carrier, wherein the adhesive is formed from in particular a reactivatable heat-melting adhesive, and wherein a composite area thickness of the first and/or second composite area varies partially along the first direction (x).
Wound treatment arrangement having a drainage device designed for draining fluids from a human or animal body, in particular from a wound, wherein the drainage device has a multilayer composite structure having two boundary surfaces which are opposite one another, are at least partially fluid-permeable, in particular run approximately parallel to one another, of which one is formed at least partially by a first outer boundary surface, facing away from a boundary layer between two adjacent drainage layers, of a first drainage layer having a first surface finish, and the other is formed at least partially by a second outer boundary surface, facing away from a boundary layer between two adjacent drainage layers, of a second drainage layer having a second surface finish which differs from the first surface finish, wherein the drainage layers are preferably connected to one another in a fluid-conducting manner, the first drainage layer has an open-pore foam, in particular polyurethane foam, and the second drainage layer has a single-layer or multilayer drainage film, wherein the second outer boundary surface is formed by a film layer which is penetrated by a plurality of perforation openings, characterized in that the second drainage layer is penetrated by at least one perforation hole through which the adjacent drainage layer, in particular the first drainage layer, is accessible, and at least one perforation hole has an opening area in a plane extending parallel to the second boundary surface of 10 mm 2 or more, in particular 25 mm 2 or more and/or 1000 mm 2 or less, in particular 400 mm 2 or less.
An engineered composition comprising a protected guide RNA (pgRNA) comprising (a) a protector sequence, (b) a guide sequence capable of hybridizing to a target sequence in a eukaryotic cell, (c) a tracr mate sequence, and (d) a tracr sequence wherein (a), (b), (c) and (d) are arranged in a 5' to 3' orientation, wherein the protector sequence has a length between 3 and 120 nucleotides, comprises two or more nucleotides that are non-complementary to the target sequence, and comprises 3 or more contiguous nucleotides complementary to the guide sequence, wherein the tracr mate sequence hybridizes to the tracr sequence and the guide sequence directs sequence-specific binding of a CRISPR complex to the target sequence, wherein the CRISPR complex comprises a Type II Cas9 protein complexed with the guide sequence that is hybridizable to the target sequence, and the tracr mate sequence that is hybridized to the tracr sequence and wherein one or more of the guide, tracr and tracr mate sequences are modified and wherein the pgRNA comprises a hairpin formed by hybridization between the protector sequence and the guide sequence.
A system that facilitates reconstructing a nuclear medicine image using lesion proxies, comprising: a PET scanner configured to acquire scan data of the patient; a graphical user interface (GUI) configured to receive parameter information describing one or more lesion proxies for positioning in a nuclear medicine image of a patient; an event simulation module configured to simulate the radioactive decay of the one or more lesion proxies; a reconstruction processor configured to combine simulated lesion proxy data with the acquired scan data, iteratively reconstruct the combined data into a nuclear medicine image, monitor image attributes of said one or more lesion proxies, and adjust reconstruction parameters after a reconstruction iteration as a function of the one or more monitored image attributes; wherein each iteration of the reconstructed nuclear medicine image is displayed on the GUI. a PET scanner configured to acquire scan data of the patient; a graphical user interface (GUI) configured to receive parameter information describing one or more lesion proxies for positioning in a nuclear medicine image of a patient; an event simulation module configured to simulate the radioactive decay of the one or more lesion proxies; a reconstruction processor configured to combine simulated lesion proxy data with the acquired scan data, iteratively reconstruct the combined data into a nuclear medicine image, monitor image attributes of said one or more lesion proxies, and adjust reconstruction parameters after a reconstruction iteration as a function of the one or more monitored image attributes; wherein each iteration of the reconstructed nuclear medicine image is displayed on the GUI.
A node to propagate data packets in a network of nodes, each node in the network having one or more connections to other nodes, the node comprising: a processor; a network interface to provide network connectivity; and memory including processor-executable instructions that, when executed by the processor, cause the processor to: generate at least one data packet of a first type; collect a set of data packets of the first type during a first time period, the set including the at least one generated data packet and at least one data packet of the first type received from one or more first nodes in the network; arbitrarily select two or more neighbouring nodes connected to the node for each data packet in the set; and transmit each data packet in the set to the selected two or more neighbouring nodes in response to a triggering condition being met. a processor; a network interface to provide network connectivity; and memory including processor-executable instructions that, when executed by the processor, cause the processor to: generate at least one data packet of a first type; collect a set of data packets of the first type during a first time period, the set including the at least one generated data packet and at least one data packet of the first type received from one or more first nodes in the network; arbitrarily select two or more neighbouring nodes connected to the node for each data packet in the set; and transmit each data packet in the set to the selected two or more neighbouring nodes in response to a triggering condition being met. generate at least one data packet of a first type; collect a set of data packets of the first type during a first time period, the set including the at least one generated data packet and at least one data packet of the first type received from one or more first nodes in the network; arbitrarily select two or more neighbouring nodes connected to the node for each data packet in the set; and transmit each data packet in the set to the selected two or more neighbouring nodes in response to a triggering condition being met.
An upper for an article of footwear, the upper comprising: a first upper panel ; a second upper panel ; and an extruded component disposed along a border between the first upper panel and the second upper panel , wherein the extruded component joins the first upper panel to the second upper panel ; and wherein the extruded component forms a portion of a closure system for the article of footwear . a first upper panel ; a second upper panel ; and an extruded component disposed along a border between the first upper panel and the second upper panel , wherein the extruded component joins the first upper panel to the second upper panel ; and wherein the extruded component forms a portion of a closure system for the article of footwear .
A session management function entity selection method, comprising: receiving (S409), by a mobility management function entity, a first identifier of a first session of a user equipment, UE, and a reselection indication associated with the first identifier from a first session management function entity serving the first session, the reselection indication indicating reselecting a session management function entity different from the first session management function entity; receiving (S417), by the mobility management function entity, a session establishment request message for establishing a second session from the UE, the session establishment request message comprises the first identifier; and selecting (S419), by the mobility management function entity according to the reselection indication associated with the first identifier, a second session management function entity different from the first session management function entity for the second session. receiving (S409), by a mobility management function entity, a first identifier of a first session of a user equipment, UE, and a reselection indication associated with the first identifier from a first session management function entity serving the first session, the reselection indication indicating reselecting a session management function entity different from the first session management function entity; receiving (S417), by the mobility management function entity, a session establishment request message for establishing a second session from the UE, the session establishment request message comprises the first identifier; and selecting (S419), by the mobility management function entity according to the reselection indication associated with the first identifier, a second session management function entity different from the first session management function entity for the second session.
A modular formwork dummy comprising: - corner elements having at least one finishing face directed towards the outside of the modular dummy ; - at least two joining elements each connecting two corner elements , wherein the at least two joining elements arranged opposite one another each integrating a modular extension , the modular extension comprising: - a shaft coupled at each of its ends to one of the corner elements , the two corner elements being mounted movable in translation towards one another along the shaft , forming therebetween a space to be filled (E), - at least one wedge having a formwork face and mounted movable on the shaft between: - a filling position in which the formwork face and the finishing face of one of the corner elements extend in the same finishing plane (P), the wedge(s) being able to fill the space to be filled (E); - a stowed position in which the formwork face is removed from the space to be filled (E), characterised in that the or each wedge is rotatably mounted on the shaft . - corner elements having at least one finishing face directed towards the outside of the modular dummy ; - at least two joining elements each connecting two corner elements , - a shaft coupled at each of its ends to one of the corner elements , the two corner elements being mounted movable in translation towards one another along the shaft , forming therebetween a space to be filled (E), - at least one wedge having a formwork face and mounted movable on the shaft between: - a filling position in which the formwork face and the finishing face of one of the corner elements extend in the same finishing plane (P), the wedge(s) being able to fill the space to be filled (E); - a stowed position in which the formwork face is removed from the space to be filled (E),
A combustion device comprising: a burner apparatus including a fuel reservoir , wherein the fuel reservoir has a top defining an opening ; a shield apparatus defining a space and the burner apparatus is disposed within the space , wherein the shield apparatus has a bottom and the opening is at a first height (H1) in a vertical direction from the bottom , wherein the shield apparatus defines a first through hole extending therethrough and communicating the space and the outside of the shield apparatus and the first through hole is at a second height (H2) in the vertical direction from the bottom , and wherein the second height (H2) is less than the first height (H1), wherein the shield apparatus includes a plurality of flow guiding blades evenly disposed around the burner apparatus and extending radially, and wherein the plurality of flow guiding blades are disposed at a height in the vertical direction between the opening and the first through hole , and wherein the shield apparatus includes a cover which is hollow and includes a side wall extending in the vertical direction and a bottom wall , wherein the space is defined by the cover , and wherein the first through hole extends through the bottom wall . a burner apparatus including a fuel reservoir , wherein the fuel reservoir has a top defining an opening ; a shield apparatus defining a space and the burner apparatus is disposed within the space , wherein the shield apparatus has a bottom and the opening is at a first height (H1) in a vertical direction from the bottom , wherein the shield apparatus defines a first through hole extending therethrough and communicating the space and the outside of the shield apparatus and the first through hole is at a second height (H2) in the vertical direction from the bottom , and wherein the second height (H2) is less than the first height (H1), wherein the shield apparatus includes a plurality of flow guiding blades evenly disposed around the burner apparatus and extending radially, and wherein the plurality of flow guiding blades are disposed at a height in the vertical direction between the opening and the first through hole , and wherein the shield apparatus includes a cover which is hollow and includes a side wall extending in the vertical direction and a bottom wall , wherein the space is defined by the cover , and wherein the first through hole extends through the bottom wall .
Refrigeration unit , preferably refrigerated display case , particularly preferably refrigerated display case provided with doors, having a refrigeration chamber for receiving items to be cooled and/or to be frozen, preferably food items , and having at least one temperature sensor which is arranged in the refrigeration unit in such a manner than an air temperature of return air (B) of the refrigeration chamber can be detected, wherein the temperature sensor is arranged in a region of the refrigeration unit , preferably a base of the refrigeration unit , in which an average temperature of the return air (B) can be detected, characterized by a sensor holder with a supporting surface , which is arranged on a base of the refrigeration unit , with at least a first sensor receptacle , which holds the temperature sensor , with at least a first spacer element , which arranges the first sensor receptacle in relation to the supporting surface at a first height (H1) in height (Z), with at least a second sensor receptacle , which is designed to hold the temperature sensor as an alternative to the first sensor receptacle , and with at least a second spacer element , which arranges the second sensor receptacle in relation to the supporting surface at a second height (H2) in the height (Z), wherein the first height (H1) and the second height (H2) differ. with a supporting surface , which is arranged on a base of the refrigeration unit , with at least a first sensor receptacle , which holds the temperature sensor , with at least a first spacer element , which arranges the first sensor receptacle in relation to the supporting surface at a first height (H1) in height (Z), with at least a second sensor receptacle , which is designed to hold the temperature sensor as an alternative to the first sensor receptacle , and with at least a second spacer element , which arranges the second sensor receptacle in relation to the supporting surface at a second height (H2) in the height (Z), wherein the first height (H1) and the second height (H2) differ.