mhurhangee/patent-ind-claim-en huggingface dataset:
Method for verifying a digital map of a highly automated vehicle (HAV) or of a fully automated vehicle (FAV), in particular of a highly automated vehicle, comprising the steps of: S1 providing a digital map, preferably a highly accurate digital map; S2 determining a current reference position and locating the reference position in the digital map; S3 detecting at least one actual feature property of a feature in the environment of the reference position, wherein the detection is carried out by an object detection system; S4 comparing the actual feature property with a target feature property of the feature and ascertaining at least one difference value as the result of the comparison; S5 verifying the digital map at least partially on the basis of the difference value, wherein the digital map is classified as not up-to-date if the difference value reaches or exceeds a stipulated threshold value for a deviation, and is classified as up-to-date if the difference value remains below the stipulated threshold value for the deviation, characterized in that the at least one target feature property of the at least one feature is stored in the digital map, wherein a plurality of target feature properties of in turn a plurality of features are preferably stored in the digital map, and in that , in step S3, the at least one actual feature property is detected at least partially on the basis of the at least one target feature property. S1 providing a digital map, preferably a highly accurate digital map; S2 determining a current reference position and locating the reference position in the digital map; S3 detecting at least one actual feature property of a feature in the environment of the reference position, wherein the detection is carried out by an object detection system; S4 comparing the actual feature property with a target feature property of the feature and ascertaining at least one difference value as the result of the comparison; S5 verifying the digital map at least partially on the basis of the difference value, wherein the digital map is classified as not up-to-date if the difference value reaches or exceeds a stipulated threshold value for a deviation, and is classified as up-to-date if the difference value remains below the stipulated threshold value for the deviation,
A method of facilitating live migration of a migration guest from a source host to a target host , comprising: sending, by an other guest on another host , packets (352; 620) to the migration guest on the source host , the packets to be forwarded (354; 640) by the source host to a target host , the other guest being a virtual machine; sending a lookup request from the other guest to a network controller ; receiving at the other guest a token (346; 610) for communicating directly with the migration guest on the target host , wherein the token is sent by the network controller and received at the other guest in response to the lookup request ; receiving, through the source host , packets (352; 354; 630; 640) from the migration guest on the target host ; receiving, at the other guest , one or more packets directly (356; 660) from the migration guest on the target host , and identifying, based on the received one or more packets (356; 660), that migration is complete; and sending, from the other guest , after identifying that the migration is complete, packets directly (358; 670) to the migration guest on the target host using the received token to authenticate and specify an egress path from the other guest to the migration guest on the target host . sending, by an other guest on another host , packets (352; 620) to the migration guest on the source host , the packets to be forwarded (354; 640) by the source host to a target host , the other guest being a virtual machine; sending a lookup request from the other guest to a network controller ; receiving at the other guest a token (346; 610) for communicating directly with the migration guest on the target host , wherein the token is sent by the network controller and received at the other guest in response to the lookup request ; receiving, through the source host , packets (352; 354; 630; 640) from the migration guest on the target host ; receiving, at the other guest , one or more packets directly (356; 660) from the migration guest on the target host , and identifying, based on the received one or more packets (356; 660), that migration is complete; and sending, from the other guest , after identifying that the migration is complete, packets directly (358; 670) to the migration guest on the target host using the received token to authenticate and specify an egress path from the other guest to the migration guest on the target host .
A coating system comprising an undercoat composition comprising at least 50wt% by weight of solids of a polyester (co)polymer; a cross linking material therefor an overcoat composition comprising a polyvinyl chloride (PVC) (co)polymer 5 to 80wt% by weight of solids of a polyester (co)polymer a cross linking material therefor wherein the coating system is substantially free from BPA, BADGE, BPF and BFDGE; and wherein the coating system is substantially free of acrylic monomers, oligomers and polymers. an undercoat composition comprising at least 50wt% by weight of solids of a polyester (co)polymer; a cross linking material therefor at least 50wt% by weight of solids of a polyester (co)polymer; a cross linking material therefor an overcoat composition comprising a polyvinyl chloride (PVC) (co)polymer 5 to 80wt% by weight of solids of a polyester (co)polymer a cross linking material therefor a polyvinyl chloride (PVC) (co)polymer 5 to 80wt% by weight of solids of a polyester (co)polymer a cross linking material therefor
A container, comprising: a container wall ; one or more layers arranged adjacent to the container wall , each of the one or more layers having at least one sheet and at least one of the one or more layers being a multi-sheet layer having a plurality of bonded sheets ; wherein a flow through the container wall is impeded by at least one of the one or more layers , which deforms in response to a failure in the container wall and forming a distorted but intact flow impeding barrier. a container wall ; one or more layers arranged adjacent to the container wall , each of the one or more layers having at least one sheet and at least one of the one or more layers being a multi-sheet layer having a plurality of bonded sheets ; wherein a flow through the container wall is impeded by at least one of the one or more layers , which deforms in response to a failure in the container wall and forming a distorted but intact flow impeding barrier.
A method for refreshing a row hammer, comprising: determining a row hammer refresh instruction for a target word line (S101); setting, according to the row hammer refresh instruction, a preset row hammer refresh signal to a valid state, wherein the valid state of the preset row hammer refresh signal indicates that the row hammer refresh instruction is performed in a first refresh period (S102); and in response to detecting that the row hammer refresh instruction is not completed within the first refresh period, continuing the valid state of the preset row hammer refresh signal to a next refresh period of the first refresh period (S103); and in response to detecting that the row hammer refresh instruction is completed, setting the preset row hammer refresh signal to an invalid state. determining a row hammer refresh instruction for a target word line (S101); setting, according to the row hammer refresh instruction, a preset row hammer refresh signal to a valid state, wherein the valid state of the preset row hammer refresh signal indicates that the row hammer refresh instruction is performed in a first refresh period (S102); and in response to detecting that the row hammer refresh instruction is not completed within the first refresh period, continuing the valid state of the preset row hammer refresh signal to a next refresh period of the first refresh period (S103); and in response to detecting that the row hammer refresh instruction is completed, setting the preset row hammer refresh signal to an invalid state.
A method for wireless communication performed by a user equipment, UE, comprising: receiving , from a base station, configuration information indicating a frequency offset parameter, and a tone spacing for a tracking reference signal, TRS, transmission, and further including a TRS parameter indicating a tone hopping pattern; determining, from the configuration information, the tone spacing; detecting the TRS transmission within a frequency band based on the frequency offset parameter; processing the frequency offset parameter and the tone spacing to determine a location of at least one TRS tone of the TRS transmission within the frequency band relative to a reference frequency; and performing resource tracking based on the at least one TRS tone of the TRS transmission, wherein a frequency of the at least one TRS tone of the TRS transmission is configured to change over time based on the tone hopping pattern indicated by the TRS parameter. receiving , from a base station, configuration information indicating a frequency offset parameter, and a tone spacing for a tracking reference signal, TRS, transmission, and further including a TRS parameter indicating a tone hopping pattern; determining, from the configuration information, the tone spacing; detecting the TRS transmission within a frequency band based on the frequency offset parameter; processing the frequency offset parameter and the tone spacing to determine a location of at least one TRS tone of the TRS transmission within the frequency band relative to a reference frequency; and performing resource tracking based on the at least one TRS tone of the TRS transmission, wherein a frequency of the at least one TRS tone of the TRS transmission is configured to change over time based on the tone hopping pattern indicated by the TRS parameter.
Window-raising device (D) for a motor vehicle, comprising at least one sliding member along which a slider which is connected to a window pane can slide so as to be able to be moved by a support device of the window pane , the support device of the window pane comprising at least one displacement means which comprises at least one element which is made of resiliently deformable material and which provides the window pane with three degrees of linear movement freedom with respect to the slider , the support device of the window pane comprising a support which is fixedly joined to the window pane and which carries the at least one element made of deformable material, characterised in that the support carries at least one pin to which the element made of deformable material is fitted and on which a ring for fixing the support device to the slider is mounted, and in that the ring is assembled on the support of the window pane by means of translation and rotation through a quarter turn. the support device of the window pane comprising at least one displacement means which comprises at least one element which is made of resiliently deformable material and which provides the window pane with three degrees of linear movement freedom with respect to the slider , the support device of the window pane comprising a support which is fixedly joined to the window pane and which carries the at least one element made of deformable material, characterised in that the support carries at least one pin to which the element made of deformable material is fitted and on which a ring for fixing the support device to the slider is mounted, and in that the ring is assembled on the support of the window pane by means of translation and rotation through a quarter turn.
A vehicle dashboard comprising a cockpit module assembly which is disposed inside the dashboard for a vehicle, the vehicle cockpit module assembly comprising: a dashboard connection frame inserted into a bent inner side surface of an upper dashboard and comprising a structure insertion groove for insertion disposed at one extended side thereof; a rail assembly comprising a main housing configured to accommodate a linear power transmitting portion , which comprises a pulley and a timing belt ; and a connection frame having one side thereof fastened to the linear power transmitting portion, which is disposed inside the main housing, through the sliding hole and the other side thereof fastened to the monitor to allow the monitor to slide in the sliding hole due to the linear power transmitting portion; characterized by a fixing bracket coupled to one side of the main housing, the fixing bracket being inserted into the structure insertion groove of the dashboard connection frame, and comprising a sliding hole formed at one side to allow horizontal sliding of a monitor. a dashboard connection frame inserted into a bent inner side surface of an upper dashboard and comprising a structure insertion groove for insertion disposed at one extended side thereof; a rail assembly comprising a main housing configured to accommodate a linear power transmitting portion , which comprises a pulley and a timing belt ; and a connection frame having one side thereof fastened to the linear power transmitting portion, which is disposed inside the main housing, through the sliding hole and the other side thereof fastened to the monitor to allow the monitor to slide in the sliding hole due to the linear power transmitting portion; characterized by a fixing bracket coupled to one side of the main housing, the fixing bracket being inserted into the structure insertion groove of the dashboard connection frame, and comprising a sliding hole formed at one side to allow horizontal sliding of a monitor.
A clip assembly , comprising: a retainer member , having a first cam surface , configured to receive and removably retain a component ; a resilient closing member , having a first end portion pivotably coupled to a fulcrum of said retainer member , and a second end portion adapted to operably engage with said first cam surface so as to move from a first radial trajectory (T1) towards an outer second radial trajectory (T2) when moving about said fulcrum between an open position and a closed position; a locking member , having a second cam surface configured to move said second end portion from said second radial trajectory (T2) towards said first radial trajectory (T1) during operation, and removably secure said second end portion . a retainer member , having a first cam surface , configured to receive and removably retain a component ; a resilient closing member , having a first end portion pivotably coupled to a fulcrum of said retainer member , and a second end portion adapted to operably engage with said first cam surface so as to move from a first radial trajectory (T1) towards an outer second radial trajectory (T2) when moving about said fulcrum between an open position and a closed position; a locking member , having a second cam surface configured to move said second end portion from said second radial trajectory (T2) towards said first radial trajectory (T1) during operation, and removably secure said second end portion .
A method of manufacturing a photomask blank in which a laminated body comprising at least one kind of functional transparent film is formed on a substrate that is transparent to exposure light, comprising: a step of depositing at least one kind of functional transparent film on the substrate; a step of performing a flash irradiation treatment in a case where an absolute value of a warpage amount on the substrate of the functional transparent film is 0.1 μm or more; and a step of forming a layer of a functional film that is different to the functional transparent film thereon to form the laminated body; the method further comprising a step of performing a heat treatment at least one time after any one of the three steps, wherein the heat treatment is performed within a temperature range of 260°C to 320°C for four hours or more. a step of depositing at least one kind of functional transparent film on the substrate; a step of performing a flash irradiation treatment in a case where an absolute value of a warpage amount on the substrate of the functional transparent film is 0.1 μm or more; and a step of forming a layer of a functional film that is different to the functional transparent film thereon to form the laminated body; the method further comprising a step of performing a heat treatment at least one time after any one of the three steps, wherein the heat treatment is performed within a temperature range of 260°C to 320°C for four hours or more.
A system comprising: a dual mode payment interface device having a touch screen display ; a merchant display device having a second touch screen display ; a wire that provides a communicative connection between the dual mode payment interface device and the merchant display device ; the system alternatively operating in a first mode of operation and a second mode of operation ; wherein the first mode of operation provides access to a merchant system interface on the touch screen display and provides access to a customer system interface on the touch screen display ; and wherein the second mode of operation provides access to the customer system interface on the touch screen display and does not provide access to the merchant system interface on the touch screen display , but instead provides access to the merchant system interface on the second touch screen display ; characterized in that the second mode of operation is enabled by the communicative connection; and wherein enabling the second mode of operation comprises: (i) locking in the second mode of operation in response to detecting the communicative connection; and (ii) maintaining the second mode of operation as locked-in until the communicative connection is lost. a dual mode payment interface device having a touch screen display ; a merchant display device having a second touch screen display ; a wire that provides a communicative connection between the dual mode payment interface device and the merchant display device ; the system alternatively operating in a first mode of operation and a second mode of operation ; wherein the first mode of operation provides access to a merchant system interface on the touch screen display and provides access to a customer system interface on the touch screen display ; and wherein the second mode of operation provides access to the customer system interface on the touch screen display and does not provide access to the merchant system interface on the touch screen display , but instead provides access to the merchant system interface on the second touch screen display ; wherein the first mode of operation provides access to a merchant system interface on the touch screen display and provides access to a customer system interface on the touch screen display ; and wherein the second mode of operation provides access to the customer system interface on the touch screen display and does not provide access to the merchant system interface on the touch screen display , but instead provides access to the merchant system interface on the second touch screen display ; characterized in that the second mode of operation is enabled by the communicative connection; and wherein enabling the second mode of operation comprises: (i) locking in the second mode of operation in response to detecting the communicative connection; and (ii) maintaining the second mode of operation as locked-in until the communicative connection is lost. (i) locking in the second mode of operation in response to detecting the communicative connection; and (ii) maintaining the second mode of operation as locked-in until the communicative connection is lost.
An extension attachment for use with a hand piece, the extension attachment comprising: a hollowed smoke evacuation shaft having opposing first and second ends and a channel that extends therebetween, the first end having two notches and the second end having two notches , the hollowed smoke evacuation shaft being selectively couplable to an electrosurgical instrument to convey smoke from a surgical site to the hand piece through the channel; an electrode substrate disposed at the first end of the hollowed smoke evacuation shaft, the electrode substrate being received by the two notches at the first end, the electrode substrate being configured to connect to a collet in the hand piece such that electrical current can be conveyed from the hand piece to the electrode substrate; and an electrode blade disposed at the second end of the hollowed smoke evacuation shaft, the electrode blade being received by the two notches at the second end, the electrode blade being configured to convey electrical current to patient tissue. a hollowed smoke evacuation shaft having opposing first and second ends and a channel that extends therebetween, the first end having two notches and the second end having two notches , the hollowed smoke evacuation shaft being selectively couplable to an electrosurgical instrument to convey smoke from a surgical site to the hand piece through the channel; an electrode substrate disposed at the first end of the hollowed smoke evacuation shaft, the electrode substrate being received by the two notches at the first end, the electrode substrate being configured to connect to a collet in the hand piece such that electrical current can be conveyed from the hand piece to the electrode substrate; and an electrode blade disposed at the second end of the hollowed smoke evacuation shaft, the electrode blade being received by the two notches at the second end, the electrode blade being configured to convey electrical current to patient tissue.