mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless device , comprising: detecting a synchronization signal, SS, block from a cellular base station ; characterized by further comprising: determining a scrambling code for the physical broadcast channel portion of the detected SS block by testing a plurality of relative position hypotheses for the detected SS block, wherein each test uses a different scrambling code, and wherein relative positions of SS blocks are implicitly signaled using scrambling codes for the physical broadcast channel portion of the detected SS block; determining a relative position of the detected SS block based on the scrambling code; determining a SS block index of the detected SS block based on the relative position of the detected SS block; and transmitting an indication of the SS block index of the detected SS block to the cellular base station . detecting a synchronization signal, SS, block from a cellular base station ; characterized by further comprising: determining a scrambling code for the physical broadcast channel portion of the detected SS block by testing a plurality of relative position hypotheses for the detected SS block, wherein each test uses a different scrambling code, and wherein relative positions of SS blocks are implicitly signaled using scrambling codes for the physical broadcast channel portion of the detected SS block; determining a relative position of the detected SS block based on the scrambling code; determining a SS block index of the detected SS block based on the relative position of the detected SS block; and transmitting an indication of the SS block index of the detected SS block to the cellular base station . determining a scrambling code for the physical broadcast channel portion of the detected SS block by testing a plurality of relative position hypotheses for the detected SS block, wherein each test uses a different scrambling code, and wherein relative positions of SS blocks are implicitly signaled using scrambling codes for the physical broadcast channel portion of the detected SS block; determining a relative position of the detected SS block based on the scrambling code; determining a SS block index of the detected SS block based on the relative position of the detected SS block; and transmitting an indication of the SS block index of the detected SS block to the cellular base station .
A station for picking up and delivering shaped sheets (A, B) that define box-like bodies of different types, of the type comprising a magazine for said sheets (A, B) and at least one handling element for at least one sheet (A, B) at a time, wherein said magazine accommodates a plurality of mutually aligned and juxtaposed sheets (A, B) and said at least one handling element comprises an end bracket provided with at least one grip means and at least one assembly with arms which are articulated with respect to said bracket and are independently movable with respect to a fixed frame, said bracket being movable between a first configuration of alignment with the end sheet (A', B') accommodated in said magazine , in the condition where said at least one grip means is in contact with said end sheet (A', B'), and a second configuration of alignment with a conveyance line of said sheets (A, B) which corresponds to the delivery region , each arm of each assembly being rotatable and independently movable with respect to the fixed frame of the station , by way of the action of a respective motor device, with respect to a single common rotation axis , said motor device being of the type preferably chosen from among controlled electric motors, controlled brushless motors, actuation systems constituted by motors and camshafts and the like, characterized in that said arms which are independently movable with respect to a fixed frame are three in number, two first arms being pivoted to respective linkages , both having the end pivoted to said bracket according to a same first rotation axis , a third arm being pivoted to a rod the free end of which is engaged rotatably with said bracket with respect to a second rotation axis .
A one-piece, composite eyewear article, the article comprising: a) an eyewear frame comprising of two temples, two eye wires, a bridge and two hinges, the entire frame composed of a single integral piece of cured liquid silicone rubber consisting of a liquid dimethyl polysiloxane polymer thermoset; b) one lens situated within the two eye wires and extending across the bridge, the lens composed of a single integral piece of optical grade cured liquid silicone rubber consisting of a liquid dimethyl polysiloxane polymer thermoset; and c) wherein the frame and lens are molded via a two-material molding process, such that the frame auto-adheres to the lens during curing. a) an eyewear frame comprising of two temples, two eye wires, a bridge and two hinges, the entire frame composed of a single integral piece of cured liquid silicone rubber consisting of a liquid dimethyl polysiloxane polymer thermoset; b) one lens situated within the two eye wires and extending across the bridge, the lens composed of a single integral piece of optical grade cured liquid silicone rubber consisting of a liquid dimethyl polysiloxane polymer thermoset; and c) wherein the frame and lens are molded via a two-material molding process, such that the frame auto-adheres to the lens during curing.
A system comprising: a first communication device that forwards information in a communication transmission, wherein the communication transmission includes: a normal transmission sub-channel that conveys normal information; a punctured sub-channel that removes some of the information in a punctured sub-channel ; and a mitigation sub-channel in which a characteristic is altered to mitigate interference associated with the punctured sub-channel ; characterized in that a power level of the mitigation sub-channel is altered; and an amount of an alteration of the mitigation sub-channel power level is based upon a measured signal strength and a measured bandwidth of a transmission in the punctured sub-channel . a normal transmission sub-channel that conveys normal information; a punctured sub-channel that removes some of the information in a punctured sub-channel ; and a mitigation sub-channel in which a characteristic is altered to mitigate interference associated with the punctured sub-channel ; characterized in that a power level of the mitigation sub-channel is altered; and an amount of an alteration of the mitigation sub-channel power level is based upon a measured signal strength and a measured bandwidth of a transmission in the punctured sub-channel .
A method for automatically performing a sweep operation in a borehole penetrating an earth formation , the method comprising: conveying a drillstring through a borehole , the drillstring having one or more sensors located thereon; determining that the sweep operation should be performed based on information obtained from the one or more sensors ; determining characteristics of a pill to be used for the sweep operation based on information obtained from the one or more sensors ; preparing a pill in accordance with the determined characteristics; deploying the pill into the drillstring and conveying the pill into the drillstring ; and monitoring the sweep operation while the pill is within the drillstring and verifying the sweep operation, wherein the determination that the sweep operation should be performed, the determination of the pill characteristics, and the preparation of the pill are performed automatically. conveying a drillstring through a borehole , the drillstring having one or more sensors located thereon; determining that the sweep operation should be performed based on information obtained from the one or more sensors ; determining characteristics of a pill to be used for the sweep operation based on information obtained from the one or more sensors ; preparing a pill in accordance with the determined characteristics; deploying the pill into the drillstring and conveying the pill into the drillstring ; and monitoring the sweep operation while the pill is within the drillstring and verifying the sweep operation, wherein the determination that the sweep operation should be performed, the determination of the pill characteristics, and the preparation of the pill are performed automatically.
A method for maintaining one or more temperature sensitive products contained within a shipping container at a generally constant temperature during transportation by ground, air or sea, the method comprising: providing a thermal shield comprising an insulation layer having a space defined therein, a low-conductivity material at least partially filling the space, and a valve configured to connect to a vacuum source; positioning the thermal shield over at least a portion of the one or more temperature sensitive products to cover the one or more temperature sensitive products within the shipping container like a blanket; and connecting the vacuum source to the valve to remove air from the space, thereby increasing insulating properties of the insulation layer . providing a thermal shield comprising an insulation layer having a space defined therein, a low-conductivity material at least partially filling the space, and a valve configured to connect to a vacuum source; positioning the thermal shield over at least a portion of the one or more temperature sensitive products to cover the one or more temperature sensitive products within the shipping container like a blanket; and connecting the vacuum source to the valve to remove air from the space, thereby increasing insulating properties of the insulation layer .
A machine-readable medium, on which are stored instructions, comprising instructions that when executed cause a device to: identify a host hardware configuration; obtain a policy based on the host hardware configuration; monitor two or more memory transactions based on the policy; identify, based on the two or more memory transactions, a memory transaction pattern, wherein the memory transaction pattern is associated with an attempt to obtain unauthorized access to the device by means of a rowhammer type attack; and take an action to interfere with attempts to obtain unauthorized access to the device based on the policy, characterized in that said action comprises updating a memory controller that is implemented on a FPGA to scramble the mapping between system physical addresses, SPA, to DRAM physical addresses, DPA, so as to prevent malicious software from locating memory rows near a specific targeted memory row or bit. identify a host hardware configuration; obtain a policy based on the host hardware configuration; monitor two or more memory transactions based on the policy; identify, based on the two or more memory transactions, a memory transaction pattern, wherein the memory transaction pattern is associated with an attempt to obtain unauthorized access to the device by means of a rowhammer type attack; and take an action to interfere with attempts to obtain unauthorized access to the device based on the policy, characterized in that said action comprises updating a memory controller that is implemented on a FPGA to scramble the mapping between system physical addresses, SPA, to DRAM physical addresses, DPA, so as to prevent malicious software from locating memory rows near a specific targeted memory row or bit.
Method for controlling an operating light illuminating an operating field, comprising the following steps in the order mentioned: a) location-selective determination of the luminance distribution in a measuring field that is larger than a maximum luminous field size of the operating light , b) adaptation of the luminous field size of the operating light to the size of the operating field taking into account the luminance distribution, and c) setting a light intensity of the operating light taking into account the luminance of the surroundings of the operating field within the measuring field , characterised in that in step c) a ratio between the luminance in the operating field and the luminance in the surroundings of the operating field is specified for setting the light intensity. a) location-selective determination of the luminance distribution in a measuring field that is larger than a maximum luminous field size of the operating light , b) adaptation of the luminous field size of the operating light to the size of the operating field taking into account the luminance distribution, and c) setting a light intensity of the operating light taking into account the luminance of the surroundings of the operating field within the measuring field ,
A system for managing and tracking the activities and tasks of one or more persons , wherein each person wears an anklet, bracelet or wristlet comprising a sensor for determining the position of that person, the system comprising: a. one or more tools (11, 12, 13; 21, 22, 23) associated with each person , wherein these one or more tools each comprise sensors to determine the relative position of each tool with respect to the person with the anklet, bracelet or wristlet, such that the activities of each person are registered, b. a central server for storing, tracking and managing of the position of each person in combination with the activity data of this person, the system being configured to associate a specific tool of said one or more tools (11, 12, 13; 21, 22, 23) with a specific person of said one or more persons when a physical contact is made between said specific tool and the anklet, bracelet or wristlet worn by said specific person, wherein said system is further configured to start said determining of said relative position of each tool upon said associating. a. one or more tools (11, 12, 13; 21, 22, 23) associated with each person , wherein these one or more tools each comprise sensors to determine the relative position of each tool with respect to the person with the anklet, bracelet or wristlet, such that the activities of each person are registered, b. a central server for storing, tracking and managing of the position of each person in combination with the activity data of this person,
A computer implemented method for securing a first program, the first program comprising a finite number of program points and evolution rules associated with the program points, said evolution rules defining the passage from one program point to another program point, wherein at least one second program is used as a sub-program in the definition of the first program, wherein each of the at least one second program comprises one or more exit cases, the method comprising: • obtaining a definition of a plurality of exit cases of the first program and the at least one second program; • obtaining , for each exit case of each of the at least one second program, a definition of a branching toward a specific program point of the first program or a declaration of branching impossibility, the branching impossibility being a transition that is not possible at a given program point; • creating a tree structure defined by the evolution rules, the exit cases and the branchings, the tree structure comprising arcs representing execution routes; • obtaining a definition of a set of local properties to be proven, each local property being associated with one or more of the program points and evolution rules of the first program, said set of local properties comprising the branching impossibility as a particular local property; • proving at least one branching declared as impossible, wherein proving the branching declared as impossible comprises analyzing execution routes of the tree structure leading to the transition that is not possible; and • establishment of the formal proof of the set of local properties without executing the first program or the second program. • obtaining a definition of a plurality of exit cases of the first program and the at least one second program; • obtaining , for each exit case of each of the at least one second program, a definition of a branching toward a specific program point of the first program or a declaration of branching impossibility, the branching impossibility being a transition that is not possible at a given program point; • creating a tree structure defined by the evolution rules, the exit cases and the branchings, the tree structure comprising arcs representing execution routes; • obtaining a definition of a set of local properties to be proven, each local property being associated with one or more of the program points and evolution rules of the first program, said set of local properties comprising the branching impossibility as a particular local property; • proving at least one branching declared as impossible, wherein proving the branching declared as impossible comprises analyzing execution routes of the tree structure leading to the transition that is not possible; and • establishment of the formal proof of the set of local properties without executing the first program or the second program.
A train control device, comprising: a first acquisition means for acquiring a change history of open block numbers as the number of open blocks existing between a present train and a leading train ; a setting means for setting a brake pattern for the present train having a starting point coinciding with an end point of a block existing just behind a block occupied by the leading train; and a calculating means for calculating a time taken for a tail end of the leading train to come out from the block occupied by the tail end of the leading train and for calculating based on the history of open block numbers, as a target speed, the highest speed available within a range not conflicting with the brake pattern. a first acquisition means for acquiring a change history of open block numbers as the number of open blocks existing between a present train and a leading train ; a setting means for setting a brake pattern for the present train having a starting point coinciding with an end point of a block existing just behind a block occupied by the leading train; and a calculating means for calculating a time taken for a tail end of the leading train to come out from the block occupied by the tail end of the leading train and for calculating based on the history of open block numbers, as a target speed, the highest speed available within a range not conflicting with the brake pattern.
A spectroscopy system , comprising: an optical fiber ; a plasmonic tip coupled with the optical fiber and configured to be energized into a plasmonic mode, the plasmonic tip comprising a plasmonic material ; a controller operatively coupled to the optical fiber and configured to control an electromagnetic radiation source to provide one or more frequencies to the optical fiber as an excitation electromagnetic radiation , the frequency being at a plasmonic resonance with the plasmonic tip to transmit the excitation electromagnetic radiation through the optical fiber to the tip and at the tip across a space to a sample ; a receiver operatively coupled to the optical fiber and configured to receive a signal electromagnetic radiation from the tip through the optical fiber , the signal electromagnetic radiation being collected from the sample and being different from the excitation electromagnetic radiation ; characterized in that the plasmonic material is configured to be energized with a bias voltage to tune material properties of the plasmonic material such as to change the plasmonic resonance of the tip and in that the controller comprises a power supply configured to apply a first bias voltage to plasmonic material of the tip and tune the plasmonic resonance of the tip . an optical fiber ; a plasmonic tip coupled with the optical fiber and configured to be energized into a plasmonic mode, the plasmonic tip comprising a plasmonic material ; a controller operatively coupled to the optical fiber and configured to control an electromagnetic radiation source to provide one or more frequencies to the optical fiber as an excitation electromagnetic radiation , the frequency being at a plasmonic resonance with the plasmonic tip to transmit the excitation electromagnetic radiation through the optical fiber to the tip and at the tip across a space to a sample ; a receiver operatively coupled to the optical fiber and configured to receive a signal electromagnetic radiation from the tip through the optical fiber , the signal electromagnetic radiation being collected from the sample and being different from the excitation electromagnetic radiation ; characterized in that the plasmonic material is configured to be energized with a bias voltage to tune material properties of the plasmonic material such as to change the plasmonic resonance of the tip and in that the controller comprises a power supply configured to apply a first bias voltage to plasmonic material of the tip and tune the plasmonic resonance of the tip .
A multispecific antibody or fragment thereof that specifically binds: a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is 4-1BB. a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is 4-1BB.
A headgear assembly, comprising: an interchangeable hub that is substantially rigid; a plurality of inelastic straps, comprising a top strap of a fixed length , a rear strap of a fixed length , and at least one front strap ; wherein the interchangeable hub provides a connection between the straps and defines an angle of each pair of the straps relative to one another, and wherein the interchangeable hub determines a size of the headgear by a spacing of the straps relative to one another; wherein the straps are provided in a range of sizes so that straps can be used interchangeably as the top strap, the rear strap, or the front strap when assembled. an interchangeable hub that is substantially rigid; a plurality of inelastic straps, comprising a top strap of a fixed length , a rear strap of a fixed length , and at least one front strap ; wherein the interchangeable hub provides a connection between the straps and defines an angle of each pair of the straps relative to one another, and wherein the interchangeable hub determines a size of the headgear by a spacing of the straps relative to one another; wherein the straps are provided in a range of sizes so that straps can be used interchangeably as the top strap, the rear strap, or the front strap when assembled.