mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device that is to be inserted into a body lumen so as to break an object in the body lumen, the medical device comprising: an elongated shaft that is rotatably driven; and a deformable breaking member that is connected to the shaft so as to be rotatable and extends along the shaft , wherein the breaking member has a first contact portion and a second contact portion , wherein the first contact portion is located more outward in a radial direction of the breaking member than the second contact portion in a state in which the breaking member is expanded radially outward, wherein the second contact portion is located more outward in the radial direction of the breaking member than the first contact portion in a contracted state rather than the expanded state, in the contracted state the second contact portion has a radially outward convex shape, wherein the first contact portion is located to be closer to a center portion of the breaking member in an axial direction thereof than the second contact portion in the expanded state, wherein the breaking member has a plurality of wires and wherein positions of a connection portion on a distal side and a connection portion on a proximal side, in which a wire is connected to the shaft , are different from each other in a circumferential direction, characterized in that the second contact portion curves to have a curvature radius smaller than that of the first contact portion in the expanded state, wherein each of wires has an inflection point between the first contact portion and the second contact portion in the expanded state. an elongated shaft that is rotatably driven; and a deformable breaking member that is connected to the shaft so as to be rotatable and extends along the shaft , wherein the breaking member has a first contact portion and a second contact portion , wherein the first contact portion is located more outward in a radial direction of the breaking member than the second contact portion in a state in which the breaking member is expanded radially outward, wherein the second contact portion is located more outward in the radial direction of the breaking member than the first contact portion in a contracted state rather than the expanded state, in the contracted state the second contact portion has a radially outward convex shape, wherein the first contact portion is located to be closer to a center portion of the breaking member in an axial direction thereof than the second contact portion in the expanded state, wherein the breaking member has a plurality of wires and wherein positions of a connection portion on a distal side and a connection portion on a proximal side, in which a wire is connected to the shaft , are different from each other in a circumferential direction, characterized in that the second contact portion curves to have a curvature radius smaller than that of the first contact portion in the expanded state, wherein each of wires has an inflection point between the first contact portion and the second contact portion in the expanded state.
A stylus device , comprising: a first module to generate and store cryptographic credentials that include a public and private key pair for use by an asymmetric encryption algorithm; a second module to transmit the public key from the stylus device over a digitizer channel (108; 218) to a computer device (110; 202) when the stylus device is within a hover range of the computing device; a third module to generate a sequence of codes encrypted with the private key, wherein the sequence of codes is generated with a pseudorandom number generator or a hash function; and a fourth module to transmit the encrypted sequence of codes and a stylus ID to the computer device over a wireless auxiliary channel in response to the stylus device exceeding the hover range of the computer device. a first module to generate and store cryptographic credentials that include a public and private key pair for use by an asymmetric encryption algorithm; a second module to transmit the public key from the stylus device over a digitizer channel (108; 218) to a computer device (110; 202) when the stylus device is within a hover range of the computing device; a third module to generate a sequence of codes encrypted with the private key, wherein the sequence of codes is generated with a pseudorandom number generator or a hash function; and a fourth module to transmit the encrypted sequence of codes and a stylus ID to the computer device over a wireless auxiliary channel in response to the stylus device exceeding the hover range of the computer device.
Filter device, consisting at least of two filter elements arranged coaxially with each other which define a cavity between them, wherein the inside of the outer filter element , which is directed towards the cavity , has at least in some part a separating device for gas bubbles, such as air bubbles, wherein the cavity opens at the head end into at least one discharge opening for such gas bubbles, wherein the two filter elements , placed one inside the other, are accommodated at the foot and head end in an end cap in each case, wherein the respective discharge opening is formed of a passage, such as a drilled hole, in the head-end end cap which connects the cavity between the filter elements to the environment , and wherein the head-end end cap with its respective discharge opening is overlapped with a predefinable gap by a cover cap , characterised in that an annular gap is formed in the region of the overlap from the cover cap to the head-end end cap , via which annular gap the respective fluid originating from a discharge opening is guided to an outer circumference side of the outer hollow cylindrical filter element .
An assembly for a turbine engine, comprising: an inner platform ; an outer platform that circumscribes the inner platform ; and a plurality of guide vanes arranged around an axis , and extending radially between and connected to the inner platform and the outer platform ; the guide vanes are structural inlet guide vanes , and a first of the structural inlet guide vanes includes a structural vane body comprising an organic matrix composite, wherein the structural vane body includes a core of the organic matrix composite, characterised in that the structural vane body further includes a coating that at least partially coats the core , wherein the coating forms an outermost surface of the first of the structural inlet guide vanes . an inner platform ; an outer platform that circumscribes the inner platform ; and a plurality of guide vanes arranged around an axis , and extending radially between and connected to the inner platform and the outer platform ;
A method for operating virtual-reality goggles in a vehicle , wherein a virtual environment described by preset image data is displayed by means of the virtual-reality goggles , comprising the following steps for a control device of the virtual-reality goggles : - receiving motion data describing a vehicle motion of the vehicle , captured by means of a capturing device of the vehicle (S1); - dividing the image data describing the virtual environment into a background image dataset, which characterizes a background of the virtual environment , and at least one foreground image dataset, which characterizes at least one object positioned in a foreground of the virtual environment , by applying an image processing criterion to the image data describing the virtual environment (S2); - evaluating the captured motion data for determining a lateral offset between a position of the at least one object positioned in the foreground of the virtual environment and the background (S3); - ascertaining processed image data, which describes a processed virtual environment , in which the at least one object in the foreground is shifted in relation to the background according to the determined lateral offset (S4); - displaying the processed virtual environment described by the processed image data on the virtual-reality goggles . - receiving motion data describing a vehicle motion of the vehicle , captured by means of a capturing device of the vehicle (S1); - dividing the image data describing the virtual environment into a background image dataset, which characterizes a background of the virtual environment , and at least one foreground image dataset, which characterizes at least one object positioned in a foreground of the virtual environment , by applying an image processing criterion to the image data describing the virtual environment (S2); - evaluating the captured motion data for determining a lateral offset between a position of the at least one object positioned in the foreground of the virtual environment and the background (S3); - ascertaining processed image data, which describes a processed virtual environment , in which the at least one object in the foreground is shifted in relation to the background according to the determined lateral offset (S4); - displaying the processed virtual environment described by the processed image data on the virtual-reality goggles .
A method for increasing the hardness of silica/rubber mixtures comprising blending with said mixture: (i) at least one silane, which is 3-octanoylthio-1-propyltriethoxysilane; and (ii) a hardness-increasing amount of from 0.1 to 50 phr of an MQ resin wherein Q is SiO 4/2 , M is R 1 R 2 R 3 SiO 1/2 , and R 1 , R 2 , and R 3 are the same or different alkyl groups containing from 1 to 10 carbon atoms, a hardness-increasing amount of from 0.1 to 80 phr of high density polyethylene or an ultra high molecular weight polyethylene a thermoplastic resin or a hardness-increasing amount of from 0.1 to 50 phr of a phenolic thermosetting resin. (i) at least one silane, which is 3-octanoylthio-1-propyltriethoxysilane; and (ii) a hardness-increasing amount of from 0.1 to 50 phr of an MQ resin wherein Q is SiO 4/2 , M is R 1 R 2 R 3 SiO 1/2 , and R 1 , R 2 , and R 3 are the same or different alkyl groups containing from 1 to 10 carbon atoms, a hardness-increasing amount of from 0.1 to 80 phr of high density polyethylene or an ultra high molecular weight polyethylene a thermoplastic resin or a hardness-increasing amount of from 0.1 to 50 phr of a phenolic thermosetting resin.
An apparatus , comprising: an array of memory cells ; and a controller coupled to the array of memory cells , wherein the controller is configured to: in response to a write command directed to a first group of memory cells of the array : increment a write stamp corresponding to the array; write data to the first group and update a write stamp corresponding to the first group with the incremented write stamp regardless of a value of the incremented write stamp; and write sentinel data to a second group of memory cells of the memory array and update a write stamp corresponding to the second group only when the incremented write stamp is a multiple of a particular number N of increments of the incremented write stamp; wherein the incremented write stamp corresponds to a quantity of times data is written to the first group of memory cells of the array . an array of memory cells ; and a controller coupled to the array of memory cells , wherein the controller is configured to: in response to a write command directed to a first group of memory cells of the array : increment a write stamp corresponding to the array; write data to the first group and update a write stamp corresponding to the first group with the incremented write stamp regardless of a value of the incremented write stamp; and write sentinel data to a second group of memory cells of the memory array and update a write stamp corresponding to the second group only when the incremented write stamp is a multiple of a particular number N of increments of the incremented write stamp; wherein the incremented write stamp corresponds to a quantity of times data is written to the first group of memory cells of the array . increment a write stamp corresponding to the array; write data to the first group and update a write stamp corresponding to the first group with the incremented write stamp regardless of a value of the incremented write stamp; and write sentinel data to a second group of memory cells of the memory array and update a write stamp corresponding to the second group only when the incremented write stamp is a multiple of a particular number N of increments of the incremented write stamp; wherein the incremented write stamp corresponds to a quantity of times data is written to the first group of memory cells of the array .
An unauthorization determination system comprising: a memory having a plurality of memory addresses allocated in advance that is mounted in a vehicle and includes a predetermined non-access area; a connection unit mounted in the vehicle and configured to be connected to an external device in a wired or wireless manner; and an unauthorized access determination unit configured to, in a case where access to the non-access area is requested from the external device or in a case where the non-access area is accessed by the external device , determine that the access from the external device is unauthorized, the request being a request to access a memory address; wherein the unauthorized access determination unit is configured to, in a case where a value of a variable representing a degree that the access to the non-access area is requested from the external device or a degree that the non-access area is accessed by the external device reaches a threshold, determine that the access from the external device is unauthorized; characterised in that unauthorized access determination unit is configured to change the value of the variable with a weight according to an area in the non-access area that the external device requests access for or an area in the non-access area that the external device accesses. a memory having a plurality of memory addresses allocated in advance that is mounted in a vehicle and includes a predetermined non-access area; a connection unit mounted in the vehicle and configured to be connected to an external device in a wired or wireless manner; and an unauthorized access determination unit configured to, in a case where access to the non-access area is requested from the external device or in a case where the non-access area is accessed by the external device , determine that the access from the external device is unauthorized, the request being a request to access a memory address; wherein the unauthorized access determination unit is configured to, in a case where a value of a variable representing a degree that the access to the non-access area is requested from the external device or a degree that the non-access area is accessed by the external device reaches a threshold, determine that the access from the external device is unauthorized; characterised in that unauthorized access determination unit is configured to change the value of the variable with a weight according to an area in the non-access area that the external device requests access for or an area in the non-access area that the external device accesses.
A melt spun tobacco composition in flake form for oral use in a mammal made by melt spinning tobacco and at least one material which is solid at room temperature and which melts at or below 260°C (500°F), carries from 1% to 70% by weight of tobacco when processed through melt spinning, and solidifies again in less than 5 seconds after melt spinning.
A method, comprising: determining , by a head-end device via which traffic is routed in in a label switched network, that traffic sent via a first label switched path should be sent via a new label switched path; requesting, by the device, an interface binding label for each node in the new label switched path via a RECORD ROUTE object of a Resource Reservation Protocol, RSVP, PATH message; receiving, at the device, the interface binding label for each node in the new label switched path via an RSVP RESV message, wherein the interface binding label, including one or more preprogrammed Traffic Engineering Interface Binding Labels, TEIBLs, for each node in the new label switched path is recorded in a RECORD ROUTE object, RRO, of the RSVP RESV message to create a label stack for the new label switched path; sending , by the device, the traffic along the new label switched path using a label stack that indicates said one or more preprogrammed interface binding labels, TEIBLs, wherein the one or more interface binding labels are local labels that are each bound to a specific RSVP-Traffic Engineering, TE, interface of one or more corresponding nodes along the new label switched path, and a particular node along the new label switched path is configured to forward the traffic via a particular TE interface of the node based on a corresponding interface binding label; and switching , by the device, traffic from the first label switched path to the new label switched path. determining , by a head-end device via which traffic is routed in in a label switched network, that traffic sent via a first label switched path should be sent via a new label switched path; requesting, by the device, an interface binding label for each node in the new label switched path via a RECORD ROUTE object of a Resource Reservation Protocol, RSVP, PATH message; receiving, at the device, the interface binding label for each node in the new label switched path via an RSVP RESV message, wherein the interface binding label, including one or more preprogrammed Traffic Engineering Interface Binding Labels, TEIBLs, for each node in the new label switched path is recorded in a RECORD ROUTE object, RRO, of the RSVP RESV message to create a label stack for the new label switched path; sending , by the device, the traffic along the new label switched path using a label stack that indicates said one or more preprogrammed interface binding labels, TEIBLs, wherein the one or more interface binding labels are local labels that are each bound to a specific RSVP-Traffic Engineering, TE, interface of one or more corresponding nodes along the new label switched path, and a particular node along the new label switched path is configured to forward the traffic via a particular TE interface of the node based on a corresponding interface binding label; and switching , by the device, traffic from the first label switched path to the new label switched path.
An absorbent material manufacturing method comprising: a first step in which a pulp pulverized and conveyed by a duct is suctioned in a predetermined pattern to form a pulp layer in which the pulp is fiber-laminated; and a second step in which a first distribution opening through which a first distribution device discharges a first SAP and a second distribution opening through which a second distribution device discharges a second SAP are provided facing the pulp layer , and the first SAP discharged through the first distribution opening is distributed onto the pulp layer and the second SAP discharged through the second distribution opening is distributed onto the pulp layer while moving the pulp layer relative to the first distribution opening and the second distribution opening , wherein in the second step, the first distribution device can control a discharge amount of the first SAP , and the second distribution device can control a discharge amount of the second SAP . a first step in which a pulp pulverized and conveyed by a duct is suctioned in a predetermined pattern to form a pulp layer in which the pulp is fiber-laminated; and a second step in which a first distribution opening through which a first distribution device discharges a first SAP and a second distribution opening through which a second distribution device discharges a second SAP are provided facing the pulp layer , and the first SAP discharged through the first distribution opening is distributed onto the pulp layer and the second SAP discharged through the second distribution opening is distributed onto the pulp layer while moving the pulp layer relative to the first distribution opening and the second distribution opening , wherein in the second step, the first distribution device can control a discharge amount of the first SAP , and the second distribution device can control a discharge amount of the second SAP .
A cold rolled and galvannealed steel sheet having a chemical composition comprising, in weight %: C: 0.15-0.25% Mn: 2.4 -3.5% Si: 0.30-0.90% Cr: 0.30-0.70% Mo: 0.05-0.35% Al: 0.001-0.09% Ti: 0.01-0.06% B: 0.0010-0.0040% Nb 0.01-0.05% P≤0.020% S≤0.010% N≤0.008% the remainder of the composition being iron and unavoidable impurities resulting from the smelting, said steel sheet having a microstructure consisting of, in surface fraction: - from 80% to 90% of martensite, - the balance being ferrite and bainite. C: 0.15-0.25% Mn: 2.4 -3.5% Si: 0.30-0.90% Cr: 0.30-0.70% Mo: 0.05-0.35% Al: 0.001-0.09% Ti: 0.01-0.06% B: 0.0010-0.0040% Nb 0.01-0.05% P≤0.020% S≤0.010% N≤0.008% - from 80% to 90% of martensite, - the balance being ferrite and bainite.
Apparatus for cooling metallic rolling stock rolled in a roll train, - the apparatus having a plurality of cooling devices , to which water is fed via a respective branch line , and by means of which the water is applied to the rolling stock , - a valve being arranged in each of the branch lines , by means of which valve the water stream flowing through the respective branch line is set, - the valves each being assigned a drive , via which the respective valve is actuated, characterized - in that the cooling devices form a plurality of groups, each of which is proprietarily assigned a dedicated pressure vessel , - in that the respective pressure vessel is connected at a respective connection point to a respective feed line , via which the water is fed to the branch lines of the cooling devices of the corresponding group, with the result that, as viewed in the flow direction of the water , the respective connection point is arranged upstream of the valves of the respective group of cooling devices . - the apparatus having a plurality of cooling devices , to which water is fed via a respective branch line , and by means of which the water is applied to the rolling stock , - a valve being arranged in each of the branch lines , by means of which valve the water stream flowing through the respective branch line is set, - the valves each being assigned a drive , via which the respective valve is actuated, - in that the cooling devices form a plurality of groups, each of which is proprietarily assigned a dedicated pressure vessel , - in that the respective pressure vessel is connected at a respective connection point to a respective feed line , via which the water is fed to the branch lines of the cooling devices of the corresponding group, with the result that, as viewed in the flow direction of the water , the respective connection point is arranged upstream of the valves of the respective group of cooling devices .