mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument, comprising: a firing assembly movable through a firing stroke; and an end effector comprising a staple cartridge, wherein said staple cartridge comprises: a cartridge body; staples removably stored in said cartridge body; a sled movable between a proximal unfired position and a distal fired position to eject said staples from said cartridge body during said firing stroke; and a cartridge lockout configured to block said firing assembly if said sled is not in said proximal unfired position at the initiation of said firing stroke; wherein the surgical instrument further comprises a firing lockout configured to assist in preventing said firing assembly from performing said firing stroke when said firing assembly is blocked by said cartridge lockout; characterized in that said firing assembly comprises a first portion and a second portion, and wherein said firing lockout is at least partially positioned intermediate said first portion and said second portion of said firing assembly. a firing assembly movable through a firing stroke; and an end effector comprising a staple cartridge, wherein said staple cartridge comprises: a cartridge body; staples removably stored in said cartridge body; a sled movable between a proximal unfired position and a distal fired position to eject said staples from said cartridge body during said firing stroke; and a cartridge lockout configured to block said firing assembly if said sled is not in said proximal unfired position at the initiation of said firing stroke; a cartridge body; staples removably stored in said cartridge body; a sled movable between a proximal unfired position and a distal fired position to eject said staples from said cartridge body during said firing stroke; and a cartridge lockout configured to block said firing assembly if said sled is not in said proximal unfired position at the initiation of said firing stroke; wherein the surgical instrument further comprises a firing lockout configured to assist in preventing said firing assembly from performing said firing stroke when said firing assembly is blocked by said cartridge lockout; characterized in that said firing assembly comprises a first portion and a second portion, and wherein said firing lockout is at least partially positioned intermediate said first portion and said second portion of said firing assembly.
A method of determining a position estimate of a mobile device, comprising: generating a plurality of proposed positions with associated likelihoods by analyzing information from one or more motion sensors in the mobile device; processing information from one or more light sensors in the mobile device to produce a list of candidate positions; eliminating at least one of the plurality of proposed positions using the list of candidate positions; and determining a position estimate for the mobile device based on remaining proposed positions and associated likelihoods. generating a plurality of proposed positions with associated likelihoods by analyzing information from one or more motion sensors in the mobile device; processing information from one or more light sensors in the mobile device to produce a list of candidate positions; eliminating at least one of the plurality of proposed positions using the list of candidate positions; and determining a position estimate for the mobile device based on remaining proposed positions and associated likelihoods.
A generating circuit for the zero flag bit of a multiplier, characterized in that the generating circuit is used for application of the multiplier which requires the number of bits of the to-be-solved multiplication operation result to be the same as that of the multiplicator and that of the multiplicand and comprises a low-bit zero detecting module, a bitwise-AND module, and a result determining module, wherein the low-bit zero detecting module is used for discovering the bit in which the value of 1 appears first in the first input value from low bit to high bit, and replacing all bits from the bit to the highest bit with 1; the bitwise-AND module is used for reversing the order of the first input value bit by bit after replacement, and then carrying out a bitwise-AND logical operation on the first input value after order reversing and a second input value; and the result determining module is used for determining whether all the results of the logical AND operation are zero, if yes, the zero flag bit outputs 1, otherwise it outputs 0.
Motorcycle having an adjustable air-guiding element, wherein the air-guiding element has a root section which is connected to a body and/or a vehicle structure of the motorcycle, and an air-guiding section which extends from the root section as far as a free end of the air-guiding element, wherein the air-guiding section is movable relative to the body and/or the vehicle structure between a deployed position and a retracted position and is supported on the body and/or the vehicle structure by means of a spring-elastic support element, characterized in that a restoring force of the spring-elastic support element is designed such that, in the event of an increase in the speed of the motorcycle, the wind pressure thus increased on the deployed air-guiding element exceeds the restoring force and thus the air-guiding section is moved into the retracted position, and wherein the retracted air-guiding section is pressed back into the deployed position on account of the restoring force of the spring-elastic support element in the case of a reducing speed. wherein the air-guiding section is movable relative to the body and/or the vehicle structure between a deployed position and a retracted position and is supported on the body and/or the vehicle structure by means of a spring-elastic support element, characterized in that a restoring force of the spring-elastic support element is designed such that, in the event of an increase in the speed of the motorcycle, the wind pressure thus increased on the deployed air-guiding element exceeds the restoring force and thus the air-guiding section is moved into the retracted position, and wherein the retracted air-guiding section is pressed back into the deployed position on account of the restoring force of the spring-elastic support element in the case of a reducing speed.
A method for establishing a multi-layer path, comprising: sending a path computation request message to a path computation element, wherein the path computation request message is used for requesting computation of a path from a source node to a target node, the source node and the target node being located in a client layer network (S110, S510); receiving a path computation response message returned by the path computation element, wherein the path computation response message carries information of a path traversing the client layer network and a server layer network from the source node to the target node, and a transmission type supported by a server layer path on the server layer network (S120, S520); establishing a path, comprising the server layer path, from the source node to the target node according to the transmission type (S 130, S530); wherein the transmission type is carried in explicit route object ERO sub-objects comprised in the path computation response message; wherein the method is characterized by: according to a sequence for parsing the ERO sub-objects by a path computation client, the transmission type is carried in an ERO sub-object adjacently behind the ERO sub-object carrying information of a border node, and the border node is located between the client layer network and the server layer network. sending a path computation request message to a path computation element, wherein the path computation request message is used for requesting computation of a path from a source node to a target node, the source node and the target node being located in a client layer network (S110, S510); receiving a path computation response message returned by the path computation element, wherein the path computation response message carries information of a path traversing the client layer network and a server layer network from the source node to the target node, and a transmission type supported by a server layer path on the server layer network (S120, S520); establishing a path, comprising the server layer path, from the source node to the target node according to the transmission type (S 130, S530); wherein the transmission type is carried in explicit route object ERO sub-objects comprised in the path computation response message; wherein the method is characterized by: according to a sequence for parsing the ERO sub-objects by a path computation client, the transmission type is carried in an ERO sub-object adjacently behind the ERO sub-object carrying information of a border node, and the border node is located between the client layer network and the server layer network. according to a sequence for parsing the ERO sub-objects by a path computation client, the transmission type is carried in an ERO sub-object adjacently behind the ERO sub-object carrying information of a border node, and the border node is located between the client layer network and the server layer network.
The use of a mixture comprising or consisting of (a) one, two, three or more polyols selected from linear alkanediols having 3-12 carbon atoms and (b) one or more substances selectedfrom the group consisting of silicone oils, terpenes other than menthol, musk compounds, and tensides for enhancing the cooling effect of at least one cooling substance on the skin or a mucous membrane wherein the ratio between the amount by weight of the cooling substance and the amount by weight of the polyol or the polyols taken together is 1:10 to 1:0,5. (a) one, two, three or more polyols selected from linear alkanediols having 3-12 carbon atoms and (b) one or more substances selectedfrom the group consisting of silicone oils, terpenes other than menthol, musk compounds, and tensides
Method for producing an analytical magazine, wherein the analytical magazine is designed to receive a plurality of analytical aids in a plurality of chambers, wherein the method comprises the following steps: - providing at least one first component of the analytical magazine, wherein the first component comprises a plurality of receptacles, - providing a plurality of analytical aids, wherein the analytical aids are connected to one another and preferably oriented with respect to one another by means of at least one holding element, - introducing the analytical aids into the receptacles, wherein a plurality or preferably all of the chambers are loaded simultaneously; and - separating the analytical aids from the holding element, wherein the separating takes place simultaneously for all or for a plurality of analytical aids, wherein the analytical aids are produced at least in part integrally with the holding element, in particular using at least one etching process, wherein the analytical aids comprise lancets and/or microsamplers which are worked from a basic material of the holding element, so that the holding element and the analytical aids or parts thereof are formed, wherein the basic material is a metallic basic material. - providing at least one first component of the analytical magazine, wherein the first component comprises a plurality of receptacles, - providing a plurality of analytical aids, wherein the analytical aids are connected to one another and preferably oriented with respect to one another by means of at least one holding element, - introducing the analytical aids into the receptacles, wherein a plurality or preferably all of the chambers are loaded simultaneously; and - separating the analytical aids from the holding element, wherein the separating takes place simultaneously for all or for a plurality of analytical aids,
Automatically traveling floor cleaning appliance having an arrangement for overcoming an obstruction to traveling movement, wherein the arrangement has a driven travel wheel, characterized in that on the travel wheel, a lifting part is mounted in an eccentrically pivotable manner, the lifting part protruding with a front end surface beyond a running surface of the travel wheel in the direction of travel (r), a counter mounting being provided which is fixed to the housing.
Method for operating a robot, which has a robot arm having a plurality of links following one after the other, an attaching device for attaching an end effector and drives for moving the links, and a control device connected to the drives, comprising the following method steps: - by means of a computer program running on the control device, initiating a command on the basis of which the robot arm, controlled by the control device, begins to carry out an application step, - detecting at least one abort condition of the command from a plurality of abort conditions, wherein at least one of the abort conditions is evaluated acyclically and the acyclically evaluated abort condition is assigned to an interrupt service routine which is triggered by events and/or sensors, - aborting the execution of the application step on the basis of the detected abort condition by aborting the initiated command, without interrupting the application in that control and control functionalities of the computer program which are encapsulated in standardised modules, comprise module-specific abort conditions, by means of which the module triggers the end of the command independently of user abort conditions, - at the same time as recognising the abort condition, conveying information about the abort condition to the computer program on the basis of which the execution of the application step was aborted and - directly due to the information about the recognised abort condition initiating one of the additional commands assigned to the recognised abort condition for controlling the robot arm by means of the control device. - by means of a computer program running on the control device, initiating a command on the basis of which the robot arm, controlled by the control device, begins to carry out an application step, - detecting at least one abort condition of the command from a plurality of abort conditions, wherein at least one of the abort conditions is evaluated acyclically and the acyclically evaluated abort condition is assigned to an interrupt service routine which is triggered by events and/or sensors, - aborting the execution of the application step on the basis of the detected abort condition by aborting the initiated command, without interrupting the application in that control and control functionalities of the computer program which are encapsulated in standardised modules, comprise module-specific abort conditions, by means of which the module triggers the end of the command independently of user abort conditions, - at the same time as recognising the abort condition, conveying information about the abort condition to the computer program on the basis of which the execution of the application step was aborted and - directly due to the information about the recognised abort condition initiating one of the additional commands assigned to the recognised abort condition for controlling the robot arm by means of the control device.
A computer-implemented method comprising: receiving, at a first wireless device, a polling frame including a first transmission right granted to each of a plurality of wireless devices (106a, 106b) belonging to a first group, the first group including the first wireless device, wherein the polling frame comprises a plurality of group identifiers arranged in the polling frame in a particular order, wherein the plurality of group identifiers includes a group identifier indicating the first group and a group identifier indicating a second group of wireless devices; transmitting, by the first wireless device, a first acknowledgement frame during a first period based on the first transmission right, wherein the first period is assigned for transmission to each of the plurality of wireless devices belonging to the first group; and wherein the first period assigned to the wireless devices belonging to the first group is different from a second period assigned to wireless devices belonging to the_second group and the order of the group identifiers in the polling frame determines the order with which each wireless device identified by each group identifier is permitted to transmit respective acknowledgement frames. receiving, at a first wireless device, a polling frame including a first transmission right granted to each of a plurality of wireless devices (106a, 106b) belonging to a first group, the first group including the first wireless device, wherein the polling frame comprises a plurality of group identifiers arranged in the polling frame in a particular order, wherein the plurality of group identifiers includes a group identifier indicating the first group and a group identifier indicating a second group of wireless devices; transmitting, by the first wireless device, a first acknowledgement frame during a first period based on the first transmission right, wherein the first period is assigned for transmission to each of the plurality of wireless devices belonging to the first group; and wherein the first period assigned to the wireless devices belonging to the first group is different from a second period assigned to wireless devices belonging to the_second group and the order of the group identifiers in the polling frame determines the order with which each wireless device identified by each group identifier is permitted to transmit respective acknowledgement frames.
A pulley stopper comprising: a clamp portion that includes a bar-shaped upper clamp and a bar-shaped lower clamp; and fasteners that are respectively disposed at opposite ends of the clamp portion to couple the upper clamp and the lower clamp, wherein the fasteners and the clamp portion are coupled by using a clip-type method, and thus the upper clamp and the lower clamp are fixed side by side through the coupling of the fastener such that movement of a belt disposed between the upper clamp and the lower clamp is stopped, characterized in that the lower clamp comprises a pin coupling portion to which one end of the fastener is coupled by a pin-coupling method, and the other end of the fastener is rotatable about a fixed axis of the pin coupling portion, wherein a groove through which that fastener moves while the end of the fastener rotates is formed in each side surface of the upper clamp and the lower clamp, and the other end of the fastener has a bolt -nut coupling, and the other end of the fastener is coupled to the upper clamp through rotation of the nut of the fastener such that the upper clamp and the lower clamp can be fixed side by side, and, when the upper clamp and the lower clamp are disposed in parallel with each other, a gap between the upper clamp and the lower clamp can be adjusted through the rotation of the nut. a clamp portion that includes a bar-shaped upper clamp and a bar-shaped lower clamp; and fasteners that are respectively disposed at opposite ends of the clamp portion to couple the upper clamp and the lower clamp, wherein the fasteners and the clamp portion are coupled by using a clip-type method, and thus the upper clamp and the lower clamp are fixed side by side through the coupling of the fastener such that movement of a belt disposed between the upper clamp and the lower clamp is stopped, characterized in that the lower clamp comprises a pin coupling portion to which one end of the fastener is coupled by a pin-coupling method, and the other end of the fastener is rotatable about a fixed axis of the pin coupling portion, wherein a groove through which that fastener moves while the end of the fastener rotates is formed in each side surface of the upper clamp and the lower clamp, and the other end of the fastener has a bolt -nut coupling, and the other end of the fastener is coupled to the upper clamp through rotation of the nut of the fastener such that the upper clamp and the lower clamp can be fixed side by side, and, when the upper clamp and the lower clamp are disposed in parallel with each other, a gap between the upper clamp and the lower clamp can be adjusted through the rotation of the nut.
An ink composition comprising: a colorant dispersed in water with a dispersant; a resin; and water, wherein the colorant comprises a coloring matter that is substantially insoluble in water, and the resin is a polymer produced by polymerization of four monomers composed of methacrylic acid, methyl methacrylate, 2-ethylhexyl acrylate and allyl methacrylate, and wherein the resin has a glass transition point (Tg) in the range of - 5°C to 15°C and an acid value in the range from 5 to 15 KOHmg/g.
A method of controlling the operation of an electrostatic precipitator, which is operative for removing dust particles from a process gas, with regard to a soot-blowing operation that is performed in an upstream device, which is located upstream of the electrostatic precipitator in the direction of flow of said process gas, characterized in said method comprising the steps of: effecting the sending of a signal by a soot-blowing controller that a soot-blowing operation is about to be initiated in said upstream device to a controller that is operative for controlling a rapping of the electrostatic precipitator, and causing a rapping decision (52; 152) to be made by said controller that is operative for controlling a rapping of the electrostatic precipitator, based on the receipt thereby of said signal, said rapping decision including the establishment of a first point in time for initiating a rapping event with respect to the electrostatic precipitator, said first point in time is correlated to a second point in time, which is the time at which the soot-blowing operation of said upstream device is initiated. effecting the sending of a signal by a soot-blowing controller that a soot-blowing operation is about to be initiated in said upstream device to a controller that is operative for controlling a rapping of the electrostatic precipitator, and causing a rapping decision (52; 152) to be made by said controller that is operative for controlling a rapping of the electrostatic precipitator, based on the receipt thereby of said signal, said rapping decision including the establishment of a first point in time for initiating a rapping event with respect to the electrostatic precipitator, said first point in time is correlated to a second point in time, which is the time at which the soot-blowing operation of said upstream device is initiated.