mhurhangee/ep-ind-claims huggingface dataset:
An expandable vascular stent comprising prior to expansion: an m x n array of ovals formed in a cylinder having a diameter, a circumference, an axis, and a length in the direction of the axis, where m is the number of columns of ovals in a circumferential direction and n is the number of rows of ovals in the axial direction, the ovals having a short axis and a long axis, the short axis of the ovals extending in the circumferential direction and the long axis of the ovals extending in the axial direction wherein adjacent ovals are connected to each other in the circumferential direction by connectors and in the axial direction by connectors positioned between the ovals coincident with their common short and long axes, respectively, the stent being radially expandable from an initial diameter to a pre-determined final diameter, wherein an increase in the diameter of the stent results in a decrease in the length of the stent; connecting means located at rows 1 and n of the m x n array for connecting the stent to a surrounding body, wherein the connecting means comprise a plurality of prongs extending axially inwardly from the outer ends of respective ovals in rows 1 and n of the m x n array, the prongs being arranged in facing pairs extending from ovals that are in alignment in the axial direction, wherein after expansion the prongs are approximately collinear in ovals having a common long axis, and are approximately parallel in ovals having a common short axis. an m x n array of ovals formed in a cylinder having a diameter, a circumference, an axis, and a length in the direction of the axis, where m is the number of columns of ovals in a circumferential direction and n is the number of rows of ovals in the axial direction, the ovals having a short axis and a long axis, the short axis of the ovals extending in the circumferential direction and the long axis of the ovals extending in the axial direction wherein adjacent ovals are connected to each other in the circumferential direction by connectors and in the axial direction by connectors positioned between the ovals coincident with their common short and long axes, respectively, the stent being radially expandable from an initial diameter to a pre-determined final diameter, wherein an increase in the diameter of the stent results in a decrease in the length of the stent; connecting means located at rows 1 and n of the m x n array for connecting the stent to a surrounding body, wherein the connecting means comprise a plurality of prongs extending axially inwardly from the outer ends of respective ovals in rows 1 and n of the m x n array, the prongs being arranged in facing pairs extending from ovals that are in alignment in the axial direction, wherein after expansion the prongs are approximately collinear in ovals having a common long axis, and are approximately parallel in ovals having a common short axis.
A disc reproduction apparatus reproducing a disc in which a title of an HDMV mode or a BD-J mode is held, the disc reproduction apparatus comprising: a reproduction section reproducing the title; a memory holding a program for a user interface to be displayed on a monitor for accepting a user's operation, the monitor being for displaying a reproduction screen of the title reproduced by the reproduction section and being connected to the disc reproduction apparatus; characterized by a signal processing section adapted to accept a user's operation onto a touch panel integrated with the monitor and to display, on the monitor, the user interface and a pop-up menu specific to a title being reproduced by the reproduction section; wherein when the touch panel is touched by a user at a position where a button for accepting a user's operation exists, the operation corresponding to the touched button is executed; and when the touch panel is touched by a user at a position where a button for accepting a user's operation does not exist, the user interface is displayed on the monitor. a reproduction section reproducing the title; a memory holding a program for a user interface to be displayed on a monitor for accepting a user's operation, the monitor being for displaying a reproduction screen of the title reproduced by the reproduction section and being connected to the disc reproduction apparatus; characterized by a signal processing section adapted to accept a user's operation onto a touch panel integrated with the monitor and to display, on the monitor, the user interface and a pop-up menu specific to a title being reproduced by the reproduction section; wherein when the touch panel is touched by a user at a position where a button for accepting a user's operation exists, the operation corresponding to the touched button is executed; and when the touch panel is touched by a user at a position where a button for accepting a user's operation does not exist, the user interface is displayed on the monitor.
Lock for releasable locking of an excavating tooth to a wearing-part holder in a wearing-part system, where the excavating tooth and the wearing-part holder together define a lock opening for receiving the lock, where the lock comprises a threaded conical screw and a first thread half designed with a first thread bed, whereby the first thread half and a second thread half, designed with a second thread bed, are mounted in the lock opening, where the first thread half and the second thread half, with the thread beds (23, 33) directed towards each other, together define an opening for threaded fastening of the threaded conical screw, such that rotation of the threaded screw moves the threaded screw along the thread beds (23, 33) in the axial direction of the screw into the lock opening, locking the lock when the first thread half is moved towards the excavating tooth and the second thread half is moved towards the wearing-part holder, and characterised in that the wearing-part holder, in the lock opening, is designed with a cavity for receiving an upper rear arm formed on the second thread half, and a cavity for receiving an upper lateral arm formed on the first thread half, and an upper lateral arm formed on the second thread half when the first thread half and the second thread half are placed in the lock opening.
A valve assembly comprising: a valve body (16, 116, 216, 316) defining a fluid flow path through the valve assembly; a valve member (18, 118, 218, 318) for controlling fluid flow rate along the fluid flow path, the valve member being moveably mounted within the valve body (16, 116, 216, 316); a drive member for moving the valve member (18, 118, 218, 318) relative to the valve body (16, 116, 216, 316), wherein the drive member extends into the valve body; a mechanical seal (132, 232) provided for limiting fluid leakage from the fluid flow path out of the valve body (16, 116, 216, 316) along a clearance gap adjacent the drive member, wherein a bush (122, 222, 322) is positioned in the valve body, the drive member extends through the bush, the valve member (18, 118, 218, 318) comprises a recess, wherein an end of the locator extends into the recess; and characterised in that the mechanical seal comprises a spring biased element positioned between the bush (122, 222, 322) and a base of the recess, so as to form a barrier to fluid leakage from the fluid flow path to a clearance gap between the drive member and the bush (122, 222, 322). a valve body (16, 116, 216, 316) defining a fluid flow path through the valve assembly; a valve member (18, 118, 218, 318) for controlling fluid flow rate along the fluid flow path, the valve member being moveably mounted within the valve body (16, 116, 216, 316); a drive member for moving the valve member (18, 118, 218, 318) relative to the valve body (16, 116, 216, 316), wherein the drive member extends into the valve body; a mechanical seal (132, 232) provided for limiting fluid leakage from the fluid flow path out of the valve body (16, 116, 216, 316) along a clearance gap adjacent the drive member, wherein a bush (122, 222, 322) is positioned in the valve body, the drive member extends through the bush, the valve member (18, 118, 218, 318) comprises a recess, wherein an end of the locator extends into the recess; and characterised in that the mechanical seal comprises a spring biased element positioned between the bush (122, 222, 322) and a base of the recess, so as to form a barrier to fluid leakage from the fluid flow path to a clearance gap between the drive member and the bush (122, 222, 322).
A method of generating a synthesised image comprising: receiving an input image, wherein a set of sample blocks from the input image are defined; obtaining a match table which includes, as an entry for each of a plurality of combinations of n sample blocks from the set of sample blocks, wherein n is greater than 1, a respective indication of a matching block for that combination, wherein the matching block for a combination of n sample blocks is the block of the set of sample blocks which, when positioned in conjunction with a predetermined arrangement of the n sample blocks of the combination, provides a best match according to a match function; using the obtained match table to determine an index table for the synthesised image, the index table comprising indications of sample blocks to be positioned in a synthesis arrangement for generating the synthesised image; and generating the synthesised image, said generating comprising positioning sample blocks of the input image in the synthesis arrangement in accordance with the index table. receiving an input image, wherein a set of sample blocks from the input image are defined; obtaining a match table which includes, as an entry for each of a plurality of combinations of n sample blocks from the set of sample blocks, wherein n is greater than 1, a respective indication of a matching block for that combination, wherein the matching block for a combination of n sample blocks is the block of the set of sample blocks which, when positioned in conjunction with a predetermined arrangement of the n sample blocks of the combination, provides a best match according to a match function; using the obtained match table to determine an index table for the synthesised image, the index table comprising indications of sample blocks to be positioned in a synthesis arrangement for generating the synthesised image; and generating the synthesised image, said generating comprising positioning sample blocks of the input image in the synthesis arrangement in accordance with the index table.
An extractor comprising: a base movable along a surface to be cleaned; a liquid distribution system including a supply tank and a distributor (402, 410) in fluid communication to deliver solution to the surface; an encoder operable to generate a signal based on user-initiated movement of the base along the surface; and a controller operatively connected to the encoder and the liquid distribution system, the controller being configured to operate in a distributing mode during movement of the base and in a non-distributing mode during movement of the base based on the signal during operation of the extractor, wherein the controller changes from the distributing mode to the non-distributing mode independent of user interaction with the extractor other than the user-initiated movement, wherein the signal is indicative of speed of rotation of a wheel, and wherein the distribution of the solution is increased or decreased in response to a respective increase or decrease of the speed of rotation of the wheel during operation of the extractor. a base movable along a surface to be cleaned; a liquid distribution system including a supply tank and a distributor (402, 410) in fluid communication to deliver solution to the surface; an encoder operable to generate a signal based on user-initiated movement of the base along the surface; and a controller operatively connected to the encoder and the liquid distribution system, the controller being configured to operate in a distributing mode during movement of the base and in a non-distributing mode during movement of the base based on the signal during operation of the extractor, wherein the controller changes from the distributing mode to the non-distributing mode independent of user interaction with the extractor other than the user-initiated movement, wherein the signal is indicative of speed of rotation of a wheel, and wherein the distribution of the solution is increased or decreased in response to a respective increase or decrease of the speed of rotation of the wheel during operation of the extractor.
A memory card identification method, wherein the method comprises: sending (11, 21, 32, 42) an initialization command of a first-type memory card communications protocol to a to-be-identified memory card; detecting (12, 22, 33, 43) whether there is a response; and identifying (13, 23, 24, 34, 35, 44, 45) the memory card; characterized in that the response is a response on a command pin of the memory card and the memory card is identified as a first-type memory card or a second-type memory card based on a response status of the command pin; wherein the method further comprises before the step of sending an initialization command of a first-type memory card communications protocol to a to-be-identified memory card: powering on a DAT3 pin of the to-be-identified memory card, so that the DAT3 pin is in a non-grounded state. sending (11, 21, 32, 42) an initialization command of a first-type memory card communications protocol to a to-be-identified memory card; detecting (12, 22, 33, 43) whether there is a response; and identifying (13, 23, 24, 34, 35, 44, 45) the memory card; characterized in that the response is a response on a command pin of the memory card and the memory card is identified as a first-type memory card or a second-type memory card based on a response status of the command pin; wherein the method further comprises before the step of sending an initialization command of a first-type memory card communications protocol to a to-be-identified memory card: powering on a DAT3 pin of the to-be-identified memory card, so that the DAT3 pin is in a non-grounded state.
A gutter cleaner comprising: a fan assembly configured to generate airflow to blow debris from a gutter; a cage at least partially disposed around the fan assembly and configured to prevent ingress of clogging debris into the fan assembly; and a wheel system configured to roll along the gutter, wherein the wheel system is non-powered, the wheel system comprising an inner wheel and an outer wheel, the outer wheel comprises a flange configured to interact with the gutter and to guide the gutter cleaner along the gutter, wherein the wheel system is configured to at least partially support the gutter cleaner, wherein the fan assembly is disposed between the inner wheel and the outer wheel, wherein a diameter of the wheel system is greater than a maximum dimension of the fan assembly. a fan assembly configured to generate airflow to blow debris from a gutter; a cage at least partially disposed around the fan assembly and configured to prevent ingress of clogging debris into the fan assembly; and a wheel system configured to roll along the gutter, wherein the wheel system is non-powered, the wheel system comprising an inner wheel and an outer wheel, the outer wheel comprises a flange configured to interact with the gutter and to guide the gutter cleaner along the gutter, wherein the wheel system is configured to at least partially support the gutter cleaner, wherein the fan assembly is disposed between the inner wheel and the outer wheel, wherein a diameter of the wheel system is greater than a maximum dimension of the fan assembly.
A method for blocking execution of malicious scripts, the method comprising: intercepting, by a hardware processor of a client, a script requested by the client from a server; generating, by the hardware processor, a bytecode of the intercepted script wherein generating the bytecode of the intercepted script comprises: grouping script commands in the intercepted script into a plurality of functional groups based on their identified functions, assigning a binary value to each functional group, and generating the bytecode from the binary values; computing, by the hardware processor, a hash sum of the generated bytecode; determining, by the hardware processor, a degree of similarity between the hash sum of the bytecode and a plurality of hash sums of malicious and clean scripts stored in a database; identifying, by the hardware processor, a similar hash sum from the database whose degree of similarity with the hash sum of the bytecode is within a threshold of similarity; determining, by the hardware processor, a coefficient of trust of the similar hash sum; determining, by the hardware processor, whether the requested script is malicious based on the degree of similarity and the coefficient of trust of the similar hash sum; and blocking, by the hardware processor, the execution of the malicious script on the client. intercepting, by a hardware processor of a client, a script requested by the client from a server; generating, by the hardware processor, a bytecode of the intercepted script wherein generating the bytecode of the intercepted script comprises: grouping script commands in the intercepted script into a plurality of functional groups based on their identified functions, assigning a binary value to each functional group, and generating the bytecode from the binary values; grouping script commands in the intercepted script into a plurality of functional groups based on their identified functions, assigning a binary value to each functional group, and generating the bytecode from the binary values; computing, by the hardware processor, a hash sum of the generated bytecode; determining, by the hardware processor, a degree of similarity between the hash sum of the bytecode and a plurality of hash sums of malicious and clean scripts stored in a database; identifying, by the hardware processor, a similar hash sum from the database whose degree of similarity with the hash sum of the bytecode is within a threshold of similarity; determining, by the hardware processor, a coefficient of trust of the similar hash sum; determining, by the hardware processor, whether the requested script is malicious based on the degree of similarity and the coefficient of trust of the similar hash sum; and blocking, by the hardware processor, the execution of the malicious script on the client.
Ceramic component, having a main body and an electrical connection contact, wherein the connection contact has a first layer containing a first material and a second layer, which is arranged on the said first layer, containing a second material, wherein the first material has a high electrical conductivity and the second material has a low coefficient of thermal expansion, wherein the electrical conductivity of the first material is at least 40 m/Ωmm 2 and the coefficient of thermal expansion of the second material is at most 2.5 ppm/K, wherein the coefficient of thermal expansion of the second material is lower than the coefficient of thermal expansion of the first material, wherein the thickness of the second layer is in a ratio of 1:1 to 5:1 in relation to the thickness of the first layer, wherein the coefficient of thermal expansion of the connection contact is between 5 and 7 ppm/K as a whole, and containing a sintered contact material which fastens the connection contact to the main body.
Method for welding cables (12, 14) made from metal strands or cores to form an end node or transit node by introducing in each case a first section of each cable into a compression space of an ultrasound welding device in which the first sections extend along a straight line, wherein at least one cable comprises, spaced from the end node or transit node to be welded, a component (16, 18, 20), such as a contact element, and at least the cable comprising the component, between the compression space and the component in a second section (40, 42), is damped by a change in the course of the cable, which is forced by means of a deflection device (51, 61, 100), characterized in that, at least the cable (12, 14) comprising the component (40, 42) is aligned in the extension of the straight line, and the deflection device (51, 61, 100) acts on the second section (40, 42) extending in the extension of the straight line, on opposite sides of the second section, wherein due to the adjustment of the deflection device toward the second section, the latter undergoes a change in course in sections.
An inverter comprising: an electronic device, a magnetic element, a heat radiator, one or more cooling fans, a first box and a second box connected with each other via a mounting plate, wherein the mounting plate is located between the first box and the second box; the electronic device is disposed inside the first box; the heat radiator and the one or more cooling fans are disposed inside the second box; the magnetic element is disposed outside the first box and the second box and is configured to be air cooled, the second box comprises a side plate (222, 223) and a top plate, and the side plate (222, 223) and the top plate are perpendicular to the mounting plate; and wherein the second box is configured such that it comprises an air duct that allows an air flow that is generated by the one or more cooling fans to flow through the heat radiator, and the inverter is configured such that the air flow is not obstructed by the magnetic element. the mounting plate is located between the first box and the second box; the electronic device is disposed inside the first box; the heat radiator and the one or more cooling fans are disposed inside the second box; the magnetic element is disposed outside the first box and the second box and is configured to be air cooled, the second box comprises a side plate (222, 223) and a top plate, and the side plate (222, 223) and the top plate are perpendicular to the mounting plate; and wherein the second box is configured such that it comprises an air duct that allows an air flow that is generated by the one or more cooling fans to flow through the heat radiator, and the inverter is configured such that the air flow is not obstructed by the magnetic element.
Autonomous working device, in particular autonomous lawnmower, comprising at least one detection apparatus which is intended to detect an initially defined, temporary working region, and comprising at least one open-loop and/or closed-loop control unit which is intended to at least partially map an absolute working region that at least substantially includes the temporary working region, wherein the open-loop and/or closed-loop control unit is intended to distinguish between hard boundaries of the temporary working region and soft boundaries of the temporary working region when mapping the absolute working region, wherein the at least one detection apparatus has at least one boundary detecting unit which is intended to detect at least one characteristic variable of a boundary of the absolute working region, characterized in that the soft boundaries of the temporary working region define at least a subregion of a boundary of the temporary working region, which subregion is considered to be a roughly defined, correctable boundary by the open-loop and/or closed-loop control unit, wherein the open-loop and/or closed-loop control unit is intended to correcting the soft boundary of the temporary working region by a boundary that is detected by the boundary detecting unit when mapping the absolute working region.
A toner comprising toner particles having at least one type of surface additive, the toner particles having a Flow Particle Image Analyzer average circularity of at least 0.95, whereby at least 80 %wt of the total amount of surface additives stays onto the surface of the toner particles when an ultrasonic treatment of 4500 to 4700 J/gram of toner is applied, wherein the residual amount of surface additives after ultrasonic treatment is determined according to the description by measuring the weight loss after the ultrasonic treatment, whereby the total content on surface additives comprised in or on said particles is less than two percent per weight of toner particles.