mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting foreign objects, in particular cutting or punching waste, between at least a bending tool (4, 5) and a sheet metal part to be formed, comprising the following steps: - providing a bending cell, comprising at least one upper tool and at least one lower tool, a system control, as well as at least one light source and at least one light sensor for detecting foreign objects, - providing at least the sheet metal part at a predefinable position between the upper tool and the lower tool in an opened state of the bending cell, - detecting foreign objects between the bending tool (4, 5) and the sheet metal part to be formed, wherein the detection of foreign objects: - is carried out with the aid of the at least one light source and the at least one light sensor by performing a profile measurement of the at least one lower tool arranged between the light source and the light sensor, and - the lower tool profile is compared with predefinable reference profiles and/or target profiles in a system control, - and if they match, the forming of the sheet metal part is initiated, - or, if they deviate from one another, an interruption or a termination of the process is initiated, and wherein, during the profile measurement, the at least one light source and/or the at least one light sensor are displaced in opposite directions along the direction of movement of the bending tool (4, 5), and the at least one light source and/or the at least one light sensor are continuously turned towards one another by means of at least one alignment device. - providing a bending cell, comprising at least one upper tool and at least one lower tool, a system control, as well as at least one light source and at least one light sensor for detecting foreign objects, - providing at least the sheet metal part at a predefinable position between the upper tool and the lower tool in an opened state of the bending cell, - detecting foreign objects between the bending tool (4, 5) and the sheet metal part to be formed, - is carried out with the aid of the at least one light source and the at least one light sensor by performing a profile measurement of the at least one lower tool arranged between the light source and the light sensor, and - the lower tool profile is compared with predefinable reference profiles and/or target profiles in a system control, - and if they match, the forming of the sheet metal part is initiated, - or, if they deviate from one another, an interruption or a termination of the process is initiated, and
A mobile robot system (100; 200), including: a mobile cleaning robot (102; 202) comprising: at least one sensor (120; 710) configured to obtain information about an environment; a storage device (114; 718) configured to store a map of the environment, wherein the mobile robot is configured to have speech recognition capabilities and can listen to voice commands; a control module (110; 206) configured to, when the mobile cleaning robot boots up for the first time in a new environment: make the mobile cleaning robot follow an individual in response to a voice command; generate a map of the environment as it follows the individual, wherein the mobile robot system (100; 200) further comprises: a recognition module (122; 212) configured to recognize objects in the environment as the robot follows the individual based on information provided by the at least one sensor, the recognition module being included in the mobile cleaning robot or in a remote system communicatively coupled to the mobile cleaning robot. at least one sensor (120; 710) configured to obtain information about an environment; a storage device (114; 718) configured to store a map of the environment, wherein the mobile robot is configured to have speech recognition capabilities and can listen to voice commands; a control module (110; 206) configured to, when the mobile cleaning robot boots up for the first time in a new environment: make the mobile cleaning robot follow an individual in response to a voice command; generate a map of the environment as it follows the individual, wherein the mobile robot system (100; 200) further comprises: a recognition module (122; 212) configured to recognize objects in the environment as the robot follows the individual based on information provided by the at least one sensor, the recognition module being included in the mobile cleaning robot or in a remote system communicatively coupled to the mobile cleaning robot. make the mobile cleaning robot follow an individual in response to a voice command; generate a map of the environment as it follows the individual, wherein the mobile robot system (100; 200) further comprises: a recognition module (122; 212) configured to recognize objects in the environment as the robot follows the individual based on information provided by the at least one sensor, the recognition module being included in the mobile cleaning robot or in a remote system communicatively coupled to the mobile cleaning robot.
A computer-implemented method for identifying security risks, comprising: using at least one server connected to a computer network to perform the following actions: retrieving a plurality of account credentials of a plurality of accounts from a storage of each member of a first group of machines in said computer network, said storage comprising at least one member of a group consisting of a registry, a Security Account Manager, a Local Security Authority Subsystem Service (LSASS), a memory, a persistent storage and a non-persistent storage; collecting a plurality of account access rights, each one of said plurality of account access rights grants to one of said plurality of accounts an access to at least one member of a second group machines in said network; and identifying which of said plurality of account credentials causes at least one security risk to at least one member of said second group by a correlation between at least one collected account credentials from said plurality of account credentials of a certain account of said plurality of accounts and at least one of said plurality of account access rights retrieved for said certain account; wherein said at least one retrieved account credential and said at least one account access right is of the same account from said plurality of accounts. using at least one server connected to a computer network to perform the following actions: retrieving a plurality of account credentials of a plurality of accounts from a storage of each member of a first group of machines in said computer network, said storage comprising at least one member of a group consisting of a registry, a Security Account Manager, a Local Security Authority Subsystem Service (LSASS), a memory, a persistent storage and a non-persistent storage; collecting a plurality of account access rights, each one of said plurality of account access rights grants to one of said plurality of accounts an access to at least one member of a second group machines in said network; and identifying which of said plurality of account credentials causes at least one security risk to at least one member of said second group by a correlation between at least one collected account credentials from said plurality of account credentials of a certain account of said plurality of accounts and at least one of said plurality of account access rights retrieved for said certain account; wherein said at least one retrieved account credential and said at least one account access right is of the same account from said plurality of accounts.
A method of forming a plurality of precursor abrasive particles, the method comprising: providing a mold having a plurality of cavities; filling the plurality of cavities with an abrasive dispersion, the abrasive dispersion comprising particles in a liquid that can be converted into alpha alumina, the liquid comprising a volatile component; removing at least a portion of the volatile component from the abrasive dispersion while the abrasive dispersion resides in the plurality of cavities thereby forming a plurality of precursor abrasive particles having a predetermined size, the method being characterised by fracturing at least a majority of the plurality of precursor abrasive particles into at least two pieces while the plurality of precursor abrasive particles reside within the plurality of cavities thereby forming a fractured plurality of precursor abrasive particles. providing a mold having a plurality of cavities; filling the plurality of cavities with an abrasive dispersion, the abrasive dispersion comprising particles in a liquid that can be converted into alpha alumina, the liquid comprising a volatile component; removing at least a portion of the volatile component from the abrasive dispersion while the abrasive dispersion resides in the plurality of cavities thereby forming a plurality of precursor abrasive particles having a predetermined size, the method being characterised by fracturing at least a majority of the plurality of precursor abrasive particles into at least two pieces while the plurality of precursor abrasive particles reside within the plurality of cavities thereby forming a fractured plurality of precursor abrasive particles.
A pipe bending machine for bending pipes of large diameter, wherein - a pipe manipulator is provided for moving the pipes, by means of which a pipe is guided in the axial direction through a heating means which annularly surrounds the pipe, - at least one bending arm is located in the part of the device for bending which is situated in the feed direction of the pipe, - a bending lock located on the bending arm firmly encompasses the pipe piece to be bent and moves about the bending axis of rotation while the pipe is being advanced, characterised in that the pipe manipulator comprises a feed rod, a holding lever and a receiving sleeve which is rotatable, axially displaceable in the feed direction of the pipe and which: - is installed at the end of the pipe in the feed means, - is designed for engaging in the pipe from the inside and for firmly clamping the pipe from the inside, and - is displaceable for guiding the pipe in a defined manner through the heating means into the bending arm lock, and that the pipe to be bent can be fixed by the receiving sleeve in at least two holding planes which are perpendicular to the pipe centre axis, and that the fixing takes place in a frictional manner in each of the holding planes by the holding levers which can be pushed against the pipe from the inside. - a pipe manipulator is provided for moving the pipes, by means of which a pipe is guided in the axial direction through a heating means which annularly surrounds the pipe, - at least one bending arm is located in the part of the device for bending which is situated in the feed direction of the pipe, - a bending lock located on the bending arm firmly encompasses the pipe piece to be bent and moves about the bending axis of rotation while the pipe is being advanced, - is installed at the end of the pipe in the feed means, - is designed for engaging in the pipe from the inside and for firmly clamping the pipe from the inside, and - is displaceable for guiding the pipe in a defined manner through the heating means into the bending arm lock,
An injection unit comprising: a plasticizing unit which includes a plasticizing cylinder; an extrusion unit which includes an injection cylinder; a nozzle; and a switching valve which performs switching a flow direction of a molding material among the plasticizing cylinder, the injection cylinder, and the nozzle, wherein the switching valve includes a valve box having a hollow portion and a valve body which is rotatably or slidably disposed in the hollow portion, wherein the hollow portion, a resin discharge flow path which communicates with the hollow portion, and a resin outlet through which the resin discharge flow path faces an outer peripheral surface of the valve box are formed in the valve box, wherein a clearance is formed between the wall surface of the hollow portion and the outer peripheral surface of the valve body, and the resin is discharged from the resin outlets facing the lower surface of the valve box via the resin discharge flow paths communicating with the clearance, and wherein a resin removal portion which removes a resin discharged from the resin outlet is provided at a position corresponding to at least the resin outlet. a plasticizing unit which includes a plasticizing cylinder; an extrusion unit which includes an injection cylinder; a nozzle; and a switching valve which performs switching a flow direction of a molding material among the plasticizing cylinder, the injection cylinder, and the nozzle, wherein the switching valve includes a valve box having a hollow portion and a valve body which is rotatably or slidably disposed in the hollow portion, wherein the hollow portion, a resin discharge flow path which communicates with the hollow portion, and a resin outlet through which the resin discharge flow path faces an outer peripheral surface of the valve box are formed in the valve box, wherein a clearance is formed between the wall surface of the hollow portion and the outer peripheral surface of the valve body, and the resin is discharged from the resin outlets facing the lower surface of the valve box via the resin discharge flow paths communicating with the clearance, and wherein a resin removal portion which removes a resin discharged from the resin outlet is provided at a position corresponding to at least the resin outlet.
A photomask blank comprising a substrate, a film made of a chromium-containing material, and a film to be processed which is formed on a substrate side of the film made of a chromium-containing material and is processed using a pattern of the film made of a chromium-containing material as an etching mask, wherein the film made of a chromium-containing material is a layered film having a three-layer structure consisting of, in order from a side away from the substrate, a first layer, a second layer and a third layer, the first layer containing oxygen and nitrogen, and having a chromium content of 40 atom % or less, an oxygen content of 50 atom % or more, a nitrogen content of 10 atom % or less and a thickness of 6 nm or less; the second layer containing oxygen, nitrogen and carbon, and having a chromium content of 40 atom % or less, an oxygen content of 30 atom % or more, a nitrogen content of 17 atom % or more, a carbon content of 13 atom % or less and a thickness of 46 nm or more; and the third layer containing oxygen and nitrogen, and having a chromium content of 50 atom % or more, an oxygen content of 20 atom % or less and a nitrogen content of 30 atom % or more. the film made of a chromium-containing material is a layered film having a three-layer structure consisting of, in order from a side away from the substrate, a first layer, a second layer and a third layer, the first layer containing oxygen and nitrogen, and having a chromium content of 40 atom % or less, an oxygen content of 50 atom % or more, a nitrogen content of 10 atom % or less and a thickness of 6 nm or less; the second layer containing oxygen, nitrogen and carbon, and having a chromium content of 40 atom % or less, an oxygen content of 30 atom % or more, a nitrogen content of 17 atom % or more, a carbon content of 13 atom % or less and a thickness of 46 nm or more; and the third layer containing oxygen and nitrogen, and having a chromium content of 50 atom % or more, an oxygen content of 20 atom % or less and a nitrogen content of 30 atom % or more.
Traveller for a safety system with a guide element, with - a housing forming a guide for the guide element - a braking body, - an attachment element for the attachment of a securing element connected with a person who is to be secured, wherein, by means of an actuating mechanism, the braking body can be moved from a release position in which the traveller can be moved along the guide element, into a locking position in which the braking body prevents or brakes a relative movement between the traveller and the guide element in a blocking direction through a contact with the guide element, and - a safety device, which only allows the traveller to be attached to the guide element in one orientation, with a safety element which can be moved between a release position and a safety position and, in the safety position, prevents the traveller from being attached through a collision with the guide element, wherein, if the traveller is oriented incorrectly, the safety element is moved, under the force of gravity, into the safety position, characterised in that the safety element is designed with at least two arms arranged at an angle to one another, wherein, in the safety position, one of the arms projects into the guide of the housing, so that slotting the traveller onto the lower end of the guide element in an incorrect orientation is prevented by the other arm of the safety element coming to rest against a section of the side part, and slotting the traveller onto the upper end of the guide element in an incorrect orientation is prevented by the other arm of the safety element coming to rest against the guide element. - a housing forming a guide for the guide element - a braking body, - an attachment element for the attachment of a securing element connected with a person who is to be secured, - a safety device, which only allows the traveller to be attached to the guide element in one orientation, with a safety element which can be moved between a release position and a safety position and, in the safety position, prevents the traveller from being attached through a collision with the guide element, wherein, if the traveller is oriented incorrectly, the safety element is moved, under the force of gravity, into the safety position, characterised in that the safety element is designed with at least two arms arranged at an angle to one another, wherein, in the safety position, one of the arms projects into the guide of the housing, so that slotting the traveller onto the lower end of the guide element in an incorrect orientation is prevented by the other arm of the safety element coming to rest against a section of the side part, and slotting the traveller onto the upper end of the guide element in an incorrect orientation is prevented by the other arm of the safety element coming to rest against the guide element.
A hemostat product comprising a container having at least two compartments each containing a releasable, flowable product: wherein a first compartment comprises a solution of an acidified hydrophobically-modified chitosan that gels in the presence of blood, and a second compartment comprises a solution of a bicarbonate or carbonate salt at an alkaline pH and optionally a negatively-charged polymer, wherein the hydrophobically-modified chitosan includes hydrophobic grafts larger than C12, and from 5% to about 40% of the hydrophobic grafts are C16 or C18.
An electrically-powered, dynamic light-emitting gift artifact 1 comprising: - a light emitting component adapted switchably to emit light of two or more different colors, - a translucent substrate window (2, 100) on which two or more superimposed layers (102, 104, 106, 2, 3, 4) of artwork are disposed, wherein: - the light emitting component is located for projection through the translucent substrate, and - the visibility of each layer of artwork in the window changes responsive to emissions by the light emitting component. - a light emitting component adapted switchably to emit light of two or more different colors, - a translucent substrate window (2, 100) on which two or more superimposed layers (102, 104, 106, 2, 3, 4) of artwork are disposed, - the light emitting component is located for projection through the translucent substrate, and - the visibility of each layer of artwork in the window changes responsive to emissions by the light emitting component.
A P2P data acceleration method, comprising: Receiving (Step S102) an authorization information packet sent by a client, and acquiring (Step S1016) a file identifier of the authorization information packet, wherein the file identifier corresponds to a file requested for downloading by the client; based on the file identifier, obtaining (Step S104; Step S1021, Step S1023) identification information of a target cache acceleration device corresponding to the file identifier through a preset algorithm; replacing (Step S106; Step S1012) original destination identification information of the authorization information packet with identification information of the target cache acceleration device; and sending (Step S108; Step S1018) the authorization information packet to the target cache acceleration device based on the replaced identification information of the authorization information packet. Receiving (Step S102) an authorization information packet sent by a client, and acquiring (Step S1016) a file identifier of the authorization information packet, wherein the file identifier corresponds to a file requested for downloading by the client; based on the file identifier, obtaining (Step S104; Step S1021, Step S1023) identification information of a target cache acceleration device corresponding to the file identifier through a preset algorithm; replacing (Step S106; Step S1012) original destination identification information of the authorization information packet with identification information of the target cache acceleration device; and sending (Step S108; Step S1018) the authorization information packet to the target cache acceleration device based on the replaced identification information of the authorization information packet.