mhurhangee/ep-ind-claims huggingface dataset:
Pet feeding device for supplying and opening filled containers, wherein a container has a capsule body with a surrounding flange and a lid, wherein the lid is either not sealed to the flange at least in the outermost few millimeters, or the lid is radially shorter than the edge of the flange, wherein the device comprises means for conveying the container from one to another location within the device, characterized in that the device comprises at least one stamp for indenting and/or bending the surrounding flange of the capsule body to deform the surrounding flange plastically in a direction angled away from the lid, and not to deform the lid, so that a gap is formable between the lid and the flange for gripping the lid. wherein the device comprises means for conveying the container from one to another location within the device, characterized in that the device comprises at least one stamp for indenting and/or bending the surrounding flange of the capsule body to deform the surrounding flange plastically in a direction angled away from the lid, and not to deform the lid, so that a gap is formable between the lid and the flange for gripping the lid.
A method for secure management of authorization data and automated processing of instructions in a robotic process automation environment, comprising: - transmitting a certificate data item issued by a certificate providing server to an orchestration server and at least one robot entity; - linking by the orchestration server with at least the one robot entity upon reception of the certificate data item; - transmitting link token data from the certificate providing server to the at least one robot entity; - linking using the link token data the the at least one robot entity with a vault server and sending credential data from the vault server to the at least one robot entity upon request by the respective at least one robot entity; and - using the sent credential data by respectively each robot entity to authenticate and authorize each of the respective at least one robot entity at a number of legacy systems to perform tasks assigned to each of the robot entities by the orchestration server after linking. - transmitting a certificate data item issued by a certificate providing server to an orchestration server and at least one robot entity; - linking by the orchestration server with at least the one robot entity upon reception of the certificate data item; - transmitting link token data from the certificate providing server to the at least one robot entity; - linking using the link token data the the at least one robot entity with a vault server and sending credential data from the vault server to the at least one robot entity upon request by the respective at least one robot entity; and - using the sent credential data by respectively each robot entity to authenticate and authorize each of the respective at least one robot entity at a number of legacy systems to perform tasks assigned to each of the robot entities by the orchestration server after linking.
A composition comprising an influenza neuramidase peptide consisting of the amino acid sequence as set forth in SEQ ID No. 1 attached to a first end of 6-aminocaproic acid, said 6-aminocaproic acid being attached at a second end thereof to a first end of KKC, said KKC being attached at a second end thereof to a carrier protein.
A method for purifying lipoproteins for differential charged particle mobility analysis comprising: a) admixing a solution comprising lipoproteins and non-lipoproteins with one or more polyanionic compounds and one or more divalent cations; b) allowing a precipitate containing lipoproteins to form in said admixed solution, and c) after step b), collecting the precipitated lipoproteins using a lipoprotein-capture ligand, wherein: said one or more lipoproteins are from a plasma sample obtained from an individual and comprises one or more lipoproteins selected from the group consisting of HDL, LDL, Lp(a), and VLDL; and said method does not include centrifugation. a) admixing a solution comprising lipoproteins and non-lipoproteins with one or more polyanionic compounds and one or more divalent cations; b) allowing a precipitate containing lipoproteins to form in said admixed solution, and c) after step b), collecting the precipitated lipoproteins using a lipoprotein-capture ligand, said one or more lipoproteins are from a plasma sample obtained from an individual and comprises one or more lipoproteins selected from the group consisting of HDL, LDL, Lp(a), and VLDL; and said method does not include centrifugation.
Electrical wheel brake actuator for motor vehicles, having an electric motor-gear assembly with a rotation-translation converter assembly that comprises at least one nut-spindle arrangement in a gear housing, wherein the wheel brake actuator is designed such that brake means (6a, b) can execute an actuating movement in the direction of a brake rotor, and with an elastic element which has at least two disc springs (48, 49, 50) and is clamped between a release end stop of the nut-spindle arrangement and the gear housing or a flank of the drive nut in order to allow an automatic electrical final switching off of the electric motor by motor current monitoring by means of an electronic control unit, characterized in that the elastic element is assembled in segmented form from a plurality of spring curve portions in order to form an expanded force-travel spring curve.
A method of encoding video data, the method comprising: determining an intra-mode for predicting a current block of video data; determining most probable modes, MPMs, for predicting the current block of video data the most probable modes being intra-modes of previously coded blocks that neighbor the current block; comparing the intra-mode of the current block to each of the MPMs in a comparison order; assigning index values to the MPMs in the order in which the intra-mode of the current block is compared to the MPMs; and signaling, when one of the MPMs for predicting the current block matches the intra-mode for predicting the current block, the index of the matching MPM. determining an intra-mode for predicting a current block of video data; determining most probable modes, MPMs, for predicting the current block of video data the most probable modes being intra-modes of previously coded blocks that neighbor the current block; comparing the intra-mode of the current block to each of the MPMs in a comparison order; assigning index values to the MPMs in the order in which the intra-mode of the current block is compared to the MPMs; and signaling, when one of the MPMs for predicting the current block matches the intra-mode for predicting the current block, the index of the matching MPM.
A frame of a curved surgical stapler comprising: (a) an end effector frame; (b) a shaft frame extending proximally from the end effector frame, wherein the shaft frame includes: (i) a first portion that includes a first curvilinear portion and a first alignment feature (246a-b); (ii) a second portion that includes a second curvilinear portion and a second alignment feature (256a-b); and (c) a fastener (228a-b) configured to couple the first and second alignment features of the first and second portions together, characterized in that the end effector frame includes a distal anvil support portion and an insert configured to receive a staple cartridge, wherein the distal anvil support portion includes a third alignment feature, wherein the insert includes first and second insert alignment features (262a-c), wherein the fastener is configured to couple first and second alignment features of first and second portions with the first insert alignment feature (262a-b) of the insert, the frame further comprising a second fastener configured to couple the third alignment feature of distal anvil support portion with the 2. second insert alignment feature of the insert. (a) an end effector frame; (b) a shaft frame extending proximally from the end effector frame, wherein the shaft frame includes: (i) a first portion that includes a first curvilinear portion and a first alignment feature (246a-b); (ii) a second portion that includes a second curvilinear portion and a second alignment feature (256a-b); and (i) a first portion that includes a first curvilinear portion and a first alignment feature (246a-b); (ii) a second portion that includes a second curvilinear portion and a second alignment feature (256a-b); and (c) a fastener (228a-b) configured to couple the first and second alignment features of the first and second portions together, characterized in that
A control device for controlling a driving machine, the control device having a server section configured for communicating with one or more external machines, wherein the control device comprises: a memory; a program execution section configured for, based on receipt of an order to execute a control program of the driving machine, extracting in the memory data required for executing the control program, and controlling the driving machine in accordance with the control program; a function execution section configured for executing a function of the server section utilizing a memory region on the memory in response to a request from the one or more external machines; and a monitoring section configured for monitoring usage of the memory; the control device being characterized in further comprising a restriction section, wherein the monitoring section is configured for regularly outputting the usage to the restriction section and wherein the restriction section is configured for, based on a determination that the usage has exceeded a predetermined first threshold, executing processing for restricting the function of the server section and thus execution of the control program is maintained. a memory; a program execution section configured for, based on receipt of an order to execute a control program of the driving machine, extracting in the memory data required for executing the control program, and controlling the driving machine in accordance with the control program; a function execution section configured for executing a function of the server section utilizing a memory region on the memory in response to a request from the one or more external machines; and a monitoring section configured for monitoring usage of the memory; the control device being characterized in further comprising a restriction section, wherein the monitoring section is configured for regularly outputting the usage to the restriction section and wherein the restriction section is configured for, based on a determination that the usage has exceeded a predetermined first threshold, executing processing for restricting the function of the server section and thus execution of the control program is maintained.
A process, comprising: supplying a first reactant and a second reactant to a simulated moving bed reactor (SMBR) at each step of a sequential repeating injection cycle, where the SMBR includes zones each having an injection point and each containing a solid separation media; reacting the first reactant and the second reactant in the SMBR during the sequential repeating injection cycle to form a first product; separating the first product in the SMBR with the solid separation media; characterized by changing an amount of one or both of the first reactant and the second reactant injected at one or more of the injection points of the SMBR during a step of the sequential repeating injection cycle. supplying a first reactant and a second reactant to a simulated moving bed reactor (SMBR) at each step of a sequential repeating injection cycle, where the SMBR includes zones each having an injection point and each containing a solid separation media; reacting the first reactant and the second reactant in the SMBR during the sequential repeating injection cycle to form a first product; separating the first product in the SMBR with the solid separation media; characterized by changing an amount of one or both of the first reactant and the second reactant injected at one or more of the injection points of the SMBR during a step of the sequential repeating injection cycle.
A glazing having a solar control property comprising at least one glass substrate on which a stack of layers is deposited, said stack comprising at least one layer consisting of an alloy comprising nickel, copper and chromium, in which alloy the atomic percentage of nickel is greater than 70% and less than 94%, the atomic percentage of copper is greater than 5% and less than 25% and in which the atomic percentage of chromium is greater than 1% and less than 15% and wherein said stack doesn't comprise silver, gold or platinum other than in the form of unavoidable impurities.
Method for controlling a session for providing a service between a first and a second entity, at least one data stream being associated with said session, said method comprising, following the transmission of a session control message by the first entity to the second entity: - insertion (E7, F11), into said session control message, by an entity referred to as the primary control entity and located on a network path between the two entities, of a session control policy to be implemented in the event of inactivity of at least one data stream associated with said session, said session control policy having been obtained (E6, F11) by said primary control entity from a session control policy inserted by the first entity into said session control message, or having been generated by said primary control entity depending on a type of said service, said inactivity of said at least one data stream consisting of non-establishment or of premature release of said at least one data stream; - obtainment (E12, F13), from said session control message or from a response of the second entity to said session control message, of said session control policy by an entity referred to as the secondary control entity, which is distinct from the primary control entity, located on the network path between the first and second entities and responsible for implementing said session control policy; and - on detection (E15, F15) of inactivity of said data stream, implementation (E17, F17) of said session control policy by the secondary control entity. - insertion (E7, F11), into said session control message, by an entity referred to as the primary control entity and located on a network path between the two entities, of a session control policy to be implemented in the event of inactivity of at least one data stream associated with said session, said session control policy having been obtained (E6, F11) by said primary control entity from a session control policy inserted by the first entity into said session control message, or having been generated by said primary control entity depending on a type of said service, said inactivity of said at least one data stream consisting of non-establishment or of premature release of said at least one data stream; - obtainment (E12, F13), from said session control message or from a response of the second entity to said session control message, of said session control policy by an entity referred to as the secondary control entity, which is distinct from the primary control entity, located on the network path between the first and second entities and responsible for implementing said session control policy; and - on detection (E15, F15) of inactivity of said data stream, implementation (E17, F17) of said session control policy by the secondary control entity.
Covering including a support plate, the support plate being made of a material mixture comprising at least one polymer and natural fibers, characterized in that the material mixture comprises elongate metal shavings which are magnetic or magnetizable, the elongate metal shavings are formed with irregular, jagged surfaces and interconnect with one another as well as with the natural fibers, and the material mixture is pressed to a plate form while being in a flowable state, wherein the covering in plate form is formed free of protruding metal shavings.
Sealing member for an electrical connector comprising: a layer seal portion for sealing a cable guiding passage of the electrical connector, having a front side and a rear side, which layer seal portion comprises at least one channel adapted to receive a single electrical cable (400; 401); and at least one tubular cable seal portion aligned with said channel, for sealing the at least one channel of the layer seal portion against a received cable (400; 401), wherein the tubular cable seal portion protrudes from the rear side of the layer seal portion; wherein the layer seal portion is a flat matte-type seal and the front side and rear side are substantially flat surfaces that are parallel to each other and the tubular cable seal portion has a cylindrical shape and protrudes perpendicular from the rear surface; further comprising a collar portion extending circumferential between the front and rear side of the layer seal portion adapted to seal the sealing member against a housing of the electrical connector, characterized in that the collar portion protrudes from the rear side of the layer seal portion perpendicular to the plane of the rear side of the layer seal portion, so that a front end of the collar portion protrudes beyond a front end of the tubular cable seal portion, further comprising a rigid plastic frame that is arranged within an inner surface of the collar, wherein the rigid plastic frame protrudes beyond said front end of the tubular cable seal portion. a layer seal portion for sealing a cable guiding passage of the electrical connector, having a front side and a rear side, which layer seal portion comprises at least one channel adapted to receive a single electrical cable (400; 401); and at least one tubular cable seal portion aligned with said channel, for sealing the at least one channel of the layer seal portion against a received cable (400; 401), wherein the tubular cable seal portion protrudes from the rear side of the layer seal portion; wherein the layer seal portion is a flat matte-type seal and the front side and rear side are substantially flat surfaces that are parallel to each other and the tubular cable seal portion has a cylindrical shape and protrudes perpendicular from the rear surface; further comprising a collar portion extending circumferential between the front and rear side of the layer seal portion adapted to seal the sealing member against a housing of the electrical connector, characterized in that the collar portion protrudes from the rear side of the layer seal portion perpendicular to the plane of the rear side of the layer seal portion, so that a front end of the collar portion protrudes beyond a front end of the tubular cable seal portion, further comprising a rigid plastic frame that is arranged within an inner surface of the collar, wherein the rigid plastic frame protrudes beyond said front end of the tubular cable seal portion.
A method for acquiring a 3-D image of a scene, comprising illuminating said scene with modulated light emitted at an illumination unit; imaging said scene onto an array of lock-in pixel sensor cells and detecting at said lock-in pixel sensor cells light scattered in said scene; determining a modulation phase of the light detected at said lock-in pixel sensor cells; providing a reference modulation phase; calculating depth information on said scene based upon said reference modulation phase and said modulation phase of the light detected at said lock-in pixel sensor cells; characterised in that said modulated light is emitted by a plurality of individual light emitting devices of said illumination unit, each of said light emitting devices emitting a part of said modulated light, and in that said reference modulation phase is provided as an average of the modulation phases of the parts of modulated light emitted by said light emitting devices.
A hollow-weave ground fabric, comprising: a hollow-weave section with a dual-layer structure composed of a first fabric layer and a second fabric layer; and a junction band continuously formed with threads that form the hollow-weave section, wherein the junction band includes a first junction structure section, the first junction structure section being disposed immediately next to the hollow-weave section, the first junction structure section having a structure of two layers formed by reversing positional relationship between first continuous threads (211, 212) that extend from the first fabric layer of the hollow-weave section to the first junction structure section and second continuous threads (213, 214) that extend from the second fabric layer of the hollow-weave section to the first junction structure section, characterised in that the first junction structure section has at least one free perpendicular thread (400, 400') within the structure of two layers in the first junction structure section, the free perpendicular thread extending in a direction perpendicular to the first continuous threads and the second continuous threads without forming part of the structure of two layers in the first junction structure section. a hollow-weave section with a dual-layer structure composed of a first fabric layer and a second fabric layer; and a junction band continuously formed with threads that form the hollow-weave section, wherein the junction band includes a first junction structure section, the first junction structure section being disposed immediately next to the hollow-weave section, the first junction structure section having a structure of two layers formed by reversing positional relationship between first continuous threads (211, 212) that extend from the first fabric layer of the hollow-weave section to the first junction structure section and second continuous threads (213, 214) that extend from the second fabric layer of the hollow-weave section to the first junction structure section, characterised in that the first junction structure section has at least one free perpendicular thread (400, 400') within the structure of two layers in the first junction structure section, the free perpendicular thread extending in a direction perpendicular to the first continuous threads and the second continuous threads without forming part of the structure of two layers in the first junction structure section.