mhurhangee/ep-ind-claims huggingface dataset:
A material distributing device for sponge cutting machine, configured to distribute material for the sponge cutting machine, comprising a bottom frame, a transmission mechanism arranged on the bottom frame, a machine frame fixed on the bottom frame, a pressing frame located above the transmission mechanism and an independently arranged vacuum suction device; characterized in that the material distributing device further comprises a plurality of vacuum suckers respectively connected to the vacuum suction device through air pipes; wherein the vacuum suckers are evenly distributed on whole or partial portion of a bottom of the pressing frame, the pressing frame is fixedly installed on the machine frame through a lifting mechanism, and the lifting mechanism drives the pressing frame to move up and down; when distributing cut sponge blocks, the cut sponge blocks is delivered to the transmission mechanism, the lifting mechanism drives the pressing frame to press down, and the vacuum suckers contact the cut sponge blocks, the vacuum suckers suck and hold the cut sponge blocks under a function of the vacuum suction device, and the lifting mechanism drives the pressing frame to drive the cut sponge blocks to move up, the sucked sponge blocks is put down by the vacuum suckers and transported out by the transmission mechanism, so as to conduct material distribution. the material distributing device further comprises a plurality of vacuum suckers respectively connected to the vacuum suction device through air pipes; wherein the vacuum suckers are evenly distributed on whole or partial portion of a bottom of the pressing frame, the pressing frame is fixedly installed on the machine frame through a lifting mechanism, and the lifting mechanism drives the pressing frame to move up and down; when distributing cut sponge blocks, the cut sponge blocks is delivered to the transmission mechanism, the lifting mechanism drives the pressing frame to press down, and the vacuum suckers contact the cut sponge blocks, the vacuum suckers suck and hold the cut sponge blocks under a function of the vacuum suction device, and the lifting mechanism drives the pressing frame to drive the cut sponge blocks to move up, the sucked sponge blocks is put down by the vacuum suckers and transported out by the transmission mechanism, so as to conduct material distribution.
Method for manufacturing a pedal for a motor vehicle, the pedal comprising a hollow profile, wherein at least one retainer member is inserted inside the profile of the pedal, said retainer member being flexible and having a shape adapted to the interior of the profile, the profile having a substantially prismatic shape, defined by side walls substantially parallel to each other and front walls, wherein once the retainer member has been inserted inside the profile, the profile is subjected to a first stamping stage, with at least one load (F1,F1',F1") being applied on the corresponding front wall of the profile, in a direction substantially orthogonal to said front wall of the profile, the profile and the retainer member being substantially deformed in said direction, characterised in that the profile being subsequently subjected to a second stamping stage, at least one load (F2,F2',F2") being applied on the corresponding side wall of the profile, in a direction substantially orthogonal to said side wall of the profile, the retaining member being substantially incompressible and having a substantially prismatic shape defined by side walls substantially parallel to each other and front walls that longitudinally connect the side walls to each other, the retaining member further comprising a plurality of notches arranged along the front walls, substantially transversal to said front walls and passing substantially orthogonally through the side walls of the retaining member, said notches allowing the retaining member to bend in the direction of application of the corresponding loads (F1, F1', F1", F2. F2', F2") allowing the profile to become deformed in said direction, deformations in other directions being prevented thanks to the incompressibility of said retaining member, the distance between the side walls of the profile being constant, the resulting pedal comprising the stamped profile and the at least one retaining member trapped inside said profile.
Paste conveyance device, able to move along a main roller track extending in a first direction referred to as the main direction, in order to feed machines (1'a, 1'b, 1'c) for forming molded blocks for use in creating electrodes, particularly anodes, for aluminum electrolysis, said device comprising: - at least one main frame, comprising main rolling means, intended to cooperate with the main roller track in order to move the main frame in the main direction, - at least one conveying hopper, supported by the main frame and suitable for being fed with carbonaceous paste, and - at least one opening/closing device (211, 212) of the conveying hopper, by which the paste is delivered to the forming machines, said conveyance device being characterized in that, as the openings of said machines (1a, 1b, 1c) are offset to one side of the rails of the main roller track in a second direction referred to as the secondary direction, perpendicular to the main direction, the main frame comprises guides (206, 207) defining a secondary roller track, extending in the secondary direction, and in that the device comprises a secondary frame, translationally connected to the conveying hopper in the main direction and secondary direction and equipped with secondary rolling means (208, 209) cooperating with the guides of the main frame in order to move the secondary frame on the secondary roller track in the secondary direction between: - a retracted position, where the secondary frame is withdrawn within the main frame so that it is positioned between the rails of the main roller track, and - a deployed position, where the conveying hopper and the opening/closing device (211, 212) are brought in line with the opening of one of the machines (1 a, 1b, 1c). - at least one main frame, comprising main rolling means, intended to cooperate with the main roller track in order to move the main frame in the main direction, - at least one conveying hopper, supported by the main frame and suitable for being fed with carbonaceous paste, and - at least one opening/closing device (211, 212) of the conveying hopper, by which the paste is delivered to the forming machines, - a retracted position, where the secondary frame is withdrawn within the main frame so that it is positioned between the rails of the main roller track, and - a deployed position, where the conveying hopper and the opening/closing device (211, 212) are brought in line with the opening of one of the machines (1 a, 1b, 1c).
A method for controlling a refiner for refining a product containing cellulose, such as pulp, and readable information about a quality index of the product, said method comprising the steps of: - reading the quality index specific to the product that is refined; - relating said quality index value to at least one predefined property of a slurry containing said product or of a finished product made of said slurry, that is proportional to said quality index; - generating control signals in response to said quality index and a desired value of said property, and - controlling in response to said control signals at least one operating parameter of said refiner for refining said product to correspond to said desired value of said predefined property, which property is being chosen from the group of the tensile strength of said finished product, and the Canadian Standard Freeness of said slurry. - reading the quality index specific to the product that is refined; - relating said quality index value to at least one predefined property of a slurry containing said product or of a finished product made of said slurry, that is proportional to said quality index; - generating control signals in response to said quality index and a desired value of said property, and - controlling in response to said control signals at least one operating parameter of said refiner for refining said product to correspond to said desired value of said predefined property, which property is being chosen from the group of the tensile strength of said finished product, and the Canadian Standard Freeness of said slurry.
A method for providing an inductive sealing bar, comprising the step of: providing a conductive coil having at least one heating zone, characterized in that it also comprises the steps of: embedding said coil in a supportive body such that said supportive body covers the entire coil along at least some part of the length of the at least one heating zone; and providing a sealing surface of said sealing bar by planarizing said coil and said supportive body such that said coil is exposed along the entire length of said at least one heating zone. providing a conductive coil having at least one heating zone, embedding said coil in a supportive body such that said supportive body covers the entire coil along at least some part of the length of the at least one heating zone; and providing a sealing surface of said sealing bar by planarizing said coil and said supportive body such that said coil is exposed along the entire length of said at least one heating zone.
A process for separating acetylated proteins from unacetylated proteins, comprising applying an impure preparation comprising acetylated and unacetylated proteins to a multimodal chromatography support and conducting elution with a change in pH, wherein the multimodal chromatography support comprises hydrophobic groups and anion-exchanging groups.
Washing and/or drying machine comprising an outer casing for housing components of the machine and including a front wall, a rear wall, side walls and a worktop forming the top wall of the outer casing, a drum is supported inside the outer casing and adapted to be loaded with items to be washed and/or dried, said top wall comprising a plurality of apertures, characterized in that each one of said apertures is fluidly connected to at least an air passage integrally formed in the worktop and located inside the outer casing of the machine, below the top wall of the worktop, said air passage being adapted to deliver a flow of air through said apertures for drying garments laid upon the same top wall.
Processing circuitry for a high efficiency, HE, station, STA, the processing circuitry comprising circuitry to: decode a trigger frame from a HE access point, AP, the trigger frame comprising an indication of a random access, RA, resource unit, RU, RA-RU, available for STAs not associated with the HE AP, wherein the HE STA is not associated with the HE AP; configure the HE STA to transmit a HE trigger based, TB, physical layer, PHY, protocol data unit, PPDU, HE TB PPDU, to the HE AP in accordance with the RA-RU; and decode a multi-station block acknowledgement, BlockAck, frame from the HE AP. the multi-station BlockAck frame comprising a block acknowledgement, BA, information field, the BA information field comprising an association identification, AID, subfield, the AID subfield indicating a first predetermined value, the first predetermined value indicating an identifier for an unassociated STA, an acknowledgement, ACK, type subfield, the ACK type subfield indicating a second predetermined value, a traffic identification, TID, subfield, the TID subfield indicating a third predetermined value, and a subfield, the subfield indicating a media access control, MAC, address of the HE STA, the MAC address indicating the BA information field is for the HE STA and indicating that the multi-station BlockAck frame acknowledges the HE TB PPDU. decode a trigger frame from a HE access point, AP, the trigger frame comprising an indication of a random access, RA, resource unit, RU, RA-RU, available for STAs not associated with the HE AP, wherein the HE STA is not associated with the HE AP; configure the HE STA to transmit a HE trigger based, TB, physical layer, PHY, protocol data unit, PPDU, HE TB PPDU, to the HE AP in accordance with the RA-RU; and decode a multi-station block acknowledgement, BlockAck, frame from the HE AP. the multi-station BlockAck frame comprising a block acknowledgement, BA, information field, the BA information field comprising an association identification, AID, subfield, the AID subfield indicating a first predetermined value, the first predetermined value indicating an identifier for an unassociated STA, an acknowledgement, ACK, type subfield, the ACK type subfield indicating a second predetermined value, a traffic identification, TID, subfield, the TID subfield indicating a third predetermined value, and a subfield, the subfield indicating a media access control, MAC, address of the HE STA, the MAC address indicating the BA information field is for the HE STA and indicating that the multi-station BlockAck frame acknowledges the HE TB PPDU.
An aqueous cleansing composition comprising: (i) 5 wt% to 30 wt% of a non-alkoxylated anionic surfactant; (ii) 5 wt% to 15 wt% alkali metal carbonate; (iii) a first hydrotrope in the range of 1 to 8 wt%; and, (iv) a second hydrotrope in the range of 1 to 8 wt%, wherein said first hydrotrope belongs to the class of sulphonates and said second hydrotrope belongs to the class of alcohols and ratio between the amount of first hydrotrope to that of said second hydrotrope is in the range of 1:1 to 3:1 parts by weight and wherein said composition comprises 2 wt% to 15 wt% alkoxylated anionic surfactant. (i) 5 wt% to 30 wt% of a non-alkoxylated anionic surfactant; (ii) 5 wt% to 15 wt% alkali metal carbonate; (iii) a first hydrotrope in the range of 1 to 8 wt%; and, (iv) a second hydrotrope in the range of 1 to 8 wt%,
A method for detecting a boundary between a first tissue and a second tissue in at least a detection region of a two-dimensional image, wherein the two-dimensional image is a section or a cut of a 3D scan, comprising: (a) assigning a cost to each voxel in the detection region, the cost being indicative of the likelihood that the voxel is not located on the boundary between the first tissue and the second tissue; (b) designating in the detection region at least one initial point of the boundary and at least one end point of the boundary; (c) obtaining a path of voxels in the detection region joining an initial point and an end point of minimal cost from among two or more paths joining an initial point and an end point, the cost of a path being obtained in a calculation based upon the costs assigned to the voxels of the path; and (d) designating the path having minimal cost as the boundary between the first and second tissues, characterized in that the cost of a given voxel in the detection region is assigned by: classifying one or more voxels in a neighborhood of the given voxel into a tissue class from among one or more tissue classes; and assigning the cost to the given voxel in a calculation involving the tissue classification of voxels in the neighborhood. (a) assigning a cost to each voxel in the detection region, the cost being indicative of the likelihood that the voxel is not located on the boundary between the first tissue and the second tissue; (b) designating in the detection region at least one initial point of the boundary and at least one end point of the boundary; (c) obtaining a path of voxels in the detection region joining an initial point and an end point of minimal cost from among two or more paths joining an initial point and an end point, the cost of a path being obtained in a calculation based upon the costs assigned to the voxels of the path; and (d) designating the path having minimal cost as the boundary between the first and second tissues, characterized in that the cost of a given voxel in the detection region is assigned by: classifying one or more voxels in a neighborhood of the given voxel into a tissue class from among one or more tissue classes; and assigning the cost to the given voxel in a calculation involving the tissue classification of voxels in the neighborhood. classifying one or more voxels in a neighborhood of the given voxel into a tissue class from among one or more tissue classes; and assigning the cost to the given voxel in a calculation involving the tissue classification of voxels in the neighborhood.
Holding device for a receptacle for a product support in a cooking appliance, having a first and a second carrier rod (18, 19) which are arranged vertically, wherein a first receiving element for coupling the receptacle on a first plane is embodied on the first carrier rod and a second receiving element for coupling the receptacle on the first plane is embodied on the second carrier rod, the latter being embodied differently from the first receiving element, characterised in that the second receiving element is a deformation embodied as a bulge in the second carrier rod or a pin, wherein either the bulge comprises a receiving block for insertion into a connecting element of the receptacle, which, on the bulging side of the bulge rises out of this via a lateral area of the bulge, or the first receiving element is two horizontal pins arranged parallel and at a distance from one another and the second receiving element is a horizontal pin, in particular a pin which is arranged in its height position between the two pins forming the first receiving element.
A communication apparatus, comprising: a communication section configured to transmit and receive a wireless signal; and a control section configured to control operation as a base station; wherein the control section is configured to control transmission of a frame, which includes schedule information relating to scheduled communication of the communication apparatus and is received by a different wireless terminal, or to control reception of schedule information relating to scheduled information of a different base station, wherein the schedule information includes information relating to a transmission schedule of a frame for inducing multi-user communication of an uplink, and the frame for inducing the multi-user communication of the uplink is transmitted in accordance with a collision avoidance mechanism, whereby a random waiting time is selected, and the frame for inducing the multi-user communication of the uplink is transmitted after the expiry of the random waiting time. a communication section configured to transmit and receive a wireless signal; and a control section configured to control operation as a base station; wherein the control section is configured to control transmission of a frame, which includes schedule information relating to scheduled communication of the communication apparatus and is received by a different wireless terminal, or to control reception of schedule information relating to scheduled information of a different base station, wherein the schedule information includes information relating to a transmission schedule of a frame for inducing multi-user communication of an uplink, and the frame for inducing the multi-user communication of the uplink is transmitted in accordance with a collision avoidance mechanism, whereby a random waiting time is selected, and the frame for inducing the multi-user communication of the uplink is transmitted after the expiry of the random waiting time.
A cobalt complex represented by the following formula: L 1 -Co-L 2 wherein L 1 and L 2 which are different from each other represent a unidentate amide ligand represented by the following formula, a bidentate amide ligand represented by the following formula or a hetero atom-containing ligand represented by the following formula: wherein R 1 and R 2 independently represent a C 1-6 alkyl group or a tri(C 1-6 alkyl)silyl group, and the wave line represents a binding site to the cobalt atom; wherein R 3 represents a tri(C 1-6 alkyl)silyl group, R 4 and R 5 independently represent a C 1-4 alkyl group, and X represents a C 1-6 alkylene group; wherein R 6 and R 8 independently represent a C 1-6 alkyl group, R 7 represents a hydrogen atom or a C 1-4 alkyl group, Y represents an oxygen atom or NR 9, Z represents an oxygen atom or NR 1 0, and R 9 and R 1 0 independently represent a C 1-6 alkyl group, wherein the cobalt complex of formula is a cobalt complex represented by the following formula having the ligand represented by the above formula and the ligand represented by the above fomula, a cobalt complex represented by the following formula having the ligand represented by the above formula and the ligand represented by the above formula, or a cobalt complex represented by the following formula having the ligand represented by the above formula and the ligand represented by the above formula. a cobalt complex represented by the following formula having the ligand represented by the above formula and the ligand represented by the above fomula, a cobalt complex represented by the following formula having the ligand represented by the above formula and the ligand represented by the above formula, or a cobalt complex represented by the following formula having the ligand represented by the above formula and the ligand represented by the above formula.
An apparatus comprising means for: receiving a first image of a first feature of a load; receiving a second image of a second feature of the load; determining image plane coordinates of the features of the load based on the first image and the second image; characterised in that the apparatus further comprises means for determining a pairwise operation between the image plane coordinates of the first feature and the image plane coordinates of the second feature, wherein a pairwise operator of the pairwise operation has a monotonic or piecewise monotonic behaviour; determining one or more action candidates based on the pairwise operation; evaluating the one or more action candidates using an intermediate medium embodying historical experience information within a finite time horizon to obtain cost(s) and/or reward(s) for the one or more action candidates; and determining a control action based on the cost(s) and/or reward(s) of the action candidates, wherein the control action causes a spreader to move with respect to the load. receiving a first image of a first feature of a load; receiving a second image of a second feature of the load; determining image plane coordinates of the features of the load based on the first image and the second image; characterised in that the apparatus further comprises means for determining a pairwise operation between the image plane coordinates of the first feature and the image plane coordinates of the second feature, wherein a pairwise operator of the pairwise operation has a monotonic or piecewise monotonic behaviour; determining one or more action candidates based on the pairwise operation; evaluating the one or more action candidates using an intermediate medium embodying historical experience information within a finite time horizon to obtain cost(s) and/or reward(s) for the one or more action candidates; and determining a control action based on the cost(s) and/or reward(s) of the action candidates, wherein the control action causes a spreader to move with respect to the load.