mhurhangee/ep-ind-claims huggingface dataset:
A labelling machine for applying labels onto respective articles, comprising: - a carousel, which is rotatable about a first axis and is adapted to convey said articles onto which said labels are, in use, applied; - a carousel frame, which supports said carousel and rests on a floor; and - a modular labelling group, which is adapted to apply said labels onto said articles; said carousel frame comprising one (15a, 15b) of at least one seat (15a, 15b) or at least one pin (16a, 16b); said modular labeling group comprising the other one (16a, 16b) of at least one seat (15a, 15b) or at least one pin (16a, 16b); said at least one pin (16a, 16b) engaging said seat (15a, 15b), so as to dock said modular labelling group to said carousel frame; said labelling machine further comprising at least one constraining assembly (35a, 35b) for constraining said at least one pin (15a, 15b) inside said at least one seat (16a, 16b); said constraining assembly (35a, 35b) being movable towards and away from said at least one seat (15a, 15b) between: - a rest configuration, in which it is detached from said at least one pin (16a, 16b) engaging said at least one seat (15a, 15b); and - an operative configuration, in which it cooperates with said at least one pin (16a, 16b) engaging said at least one seat (15a, 15b), so as to constrain said pin (16a, 16b) inside said seat (15a, 15b); characterized in that the labelling machine further comprises at least one sleeve surrounding and screwed to said at least one pin (16a, 16b); in that said constraining assembly (35a, 35b) contacts, in use, said sleeve and is detached, in use, from said pin (16a, 16b), when it is set, in use, in said operative configuration; and in that said constraining assembly (35a, 35b) further comprises: - a plate lying on a plane transversal to a second axis, which is parallel to said first axis, and defining a through slot, which is open parallel to said second axis; said slot being engaged with gap by said at least one pin (16a, 16b) and said plate contacting said sleeve, when said constraining assembly (35a, 35b) is set in said operative configuration. - a carousel, which is rotatable about a first axis and is adapted to convey said articles onto which said labels are, in use, applied; - a carousel frame, which supports said carousel and rests on a floor; and - a modular labelling group, which is adapted to apply said labels onto said articles; - a rest configuration, in which it is detached from said at least one pin (16a, 16b) engaging said at least one seat (15a, 15b); and - an operative configuration, in which it cooperates with said at least one pin (16a, 16b) engaging said at least one seat (15a, 15b), so as to constrain said pin (16a, 16b) inside said seat (15a, 15b); - a plate lying on a plane transversal to a second axis, which is parallel to said first axis, and defining a through slot, which is open parallel to said second axis;
A method of producing a titanium dioxide pigment, comprising: producing titanium dioxide pigment particles; and improving the processability of said titanium dioxide pigment particles without adversely affecting the rheological properties of the titanium dioxide pigment by forming said titanium dioxide pigment particles into titanium dioxide agglomerates, said titanium dioxide pigment particles being formed into titanium dioxide agglomerates by: (a) feeding said titanium dioxide pigment particles into an agglomerator; (b) admixing a hydrophobic, organic treating agent with said titanium dioxide pigment particles by spraying said treating agent on said titanium dioxide pigment particles in said agglomerator; and (c) operating said agglomerator to form said titanium dioxide pigment particles into titanium dioxide agglomerates. producing titanium dioxide pigment particles; and improving the processability of said titanium dioxide pigment particles without adversely affecting the rheological properties of the titanium dioxide pigment by forming said titanium dioxide pigment particles into titanium dioxide agglomerates, said titanium dioxide pigment particles being formed into titanium dioxide agglomerates by: (a) feeding said titanium dioxide pigment particles into an agglomerator; (b) admixing a hydrophobic, organic treating agent with said titanium dioxide pigment particles by spraying said treating agent on said titanium dioxide pigment particles in said agglomerator; and (c) operating said agglomerator to form said titanium dioxide pigment particles into titanium dioxide agglomerates. (a) feeding said titanium dioxide pigment particles into an agglomerator; (b) admixing a hydrophobic, organic treating agent with said titanium dioxide pigment particles by spraying said treating agent on said titanium dioxide pigment particles in said agglomerator; and (c) operating said agglomerator to form said titanium dioxide pigment particles into titanium dioxide agglomerates.
A left atrial appendage occluder, comprising: a sealing plate, a fixing frame located on one side of the sealing plate, and a connection member for connecting the sealing plate with the fixing frame, wherein the fixing frame comprises a first fixing connector, a second fixing connector and a plurality of supporting rods, the first ends of the supporting rods are gathered and fixed by the first fixing connector, the second ends of the supporting rods are gathered and fixed by the second fixing connector, and the connection member is connected with the first fixing connector, characterized in that the radial deformability of the sealing plate is greater than that of the fixing frame and/or the axial deformability of the sealing plate is greater than that of the fixing frame. a sealing plate, a fixing frame located on one side of the sealing plate, and a connection member for connecting the sealing plate with the fixing frame, wherein the fixing frame comprises a first fixing connector, a second fixing connector and a plurality of supporting rods, the first ends of the supporting rods are gathered and fixed by the first fixing connector, the second ends of the supporting rods are gathered and fixed by the second fixing connector, and the connection member is connected with the first fixing connector, characterized in that the radial deformability of the sealing plate is greater than that of the fixing frame and/or the axial deformability of the sealing plate is greater than that of the fixing frame.
Method for preparing a gel, the method comprising the steps of: a) Mixing: - at least one red seaweed polysaccharide; and - a solution comprising a metal hydroxide, wherein the concentration of hydroxide in said solution is at least 1.21 mol/L, and wherein the concentration of metal in said solution is at least 2.79 mol/L; to obtain an initial mixture; b) Heating the initial mixture obtained in step a) to a melting temperature of the red seaweed polysaccharide, to obtain a melt mixture; c) Gelating the melt mixture obtained in step b). a) Mixing: - at least one red seaweed polysaccharide; and - a solution comprising a metal hydroxide, wherein the concentration of hydroxide in said solution is at least 1.21 mol/L, and wherein the concentration of metal in said solution is at least 2.79 mol/L; to obtain an initial mixture; - at least one red seaweed polysaccharide; and - a solution comprising a metal hydroxide, wherein the concentration of hydroxide in said solution is at least 1.21 mol/L, and wherein the concentration of metal in said solution is at least 2.79 mol/L; b) Heating the initial mixture obtained in step a) to a melting temperature of the red seaweed polysaccharide, to obtain a melt mixture; c) Gelating the melt mixture obtained in step b).
A planar inverted F antenna, comprising a ground conductive plate to be connected to the ground, a short circuiting member connected to said ground conductive plate, and a main conductive plate to the side of one end of which said short circuiting member is connected, said main conductive plate, comprising: a plurality of slits (31a, 31b) formed from the other end on the side opposite to the side to which said short circuiting member has been connected up to a position where an input impedance of the antenna becomes Z, the position being at a prescribed distance (s) from the connection position of the short circuiting member on the main conductive plate; a microstrip line which is formed between a side end of said main conductive plate and between adjacent slits in said plurality of slits having a width w such that a characteristic impedance becomes Z and to which a feeding line is to be connected; and a plurality of excitation conductive Plates (32a, 32b) formed on a side of said slit to which said microstrip line is not adjacent, wherein a length of the microstrip line from the position where an input impedance of the antenna becomes Z to an open end of the microstrip line is the same as, or shorter than, a length of at least one of the excitation conductive plates (32a, 32b). a plurality of slits (31a, 31b) formed from the other end on the side opposite to the side to which said short circuiting member has been connected up to a position where an input impedance of the antenna becomes Z, the position being at a prescribed distance (s) from the connection position of the short circuiting member on the main conductive plate; a microstrip line which is formed between a side end of said main conductive plate and between adjacent slits in said plurality of slits having a width w such that a characteristic impedance becomes Z and to which a feeding line is to be connected; and a plurality of excitation conductive Plates (32a, 32b) formed on a side of said slit to which said microstrip line is not adjacent,
An ink set, comprising: a pre-treatment fixing fluid including a metal salt; an ink including an ink colorant and an ink vehicle; and a post-treatment fluid including a binder and a surfactant having a hydrophilic- lipophilic balance value of 16 or greater than 16, and wherein the binder is a latex is selected from a group consisting of acrylic polymers, vinyl acetate polymers or copolymers, polyester polymers or copolymers, vinyldiene chloride polymers or copolymers, butadiene polymers or copolymers, styrene-butadiene copolymers, acrylonitrile- butadiene copolymers, and mixtures thereof, and wherein surfactant is present in the post-treatment fluid in a range of 0.1 weight percent to 1 weight percent. a pre-treatment fixing fluid including a metal salt; an ink including an ink colorant and an ink vehicle; and a post-treatment fluid including a binder and a surfactant having a hydrophilic- lipophilic balance value of 16 or greater than 16, and wherein the binder is a latex is selected from a group consisting of acrylic polymers, vinyl acetate polymers or copolymers, polyester polymers or copolymers, vinyldiene chloride polymers or copolymers, butadiene polymers or copolymers, styrene-butadiene copolymers, acrylonitrile- butadiene copolymers, and mixtures thereof, and wherein surfactant is present in the post-treatment fluid in a range of 0.1 weight percent to 1 weight percent.
A method of milling a material, wherein the method comprises the following steps: - providing a milling tool (1, 1') arranged to perform milling of said material while rotating about a predetermined rotation axis and including: a side cutting edges (7, 7'), substantially located on the sides of said tool (1, 1'); a cutting face, on which possible offcuts, chips and powders produced by said tool (1, 1') are deposited and flow during machining; and a channel (11, 13, 11'), which is formed inside said tool (1, 1') and through which a cleaning fluid can flow; said channel (11, 13, 11') emerging outside the tool (1, 1') through an outlet hole (15, 15') facing the cutting face so that said cleaning fluid directly impinges onto said cutting face; and - milling said material by means of said tool (1, 1') while injecting said cleaning fluid into said channel (11, 13, 11'); said method being characterised in that said material is a composite material comprising a reinforcing material embedded in a polymer matrix; in that said cleaning fluid is a gaseous fluid chosen out of the following group: air, nitrogen, an inert gas; and in that said channel is a washing channel (11, 13, 11'), wherein said cleaning fluid removes from the side cutting edges possible offcuts, chips and powders produced by the tool (1, 1') during machining while said cleaning fluid directly impinges onto said cutting faces and washes them by jets of said fluid, said jets of fluid being adapted to keep the temperature in the cutting area below the polymerisation temperature of said material being milled. - providing a milling tool (1, 1') arranged to perform milling of said material while rotating about a predetermined rotation axis and including: a side cutting edges (7, 7'), substantially located on the sides of said tool (1, 1'); a cutting face, on which possible offcuts, chips and powders produced by said tool (1, 1') are deposited and flow during machining; and a channel (11, 13, 11'), which is formed inside said tool (1, 1') and through which a cleaning fluid can flow; said channel (11, 13, 11') emerging outside the tool (1, 1') through an outlet hole (15, 15') facing the cutting face so that said cleaning fluid directly impinges onto said cutting face; and a side cutting edges (7, 7'), substantially located on the sides of said tool (1, 1'); a cutting face, on which possible offcuts, chips and powders produced by said tool (1, 1') are deposited and flow during machining; and a channel (11, 13, 11'), which is formed inside said tool (1, 1') and through which a cleaning fluid can flow; said channel (11, 13, 11') emerging outside the tool (1, 1') through an outlet hole (15, 15') facing the cutting face so that said cleaning fluid directly impinges onto said cutting face; and - milling said material by means of said tool (1, 1') while injecting said cleaning fluid into said channel (11, 13, 11');
A fluid injection device comprising a syringe body and a needle that is fastened in an axial end projection of the syringe body, said axial end projection being defined between an axial end surface of the syringe body and a radial projection, said injection device further comprising a needle protection device, said protection device being fastened on said injection device in a stored position, said protection device being removable from said injection device, said protection device comprising an inner body that is made of material that is substantially flexible or deformable, and an outer body that is made of material that is substantially rigid, in the stored position said inner body closing the dispenser orifice of said needle in leaktight manner, and co-operating with said injection device in leaktight manner, and in the stored position said outer body co-operating with said injection device so as to fasten said protection device on said injection device, said outer body including a fastener portion that is fastened, in particular snap-fastened, on said radial projection of said axial end projection, said injection device being characterized in that said needle protection device includes a protection system for protecting against accidental pricking, said protection system comprising protective flaps that form an integral part of said outer body, said protective flaps being movable between a covering position in which they cover the needle, and an open position in which the needle is uncovered, said protection system further comprising a control ring that, before injection, slides over said outer body towards the dispenser orifice of the needle so as to move said protective flaps from their covering position to their open position, and, after injection, slides over said outer body towards the dispenser orifice of the needle so as to move said protective flaps from their open position to their covering position.
A brake piston for a pneumatic brake actuator of a vehicle, in particular commercial vehicle, wherein the brake piston comprises - a piston head, and - a piston rod coupled to the piston head, characterized in that the piston head and the piston rod are coupled to one another in a press fit portion, wherein a head plate has a material thickness T 1 in the range of 5 mm or less, wherein the brake piston comprising an auxiliary material bond between the piston rod and the piston head, wherein the auxiliary material bond is a weld, glue or soldering seam wherein the auxiliary material bond being separate from, preferably adjacent to, the press fit portion. - a piston head, and - a piston rod coupled to the piston head,
Method for providing precise coordinate measurement with a coordinate measuring machine (1,2) with a machine structure comprising a plurality of structural components (11,12,13,14), the structural components comprising at least • a base and • a probe head for approaching a measurement point, wherein the machine structure provides linking the probe head to the base, wherein the method is comprising • initially calibrating a stand-alone reference module having a sensor unit and a reference element with a defined scaling, by □ measuring physical properties of the reference element with reference to respective absolute standards and □ deriving calibration data for the reference module based on the measurement, the calibration data providing information about a particular positioning of the sensor unit relative to the reference element depending on a respectively detected portion of the scaling, and • subsequently attaching the reference module to the coordinate measuring machine (1, 2), wherein the reference element is attached to a first and the sensor unit is attached to a second structural component of the coordinate measuring machine (1, 2), and providing the calibration data to a controlling and processing unit of the coordinate measuring machine (1, 2) in such a way that the reference module provides determination of an orientation value by means of the sensor unit representing an orientation of the sensor unit relative to the reference element. • a base and • a probe head for approaching a measurement point, wherein the machine structure provides linking the probe head to the base, wherein the method is comprising • initially calibrating a stand-alone reference module having a sensor unit and a reference element with a defined scaling, by □ measuring physical properties of the reference element with reference to respective absolute standards and □ deriving calibration data for the reference module based on the measurement, the calibration data providing information about a particular positioning of the sensor unit relative to the reference element depending on a respectively detected portion of the scaling, and □ measuring physical properties of the reference element with reference to respective absolute standards and □ deriving calibration data for the reference module based on the measurement, the calibration data providing information about a particular positioning of the sensor unit relative to the reference element depending on a respectively detected portion of the scaling, and • subsequently attaching the reference module to the coordinate measuring machine (1, 2), wherein the reference element is attached to a first and the sensor unit is attached to a second structural component of the coordinate measuring machine (1, 2), and providing the calibration data to a controlling and processing unit of the coordinate measuring machine (1, 2) in such a way that the reference module provides determination of an orientation value by means of the sensor unit representing an orientation of the sensor unit relative to the reference element.
A thermal management system, comprising a battery water circuit and a seat water circuit, wherein the battery water circuit comprises a cooling water pump and a battery cooling/heating plate, wherein the cooling water pump and the battery cooling/heating plate are connected through a cooling water pipe; and the seat water circuit has a liquid inlet end and a liquid outlet end, characterized in that the liquid inlet end is connected between a liquid outlet of the cooling water pump and a liquid inlet of the battery cooling/heating plate through a seat water pipe and the cooling water pipe, the liquid outlet end is connected between a liquid inlet of the cooling water pump and a liquid outlet of the battery cooling/heating plate through the seat water pipe and the cooling water pipe, the cooling water pump pumps a liquid medium in the battery water circuit from the liquid inlet end into the seat water circuit, and a liquid medium in the seat water circuit converges from the liquid outlet end into the battery water circuit; and the seat water circuit comprises a seat heat exchange branch, wherein two ends of the seat heat exchange branch are respectively connected to the liquid inlet end and the liquid outlet end, the seat heat exchange branch comprises a seat heat exchanger and a branch control valve, and the branch control valve is disposed between the liquid inlet end and the seat heat exchanger and is configured to control a temperature of a liquid medium in the seat heat exchanger. the battery water circuit comprises a cooling water pump and a battery cooling/heating plate, wherein the cooling water pump and the battery cooling/heating plate are connected through a cooling water pipe; and the seat water circuit has a liquid inlet end and a liquid outlet end, characterized in that the liquid inlet end is connected between a liquid outlet of the cooling water pump and a liquid inlet of the battery cooling/heating plate through a seat water pipe and the cooling water pipe, the liquid outlet end is connected between a liquid inlet of the cooling water pump and a liquid outlet of the battery cooling/heating plate through the seat water pipe and the cooling water pipe, the cooling water pump pumps a liquid medium in the battery water circuit from the liquid inlet end into the seat water circuit, and a liquid medium in the seat water circuit converges from the liquid outlet end into the battery water circuit; and the seat water circuit comprises a seat heat exchange branch, wherein two ends of the seat heat exchange branch are respectively connected to the liquid inlet end and the liquid outlet end, the seat heat exchange branch comprises a seat heat exchanger and a branch control valve, and the branch control valve is disposed between the liquid inlet end and the seat heat exchanger and is configured to control a temperature of a liquid medium in the seat heat exchanger.
A method for implementing network attach of a Relay Node, RN, comprising: carrying, by the RN, indication information of the RN in a message to be sent to a Donor eNodeB, DeNB, during an initial attach process; and selecting for the RN, by the DeNB, a Mobility Management Entity, MME, supporting the RN functionality according to the indication information of the RN, characterized in that, the indication information of the RN comprises: RN type information; the selected MME at least meets the conditions that the version of the MME is enough to support the MME to acquire information, from a core network, that an attach node is an RN; and that the MME is capable of selecting a gateway located within the DeNB for the RN. carrying, by the RN, indication information of the RN in a message to be sent to a Donor eNodeB, DeNB, during an initial attach process; and selecting for the RN, by the DeNB, a Mobility Management Entity, MME, supporting the RN functionality according to the indication information of the RN, characterized in that, the indication information of the RN comprises: RN type information; the selected MME at least meets the conditions that the version of the MME is enough to support the MME to acquire information, from a core network, that an attach node is an RN; and that the MME is capable of selecting a gateway located within the DeNB for the RN.