mhurhangee/ep-ind-claims huggingface dataset:
Process for producing a building material obtained from an alkaline activation of sawing sludge as scrap product coming from cutting stone materials, comprising activating alkaline solutions comprising sodium silicate dissolved in deionized water, amorphous silica with nanometer sizes and sodium or potassium hydroxide, said building material having a density ranging between 1.5 and 2.5 g/cm3, a three points flexural strength ranging between 10.0 and 20.0 MPa, a compression strength equal to or lower than 40.0 MPa, a thermal conductivity ranging between 1.0 and 1.3 W/mK, said building material coming from sludge of stone materials of a feldspar nature with high contents of MgO and CaO cut with diamond blades, the activating alkaline solution comprising a solution of sodium silicate containing Na 2 O 10.6 wt%, SiO 2 26.5 wt%, H 2 O 62.9 wt%, sodium hydroxide in pellets with purity ≥ 98%, deionized water, nano-powder of amorphous silica with purity 99.5%, the activating alkaline solution having the following molar ratios SiO 2 /Na 2 O 1.64, H 2 O/Na 2 O 13.0, the molar ratios of said building material being Na 2 O/SiO 2 =0.13, H 2 O/Na 2 O=13.0, Na 2 O/Al 2 O 3 =1.2, SiO 2 /Al 2 O 3 =9.58, said building material being dense, the process comprising the following steps: - mechanically mixing a progressively increasing amount of said building material; - going on mechanically mixing a pre-set amount of said building material for further five minutes; - pouring said building material into dies; - hardening said building material by heating it at a temperature included between 60° and 90°C, for a period of time included between 24 and 48 hours. - mechanically mixing a progressively increasing amount of said building material; - going on mechanically mixing a pre-set amount of said building material for further five minutes; - pouring said building material into dies; - hardening said building material by heating it at a temperature included between 60° and 90°C, for a period of time included between 24 and 48 hours.
A hydraulic machine with radial cylinders, including oscillating radial cylinders close to the external shell of the crown or star of cylinder-piston groups; the pistons of the said groups are made sliding on a crank shaft with throw or on interposed concentric elements and they create the alternative movement in the oscillating radial cylinders: said oscillating cylinders placed in contact with a spherical oscillation surface made on the body or shell of the hydraulic machine; characterised in this, presenting passage of the hydraulic liquid to and from the oscillating radial cylinder, to create feeding and discharge of the cylinder, through at least a flat lateral external surface on the side of the oscillating cylinder, parallel to the oscillation plane of the cylinders, to and from a feeding channel on the lateral body or cover of the hydraulic machine; a seal ring, fitted at least with a contact surface that is resistant to abrasion on the wall of the lateral flat sliding surface, interposed between the flat lateral surface in contact for passage of the liquid under pressure; finally, it contains thrust means of the oscillating cylinders against the spherical oscillation surface outside of the cylinders themselves.
Dishwasher comprising a washing container which provides a washing chamber and has a loading opening for loading with washware to be cleaned, which loading opening can be closed in a fluid-tight manner by means of a pivotably mounted washing chamber door, and comprising a camera unit which is used to visually capture the washing chamber at least in regions, the camera unit having a camera and a housing which accommodates the camera, the housing having a housing part which is open on one side and a viewing part which covers the open side of the housing part, the housing part and the viewing part being arranged on the washing chamber door with the interposition of a door inner panel of the washing chamber door, the door inner panel having an aperture, the viewing part resting against the door inner panel on the washing-chamber side of the door inner panel and a seal being arranged between the door inner panel and the viewing part in order to seal the housing part on the washing-chamber side, and the viewing part having a connecting piece on the housing-part side, which connecting piece, in the end-mounted state, projects through the aperture in the door inner panel into the housing part, characterised in that a second seal is provided, which is arranged between the housing part and the connecting piece of the viewing part, the first seal and the second seal being designed as a one-piece sealing element, the sealing element being pot-shaped and having an annular body arranged between the housing part and the connecting piece of the viewing part, as well as a base which closes the annular body on the connecting-part side. and the viewing part having a connecting piece on the housing-part side, which connecting piece, in the end-mounted state, projects through the aperture in the door inner panel into the housing part, characterised in that a second seal is provided, which is arranged between the housing part and the connecting piece of the viewing part, the first seal and the second seal being designed as a one-piece sealing element, the sealing element being pot-shaped and having an annular body arranged between the housing part and the connecting piece of the viewing part, as well as a base which closes the annular body on the connecting-part side.
A needle shield arrangement for a syringe, the syringe having: a generally cylindrical body, a needle at its forward end, and a flange at its rear end; the syringe being mountable in use in an autoinjector housing, the needle shield arrangement comprising: a shield portion adapted for shielding said needle; a syringe engaging portion for engagement with said generally cylindrical syringe body, and characterised in that the needle shield arrangement further comprises a frangible connecting portion connecting said shield portion and said syringe engagement portion, and the syringe engaging portion includes a forward facing reaction surface through which loads are transmitted to or sustained by the generally cylindrical syringe body, such that in use, when the syringe is urged forward in the elongate housing of the autoinjector, the movement of the said syringe beyond a forward position is arrested by a stop surface in the housing, and at least part of the arresting load is transmitted to the generally cylindrical body of said syringe via the reaction surface on the syringe engaging portion. a shield portion adapted for shielding said needle; a syringe engaging portion for engagement with said generally cylindrical syringe body, and
A sizing agent for synthetic fibers, comprising an organo-modified silicone represented by the following General Formula: wherein in Formula, R 1 represents a hydrogen atom, a methyl group or an ethyl group; R 2 represents a group represented by the following General Formula; R 3 represents a hydrocarbon group having 8 to 40 carbon atoms and having an aromatic ring, or an alkyl group having 3 to 22 carbon atoms; R 4 represents a hydrogen atom, a methyl group or an ethyl group; in a case in which there are two or more R 1, R 2, R 3 or R 4, the substituents may be respectively identical with or different from each other; x represents an integer of 0 or more; y and z each represent an integer of 1 or more; and (x + y + z) is 10 to 200, wherein in Formula, R 5 represents an alkylene group having 2 to 6 carbon atoms; AO represents an alkyleneoxy group having 2 to 4 carbon atoms; R 6 represents an alkylene group having 1 to 6 carbon atoms; e represents an integer from 0 to 4; f represents an integer of 0 or 1; and Ep represents a group represented by the following Formula or the following Formula:
Coupling guard for a rotor, the coupling guard comprising: - a housing configured for enclosing the rotor in an inner space of the housing, said housing being configured for extending longitudinally along a length of the rotor around an axis of longitudinal extension of the housing in order to surround at least said length of the rotor; - a ventilation system for creating a flow of gas in said inner space from a housing gas inlet to a housing gas outlet from which the gas is exhausted outside of the housing; wherein the gas inlet comprises a pipe extending along a pipe longitudinal axis from outside to inside the housing, said pipe comprising a first opening located outside the housing and a second opening located inside the housing in said inner space, the pipe being configured for having its second opening close to the rotor when the housing encloses the latter, the second opening comprising at least a curved edge wherein a projection of the curved edge onto a plane extending parallel to the longitudinal axis of the pipe and parallel to the axis of longitudinal extension is a segment of curve, characterized in that said curved edge is obtained as an intersection of a plane with the pipe, wherein said plane is parallel to the housing axis of longitudinal extension and tilted of an acute angle with respect to the longitudinal axis. - a housing configured for enclosing the rotor in an inner space of the housing, said housing being configured for extending longitudinally along a length of the rotor around an axis of longitudinal extension of the housing in order to surround at least said length of the rotor; - a ventilation system for creating a flow of gas in said inner space from a housing gas inlet to a housing gas outlet from which the gas is exhausted outside of the housing; wherein the gas inlet comprises a pipe extending along a pipe longitudinal axis from outside to inside the housing, said pipe comprising a first opening located outside the housing and a second opening located inside the housing in said inner space, the pipe being configured for having its second opening close to the rotor when the housing encloses the latter, the second opening comprising at least a curved edge wherein a projection of the curved edge onto a plane extending parallel to the longitudinal axis of the pipe and parallel to the axis of longitudinal extension is a segment of curve, characterized in that said curved edge is obtained as an intersection of a plane with the pipe, wherein said plane is parallel to the housing axis of longitudinal extension and tilted of an acute angle with respect to the longitudinal axis.
An active vibration reduction control apparatus for a hybrid electric vehicle, the active vibration reduction control apparatus comprising: a reference signal generator generating a reference signal (Wx) and a first phase (θm1) based on a first rotational angle (θm1) of a first motor which is coupled to one side of an engine; a vibration extractor extracting a vibration signal (Wd) from a second motor which is coupled to another side of the engine; a coefficient determiner determining a filter coefficient which minimizes a phase difference between the reference signal (Wx) and the vibration signal (Wd); a phase determiner detecting a second phase (θm2) which corresponds to the phase difference between the reference signal (Wx) and the vibration signal (Wd) using a first speed signal (W1m) of the first motor and the filter coefficient; a phase deviation amount detector detecting a third phase (θp) for compensating for a phase delay generated by the vibration extractor using the first speed signal (W1m) of the first motor; and a synchronization signal generator generating an antiphase signal of a shape of an actual vibration signal (Wd), for a phase determined using the first phase (θm1), the second phase (θm2), and the third phase (θp) using a look-up table for signal amplitude for each of said phases, in order to determine a compensating force of the first motor. a reference signal generator generating a reference signal (Wx) and a first phase (θm1) based on a first rotational angle (θm1) of a first motor which is coupled to one side of an engine; a vibration extractor extracting a vibration signal (Wd) from a second motor which is coupled to another side of the engine; a coefficient determiner determining a filter coefficient which minimizes a phase difference between the reference signal (Wx) and the vibration signal (Wd); a phase determiner detecting a second phase (θm2) which corresponds to the phase difference between the reference signal (Wx) and the vibration signal (Wd) using a first speed signal (W1m) of the first motor and the filter coefficient; a phase deviation amount detector detecting a third phase (θp) for compensating for a phase delay generated by the vibration extractor using the first speed signal (W1m) of the first motor; and a synchronization signal generator generating an antiphase signal of a shape of an actual vibration signal (Wd), for a phase determined using the first phase (θm1), the second phase (θm2), and the third phase (θp) using a look-up table for signal amplitude for each of said phases, in order to determine a compensating force of the first motor.
A surface protection film comprising a carrier layer and an adhesion layer connected thereto, wherein a printing is arranged between the carrier layer and the adhesion layer and the carrier layer has an outer layer and an inner layer, characterized in that the outer layer has release additives which reduce the adhesion to the adhesion layer in the roll winding.
A port adaptation method, comprising: setting, by a network device, a switching period of changing a state of a first port, wherein state changing of the first port is not immediately performed, but changing is performed after the switching period expires, wherein the first port is configured to be in one of three states, wherein a first state comprises a powered state in which the first port is coupled to a power sourcing equipment, wherein a second state comprises a powering state in which the first port is coupled to a powered device, and wherein a third state comprises a disconnected state indicating that the first port is neither connected to a power sourcing equipment chip nor connected to a powered device chip; probing, by the network device, whether the first port of the network device is connected to the power sourcing equipment; and maintaining, by the network device, the state of the first port as the powered state or changing the state of the first port to the powered state if a probing result is that the first port is connected to the power sourcing equipment; or changing, by the network device, the state of the first port to the powering state if a probing result is that the first port is not connected to the power sourcing equipment and the network device has a power supply for supplying power, and the switching period expires. setting, by a network device, a switching period of changing a state of a first port, wherein state changing of the first port is not immediately performed, but changing is performed after the switching period expires, wherein the first port is configured to be in one of three states, wherein a first state comprises a powered state in which the first port is coupled to a power sourcing equipment, wherein a second state comprises a powering state in which the first port is coupled to a powered device, and wherein a third state comprises a disconnected state indicating that the first port is neither connected to a power sourcing equipment chip nor connected to a powered device chip; probing, by the network device, whether the first port of the network device is connected to the power sourcing equipment; and maintaining, by the network device, the state of the first port as the powered state or changing the state of the first port to the powered state if a probing result is that the first port is connected to the power sourcing equipment; or changing, by the network device, the state of the first port to the powering state if a probing result is that the first port is not connected to the power sourcing equipment and the network device has a power supply for supplying power, and the switching period expires.
An ice dispenser, comprising: an ice bank having an outlet for dispensing ice; characterized by a first shaft that is being rotatably mounted in the ice bank; a second shaft that is being rotatably mounted in the ice bank and that is coupled to an end of the first shaft; and a driver that is coupled to the second shaft and that selectively rotates the second shaft; and a plurality of blades extending outward from the second shaft, being formed along the length of the second shaft and spaced apart from one another at predetermined intervals, each of the plurality of blades having a spiral pressure surface which acts to push ice outside along longitudinal direction of the second shaft as the second shaft is rotated to prevent ice cubes from sticking together and to separate ice cubes that have become stuck together, characterized by at least one reinforcing rib which is formed on a side of the blade opposite the pressure surface to reinforce rigidity of the blade. an ice bank having an outlet for dispensing ice; a first shaft that is being rotatably mounted in the ice bank; a second shaft that is being rotatably mounted in the ice bank and that is coupled to an end of the first shaft; and a driver that is coupled to the second shaft and that selectively rotates the second shaft; and a plurality of blades extending outward from the second shaft, being formed along the length of the second shaft and spaced apart from one another at predetermined intervals, each of the plurality of blades having a spiral pressure surface which acts to push ice outside along longitudinal direction of the second shaft as the second shaft is rotated to prevent ice cubes from sticking together and to separate ice cubes that have become stuck together, characterized by at least one reinforcing rib which is formed on a side of the blade opposite the pressure surface to reinforce rigidity of the blade.
Volute with two chambers for a gas turbine, having: - a circumferential conduit in the form of a spiral, - a first opening arranged tangentially to said circumferential conduit towards the exterior of said circumferential conduit, and - a second circumferential opening arranged at the centre of said circumferential conduit, characterised in that said volute with two chambers has a wall separating said circumferential conduit into two distinct chambers (18, 19), said wall also separating said first and second openings (12, 13) respectively into two first openings (12a, 12b) and into two second openings (13a, 13b), a first fluid and a second fluid being able to circulate independently and in an isolated manner between said first opening and said second opening. - a circumferential conduit in the form of a spiral, - a first opening arranged tangentially to said circumferential conduit towards the exterior of said circumferential conduit, and - a second circumferential opening arranged at the centre of said circumferential conduit,
A ceramic core for an investment casting process in which a component to be cast has an internal passageway and an exterior wall, the internal passageway being provided by the core, the core comprising: a core passage which provides the internal passageway in the cast component and which extends between a first point and a second point along a tortuous path having length L, wherein the first point and second point are separated by a direct line of sight distance, S, wherein L is greater than S; and, characterised by: a core bridge which extends away from the core passage between the first and second points, wherein the core bridge comprises first and second pillars which connect to the first and second points, and a bridge portion which extends between the first and second pillars. a core passage which provides the internal passageway in the cast component and which extends between a first point and a second point along a tortuous path having length L, wherein the first point and second point are separated by a direct line of sight distance, S, wherein L is greater than S; and, characterised by: a core bridge which extends away from the core passage between the first and second points, wherein the core bridge comprises first and second pillars which connect to the first and second points, and a bridge portion which extends between the first and second pillars. a core bridge which extends away from the core passage between the first and second points, wherein the core bridge comprises first and second pillars which connect to the first and second points, and a bridge portion which extends between the first and second pillars.
A segmented stator comprising: a first segment; a second segment; a bolt adapted for fastening the first segment and the second segment to each other, and a plurality of spacers adapted for adjusting a segment to segment distance between the first segment and the second segment (101, 102), wherein a first end of the first segment comprises a first hole adapted for inserting the bolt and a plurality of further holes, each of the further holes being adapted to receive a respective one of the plurality of spacers; wherein a second end of the second segment comprises a second hole adapted for inserting the bolt and for fastening the first segment and second segment (101, 102) to each other; wherein the segment to segment distance is adjusted by a portion of a spacer of the plurality of spacers which portion protrudes out of a respective one of the plurality of further holes into the segment to segment distance between the first segment and the second segment; and characterized in that the plurality of further holes are arranged on a circle around the first hole, wherein a center of the circle is placed on the rotation axis of the first hole. a first segment; a second segment; a bolt adapted for fastening the first segment and the second segment to each other, and a plurality of spacers adapted for adjusting a segment to segment distance between the first segment and the second segment (101, 102), wherein a first end of the first segment comprises a first hole adapted for inserting the bolt and a plurality of further holes, each of the further holes being adapted to receive a respective one of the plurality of spacers; wherein a second end of the second segment comprises a second hole adapted for inserting the bolt and for fastening the first segment and second segment (101, 102) to each other; wherein the segment to segment distance is adjusted by a portion of a spacer of the plurality of spacers which portion protrudes out of a respective one of the plurality of further holes into the segment to segment distance between the first segment and the second segment; and characterized in that the plurality of further holes are arranged on a circle around the first hole, wherein a center of the circle is placed on the rotation axis of the first hole.
Method for fitting a housing of a battery module with a cell stack of compressed battery cells, characterised in that the cell stack of battery cells is introduced into a manipulation device between at least two sliding rails (3, 4) or groups of sliding rails (3, 4), wherein at least one sliding rail (3, 4) or a group of sliding rails (3, 4) of the manipulation device acts in each case on the outermost battery cells and keeps the battery cells under a defined compression, in that the cell stack of battery cells is pushed into the housing by the manipulation device perpendicularly to the stacking direction of the cell stack and applied in the housing, the battery cells are released from the sliding rails (3, 4) and the sliding rails (3, 4) are pulled out of the housing again.