mhurhangee/ep-ind-claims huggingface dataset:
A cleaning utensil having a dewatering mechanism comprising; an outer casing having a base portion and sidewalls, said sidewalls comprising cavities allowing water flow, a cylindrical bowl located in said outer casing, wherein said bowl has a cylindrical inner volume which is convergent in its radial dimension from its top rim towards its bottom wall, a wringer having a base plate and a plurality of wringer arms which are distributed around the periphery of said base plate and which extend towards the upper rim of the cylindrical bowl, characterized in that the wringer has a helical drill attached to its base plate and extending in the vertical direction (-y) towards the base portion of said outer casing, the outer casing has a drill nut which is sized and shaped to accommodate said helical drill and which has inner helix, such that when said helical drill engages the inner helix of said drill nut, both of the helical drill and the wringer simultaneously rotate around the vertical axis (y) and also displace towards the base portion of the outer casing, each of said plurality of wringer arms are flexibly connected to the base plate through a flexible bending portion, such that when the wringer displace towards the base portion of the outer casing, the plurality of wringer arms are bent inwardly in the radial direction.
A prosthetic heart valve comprising: a stent body; wherein the stent body comprises an inner surface defining a cavity and an outer surface opposing the inner surface, and wherein the stent body has a length between first and second ends of the stent body; and a coating sheet formed from an electrospun material; wherein the coating sheet comprises a first portion that covers at least a portion of the stent body outer surface and a second inverted portion extending inside the cavity of the stent body and covering at least a portion of the inner surface of the stent body; wherein the second inverted portion has a diameter that is tapered from a diameter of the first portion; wherein at least one of the first and second ends of the stent body is covered by the coating sheet. a stent body; wherein the stent body comprises an inner surface defining a cavity and an outer surface opposing the inner surface, and wherein the stent body has a length between first and second ends of the stent body; and wherein the stent body comprises an inner surface defining a cavity and an outer surface opposing the inner surface, and wherein the stent body has a length between first and second ends of the stent body; and a coating sheet formed from an electrospun material; wherein the coating sheet comprises a first portion that covers at least a portion of the stent body outer surface and a second inverted portion extending inside the cavity of the stent body and covering at least a portion of the inner surface of the stent body; wherein the second inverted portion has a diameter that is tapered from a diameter of the first portion; wherein at least one of the first and second ends of the stent body is covered by the coating sheet. wherein the coating sheet comprises a first portion that covers at least a portion of the stent body outer surface and a second inverted portion extending inside the cavity of the stent body and covering at least a portion of the inner surface of the stent body; wherein the second inverted portion has a diameter that is tapered from a diameter of the first portion; wherein at least one of the first and second ends of the stent body is covered by the coating sheet.
An internal combustion engine, comprising: a crankcase; a case cover which covers a side of the crankcase; a crankshaft; a balancer shaft; a balancer including a balancer driven gear and a balance weight provided on the balancer driven gear, the balancer being acted upon and driven to rotate by driving force of the crankshaft; and an oil pump accommodated in the crankcase and having an oil pump driving shaft disposed in parallel to the crankshaft and the balancer shaft, the oil pump including a pump driven gear, wherein the balancer has a pump driving gear which has a diameter smaller than that of the balancer driven gear and rotates together with the balancer driven gear, the pump driving gear meshing with the pump driven gear, and the oil pump driving shaft is disposed within an area of rotation of the balance weight as viewed in an axial direction thereof; characterized in that the balancer is disposed in a space between the crankcase and the case cover, and the balancer shaft is supported by a case side supporting portion formed on a side wall face of the crankcase and a cover side supporting portion formed on an inner side face of the case cover. a crankcase; a case cover which covers a side of the crankcase; a crankshaft; a balancer shaft; a balancer including a balancer driven gear and a balance weight provided on the balancer driven gear, the balancer being acted upon and driven to rotate by driving force of the crankshaft; and an oil pump accommodated in the crankcase and having an oil pump driving shaft disposed in parallel to the crankshaft and the balancer shaft, the oil pump including a pump driven gear, wherein the balancer has a pump driving gear which has a diameter smaller than that of the balancer driven gear and rotates together with the balancer driven gear, the pump driving gear meshing with the pump driven gear, and the oil pump driving shaft is disposed within an area of rotation of the balance weight as viewed in an axial direction thereof; characterized in that the balancer is disposed in a space between the crankcase and the case cover, and the balancer shaft is supported by a case side supporting portion formed on a side wall face of the crankcase and a cover side supporting portion formed on an inner side face of the case cover.
Method for reconstructing data values (a i) of a sensor signal at arbitrary times (ti) in motor vehicles having at least one control device and at least one sensor (2, 3, 4, 5), with transmission of digital signal values to the control device via a transmission path, having the following method steps: S1 generating digital signal values from data values (a n) of a sensor signal which are sampled at particular times (t n) in the sensor (2, 3, 4, 5) from a using a sensor element for the purpose of transmitting the digital signal values to the control device; S2 evaluating the transmitted digital signal values using a receiving unit in the control device; and S3 reconstructing data values (a i) of the sensor signal by interpolating and/or extrapolating the received digital signal values for arbitrary times (ti), characterized in that method step S3 has the following substeps: S3.1 interpolating and/or extrapolating the signal values from the memory unit using an interpolation device with the aid of the properties of the signal conditioning means of the sensor (2, 3, 4, 5) for the purpose of reconstructing data values (a i) of the sensor signal for arbitrary times (t i); and S3.2 transferring the reconstructed data values (a i) to the control unit for a required arbitrary time (ti). S1 generating digital signal values from data values (a n) of a sensor signal which are sampled at particular times (t n) in the sensor (2, 3, 4, 5) from a using a sensor element for the purpose of transmitting the digital signal values to the control device; S2 evaluating the transmitted digital signal values using a receiving unit in the control device; and S3 reconstructing data values (a i) of the sensor signal by interpolating and/or extrapolating the received digital signal values for arbitrary times (ti), S3.1 interpolating and/or extrapolating the signal values from the memory unit using an interpolation device with the aid of the properties of the signal conditioning means of the sensor (2, 3, 4, 5) for the purpose of reconstructing data values (a i) of the sensor signal for arbitrary times (t i); and S3.2 transferring the reconstructed data values (a i) to the control unit for a required arbitrary time (ti).
Blow mould comprising: a. at least a first and a second blow mould element provided to inscribe a concavity; b. at least one insert having an embossed surface provided to form a pattern onto a blow-moulded surface, where the aforementioned at least one insert is attached onto a surface of at least one of the aforementioned first and/or the aforementioned second blow mould element to form a part of a wall of a blow-moulded product, characterised in that the aforementioned blow mould is an ISBM blow mould, where the aforementioned at least one insert is a plate having a wall thickness of between 0.2mm and 2.0mm, where the aforementioned at least one insert is attached onto at least one of the aforementioned first and/or the aforementioned second blow mould element by reversible fixation means selected from the group consisting of adhesives, preferably a double-sided adhesive tape, a magnet and geometric means, and the aforementioned insert is made from steel, and in particular sheet steel. a. at least a first and a second blow mould element provided to inscribe a concavity; b. at least one insert having an embossed surface provided to form a pattern onto a blow-moulded surface, where the aforementioned at least one insert is attached onto a surface of at least one of the aforementioned first and/or the aforementioned second blow mould element to form a part of a wall of a blow-moulded product,
Method for setting the working point of a resonance-measuring system designed as Coriolis mass flowmeter, wherein the resonance-measuring system comprises at least one electric setting device, at least one electromagnetic drive with a drive coil as oscillation generator and at least one oscillating element interacting with the medium, the electric setting device provides an electrical excitation signal (u 2) for exciting the electromagnetic drive, the electromagnetic drive excites the oscillating element to oscillation in at least one natural mode, wherein a mathematical model of the resonance-measuring system imaging at least the oscillating element is set up and parameters of the mathematical model are identified using suitable excitation of the oscillating element and evaluation of the mathematical model and the identified parameters and/or variables derived from them are used for setting the working point of the resonance-measuring system, characterized in that at least the electromagnetic drive and the oscillating element interacting with the medium is imaged by the mathematical model, that the drive terminal current i DrA caused by the electrical excitation signal u 2 and the drive terminal voltage u D r A of the electromagnetic drive caused by the electrical excitation signal u 2 are determined by measurement, and that the parameters of the electromagnetic drive and the oscillating element are at least partially identified by evaluating the mathematical model with the detected drive terminal current i DrA and with the detected drive terminal voltage u DrA of the electromagnetic drive, and that at least the induced voltage u ind and the current i L of the drive coil are calculated at least in view of the phase by means of the parameterized mathematical model for the electromagnetic drive using the detected drive terminal current i DrA and the detected drive terminal voltage u DrA, in particular the phase difference Δφ(i L, u ind) between the current i L and the induced voltage u ind is calculated.
A numerical control machine-tool comprising: a ground-resting base plate; a movable supporting column, which rises cantilevered from the base plate in a substantially vertical direction, and is capable of moving horizontally on said base plate; a first electronic-controlled drive assembly which is capable of moving the supporting column along the base plate; a head-carrier slide, which is fixed in vertically sliding manner in a straight longitudinal slit extending along the front face of the supporting column parallel to the longitudinal/vertical axis of the supporting column; a second electronic-controlled drive assembly which is capable of moving the head-carrier slide along the supporting column; a straight supporting beam which is inserted in axially sliding manner into the head-carrier slide, and moreover cantilevered juts out from the front face of the supporting column while remaining substantially parallel to the ground; and a third electronic-controlled drive assembly which is capable of moving the supporting beam forwards and backwards with respect to the head-carrier slide parallel to the beam longitudinal axis; the second electronic-controlled drive assembly comprising, in turn, at least two combined electric linear motors which are placed inside the longitudinal slit of the supporting column, on opposite sides of the head-carrier slide, so that each electric linear motor is interposed between a respective lateral side of the head-carrier slide and the adjacent lateral side or wall of the supporting column, and each of which comprises a stationary stator track and a traveling slide movable grazing said stator track; the numeric control machine-tool being characterized in that each lateral side or wall of the supporting column is provided with a lateral pass-through straight gap which extends parallel to the column longitudinal/ vertical axis, directly communicates with the longitudinal slit of the column, and has the outer entrance closed/plugged by a plate-shaped cover which is fixed in a rigid and removable manner onto the lateral side or wall of the supporting column, so as to form the bottom of a straight longitudinal recess or groove which faces the inside of the longitudinal slit of the supporting column; and in that each electric linear motor of said second electronic-controlled drive assembly is located into a corresponding straight or longitudinal recess or groove, with the stator track rigidly fixed to the plate-shaped cover and with the traveling slide rigidly fixed onto the side of the head-carrier slide, so as to protrude into the longitudinal recess or groove and be arranged locally facing and tangent to a portion of said stator track.
Mill for grinding rubbish, comprising: at least one grinding chamber defined by a side wall and by a floor, and at least two rotors (30 1, 30 2) rotatable about respective, substantially vertical, axes X 1 and X 2, each of the rotors (30 1, 30 2) comprising a hub and a plurality of chains connected to the hub and designed, during rotation of the rotor, to sweep over part of the grinding chamber, characterised in that the mill further comprises at least one hatch for allowing periodic removal of the non-grindable bodies and wherein removal of the non-grindable bodies is performed by means of automatic opening of the hatch. at least one grinding chamber defined by a side wall and by a floor, and at least two rotors (30 1, 30 2) rotatable about respective, substantially vertical, axes X 1 and X 2, each of the rotors (30 1, 30 2) comprising a hub and a plurality of chains connected to the hub and designed, during rotation of the rotor, to sweep over part of the grinding chamber, characterised in that the mill further comprises at least one hatch for allowing periodic removal of the non-grindable bodies and wherein removal of the non-grindable bodies is performed by means of automatic opening of the hatch.
A bolt sleeve connector (205,305,405,505), comprising: at least two extension portions (250,350) arranged side by side and spaced apart, each extension portion (250,350) having a first end and a second end, wherein the first ends of the extension portions (250,350) are connected together, and the second end of each of the extension portions (250,350) is connected to a corresponding bolt sleeve. at least two extension portions (250,350) arranged side by side and spaced apart, each extension portion (250,350) having a first end and a second end, wherein the first ends of the extension portions (250,350) are connected together, and the second end of each of the extension portions (250,350) is connected to a corresponding bolt sleeve.
A soft polishing pad for polishing a semiconductor substrate, the soft polishing pad comprising: a molded homogeneous polishing body comprising a thermoset, closed cell polyurethane material fabricated from a polyurethane precursor which is an isocyanate as a pre-polymer, an aromatic diamine as a primary curative, and polytetramethylene glycol as a secondary curative, the molded homogeneous polishing body having a hardness in the range of 20 Shore D to 40 Shore D and a porosity of at least 0.1 volume percent, wherein the soft polishing pad is hydrophobic and opaque. a molded homogeneous polishing body comprising a thermoset, closed cell polyurethane material fabricated from a polyurethane precursor which is an isocyanate as a pre-polymer, an aromatic diamine as a primary curative, and polytetramethylene glycol as a secondary curative, the molded homogeneous polishing body having a hardness in the range of 20 Shore D to 40 Shore D and a porosity of at least 0.1 volume percent, wherein the soft polishing pad is hydrophobic and opaque.
A method for manufacturing a housing (150,200), characterized by: providing a preformed housing, wherein the preformed housing comprises a body, a sidewall connected to the edge of the body, and a decoration film disposed on the body and a portion of the sidewall, the other portion of the sidewall is exposed from the decoration film, the body comprises a first surface, the sidewall comprises a second surface, the second surface extends from the first surface, the first surface and the second surface are non-coplanar, the second surface comprises an inclined surface and an extending surface, the inclined surface is directly connected to the first surface and tilts away from the first surface, the extending surface is directly connected to the inclined surface and tilt to a bottom of the body, an included angle between the inclined surface and the first surface is less than 90 degrees, an angle of the extending surface and the first surface is larger than an angle of the inclined surface and the first surface, and the exposed portion of the sidewall comprises the extending surface and a portion of the inclined surface; and forming a decoration layer on the exposed portion of the sidewall by a surface processing treatment, wherein the decoration layer has an appearance matched with the decoration film and is connected to the decoration film smoothly. providing a preformed housing, wherein the preformed housing comprises a body, a sidewall connected to the edge of the body, and a decoration film disposed on the body and a portion of the sidewall, the other portion of the sidewall is exposed from the decoration film, the body comprises a first surface, the sidewall comprises a second surface, the second surface extends from the first surface, the first surface and the second surface are non-coplanar, the second surface comprises an inclined surface and an extending surface, the inclined surface is directly connected to the first surface and tilts away from the first surface, the extending surface is directly connected to the inclined surface and tilt to a bottom of the body, an included angle between the inclined surface and the first surface is less than 90 degrees, an angle of the extending surface and the first surface is larger than an angle of the inclined surface and the first surface, and the exposed portion of the sidewall comprises the extending surface and a portion of the inclined surface; and forming a decoration layer on the exposed portion of the sidewall by a surface processing treatment, wherein the decoration layer has an appearance matched with the decoration film and is connected to the decoration film smoothly.
An apparatus for the steam cooking of foodstuffs, comprising: - a boiling chamber which, in use, contains a liquid to be boiled in order to generate the steam; the boiling chamber being operatively divided into a first space for containing the liquid to be boiled and a second space for forming the steam, located above the first space and in fluid connection therewith; - heating means associated with the boiling chamber for heating the liquid contained therein in order to generate the steam; - a liquid reservoir placed in fluid communication with the boiling chamber to supply the liquid to the latter; - a foodstuffs cooking container in fluid communication with the second space of the boiling chamber in order to receive the steam therefrom; - a feed duct extending between the reservoir and the boiling chamber at the first space of the boiling chamber in such a way as to allow fluid communication from the reservoir to the boiling chamber according to the principle of communicating vessels so that liquid is supplied continuously by the reservoir to the boiling chamber; said reservoir and the boiling chamber being laterally spaced along a substantially horizontal direction; characterized in that the reservoir has a respective open upper side; said feed duct extending between its first end at the reservoir and its second end at the boiling chamber; the apparatus comprising heat insulation means located between the reservoir and the boiling chamber to keep the liquid in the reservoir at a temperature below the temperature of the liquid in the boiling chamber; the heat insulation means being located between the reservoir and the boiling chamber at least for part of the space surrounding the feed duct. - a boiling chamber which, in use, contains a liquid to be boiled in order to generate the steam; the boiling chamber being operatively divided into a first space for containing the liquid to be boiled and a second space for forming the steam, located above the first space and in fluid connection therewith; - heating means associated with the boiling chamber for heating the liquid contained therein in order to generate the steam; - a liquid reservoir placed in fluid communication with the boiling chamber to supply the liquid to the latter; - a foodstuffs cooking container in fluid communication with the second space of the boiling chamber in order to receive the steam therefrom; - a feed duct extending between the reservoir and the boiling chamber at the first space of the boiling chamber in such a way as to allow fluid communication from the reservoir to the boiling chamber according to the principle of communicating vessels so that liquid is supplied continuously by the reservoir to the boiling chamber;
A liposome composition comprising an ATR protein kinase inhibitor compound, or a pharmaceutically acceptable salt thereof, encapsulated in a liposome; wherein the ATR protein kinase inhibitor compound is either: (a) a compound of formula, or a pharmaceutically acceptable salt thereof: wherein R is a moiety comprising an amine with a pK a of greater than 7.0; or (b) Compound A: (a) a compound of formula, or a pharmaceutically acceptable salt thereof: wherein R is a moiety comprising an amine with a pK a of greater than 7.0; or (b) Compound A:
An implant or implant component comprising a) a main body of an implant or of an implant component, said main body comprising or consisting of an electrically conductive material at least at a surface; and b) a calcium hydroxide layer which comprises or consists of calcium hydroxide, the calcium hydroxide layer being applied onto the electrically conductive material of the main body; characterized in that the calcium hydroxide layer comprises calcium phosphate in a percent by weight proportion that is lower than the percent by weight proportion of calcium hydroxide, the percent by weight proportion relating to the total weight of the calcium hydroxide layer. a) a main body of an implant or of an implant component, said main body comprising or consisting of an electrically conductive material at least at a surface; and b) a calcium hydroxide layer which comprises or consists of calcium hydroxide, the calcium hydroxide layer being applied onto the electrically conductive material of the main body;