mhurhangee/ep-ind-claims huggingface dataset:
Processing plant, in particular crushing plant, in particular rock crusher with a filling unit which can be filled with the material to be crushed, wherein a screening unit is arranged in the conveying direction downstream of the filling unit or in the filling unit, wherein the screening unit can be set in oscillating motion by means of an oscillation exciter, wherein a part of the fed material is fed via the screening unit to a subsequent processing unit, in particular to a crushing unit, and a further part is screened out in the screening unit, wherein the screened-out part of the material is fed by means of an adjustable flap of a conveying unit optionally in a bypass position past the subsequent processing unit, in particular the crushing unit, to a conveying device, in particular a crusher discharge conveyor, or in a conveying position is conveyed out of the machine working area by means of a conveying device, characterized in that the flap is attached to the screen unit in such a way that it is excited together with the screen unit by the vibration exciter.
An aqueous coating composition comprising a polymer; said polymer comprising: (a) calcium ion; and (b) polymerized residues of: (i) from 1 to 6 wt% of a complexing monomer that is phosphoethyl methacrylate; (ii) from 6 to 13 wt% methacrylic acid; (iii) from 0.5 to 2.7 wt% of at least one crosslinker which is a monomer that comprises two or more ethylenically unsaturated groups; and (iv) from 25 to 45 wt% of at least one vinyl aromatic monomer; wherein the polymer has a midpoint Tg as measured by differential scanning calorimetry using a heating rate of 10 °C per minute of from 60 to 100 °C.
Curved vehicle roof made of sheet metal, plastics material or composite material and a roof reinforcement element which is bonded to the vehicle roof on the inside of the vehicle and is formed by a composite panel of thickness D consisting of a foam core of thickness D S and cover layers (14, 16) which are rigidly connected to the foam core on either side thereof, the roof reinforcement element comprising, solely on the side facing the vehicle roof, a pattern (35, 36, 37, 38) of linear cuts having a cut depth T of at least 55 % of the thickness D of the roof reinforcement element, the cuts in each case cutting right through one cover layer and also cutting some of the foam core, characterised in that the roof reinforcement element is formed so as to be flat prior to being fitted to the vehicle roof and the linear cuts have a cut depth T which is smaller than the thickness D S of the foam core, the cuts of the roof reinforcement element being formed in such a way that the cover layer opposite the cuts and a region H of the foam core, measuring at least 1 mm, adjacent to said cover layer and located between said cover layer and the bottom edges of the cuts is not touched by the cuts.
A compound of Formula I: wherein: R 1 is H, CH 2 NH 2, CH 2 NHC (CH 2) m CO 2 H; R 2 is H, NH 2, NHC (CH 2) m CO 2 H; provided that either R 1 or R 2 must be H, and further provided that both R 1 and R 2 may not be H simultaneously; R 3 is H; m is 1, 2, 3, 4, or 5; n is 1, 2, 3, 4, or 5. R 1 is H, CH 2 NH 2, CH 2 NHC (CH 2) m CO 2 H; R 2 is H, NH 2, NHC (CH 2) m CO 2 H; provided that either R 1 or R 2 must be H, and further provided that both R 1 and R 2 may not be H simultaneously; R 3 is H; m is 1, 2, 3, 4, or 5; n is 1, 2, 3, 4, or 5.
A method of fabricating a magnetoresistive bit from a magnetoresistive stack including at least two magnetic regions (50, 70), an intermediate region positioned between the at least two magnetic regions, and a hard mask region, the method comprising: (a) etching through at least a first layer of the hard mask region in a first direction to expose a first set of areas in a second layer of the hard mask region: (b) after the etching in step (a), etching through at least the first layer of the hard mask region in the first direction to expose a second set of areas in the second layer of the hard mask region; (c) after the etching in step (b), etching through at least the first layer of the hard mask region in a second direction to expose a third set of areas in the second layer of the hard mask region; (d) after the etching in step (c), etching through at least the first layer of the hard mask region in the second direction to expose a fourth set of areas in the second layer of the hard mask region; and (e) after the etching in step (d), etching through at least a portion of the thickness of the magnetoresistive stack. (a) etching through at least a first layer of the hard mask region in a first direction to expose a first set of areas in a second layer of the hard mask region: (b) after the etching in step (a), etching through at least the first layer of the hard mask region in the first direction to expose a second set of areas in the second layer of the hard mask region; (c) after the etching in step (b), etching through at least the first layer of the hard mask region in a second direction to expose a third set of areas in the second layer of the hard mask region; (d) after the etching in step (c), etching through at least the first layer of the hard mask region in the second direction to expose a fourth set of areas in the second layer of the hard mask region; and (e) after the etching in step (d), etching through at least a portion of the thickness of the magnetoresistive stack.
Pump for circulating water in a hydraulic installation, such as a heating and/or hot water supply installation, said pump comprising a body, a first inlet, an outlet, means for circulating a fluid and a valve having three ways, said circulation means being arranged between the outlet and a first way of said valve), said valve being connected by a second way to the first inlet, said pump comprising a second inlet connected to a third way of said valve, characterized in that said pump comprises a third separate inlet connected to the circulation means by a conduit.
A method of controlling one or more lighting devices (120, 122, 124), the method comprising: - controlling the one or more lighting devices (120, 122, 124) according to a dynamic light scene, wherein the dynamic light scene comprises first lighting control settings for controlling an intensity (i) of the light output of the one or more lighting devices (120, 122, 124), wherein the intensity changes over a time period (t), - receiving an input signal indicative of an activation of a pre-programmed second light scene during the time period, wherein the second light scene comprises one or more second lighting control settings for changing the light output of the one or more lighting devices (120, 122, 124), - analyzing the dynamic light scene to determine a change of the intensity of the light output of the one or more lighting devices (120, 122, 124) for an upcoming time period (u) after the activation (t x) of the second light scene, - generating a modified light scene by combining the dynamic light scene and the second light scene based on the second lighting control settings of the second light scene and the determined change of the intensity of the upcoming time period of the dynamic light scene, and - controlling the one or more lighting devices (120, 122, 124) according to the modified light scene during the upcoming time period, wherein the second light scene is a second dynamic light scene comprising second lighting control settings for controlling a second intensity of the light output of the one or more lighting devices (120, 122, 124), wherein the second intensity changes over a second time period. - controlling the one or more lighting devices (120, 122, 124) according to a dynamic light scene, wherein the dynamic light scene comprises first lighting control settings for controlling an intensity (i) of the light output of the one or more lighting devices (120, 122, 124), wherein the intensity changes over a time period (t), - receiving an input signal indicative of an activation of a pre-programmed second light scene during the time period, wherein the second light scene comprises one or more second lighting control settings for changing the light output of the one or more lighting devices (120, 122, 124), - analyzing the dynamic light scene to determine a change of the intensity of the light output of the one or more lighting devices (120, 122, 124) for an upcoming time period (u) after the activation (t x) of the second light scene, - generating a modified light scene by combining the dynamic light scene and the second light scene based on the second lighting control settings of the second light scene and the determined change of the intensity of the upcoming time period of the dynamic light scene, and - controlling the one or more lighting devices (120, 122, 124) according to the modified light scene during the upcoming time period,
An electroporation device for delivering a treatment agent into human skin, the device including: a pump for creating a flow of droplets including the treatment agent; a nozzle for directing the flow toward a surface of the skin to be treated; and an electroporation transducer for forming pores in the surface for allowing at least some of the droplets to pass through the surface and into the skin characterized in that the droplets have a diameter less than the diameter of the pores. a pump for creating a flow of droplets including the treatment agent; a nozzle for directing the flow toward a surface of the skin to be treated; and an electroporation transducer for forming pores in the surface for allowing at least some of the droplets to pass through the surface and into the skin characterized in that the droplets have a diameter less than the diameter of the pores.
An information display system comprising: a display means configured to display content information (30; 50; 60); a display position information acquiring means configured to acquire display position information for specifying a display portion (31; 61) of the content information displayed on the display means among content information to be displayed on the display means; an operation position information acquiring means configured to acquire operation position information related to an operation position operated on a screen by a user in the display portion; a gaze portion specifying means that specifies a gaze portion (34; 34a; 64; 80; 80a; 81; 81a; 82; 82a) gazed by the user in the display portion, based on the operation position information; a feature element extracting means configured to extract a feature element of content in the gaze portion from the gaze portion; an undisplay portion specifying means configured to specify an undisplay portion (33; 63) of the content information which is assumed not yet to be displayed on the display means, from the display position information; a condensed information generating means configured to generate condensed information obtained by condensing content information included in the undisplay portion, based on the feature element; and a condensed information display means configured to cause the condensed information to be displayed on the display means. a display means configured to display content information (30; 50; 60); a display position information acquiring means configured to acquire display position information for specifying a display portion (31; 61) of the content information displayed on the display means among content information to be displayed on the display means; an operation position information acquiring means configured to acquire operation position information related to an operation position operated on a screen by a user in the display portion; a gaze portion specifying means that specifies a gaze portion (34; 34a; 64; 80; 80a; 81; 81a; 82; 82a) gazed by the user in the display portion, based on the operation position information; a feature element extracting means configured to extract a feature element of content in the gaze portion from the gaze portion; an undisplay portion specifying means configured to specify an undisplay portion (33; 63) of the content information which is assumed not yet to be displayed on the display means, from the display position information; a condensed information generating means configured to generate condensed information obtained by condensing content information included in the undisplay portion, based on the feature element; and a condensed information display means configured to cause the condensed information to be displayed on the display means.
Method for controlling an automatic start/stop control of a heat engine of a vehicle, said control using information originating from sensors and from a data communication bus, said information being representative of a state of operation of the vehicle, characterized in that said method comprises the steps of: - testing the presence and the validity of the information supplied by said sensors, and, in the case of a negative test, defining a first mode of the automatic start/stop control in which any automatic stop is prohibited until an end-of-prohibition condition is fulfilled, - testing the communication with the data communication bus, and, in the case of a negative test, defining a second mode of the automatic start/stop control in which said automatic start/stop control is inhibited until an end-of-inhibition condition is fulfilled. - testing the presence and the validity of the information supplied by said sensors, and, in the case of a negative test, defining a first mode of the automatic start/stop control in which any automatic stop is prohibited until an end-of-prohibition condition is fulfilled, - testing the communication with the data communication bus, and, in the case of a negative test, defining a second mode of the automatic start/stop control in which said automatic start/stop control is inhibited until an end-of-inhibition condition is fulfilled.
A device for recording signals which are a function of one of the electroretinogram and the visual evoked potential bioelectrical responses of an eye of a patient in response to a visual stimulus, the device comprising light emission means adapted to generate sad stimulus, sensor means (14, 15) of said bioelectric response adapted to be placed in contact with the patient, the device being associated or adapted to be associated with processing means adapted to control said light emission means to manage the emission of said stimulus and to receive and process a detection signal emitted by said sensor means (14, 15), said sensor means (14, 15) being arranged on at least one eyepiece adapted to abut with a patient's eye with the eyelid closed and in contact at least partially with said eyelid, and said light emission means and said processing means being configured such that said bioelectric response is detected by said sensor means when said stimulus is perceived through the closed eyelid, characterized in that said eyepiece, at least said light emitting means and said sensor means (14, 15) are arranged in an elongated handpiece adapted to be gripped by a medical operator, said sensor means comprising at least one active electrode and a reference electrode arranged on said eyepiece at an axial end of the handpiece, and wherein said electrodes (14, 15) are concentrically arranged on a ring of said eyepiece, said ring being adapted to contact the face of the patient around the eye socket.
A device for cooling at least one optical components based on an optical fiber for transmitting high optical power, specifically power exceeding 100 W, through the at least one optical component (5, 6, 7, 8) within the device, the device comprising a housing; a transmitting construction material; the at least one optical component (5, 6, 7, 8); and one or more cavities containing a flowing coolant between the housing and the transmitting construction material; the transmitting construction material having a low heat expansion coefficient and being arranged in direct connection with the at least one optical component (5, 6, 7, 8) to transmit power loss radiation to the flowing coolant, characterized in that - the transmitting construction material is a transparent tube that is enclosing and supporting said at least one optical component (5, 6, 7, 8) in order to cool each optical component by transmitting power loss radiation from each optical component to the coolant via the enclosing transparent tube; - the at least one optical component comprises at least an optical component in the form of collimating optics or a lens; and - that the flowing coolant is transparent. - the transmitting construction material is a transparent tube that is enclosing and supporting said at least one optical component (5, 6, 7, 8) in order to cool each optical component by transmitting power loss radiation from each optical component to the coolant via the enclosing transparent tube; - the at least one optical component comprises at least an optical component in the form of collimating optics or a lens; and - that the flowing coolant is transparent.
Device for working and processing chocolate, comprising a container and stirring means arranged therein, the container having a container interior, with a cylindrical wall, and an outwardly curved base, the stirring means including at least one stirring arm, which is rotatable about the central axis of the cylindrical container while also protruding from said central axis at least in a radial direction, and a conching tool, which is arranged, rotatable about an axis of rotation, at or close to the base or to the vertically lowest point of the container, and the conching tool rotating more rapidly in operation than the stirring arm, characterised in that the container is set up obliquely, in other words the central axis of the cylindrical wall is at an inclination to the vertical, and in that the conching tool includes a rotatable blade.
Arrangement (1; 101) for a two-stage ejector (2; 102) for injection moulding tools and similar moulding tools, which comprises a pin-shaped first ejection part (3; 103), which is so arranged as to be actuated directly for the purposes of ejection and to act on the ejector plate (4; 104) that is so arranged as to be displaced in a first and a second ejector stage (I, II), and a sleeve-shaped second ejection part (5; 105), which is so arranged as to act on the ejector plate (8; 108) that is so arranged as to be displaced only in the aforementioned first ejector stage and then jointly with the aforementioned front ejector plate (4; 104) and coupling segments for the detachable attachment of the two aforementioned ejector parts (3, 5; 103, 105) with one another, characterized in that a) the first ejecting part is attached to the upper of the two ejector plates (4, 8) by means of an inlaid hook bolt provided with threads which have a fine pitch and capable of accommodation in a threaded central hole in the first ejecting part, in that the accommodating spaces (11, 12) for the aforementioned hook screw in the aforementioned upper ejector plate exceed the dimensions of the hook bolt laterally for its head and its shaft, and in that the second ejecting part is connected to a rear attachment plate by means of a screwed attachment body, which is so arranged as to enclose the aforementioned sleeve-shaped second ejecting part with a clearance and which is in the form of a sleeve which encloses a sleeve-shaped adjusting bush, which in turn encloses the aforementioned second sleeve-shaped ejecting part, or b) the first ejecting part is attached to the upper of the two ejector plates (103, 105) by means of the threads of a screw that is capable of accommodation in a central hole in the first ejecting part with lateral clearance, in that the aforementioned screw is connected to the first ejecting part by means of a transverse securing pin, and in that the second ejecting part is connected to a rear attachment plate by means of a screwed attachment body so arranged as to enclose the aforementioned sleeve-shaped second electing part with a clearance and which is in the form of a sleeve which encloses a sleeve-shaped adjusting bush, which in turn encloses the aforementioned second sleeve-shaped ejecting part.
A block co-polymer comprising at least one first block and at least one second block which is different from the first block, wherein the first block comprises repeating units 1, and the second block comprises repeating units 2, wherein Z represents O or NH, R 1 represents H or CH 3, R 2 represents a group selected from hydrocarbyl groups and ether group-containing groups, R 3 represents an organic group having 2 to 4 carbon atoms, R 4 and R 5 independently represent an organic group, wherein R 4 and R 5 are optionally linked to each other to form a cyclic structure, and wherein the first block comprises at least two different types of repeating units comprising ether groups. Z represents O or NH, R 1 represents H or CH 3, R 2 represents a group selected from hydrocarbyl groups and ether group-containing groups, R 3 represents an organic group having 2 to 4 carbon atoms, R 4 and R 5 independently represent an organic group, wherein R 4 and R 5 are optionally linked to each other to form a cyclic structure, and wherein the first block comprises at least two different types of repeating units comprising ether groups.
A composition comprising synthetic nanocarriers comprising: a hydrophobic carrier material, a rapalog, and a non-ionic surfactant with a hydrophilic-lipophilic balance value less than or equal to 10; optionally wherein the composition is initially sterile filterable through a 0.22 μm filter. a hydrophobic carrier material, a rapalog, and a non-ionic surfactant with a hydrophilic-lipophilic balance value less than or equal to 10;
A vegetation cutting device comprising: a housing rotatably coupled to a shaft; a cutting head comprising a rotary cutting means for cutting vegetation, the cutting head being coupled to the shaft and being arranged to move between an edging mode in which the rotary cutting means rotates in a substantially vertical plane and a trimming mode in which the rotary cutting means rotates in a substantially horizontal plane; a motor mounted in the housing, the motor being arranged to drive the rotary cutting means; characterised in a switching means mechanically coupled between the housing and the shaft and arranged to be actuated when the shaft rotates relative to the housing thereby changing the speed of the rotary cutting means when the cutting head moves between the edging mode and trimming mode.
A packaging container having a secure closure comprising: a base section having a bottom surface and spaced apart inner and outer wall segments, said outer wall segment having a deformable flange extending laterally therefrom; a cover section having a top surface and a side wall portion, said cover section adapted to cover said base section when in a closed state; and a closure mechanism including at least one first aperture formed within said inner wall segment of the base section and at least one second aperture formed within the outer wall segment of the base section aligned with said at least one first aperture, at least one projection extending inward from the side wall portion of the cover section for engaging the at least one second aperture and being adapted to engage the at least one first aperture of the base section, said closure mechanism retaining the cover section over the base section and securing the packaging container in a closed position characterized in that the packaging container further comprises an obstructive member formed within the cover section extending towards the at least one first aperture formed within said inner wall segment of the base section when the packaging container is in a closed position such that movement of the inner wall segment is hindered by the obstructive member when the deformable flange is depressed, preventing the projection from being released from the at least one first aperture and the at least one second aperture.