mhurhangee/ep-ind-claims huggingface dataset:
An electrical device comprising: a box body that houses the device body so that is can be removed from the box body through a device body outlet of the box body; a door pivotally attached to the box body by a hinge to be openable and closable; a sealing frame extending at least over an axial length of a hinge rotation shaft of the hinge, wherein an inside part of the sealing frame is attached to a main frame of an outer wall of the box body, and a tip end part of the sealing frame faces an inner wall surface of the door which is in a state of closing device body outlet; and a hinge part packing interposed between the opposite surface of a tip end part of the sealing frame to the door and the inner wall surface of the door to prevent foreign body outside the box body from entering the inside of the box body from between the box body and the door in the hinge part, characterized in that the sealing frame has a middle part between the inside part and the tip end part, the middle part being parallel to the inner wall surface of the door which is in the state of closing device body outlet, and wherein the sealing frame is formed in a Z shape by the inside part, the tip end part, and the middle part, wherein one piece of the hinge is attached to the middle part of the sealing frame, and the other piece of the hinge is attached to the inner wall surface of the door. a box body that houses the device body so that is can be removed from the box body through a device body outlet of the box body; a door pivotally attached to the box body by a hinge to be openable and closable; a sealing frame extending at least over an axial length of a hinge rotation shaft of the hinge, wherein an inside part of the sealing frame is attached to a main frame of an outer wall of the box body, and a tip end part of the sealing frame faces an inner wall surface of the door which is in a state of closing device body outlet; and a hinge part packing interposed between the opposite surface of a tip end part of the sealing frame to the door and the inner wall surface of the door to prevent foreign body outside the box body from entering the inside of the box body from between the box body and the door in the hinge part, characterized in that the sealing frame has a middle part between the inside part and the tip end part, the middle part being parallel to the inner wall surface of the door which is in the state of closing device body outlet, and wherein the sealing frame is formed in a Z shape by the inside part, the tip end part, and the middle part, wherein one piece of the hinge is attached to the middle part of the sealing frame, and the other piece of the hinge is attached to the inner wall surface of the door.
A construction laser tool, comprising: a base, the base including a bottom surface configured to be disposed on a work surface; a laser projector (20, 30) secured to the base, the laser projector (20, 30) comprising a laser generator and configured to project a laser beam onto a work surface when the bottom surface of the base is disposed on the work surface; and a pair of pins for securing the construction laser tool to said work surface, wherein each pin is secured to the base and is pivotable relative to the base about an axis; wherein each pin is pivotable between a stored position and an actuatable position, and when a pin is in an actuatable position it is translatable relative to the base from a position in which it does not extend into said work surface to a position in which it extends into said work surface to secure the construction laser tool to the work surface; characterized in that, when in the stored position, the pins are substantially parallel to said work surface when the bottom surface of the base is disposed on the work surface. a base, the base including a bottom surface configured to be disposed on a work surface; a laser projector (20, 30) secured to the base, the laser projector (20, 30) comprising a laser generator and configured to project a laser beam onto a work surface when the bottom surface of the base is disposed on the work surface; and a pair of pins for securing the construction laser tool to said work surface, wherein each pin is secured to the base and is pivotable relative to the base about an axis; wherein each pin is pivotable between a stored position and an actuatable position, and when a pin is in an actuatable position it is translatable relative to the base from a position in which it does not extend into said work surface to a position in which it extends into said work surface to secure the construction laser tool to the work surface; characterized in that, when in the stored position, the pins are substantially parallel to said work surface when the bottom surface of the base is disposed on the work surface.
Fluid-carrying flat tube of a thermoelectric heat pump, which flat tube has a large number of first shunts which are arranged on its top face and/or bottom face and which thermally and electrically connect a large number of thermoelectric pellets (101a, 101b) to one another, wherein the thermoelectric pellets (101a, 101b) are thermally and electrically connected to a large number of second shunts (103a, 103b) on the opposite side, and the flat tube comprises at least one first and one second subsegment (201, 201a) which are connected to one another at their interface by means of at least one flexible element for compensating thermal stresses which occur, characterized in that the large number of first shunts and the large number of second shunts are arranged in such a way that the thermoelectric pellets are connected or can be connected electrically in series.
A positive electrode active material having an olivinic structure and containing a composite of a compound represented by the general formula Li x Mn y Fe 1-y PO 4, where 0<x≤1 and 0.5<y<0.95 and an electrification agent in an amount of 0.5 to 20 parts by weight to 100 parts by weight of Li x Mn y Fe 1-y PO 4, wherein the Li x Mn y Fe 1-y PO 4 has a grain size not larger than 10 μm, with the Brunauer-Emmett-Teller specific surface area being not less than 0.5 m 2 /g.
A refrigerator comprising: a display unit to display the inner shape of the refrigerator including a plurality of storage spaces, in a first area and to visually display designated information; a memory having storage information on stored items stored in each of the plurality of storage spaces; and a controller to display icons indicating at least one of kinds and the numbers of the stored items stored in each of the plurality of storage spaces of the inner shape of the refrigerator according to the storage information, wherein the controller displays a second area including icons respectively corresponding to a plurality of stored items storable in the plurality of storage spaces on a touch screen of the display unit, characterized in that the controller, if an icon from among the icons of the second area is dragged to a storage space from among the plurality of storage spaces, displays a popup window to set storage information on a stored item corresponding to the icon on the touch screen, wherein, the controller, when a first storage space from among the plurality of storage spaces is selected by touch input through the touch screen, provides designated visual effects to the first storage space so as to visually discriminate the first storage space from other storage spaces, and wherein the designated visual effects include change of the color of the first storage space and magnification of the first storage space at a designated rate. a display unit to display the inner shape of the refrigerator including a plurality of storage spaces, in a first area and to visually display designated information; a memory having storage information on stored items stored in each of the plurality of storage spaces; and a controller to display icons indicating at least one of kinds and the numbers of the stored items stored in each of the plurality of storage spaces of the inner shape of the refrigerator according to the storage information, wherein the controller displays a second area including icons respectively corresponding to a plurality of stored items storable in the plurality of storage spaces on a touch screen of the display unit, characterized in that the controller, if an icon from among the icons of the second area is dragged to a storage space from among the plurality of storage spaces, displays a popup window to set storage information on a stored item corresponding to the icon on the touch screen, wherein, the controller, when a first storage space from among the plurality of storage spaces is selected by touch input through the touch screen, provides designated visual effects to the first storage space so as to visually discriminate the first storage space from other storage spaces, and wherein the designated visual effects include change of the color of the first storage space and magnification of the first storage space at a designated rate.
A method of connecting parts relative to one another, the method comprising the steps of - Providing a first part, the first part comprising a first opening; - Providing a second part, the second part comprising thermoplastic material in a solid state, wherein the second part is structured to be capable of connecting a further part to the first part; - Providing the further part to be connected to the first part, the further part comprising a second opening; - Arranging the first part, the second part and the further part relative to one another, so that the second part reaches into the first and second opening, while a cavity with an undercut and a well-defined cavity volume is defined, wherein the first opening is open towards a proximal side and wherein the second part is inserted from the proximal side; - Causing energy to act on the second part until at least a part of the thermoplastic material is caused to liquefy and to fill the cavity; and - Causing the thermoplastic material to re-solidify, thereby anchoring the second part in the first part, characterized in that the second part is pressed towards a distal side during the step of causing energy to act on the second part until the further part is clamped to the first part by the second part, and in that a head (2.4) or flange portion of the second part rests against a rim of the second opening after the step of causing the thermoplastic material to re-solidify. - Providing a first part, the first part comprising a first opening; - Providing a second part, the second part comprising thermoplastic material in a solid state, wherein the second part is structured to be capable of connecting a further part to the first part; - Providing the further part to be connected to the first part, the further part comprising a second opening; - Arranging the first part, the second part and the further part relative to one another, so that the second part reaches into the first and second opening, while a cavity with an undercut and a well-defined cavity volume is defined, wherein the first opening is open towards a proximal side and wherein the second part is inserted from the proximal side; - Causing energy to act on the second part until at least a part of the thermoplastic material is caused to liquefy and to fill the cavity; and - Causing the thermoplastic material to re-solidify, thereby anchoring the second part in the first part,
A method for producing nanofibril cellulose, wherein cellulose based fibre material, in which internal bonds in the cellulose fibre have been weakened by chemical modification, is introduced in a refining gap for separating fibrils, wherein the fibre material is supplied through several counter-rotating rotors (R1, R2, R3...) outwards in the radial direction with respect to the rotation axis of the rotors in such a way that the material is repeatedly subjected to shear and impact forces by the effect of the blades of the different counter-rotating rotors, whereby it is simultaneously fibrillated, wherein the fibrillation is effected by means of impact energy utilizing a series of frequently repeated impacts having varying directions of action caused by several successive impacts from opposite directions, when the fibre material in suspension is repeatedly impacted by the blades of the rotors striking it from opposite directions when the blades rotate in opposite directions at a rotating speed and at a peripheral speed determined by the distance to the rotation axis of the rotors (R1, R2, R3...), wherein the pre-treated cellulose, in which internal bonds in the cellulose fibre have been weakened by chemical modification, is selected from cellulose oxidized by N-oxyl mediated oxidation, carboxymethylated cellulose and cationized cellulose.
Device for the autocalibration of a set of ultrasonic measurement sensors (21, 41) intended to monitor the structure of a component made of composite material during the manufacture thereof, the device including a set of ultrasonic reference sensors (22, 42) positioned close to the component in the same environment as said component, each reference sensor being installed on a calibration chock (23, 43) and being configured so as to be actuated so as to perform an amplitude measurement of a reference echo formed by an ultrasonic wave emitted by the sensor and having passed through the chock (23, 43) on which the reference sensor (22, 42) is installed, this assembly including at least one reference sensor of each of the types of measurement sensor used to monitor the structure of said component; characterized in that the device furthermore includes means configured so as to actuate each of the reference sensors (22, 42) at given instants over the course of the process of manufacturing the component under consideration, perform the measurement of the amplitude of the reference echo received by this sensor and determine the value of the gain control (25, 45) to be applied to this sensor in order to keep the amplitude of the reference echo at a given setpoint value.
An exhaust gas system for a vehicle, comprising: - an arrangement for conveying an exhaust gas stream; - a thermodynamic engine comprising a heat exchanger positioned in the exhaust gas stream for recovery of heat from the exhaust gas stream, the thermodynamic engine comprising a working fluid circulation circuit holding a working fluid, the working fluid comprising a first base component mixed with a first additional component at a selected concentration, and - a first container for storing an amount of at least the first additional component of the working fluid, the first container being fluidly connected to the working fluid circulation circuit, characterized in that the first container is connected downstream of the heat exchanger at a gaseous phase of the working fluid circulation circuit, and that the exhaust gas system is further configured to allow adjustment of a pressure of the working fluid at the gaseous phase of the working fluid circulation circuit to conform with one of a plurality of predetermined conditions, wherein the plurality of predetermined conditions are dependent on different operational conditions for the vehicle. - an arrangement for conveying an exhaust gas stream; - a thermodynamic engine comprising a heat exchanger positioned in the exhaust gas stream for recovery of heat from the exhaust gas stream, the thermodynamic engine comprising a working fluid circulation circuit holding a working fluid, the working fluid comprising a first base component mixed with a first additional component at a selected concentration, and - a first container for storing an amount of at least the first additional component of the working fluid, the first container being fluidly connected to the working fluid circulation circuit,
Transport platform which is intended for loading, moving and/or storing goods and is realised in the form of a steel-beam structure with a floor assembly which is constructed from two longitudinal beams and transverse beams, wherein both a floor corner fitting and a roof corner fitting is arranged at each of the four corner regions of the transport platform, wherein, as seen in a longitudinal direction (x) of the platform, the transport platform is extended beyond the corner fittings (13, 15) by a front projection and a rear projection, which terminate in each case at a front vertical frame and a rear vertical frame, wherein each vertical frame (24, 25) is constructed from vertical struts and a transverse roof strut, which come together at a roof-frame corner, which, as seen in the longitudinal direction (x) of the platform, is connected to the roof-corner fitting via a load-bearing strut, and wherein a supporting strut is supported between the roof-corner fittings arranged in longitudinal alignment in relation to one another, wherein, for the purpose of realising the front projection, the two longitudinal platform beams terminate at the front floor-corner fittings and are extended by longitudinal floor struts, which are reduced in cross section in relation to the same and are attached to the front vertical frame, wherein the front vertical frame has a transverse floor strut, which connects the two longitudinal floor struts to one another at the front, wherein the front projection is offset in a step-like manner from the underside of the platform by a vertical-offset amount (Δz) to form a floor-side free space, and wherein an inner corner region is defined between the respective longitudinal floor strut and an end side of the longitudinal beam of the platform, said inner corner region forming the floor-side free space.
A vehicle opening part, comprising a main body defining an opening closed by a window, attached on at least one upper edge of said opening, said upper edge being formed on an upper branch of said body, said upper branch further comprising a cavity open toward the outside of the body, the opening part further comprising a first trim element attached on the upper branch so as to hermetically close said cavity, the first trim element comprising a projecting part projecting from the upper branch across from the window, such that a functional space extends between said window and said projecting part, the opening part further comprises a second trim element closing said functional space, said opening part being characterized in that said second trim element is attached to the body exclusively by at least one fastening element extending in the functional space between said first trim element and said window, in that the second trim element is attached to the body via an interface part, attached to the body between the upper edge and the first trim element and extending in the functional space, said interface part comprising at least one orifice for receiving the fastening element of the second trim element, and in that the interface part comprises a support branch extending across from the projecting part of the first trim element, said projecting part being attached on said support branch. the opening part further comprises a second trim element closing said functional space, said opening part being characterized in that said second trim element is attached to the body exclusively by at least one fastening element extending in the functional space between said first trim element and said window, in that the second trim element is attached to the body via an interface part, attached to the body between the upper edge and the first trim element and extending in the functional space, said interface part comprising at least one orifice for receiving the fastening element of the second trim element, and in that the interface part comprises a support branch extending across from the projecting part of the first trim element, said projecting part being attached on said support branch.
Apparatus for detecting radioactivity in a target fluid (300, 400), comprising: at least one fluid communication passageway for a target fluid; at least one region of scintillator material for providing light responsive to radioactivity in the target fluid; and at least one solid state light sensor element for providing an output signal responsive to said light; wherein said fluid communication passageway comprises a microchannel (320, 420), the apparatus being characterized in that the microchannel is in a surface of said region of scintillator material (330, 430). at least one fluid communication passageway for a target fluid; at least one region of scintillator material for providing light responsive to radioactivity in the target fluid; and at least one solid state light sensor element for providing an output signal responsive to said light; wherein said fluid communication passageway comprises a microchannel (320, 420), the apparatus being characterized in that the microchannel is in a surface of said region of scintillator material (330, 430).
The compound of Formula A: or a salt or hydrate thereof, wherein; R is phenyl, 3-fluorophenyl, 2,4-difluorophenyl, 3,5-difluorophenyl, an optionally substituted tetrahydropyran, an optionally substituted diazine or an optionally substituted triazole; R' is an optionally substituted phenyl or an optionally substituted triazole; wherein R and R' are chosen such that: (i) when R is phenyl; R' is an optionally substituted triazole; (ii) when R' is an optionally substituted phenyl, R is an optionally substituted triazole; and wherein the optionally substituted phenyl, the optionally substituted tetrahydropyran and the optionally substituted diazine are optionally substituted with one or more electron withdrawing groups chosen from: halogen, a nitro group, a carboxylic acid group or other carbonyl containing functionality; and wherein the optionally substituted triazole is optionally substituted with a C 1-6 alkyl or C 1-6 halogen-substituted alkyl group. R is phenyl, 3-fluorophenyl, 2,4-difluorophenyl, 3,5-difluorophenyl, an optionally substituted tetrahydropyran, an optionally substituted diazine or an optionally substituted triazole; R' is an optionally substituted phenyl or an optionally substituted triazole; (i) when R is phenyl; R' is an optionally substituted triazole; (ii) when R' is an optionally substituted phenyl, R is an optionally substituted triazole;
A method for determining a clearance of an electromechanical brake, in particular of a commercial vehicle, comprising the steps: - activating a clearance determination cycle for the brake, - moving an electromechanical brake actuator by means of a drive motor to a first end position, in which the brake is in a non-applied state, - moving the electromechanical brake actuator by means of the drive motor toward a second end position, wherein the movement of the brake actuator applies at least one brake pad of the brake toward a brake disk, wherein the method is characterized by the following steps: - continuously determining a rotor position (φ) and/or a motor current (i) of the drive motor during the movement of the brake actuator toward the second end position, - determining a contact position, in which the brake pad comes into contact with the brake disk, on the basis of the rotor position (φ) and/or of the motor current (i), - determining a clearance and/or a degree of brake pad wear (V B) on the basis of the determined contact position. - activating a clearance determination cycle for the brake, - moving an electromechanical brake actuator by means of a drive motor to a first end position, in which the brake is in a non-applied state, - moving the electromechanical brake actuator by means of the drive motor toward a second end position, wherein the movement of the brake actuator applies at least one brake pad of the brake toward a brake disk, wherein the method is characterized by the following steps: - continuously determining a rotor position (φ) and/or a motor current (i) of the drive motor during the movement of the brake actuator toward the second end position, - determining a contact position, in which the brake pad comes into contact with the brake disk, on the basis of the rotor position (φ) and/or of the motor current (i), - determining a clearance and/or a degree of brake pad wear (V B) on the basis of the determined contact position.