mhurhangee/ep-ind-claims huggingface dataset:
Welding apparatus with an integrated operating unit having setting elements or switching elements and at least one display unit (31, 51, 52), and a memory for storing data as well as interfaces are arranged in the welding apparatus, and the various parameters, functions and/or operating modes are set or edited by a menu-driven system, characterized in - that a function sequence, comprising several setting options, in particular parameters or menu items, is presented in the form of a function curve, - that corresponding setting elements, in particular the left/right buttons (32, 33), are provided or used in order to select or activate the parameters or menu items in the function curve and - that display units are arranged in the course of the function curve so that corresponding selection enables the actual values or desired values to be displayed at the at least one display element (31, 51, 52). - that a function sequence, comprising several setting options, in particular parameters or menu items, is presented in the form of a function curve, - that corresponding setting elements, in particular the left/right buttons (32, 33), are provided or used in order to select or activate the parameters or menu items in the function curve and - that display units are arranged in the course of the function curve so that corresponding selection enables the actual values or desired values to be displayed at the at least one display element (31, 51, 52).
Hand-held kitchen appliance, in particular a stick blender, comprising a housing with at least one first and one second housing shell and a fixing means for connecting the two housing shells (56, 57) to each other, wherein the fixing means has a clamping element, which engages on the first housing shell on at least two separate fixing points and presses the first housing shell against the second housing shell at the two fixing points, characterised in that the clamping element is formed by a housing clamping cover which is in particular separate from the housing shells (56, 57) and is connected to the two housing shells (56, 57) along a second connecting line in a gap-free manner, wherein the clamping element is embodied as an at least two-armed hook, with which the first housing shell is pulled toward the second housing shell.
Heating, ventilation and/or air-conditioning device for a motor vehicle, comprising: - a flow channel for a main air stream, - a first evaporator located in said flow channel, said evaporator allowing condensates from said main airstream to flow under gravity upon contact with said evaporator, - a path for bypassing the evaporator that is taken by a secondary air stream, - means (5, 9) for managing the condensates located in the path for bypassing the evaporator, said means (5, 9) for managing the condensates comprise a bowl for collecting the condensates, said bowl having an upper section which is larger than the lower section of the evaporator, the bowl being designed in a leak tight material, on the one hand so that there is no leakage of the condensates into the bypass path, and on the other hand so that there is no infiltration of air into the bowl, characterized in that, said bowl being in the form of a W with two planar interior lateral walls having an inclination and two planar outer lateral walls not having an inclination and extending two lateral faces of the evaporator, the inner lateral walls starting at the centre of the bowl and each being oriented towards an outer lateral wall two lateral evacuation ducts being located at the two bottom points of the W. - a flow channel for a main air stream, - a first evaporator located in said flow channel, said evaporator allowing condensates from said main airstream to flow under gravity upon contact with said evaporator, - a path for bypassing the evaporator that is taken by a secondary air stream, - means (5, 9) for managing the condensates located in the path for bypassing the evaporator, said means (5, 9) for managing the condensates comprise a bowl for collecting the condensates, said bowl having an upper section which is larger than the lower section of the evaporator, the bowl being designed in a leak tight material, on the one hand so that there is no leakage of the condensates into the bypass path, and on the other hand so that there is no infiltration of air into the bowl, characterized in that, said bowl being in the form of a W with two planar interior lateral walls having an inclination and two planar outer lateral walls not having an inclination and extending two lateral faces of the evaporator, the inner lateral walls starting at the centre of the bowl and each being oriented towards an outer lateral wall two lateral evacuation ducts being located at the two bottom points of the W.
A power circuit device, comprising - a rectifier circuit, - an inverter, - a common mode coil provided on an input side of the rectifier circuit, - a first electrical wire that connects the common mode coil with a positive polarity side of the rectifier circuit of which the output is connected to a positive polarity side of the inverter, - a second electrical wire that connects the common mode coil with a negative polarity side of the rectifier circuit of which the output is connected to a negative polarity side of the inverter, - a conductive plate, - a bypass capacitor wherein the bypass capacitor is divided into a first bypass capacitor connected between the first electrical wire and the conductive plate, and a second bypass capacitor connected between the second electrical wire and the conductive plate, - a ground wire terminal configured to connect a load of the inverter to a ground potential, and - a metal frame, wherein the metal frame is divided into a first metal frame and a second metal frame, the first metal frame is connected to the conductive plate by an inductor or a resistor, the second metal frame is connected to the ground wire terminal, wherein a first noise loop comprises the first metal frame, the inverter, the second metal frame, the ground wire terminal and the conductive plate, and a second noise loop comprises the inverter, the second metal frame, the ground wire terminal, the conductive plate and the bypass capacitor, and wherein a value of the inductor or a value of the resistor is determined such that the impedance of the first noise loop is higher than the impedance of the second noise loop. - a rectifier circuit, - an inverter, - a common mode coil provided on an input side of the rectifier circuit, - a first electrical wire that connects the common mode coil with a positive polarity side of the rectifier circuit of which the output is connected to a positive polarity side of the inverter, - a second electrical wire that connects the common mode coil with a negative polarity side of the rectifier circuit of which the output is connected to a negative polarity side of the inverter, - a conductive plate, - a bypass capacitor wherein the bypass capacitor is divided into a first bypass capacitor connected between the first electrical wire and the conductive plate, and a second bypass capacitor connected between the second electrical wire and the conductive plate, - a ground wire terminal configured to connect a load of the inverter to a ground potential, and - a metal frame, wherein the metal frame is divided into a first metal frame and a second metal frame, the first metal frame is connected to the conductive plate by an inductor or a resistor, the second metal frame is connected to the ground wire terminal, wherein a first noise loop comprises the first metal frame, the inverter, the second metal frame, the ground wire terminal and the conductive plate, and a second noise loop comprises the inverter, the second metal frame, the ground wire terminal, the conductive plate and the bypass capacitor, and
A hydraulically actuated piston guided in a cylinder, wherein the piston has an impact surface that borders an impact space on the piston side provided between the piston and cylinder, wherein hydraulic fluid can further act on the impact surface by enlarging the impact space in order to move the piston in an impact direction (r), wherein a hydraulic chamber filled with the hydraulic fluid is formed, which acts on the piston in relation to the impact surface by way of a rear surface relative to the impact direction (r), wherein a volume of the hydraulic chamber diminishes based on the enlargement of the impact space, forcing hydraulic fluid out of the hydraulic chamber via a limiting device, characterized in that the limiting device is further designed with a kind of a throttling effect where a quasi-closed hydraulic chamber comes about given the elimination of a counter-pressure on the piston, and the hydraulic fluid in the hydraulic chamber can be exposed to a high stress by a piston that shoots out.
An impact absorbing structure for a vehicle comprising: a resin frame member extending in a vehicle front-rear direction and including an opening portion in a surface thereof on one side in a vehicle width direction; and a strut member disposed in the opening portion of the frame member, wherein the frame member includes a frame body having the opening portion, and a rib (12u, 12d) protruding at least either upward or downward from the frame body and extending in the vehicle front-rear direction, and the strut member is disposed between a pair of opening edges (15u, 15d) for defining an upper edge and a lower edge of the opening portion, and at a position abuttable against the paired opening edges (15u, 15d), when the frame member is deformed by input of a load at a time of oblique collision from upward or oblique collision from downward, characterized in that a gap (Su, Sd) is formed along the vehicle front-rear direction and in at least one of positions between the upper opening edge and an upper end of the strut member, and between the lower opening edge and a lower end of the strut member. a resin frame member extending in a vehicle front-rear direction and including an opening portion in a surface thereof on one side in a vehicle width direction; and a strut member disposed in the opening portion of the frame member, wherein the frame member includes a frame body having the opening portion, and a rib (12u, 12d) protruding at least either upward or downward from the frame body and extending in the vehicle front-rear direction, and the strut member is disposed between a pair of opening edges (15u, 15d) for defining an upper edge and a lower edge of the opening portion, and at a position abuttable against the paired opening edges (15u, 15d), when the frame member is deformed by input of a load at a time of oblique collision from upward or oblique collision from downward,
Method of a polymethylmethacrylate (PMMA) layer removal from a graphene surface, wherein the PMMA layer covers a graphene layer located on a substrate, comprising: - subjecting the PMMA layer to deep ultraviolet light irradiation, to facilitate the removal of the PMMA layer from the graphene surface; - treating the irradiated PMMA layer in order to remove the PMMA layer from the graphene surface; - drying the cleaned graphene layer located on the substrate in a stream of nitrogen gas, whereas the irradiation is performed by photo-exposure of the PMMA layer with a UV-C band source, and the treatment is performed by a development of the photoexposed PMMA layer in an alcohol/deionized water mixture. - subjecting the PMMA layer to deep ultraviolet light irradiation, to facilitate the removal of the PMMA layer from the graphene surface; - treating the irradiated PMMA layer in order to remove the PMMA layer from the graphene surface; - drying the cleaned graphene layer located on the substrate in a stream of nitrogen gas, whereas the irradiation is performed by photo-exposure of the PMMA layer with a UV-C band source, and the treatment is performed by a development of the photoexposed PMMA layer in an alcohol/deionized water mixture.
An electromagnetic wave reflecting structure, adapted for guiding an electromagnetic wave emitted from an electromagnetic wave source to be reflected at a reflected wave pointing angle, the electromagnetic wave being incident at an incident wave pointing angle and having an operating frequency, the electromagnetic wave reflecting structure comprising: a substrate having a surface on which a reference point is defined; and a plurality of reflecting elements disposed on the surface; wherein a size of the i-th reflecting element among the reflecting elements is related to a reflection phase shift of the i-th reflecting element on the substrate and a reflection phase of any one of the reflecting elements at the operating frequency, and the reflection phase shift is related to a coordinate location of the i-th reflecting element with respect to the reference point, an wave number at the operation frequency, the reflected wave pointing angle, and an incident distance of the electromagnetic wave source to the i-th reflecting element; each reflecting element includes two first metal sheets and two second metal sheets, each first metal sheet has a horseshoe shape, the first metal sheets are arranged facing each other along a first direction to form a rectangle, a first spacing is defined between the first metal sheets, each second metal sheet is substantially rectangular, the second metal sheets are arranged side by side along a second direction in the rectangle formed by the first metal sheets, the first direction and the second direction are different directions, a second spacing is defined between the second metal sheets, and the size is a length of any one of the second metal sheets. a substrate having a surface on which a reference point is defined; and a plurality of reflecting elements disposed on the surface; wherein a size of the i-th reflecting element among the reflecting elements is related to a reflection phase shift of the i-th reflecting element on the substrate and a reflection phase of any one of the reflecting elements at the operating frequency, and the reflection phase shift is related to a coordinate location of the i-th reflecting element with respect to the reference point, an wave number at the operation frequency, the reflected wave pointing angle, and an incident distance of the electromagnetic wave source to the i-th reflecting element; each reflecting element includes two first metal sheets and two second metal sheets, each first metal sheet has a horseshoe shape, the first metal sheets are arranged facing each other along a first direction to form a rectangle, a first spacing is defined between the first metal sheets, each second metal sheet is substantially rectangular, the second metal sheets are arranged side by side along a second direction in the rectangle formed by the first metal sheets, the first direction and the second direction are different directions, a second spacing is defined between the second metal sheets, and the size is a length of any one of the second metal sheets.
Method for adjusting an operating width of a plough, wherein the plough position on a field is sensed with a location-determining system, characterized in that the field is divided into at least one section with two straight section boundaries (41, 43), in that a central point is determined as a point of intersection of the section boundaries (41, 43) or of their virtual extensions, in that a distance between the plough position and one of the section boundaries is calculated along an arc about the central point, and the operating width of the plough is determined and/or adjusted by means of the distance.
A method for feeding laundry items to a laundry treatment installation, in particular a mangle, wherein a transverse periphery is stretched by a spreading installation having spreader clamps for holding adjacent corner regions of the transverse periphery of the laundry item and the laundry item herein is spread out, and the spread-out laundry item by way of the stretched front transverse periphery is deposited onto an infeed conveyor or a depositing strip, wherein each spreader clamp has a clamping jaw, characterized in that, prior to the laundry items being deposited onto the infeed conveyor or the depositing strip, the corner regions held by the spreader clamps are moved, with the clamping jaws closed, through the spreader clamps up to the outermost corner points of the corner regions.
A freeze-dried composition comprising a live, attenuated flavivirus vaccine, one or more stabilizers, lactose, amorphous mannitol, and one or more buffer components.
A container raising/lowering conveyance apparatus including four gripping raising/lowering bodies (45a to 46b) capable of being respectively horizontally fitted to and detached from four corners of an article-conveyance container, said apparatus having a configuration where central raising/lowering link members (82 and 88), capable of being raised and lowered, are disposed at central positions of respective edges of a right-angled parallelogram surrounded by the four gripping raising/lowering bodies (45a to 46b) in a planar view, and each of the central raising/lowering link members (82 and 88) and the gripping raising/lowering bodies (45a to 46b) at both sides thereof are coupled to each other by at least one pair of upper and lower rocking parallel links (83a to 84a and 89a to 90a) capable of rocking in the vertical direction, wherein, in a state where the gripping raising/lowering bodies (45a to 46b) at both sides coupled to the central raising/lowering link members (82 and 88) are separated furthest from each other, the rocking parallel links (83a to 84b and 89a to 90b) are inclined obliquely upward from the corresponding central raising/lowering link members (82 and 88) toward the gripping raising/lowering bodies (45a to 46b) at both sides.
Heel strap for swimming fins with an open foot pocket, comprising a tubular element made of elastomeric material with a hole and end elements (4, 8) for coupling to the foot pocket of the fin, wherein each end element (4, 8) is provided with a seat (404, 408) in which at least one constriction (504, 508) is produced and through which, on one side, an end of the tubular element is inserted, which is consequently elastically compressed at said constriction (504, 508) and expands after passing through the same, there being inserted on the other side of said seat (404, 408) and of said constriction (504, 508) an element for locking the length of tubular element that has passed through said constriction (504, 508) in the hole, so as to elastically expand it and to prevent, in combination with said constriction (504, 508), said tubular element from being separated from said end coupling elements (4, 8) which are thereby permanently coupled, said locking element being provided with an outer diameter that is approximately the same as the inner diameter of the constriction, characterized in that a final element (6, 9) for partial locking of said end elements (4, 8) in position is provided, said end coupling elements (4, 8) comprising at least one pin (104, 108) provided with radially projecting tabs (704, 708), said tabs (704, 708) being adapted to be inserted inside a seat produced in the foot pocket of the fin following a certain degree of rotation of said end coupling element (4, 8), each of said end coupling elements (4, 8) being provided with a seat (204, 908) for housing said final element (6, 9) for partial locking of said end elements (4, 8) in position, said final element (6, 9) being adapted to allow a certain degree of oscillation of said end elements (4, 8) and, at the same time, to prevent their release from said seat produced in the foot pocket.
A method for producing a graphite powder for use as a lithium secondary battery negative electrode material, the method comprising: melt-mixing a coke powder and a carbon precursor binder so that an amount of fixed carbon included in the carbon precursor binder is 5 to 15 parts by mass based on 100 parts by mass of the coke powder, to prepare a mixture, and pressing the mixture to prepare a compact, wherein the mixture is pressed using a cold isostatic pressing method at a pressure of 9.8 to 98 MPa (100 to 1000 kgf/cm 2) the coke powder being obtained by heating a green coke powder at 600 to 1450°C in a non-oxidizing atmosphere, the green coke powder having a cumulative particle size at 50% in a volumetric cumulative particle size distribution measured using laser diffraction of 5 to 50 μm; heating the compact in a non-oxidizing atmosphere to effect carbonization and graphitization to obtain a graphitized compact; and grinding the graphitized compact, wherein the carbon precursor binder is coal tar pitch or a mixture of coal tar pitch and anthracene oil. melt-mixing a coke powder and a carbon precursor binder so that an amount of fixed carbon included in the carbon precursor binder is 5 to 15 parts by mass based on 100 parts by mass of the coke powder, to prepare a mixture, and pressing the mixture to prepare a compact, wherein the mixture is pressed using a cold isostatic pressing method at a pressure of 9.8 to 98 MPa (100 to 1000 kgf/cm 2) the coke powder being obtained by heating a green coke powder at 600 to 1450°C in a non-oxidizing atmosphere, the green coke powder having a cumulative particle size at 50% in a volumetric cumulative particle size distribution measured using laser diffraction of 5 to 50 μm; heating the compact in a non-oxidizing atmosphere to effect carbonization and graphitization to obtain a graphitized compact; and grinding the graphitized compact, wherein the carbon precursor binder is coal tar pitch or a mixture of coal tar pitch and anthracene oil.
Lighting and heating element with light sources, preferably LED lights, and a heating element, characterized in that a jacket body with a thermally insulating jacket core is provided, which is enclosed by an outer sheath, wherein the heating element is designed as an electrical surface heating element resting between the outer sheath and the jacket core on the inside of the outer sheath, and the light sources are arranged in an axial aperture of the jacket body, or on a base body resting on the jacket body in the axial direction.
Decoupling mat comprising a continuous plastics layer which is for example produced by means of thermoforming and comprises cup-like depressions that are open on one side, and a cover layer applied to the plastics layer preferably in order to close the cup-like depressions, the cup-like depressions being filled with an absorbent hard material such as expanded clay, characterised in that the cover layer is provided with a self-adhesive sheet.
A solid material of a compound according to formula I, cyclo-(Arg-Gly-Asp-DPhe-NMeVal) wherein said solid material comprises one or more crystalline forms of the compound of formula I, characterised by a unit cell with the lattice parameters a = 9.5 ±0.5 Å, b = 23. 0 ± 5.0 Å, and c = 14.7 ± 1.0 Å, wherein the unit cell is monoclinic or orthorhombic. a = 9.5 ±0.5 Å, b = 23. 0 ± 5.0 Å, and c = 14.7 ± 1.0 Å,