mhurhangee/ep-ind-claims huggingface dataset:
A base plate for a suction head for a vacuum cleaner comprising a lower face configured so as to be directed towards a surface to be vacuumed, an opposite upper face and a base plate channel open towards the surface to be vacuumed, wherein said lower face consists of a single surface delimited by a perimeter comprising a front side, a rear side and two lateral sides (23, 24), wherein said base plate, during use, is joined to a suction channel and said base plate channel is in fluid communication with the suction channel, wherein said base plate channel extends substantially across the whole width of said base plate, wherein the base plate channel comprises a front edge and a rear edge, wherein the lower face comprises: a first surface extending along the entire front edge of the base plate channel and extending towards the front side of the base plate over a first length; a second surface extending along the entire rear edge of the base plate channel and extending towards the rear side of the base plate over a second length, wherein the first and second surfaces (H1, H2) lie in the same horizontal plane; and a front inclined surface extending from said first surface towards the front side; wherein said front inclined surface is inclined upwards so that the front side is raised with respect to the surface to be vacuumed; wherein said front inclined surface is inclined of a front angle of attack (α) of between 10° and 20°; and wherein said first length is lower than said second length. a first surface extending along the entire front edge of the base plate channel and extending towards the front side of the base plate over a first length; a second surface extending along the entire rear edge of the base plate channel and extending towards the rear side of the base plate over a second length, wherein the first and second surfaces (H1, H2) lie in the same horizontal plane; and a front inclined surface extending from said first surface towards the front side;
A display device comprising: a display panel; a cover including a horizontal part adjacent to an edge of the display panel and a vertical part extended rearward from the horizontal part; a frame including a rear part positioned in a rear of the display panel, a supporting part extended from the rear part (130I, 130P) and a side part; and an optical sheet being positioned between the display panel and the frame, the optical sheet including a hole adjacent to an edge of the optical sheet, wherein the supporting part supports a rear surface of the optical sheet, and the side part of the frame is bent rearward and extended from the supporting part such that the side part of the frame faces the vertical part of the cover, wherein the cover includes a latching portion extended from an inner surface of the horizontal part of the cover, wherein the latching portion is inserted into the hole of the optical sheet, wherein a protrusion formed at the side part of the frame is inserted into a first hole formed at the vertical part of the cover, and wherein a guide protrusion protrudes from a corner area formed by the horizontal part and the vertical part of the cover, and the guide protrusion is inserted into a hole formed in a corner area formed by the supporting part and the side part of the frame. a display panel; a cover including a horizontal part adjacent to an edge of the display panel and a vertical part extended rearward from the horizontal part; a frame including a rear part positioned in a rear of the display panel, a supporting part extended from the rear part (130I, 130P) and a side part; and an optical sheet being positioned between the display panel and the frame, the optical sheet including a hole adjacent to an edge of the optical sheet, wherein the supporting part supports a rear surface of the optical sheet, and the side part of the frame is bent rearward and extended from the supporting part such that the side part of the frame faces the vertical part of the cover, wherein the cover includes a latching portion extended from an inner surface of the horizontal part of the cover, wherein the latching portion is inserted into the hole of the optical sheet, wherein a protrusion formed at the side part of the frame is inserted into a first hole formed at the vertical part of the cover, and wherein a guide protrusion protrudes from a corner area formed by the horizontal part and the vertical part of the cover, and the guide protrusion is inserted into a hole formed in a corner area formed by the supporting part and the side part of the frame.
Method for the energy storage and semiconductor related selection of cells of a modular multilevel power converter, which comprises in each of one or multiple converter branches (1, 2, 3, 4, 5, 6) a plurality of cells which are connected in series, wherein each cell is repeatedly switched within regular or irregular time intervals into an inserted state, in which the cell is actively inserted in the converter branch (1, 2, 3, 4, 5, 6), or a bypassed state, in which the cell is inactive, wherein the charging state of the energy storage component of the cells is balanced among the cells of a converter branch (1, 2, 3, 4, 5, 6) by generating signals for commanding either the inserted state or the bypassed state for each cell of the converter branch (1, 2, 3, 4, 5, 6) by means of an energy storage charging state balancing algorithm, wherein at least one strain parameter of an energy storage component of each of the cells, which is not the charging state or a quantity which characterizes the charging state of the energy storage component, is balanced among the cells of a converter branch (1, 2, 3, 4, 5, 6) by generating signals for commanding either the inserted state or the bypassed state for each cell of the converter branch (1, 2, 3, 4, 5, 6) by means of a strain parameter balancing algorithm, wherein the at least one strain parameter of the energy storage component is the electrical power dissipation loss of the energy storage component, the equivalent series resistance and the thermal impedance of the energy storage component, the storage capacity of the energy storage component and/or the hot-spot temperature of the energy storage component of the cell, wherein the generation of the signals for commanding the inserted state or the bypassed state is performed using a cost function (c 1, c 2, c 3, c 4) which is individually calculated for each of the cells, wherein the cost function (c 1, c 2, c 3, c 4) has as input variables a measured charging state of the energy storage component of the cell and at least one actual strain parameter of the energy storage component of the cell, which is calculated and/or measured, wherein a further input variable of the cost function (c 1, c 2, c 3, c 4) is at least one strain parameter of a power semiconductor component (T 1, T 2, D 1, D 2) of the cell, wherein the signals for commanding the inserted state or the bypassed state are generated by minimizing the cost function (c 1, c 2, c 3, c 4) of the corresponding cell, wherein several strain parameters of the energy storage component and the power semiconductor component (T 1, T 2, D 1, D 2) are weighted within the cost function (c 1, c 2, c 3, c 4) using individual weighting factors for each strain parameter, wherein the weighting factors are adaptively modified during the runtime of the modular multilevel power converter depending on lifetime estimations of a component (C, T 1, T 2, D 1, D 2) of the cell associated with the weighting factor, such that the end of the lifespan of the component (C, T 1, T 2, D 1, D 2) associated with the weighting factor is postponed.
A laundry appliance comprising: a tub having a rear wall; a drum that is rotationally operable within the tub; an air flow path that extends through an air flow port defined within the rear wall, wherein a lint filter is positioned within the air flow port; and a fluid spray system that extends through the rear wall and directs a flow of fluid over the air flow port and the lint filter in a direction generally parallel with an inside surface of the rear wall, wherein the fluid spray system includes a directing nozzle that is configured to direct the flow of fluid in a fan-shaped configuration over the air flow port, characterized in that the directing nozzle includes a spray aperture that is configured to direct the fluid along the inside surface of the rear wall, and the spray aperture is configured to direct the fluid toward an outer edge of the rear wall. a tub having a rear wall; a drum that is rotationally operable within the tub; an air flow path that extends through an air flow port defined within the rear wall, wherein a lint filter is positioned within the air flow port; and a fluid spray system that extends through the rear wall and directs a flow of fluid over the air flow port and the lint filter in a direction generally parallel with an inside surface of the rear wall, wherein the fluid spray system includes a directing nozzle that is configured to direct the flow of fluid in a fan-shaped configuration over the air flow port, characterized in that the directing nozzle includes a spray aperture that is configured to direct the fluid along the inside surface of the rear wall, and the spray aperture is configured to direct the fluid toward an outer edge of the rear wall.
Phospholipid liposomes comprising dihomo-gamma-linolenic acid (DGLA) at a concentration ranging from 0.05% to 0.3% of the phospholipid amount used, the plant estrogen equol at a concentration comprised between 0.1% and 2% of the phospholipid amount used; a compound able to increase cation capacity of the liposome selected from carnitine and its derivative L-propionylcarnitine; a stabilizer selected from cholesterol, cholesterol sulphate and stearylamine.
A float valve comprising: a valve body forming a first walled enclosure and having a first opening in fluid communication with a fluid inlet and a second opening positioned at the top of said valve body in fluid communication with the interior of a tank capable of storing a fluid; a first obturator having a density greater than the density of said fluid, positioned within said valve body; a second obturator having a density which is less than said density of said fluid; and a float connected to said first obturator; characterized in that said first obturator forms a second walled enclosure and has a first opening positioned at the bottom end of said first obturator, a second opening positioned at the top end of said first obturator and at least one perforation in said wall of said first obturator in fluid communication with the interior of said valve body; the second obturator being positioned within said enclosure of said first obturator. a valve body forming a first walled enclosure and having a first opening in fluid communication with a fluid inlet and a second opening positioned at the top of said valve body in fluid communication with the interior of a tank capable of storing a fluid; a first obturator having a density greater than the density of said fluid, positioned within said valve body; a second obturator having a density which is less than said density of said fluid; and a float connected to said first obturator; characterized in that said first obturator forms a second walled enclosure and has a first opening positioned at the bottom end of said first obturator, a second opening positioned at the top end of said first obturator and at least one perforation in said wall of said first obturator in fluid communication with the interior of said valve body; the second obturator being positioned within said enclosure of said first obturator.
A press forming method for a composite material including an upper metal member, a resin member, and a lower metal member, the method comprising: producing the lower metal member having a first coating film and a second coating film respectively bonded to an upper surface and a lower surface thereof; producing the composite material including the upper metal member, a first hot melt member, the resin member, a second hot melt member, and the lower metal member sequentially layered and bonded together; cutting an area spaced inward a predetermined distance from a lengthwise edge of the composite material by using a T-cutter, such that only the lower metal member remains; removing the upper metal member, the first hot melt member, the resin member, and the second hot melt member that are located outside the cut area; and folding the lower metal member by an angle of 180 degrees by using a hemming die such that side surfaces of the upper metal member and the resin member are prevented from being exposed to outside. producing the lower metal member having a first coating film and a second coating film respectively bonded to an upper surface and a lower surface thereof; producing the composite material including the upper metal member, a first hot melt member, the resin member, a second hot melt member, and the lower metal member sequentially layered and bonded together; cutting an area spaced inward a predetermined distance from a lengthwise edge of the composite material by using a T-cutter, such that only the lower metal member remains; removing the upper metal member, the first hot melt member, the resin member, and the second hot melt member that are located outside the cut area; and folding the lower metal member by an angle of 180 degrees by using a hemming die such that side surfaces of the upper metal member and the resin member are prevented from being exposed to outside.
A display generation system comprising: a display processing engine that generates display signals for at least one underlay image having at least one embedded safety pattern and display signals for at least one overlay image so that image anomalies and/or graphical errors are detected with the use of the embedded safety pattern when the underlay image is displayed simultaneously with the overlay image, wherein the displayed overlay image is generated by either the display generation system or some other system or device. a display processing engine that generates display signals for at least one underlay image having at least one embedded safety pattern and display signals for at least one overlay image so that image anomalies and/or graphical errors are detected with the use of the embedded safety pattern when the underlay image is displayed simultaneously with the overlay image, wherein the displayed overlay image is generated by either the display generation system or some other system or device.
LIDAR apparatus for scanning a scanning angle with at least one beam, comprising at least one radiation source for generating the at least one generated beam, comprising a rotatable deflection unit for deflecting the at least one generated beam and comprising a detector for receiving at least one beam reflected at an object, wherein at least two cylindrical lenses (12, 14) are arranged in a beam path of the at least one beam between the radiation source and the deflection unit, and wherein at least one of the at least two cylindrical lenses (12, 14) is rotatable, characterized in that the at least two cylindrical lenses (12, 14) are arranged so as to be offset by an angle with respect to one another.
Blowing tool for a blow molding machine for producing hollow members with an angled neck, comprising a handling device for temporarily introducing at least one blowing mandrel into a blow mold and for calibrating the angled neck, characterized in that - the blowing tool has at least one blowing mandrel retention member, wherein at least one blowing mandrel is arranged on each blowing mandrel retention member, - each blowing mandrel is arranged in an inclined manner with respect to the horizontal at a corresponding angle of inclination and - the handling device comprises a biaxial system which is configured to move each blowing mandrel retention member in a first direction and/or a second direction which is different from the first direction within a plane. - the blowing tool has at least one blowing mandrel retention member, wherein at least one blowing mandrel is arranged on each blowing mandrel retention member, - each blowing mandrel is arranged in an inclined manner with respect to the horizontal at a corresponding angle of inclination and - the handling device comprises a biaxial system which is configured to move each blowing mandrel retention member in a first direction and/or a second direction which is different from the first direction within a plane.
A method for extracting aromatic dicarboxylic acids from an effluent of a basic depolymerization reaction of polycondensates containing metal carboxylates of the aromatic dicarboxylic acid to be extracted, in which a mineral acid or an organic acid is added to this effluent and has at least a pKs value that is greater than or equal to that of the underlying aromatic dicarboxylic acid of the polycondensate.
Adjustment device for motor vehicles or the like, having at least one protective element, in particular in the form of a cover to enable a construction in which an interior region (10.2) is closable behind the protective element, and having a functional unit which is arranged in the interior region (10.2) behind the protective element, and having at least one drive by which the protective element is movable between at least two end positions (IIa, IIb), namely into a closing position (IIa) in which the protective element closes the interior region (10.2), and into an opening position (IIb) in which the protective element opens the interior region (10.2), wherein the functional unit contains a camera unit, a closing cylinder and/or an actuating element, wherein the protective element is additionally fixed in form-fitting and/or force-fitting manner in the region of the end positions (IIa, IIb) in order to retain the protective element in said end positions (IIa, IIb) even against the effects of disruptive mechanical influences, wherein the functional unit is attached firmly to an inner side (12.2) of the protective element and follows a movement of the protective element.
A steering method of an industrial truck (100, 200) comprising a drive and having at least three steerable wheels (2, 3, 4, 5), with at least one of the at least three steerable wheels (2, 3, 4, 5) being steered by means of at least one steering setpoint value transmitter, and the angular positions (α) of the at least one steered wheel of the at least three steerable wheels (2, 3, 4, 5) being detected and compared with angle setpoint values provided by a steering computer, and an electrical power electronics unit being controlled according to the setpoint/actual value difference thus determined, said power electronics unit being able to supply electrical energy to a steering motor (6, 7, 8, 9) associated with the at least one steered wheel, characterized in that in case of a malfunction determined with respect to the wheel of an axle, the steerable wheel concerned, and possibly each further steerable wheel belonging to the same axle, is displaced into an angular position by means of the steering computer, which corresponds to a neutral position for the steering programme selected in each case, and that accordingly only the steered wheels, which do not belong to said axle, are steered within the meaning of a setpoint/actual value compensation of the angular positions of said wheels with the corresponding angle setpoint values.
A communication method in a wireless communication network including a plurality of terminals, the method comprising: each of first and second terminals controlling a function of belonging to a group; the first terminal broadcasting a control frame to search for another terminal or another group in vicinity, wherein the control frame includes, as arbitrary information embedded therein, first notification information indicating a content to be delivered by the first terminal, wherein the second terminal uses the first notification information received from the first terminal to determine whether or not the content is shared with the first terminal. each of first and second terminals controlling a function of belonging to a group; the first terminal broadcasting a control frame to search for another terminal or another group in vicinity, wherein the control frame includes, as arbitrary information embedded therein, first notification information indicating a content to be delivered by the first terminal, wherein the second terminal uses the first notification information received from the first terminal to determine whether or not the content is shared with the first terminal.
A method for operating a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, a synchronization signal/physical broadcasting channel, SS/PBCH, block for a master information block, MIB, including a system information block 1 control resource set, SIB 1 CORESET, configuration, wherein the SIB 1 CORESET configuration comprises a frequency location for the SIB 1 CORESET, a number of resource blocks, RBs, for the SIB1 CORESET, and information of time domain resources for the SIB1 CORESET; determining an initial active bandwidth part, BWP, based on the number of RBs for the SIB1 CORESET; receiving a physical downlink control channel, PDCCH, in at least one time-frequency resource within the SIB 1 CORESET based on the frequency location for the SIB1 CORESET and the time domain resources for the SIB1 CORESET, wherein the PDCCH includes scheduling information of a physical downlink shared channel, PDSCH, for a system information block 1, SIB 1, within the initial active BWP. receiving, from a base station, a synchronization signal/physical broadcasting channel, SS/PBCH, block for a master information block, MIB, including a system information block 1 control resource set, SIB 1 CORESET, configuration, wherein the SIB 1 CORESET configuration comprises a frequency location for the SIB 1 CORESET, a number of resource blocks, RBs, for the SIB1 CORESET, and information of time domain resources for the SIB1 CORESET; determining an initial active bandwidth part, BWP, based on the number of RBs for the SIB1 CORESET; receiving a physical downlink control channel, PDCCH, in at least one time-frequency resource within the SIB 1 CORESET based on the frequency location for the SIB1 CORESET and the time domain resources for the SIB1 CORESET, wherein the PDCCH includes scheduling information of a physical downlink shared channel, PDSCH, for a system information block 1, SIB 1, within the initial active BWP.