mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display panel having a back surface and a front surface; a side frame extending along a side of the display panel and comprising an outer frame and an inner frame, wherein the outer frame and the inner frame form a stepped portion, wherein the inner frame has a flat portion forming a front surface of the side frame, and wherein the outer frame has an inclined surface positioned on the outside of the side frame, inclining backwards from the flat portion, and forming an exterior surface of the display device; a main frame being a plate, wherein the main frame is fixed to the stepped portion of the side frame, so that a side of the main frame contacts an inside of the outer frame, and a front surface of the main frame contacts a back surface of the inner frame; a light source between the display panel and the main frame; an adhesive member attached to a front surface of the flat portion of the side frame, wherein a part of the back surface of the display panel is attached to the flat portion of the side frame by the adhesive member; and a panel cover covering a side of the display panel, extending between the front and back surfaces of the display panel, wherein the panel cover is exposed to the outside and positioned in front of the front surface of the side frame. a display panel having a back surface and a front surface; a side frame extending along a side of the display panel and comprising an outer frame and an inner frame, wherein the outer frame and the inner frame form a stepped portion, wherein the inner frame has a flat portion forming a front surface of the side frame, and wherein the outer frame has an inclined surface positioned on the outside of the side frame, inclining backwards from the flat portion, and forming an exterior surface of the display device; a main frame being a plate, wherein the main frame is fixed to the stepped portion of the side frame, so that a side of the main frame contacts an inside of the outer frame, and a front surface of the main frame contacts a back surface of the inner frame; a light source between the display panel and the main frame; an adhesive member attached to a front surface of the flat portion of the side frame, wherein a part of the back surface of the display panel is attached to the flat portion of the side frame by the adhesive member; and a panel cover covering a side of the display panel, extending between the front and back surfaces of the display panel, wherein the panel cover is exposed to the outside and positioned in front of the front surface of the side frame.
A method of transmitting a high-definition video signal, the method comprises: deriving a luminance component and a chrominance component from the high-definition video signal; and transmitting the luminance component and the chrominance component using a transmission mode of an analog signal; wherein the band in which the luminance component is transmitted doesn't overlap the band in which the chrominance component is transmitted; wherein the transmitting the luminance component and the chrominance component using a transmission mode of an analog signal comprises: converting the luminance component into a quantized luminance value for the baseband transmission; obtaining a quantized value of the chrominance component by processing the chrominance component; and superimposing the quantized luminance value and the quantized value of the chrominance component, and converting the superimposed signal into an analog signal for transmission. deriving a luminance component and a chrominance component from the high-definition video signal; and transmitting the luminance component and the chrominance component using a transmission mode of an analog signal; wherein the band in which the luminance component is transmitted doesn't overlap the band in which the chrominance component is transmitted; wherein the transmitting the luminance component and the chrominance component using a transmission mode of an analog signal comprises: converting the luminance component into a quantized luminance value for the baseband transmission; obtaining a quantized value of the chrominance component by processing the chrominance component; and superimposing the quantized luminance value and the quantized value of the chrominance component, and converting the superimposed signal into an analog signal for transmission. converting the luminance component into a quantized luminance value for the baseband transmission; obtaining a quantized value of the chrominance component by processing the chrominance component; and superimposing the quantized luminance value and the quantized value of the chrominance component, and converting the superimposed signal into an analog signal for transmission.
Rotary electric machine, in particular electric motor, having a winding (52a, 52b) and having an electronic control device, as well as having an electrically conductive shielding plate arranged between the control device and the winding (52a, 52b) and having a connection device, which has at least one coupling element for the electrical connection of the control device to one or more lines, and a mass element provided for the connection to an electric mass potential, wherein the shielding plate is connected to the mass element in an electrically conductive manner by means of a sheet metal tongue (22, 39) via a first electric pressure contact, characterised in that - the sheet metal tongue (22, 39) is conductively connected to the mass element by means of a connection conductor electrically contacted with said sheet metal tongue (22, 39) by way of a pressure contact, - the control device has a circuit board having conductor tracks, and - the connection conductor comprises at least one portion of a conductor track of the control device. - the sheet metal tongue (22, 39) is conductively connected to the mass element by means of a connection conductor electrically contacted with said sheet metal tongue (22, 39) by way of a pressure contact, - the control device has a circuit board having conductor tracks, and - the connection conductor comprises at least one portion of a conductor track of the control device.
A system for manufacturing a kitchen arrangement for a cabin of an airplane, comprising a primary module (4, 62, 84), the primary module having an electrical energy supply device, a cooling device, and at least one supply connection for supplying the primary module (4, 62, 84) with a requisite, the system further comprising at least one auxiliary module (6, 58, 78, 88) that is couplable with the primary module (4, 62, 84), wherein the cooling device is set up to provide a stream of cooled fluid to a fluid outlet (18, 44), wherein at least one outer boundary surface (8, 20, 70) of the primary module (4, 62, 84) comprises an electrical connection coupled with the electrical energy supply device and a fluid connection (22, 48) coupled with the fluid outlet (18, 44), wherein the at least one outer boundary surface (8, 20, 70) is adjusted for coupling with an auxiliary module (6, 58, 78, 88) of the at least one auxiliary module (6, 58, 78, 88) having a correspondingly shaped boundary surface, wherein the connection of the at least one outer boundary surface of the primary module with the correspondingly shaped boundary surface of the auxiliary module forms a kitchen arrangement, wherein the primary module (4, 62, 84) comprises a base section, a top section arranged thereon, and a working surface arranged between the base section and top section, wherein the working surface comprises a hollow space, which has an air outlet directed toward the base section, and is joined with a cooling air outlet of the cooling device, and wherein the hollow space further comprises the fluid outlet (18, 44), which is a cooling air connection (18, 44) that empties into the at least one outer boundary surface (8, 20, 70).
An aerial user equipment that is configured to float in air, the aerial user equipment comprising: a control unit that is configured to receive information regarding interference with a first base station device from a second base station device, the first base station device being not a communication partner, the second base station device being the communication partner, and to control transmission on a basis of the information regarding the interference and of an altitude of the aerial user equipment, characterized in that the control unit is configured to control a transmission beamform on the basis of the information and of the altitude of the aerial user equipment, and the information regarding the interference includes information regarding a beamform resulting from the interference with the first base station device. a control unit that is configured to receive information regarding interference with a first base station device from a second base station device, the first base station device being not a communication partner, the second base station device being the communication partner, and to control transmission on a basis of the information regarding the interference and of an altitude of the aerial user equipment, characterized in that the control unit is configured to control a transmission beamform on the basis of the information and of the altitude of the aerial user equipment, and the information regarding the interference includes information regarding a beamform resulting from the interference with the first base station device.
A pressurised boiler for a steam generator appliance comprising an evaporation chamber, an electric heater in good thermal contact with a wall of the evaporation chamber, a water inlet arranged in a cover of the evaporation chamber separate from said wall, wherein the wall and the cover of the evaporation chamber each comprise a sealing surface substantially parallel to the direction in which the cover is placed on the evaporation chamber having a heat resistant sealing means therebetween and a pump in fluid communication with the water inlet arranged to supply water to the evaporation chamber through the water inlet.
Vehicle battery housing lid system, wherein the system includes: - a vehicle battery housing lid comprising at least one hole for receiving a corresponding bolt, - at least one bolt for fixing an external component on or to the upper face of the surface of the battery housing lid, wherein the at least one bolt is inserted in a close-fitting manner into the at least one hole, wherein the bolt has an elongate body comprising a threaded outer portion and a head arranged at a lower end of the elongate body, so that the elongated body protrudes from one side of the upper surface of the lid and the head of the bolt is on the other side of the lid, the lower part of the elongate body comprising an intermediate portion, wherein the lower part of the intermediate portion contacts the upper part of the head of the bolt, and wherein the outer lateral surface of the intermediate portion is provided with grooves and is configured to contact a part of the inner surface of the corresponding hole of the lid, and - an adhesive that fastens the upper surface of the head of the at least one bolt corresponding to the surface that is closest to the elongate body to a lower surface of the lid, characterised in that the adhesive is arranged on the entire outer lateral surface of the intermediate portion and also on at least half of the upper surface of the head corresponding to the half closest to the intermediate portion. - a vehicle battery housing lid comprising at least one hole for receiving a corresponding bolt, - at least one bolt for fixing an external component on or to the upper face of the surface of the battery housing lid, wherein the at least one bolt is inserted in a close-fitting manner into the at least one hole, wherein the bolt has an elongate body comprising a threaded outer portion and a head arranged at a lower end of the elongate body, so that the elongated body protrudes from one side of the upper surface of the lid and the head of the bolt is on the other side of the lid, the lower part of the elongate body comprising an intermediate portion, wherein the lower part of the intermediate portion contacts the upper part of the head of the bolt, and wherein the outer lateral surface of the intermediate portion is provided with grooves and is configured to contact a part of the inner surface of the corresponding hole of the lid, and - an adhesive that fastens the upper surface of the head of the at least one bolt corresponding to the surface that is closest to the elongate body to a lower surface of the lid,
A processing device (1, 101, 201, 301), in particular for processing workpieces (2, 102) made of wood, wood materials, plastic or the like, - with a device stand (3, 103) with a movable workpiece holder (5, 105) by means of which a workpiece (2, 102) is held movable and can be moved past a tool in order to process the workpiece (2, 102) by means of the tool, - with a guiding device (11, 111) with a tool slide, which is arranged on the guiding device (11, 111) in a shiftable manner, with at least one tool arranged thereon so that the tool is arranged in a shiftable manner, - with a shiftable workpiece supply device (7, 107) by means of which the workpiece (2, 102) can be supplied to the workpiece holder (5, 105), characterised in that at least one additional aggregate (16, 116, 216) for the processing of the workpiece (2, 102) is arranged on the workpiece holder (5, 105), on the guiding device (11, 111) and/or on the workpiece supply device (7, 107), wherein - at least one additional aggregate (16, 116, 216, 316) is arranged on the shiftable workpiece holder (5, 105) and can be shifted with the workpiece holder and/or - at least one additional aggregate (16, 116, 216, 316) is arranged on the shiftable workpiece supply device (7, 107) and can be shifted with the workpiece supply device and/or - at least one additional aggregate (16, 116, 216, 316) is arranged on the fixed guiding device (11, 111) in a fixed manner. - with a device stand (3, 103) with a movable workpiece holder (5, 105) by means of which a workpiece (2, 102) is held movable and can be moved past a tool in order to process the workpiece (2, 102) by means of the tool, - with a guiding device (11, 111) with a tool slide, which is arranged on the guiding device (11, 111) in a shiftable manner, with at least one tool arranged thereon so that the tool is arranged in a shiftable manner, - with a shiftable workpiece supply device (7, 107) by means of which the workpiece (2, 102) can be supplied to the workpiece holder (5, 105), - at least one additional aggregate (16, 116, 216, 316) is arranged on the shiftable workpiece holder (5, 105) and can be shifted with the workpiece holder and/or - at least one additional aggregate (16, 116, 216, 316) is arranged on the shiftable workpiece supply device (7, 107) and can be shifted with the workpiece supply device and/or - at least one additional aggregate (16, 116, 216, 316) is arranged on the fixed guiding device (11, 111) in a fixed manner.
A sampling system comprising: a) a mailing package; b) a self-sampling device comprising: i) a flexible shaft having a handle at one end, wherein the shaft is configured to allow an individual to self-collect a gynecological sample from mucous tissue, and ii) a sample collecting element removably connectable with the other end of the shaft by a snap-fit connection, which is formed by protrusions at an end of the sample collecting element and adapted to snap-fit in grooves, contained in extensions, at the other end of the shaft, and operable to collect a gynecological sample from mucous tissue of an individual; and c) a sealable unit, wherein the unit is configured to store the sample collecting element having a gynecological sample thereon in a sealed form and to be received within the mailing package in the sealed form; and wherein the sample collecting element, the shaft and the sealable unit are configured to allow the sample collecting element to be at least partially inserted within the sealable unit and separated from the shaft by disconnecting the snap-fit connection, without contact of the sample collecting element by an individual, and wherein the protrusions are released from the grooves contained in the extensions by rotation of the sample collecting element. a) a mailing package; b) a self-sampling device comprising: i) a flexible shaft having a handle at one end, wherein the shaft is configured to allow an individual to self-collect a gynecological sample from mucous tissue, and ii) a sample collecting element removably connectable with the other end of the shaft by a snap-fit connection, which is formed by protrusions at an end of the sample collecting element and adapted to snap-fit in grooves, contained in extensions, at the other end of the shaft, and operable to collect a gynecological sample from mucous tissue of an individual; and i) a flexible shaft having a handle at one end, wherein the shaft is configured to allow an individual to self-collect a gynecological sample from mucous tissue, and ii) a sample collecting element removably connectable with the other end of the shaft by a snap-fit connection, which is formed by protrusions at an end of the sample collecting element and adapted to snap-fit in grooves, contained in extensions, at the other end of the shaft, and operable to collect a gynecological sample from mucous tissue of an individual; and c) a sealable unit, wherein the unit is configured to store the sample collecting element having a gynecological sample thereon in a sealed form and to be received within the mailing package in the sealed form; and
A method for producing a material measure, in particular a magnet wheel or a linear material measure, comprising the following method steps in the following sequence: - preparing an elastomeric belt made of an elastomer provided with magnetizable particles, - applying the elastomeric belt to a support that consists at least partially of a material with a high magnetic permeability, in particular a ferromagnetic material, - producing a readable scale consisting of two magnetized marking areas by magnetizing the elastomeric belt in the region of the marking areas, - providing a carrier (7, 17, 27) that is made of a material with lower magnetic permeability, - applying the elastomeric belt with the readable scale to the carrier (7, 17, 27). - preparing an elastomeric belt made of an elastomer provided with magnetizable particles, - applying the elastomeric belt to a support that consists at least partially of a material with a high magnetic permeability, in particular a ferromagnetic material, - producing a readable scale consisting of two magnetized marking areas by magnetizing the elastomeric belt in the region of the marking areas, - providing a carrier (7, 17, 27) that is made of a material with lower magnetic permeability, - applying the elastomeric belt with the readable scale to the carrier (7, 17, 27).
Device for painting or impregnating a joinable wooden workpiece, having at least one nozzle, directed towards the workpiece, wherein the nozzle is disposed on a holder aligned substantially perpendicular to the workpiece longitudinal axis and being suspended in a frame, wherein the holder is formed as rotating assembly and the nozzle is arranged at the rotating assembly, characterised in that the holder is pivotable towards the workpiece longitudinal axis.
A magnetic strip material consisting of a magnetic film that includes a magnetic layer and a flexible cover layer, wherein connecting regions that extend substantially transversely to the longitudinal direction of the strip material are disposed at periodic distances on the strip material such that magnetic labels substantially adjoining each other are formed between the connecting regions, and wherein the connecting regions include at least one region that is incised and/or punched on the cover layer side, in which region at least the flexible cover layer is substantially continuously scored or separated, and at least one fully connected region in which the cover layer does not have any incision and/or punching, the cover layer material thus being continuous between two adjacent magnetic labels in the fully connected region, and wherein in the incised and/or punched region there is no complete separation of the magnetic layer of the magnetic film, and in the fully connected regions there is substantially the full material thickness of the magnetic film, characterised in that the connecting regions include two punched regions that are disposed symmetrically with respect to a central longitudinal axis of the strip material and run transversely to the central longitudinal axis, and fully connected regions that are also disposed symmetrically with the central longitudinal axis.
A system for processing biological material, comprising: a first module and at least a second module, wherein each of said first and second modules has at least the following identical characteristics: a transfer interface being fixedly connectable to a transfer interface of an adjacent one of the modules; a driving means for rotating a storage device for receiving plates (116, 320, 322, 324) or containers (326, 327) carrying lab-ware, cell cultures or liquids to a position, a plate slot of the storage device being aligned with the transfer interface; a frame framing an aperture of the transfer interface, a door (130, 313, 402) being movable between a first position closing said aperture and a second position, in which the aperture is open; wherein the first and second modules are airtight connected with the transfer interface, characterised by a sealing element between the interfaces. a first module and at least a second module, wherein each of said first and second modules has at least the following identical characteristics: a transfer interface being fixedly connectable to a transfer interface of an adjacent one of the modules; a driving means for rotating a storage device for receiving plates (116, 320, 322, 324) or containers (326, 327) carrying lab-ware, cell cultures or liquids to a position, a plate slot of the storage device being aligned with the transfer interface; a frame framing an aperture of the transfer interface, a door (130, 313, 402) being movable between a first position closing said aperture and a second position, in which the aperture is open; wherein the first and second modules are airtight connected with the transfer interface, characterised by a sealing element between the interfaces. a transfer interface being fixedly connectable to a transfer interface of an adjacent one of the modules; a driving means for rotating a storage device for receiving plates (116, 320, 322, 324) or containers (326, 327) carrying lab-ware, cell cultures or liquids to a position, a plate slot of the storage device being aligned with the transfer interface; a frame framing an aperture of the transfer interface, a door (130, 313, 402) being movable between a first position closing said aperture and a second position, in which the aperture is open; wherein the first and second modules are airtight connected with the transfer interface, characterised by a sealing element between the interfaces.