mhurhangee/ep-ind-claims huggingface dataset:
Device for processing bulk material, in particular a mixing device for bulk material, with a container device (10a; 10b) and with an outlet device (13a; 13b), wherein the outlet device (13a; 13b) comprises a base body (14a; 14b) which is configured for a substance-to-substance connection to the container device (10a; 10b)and is embodied as a cast part, wherein the base body (14a; 14b) has a support section with an accommodation for supporting a closure element (17a; 17b), and wherein the outlet device (13a; 13b) comprises the closure element, which is configured for closing off a pass-through opening, wherein the base body (14a; 14b) has a weld edge, which is configured for a substance-to-substance connection with the container device (10a; 10b), wherein the base body (14a; 14b) has a weld section adjoining the weld edge, wherein the weld section has a radial extension of at least 20 mm, wherein the weld section forms a section of the base body (14a; 14b), which is configured to realize the weld edge, wherein for an abutment with the container device (10a; 10b) only a portion of an abutment surface of the base body (14a; 14b) is allocated to the weld section, wherein the radial extension of the abutment surface is at least twice as large as a radial extension of the weld section, wherein for an abutment with the container device (10a; 10b) the abutment surface has a radial extension which in at least one cross-sectional plane is at most by a factor of 10 greater than the radial extension of the weld section, wherein the base body (14a; 14b) has the pass-through opening with a groove for an accommodation of at least one sealing element of the outlet device (13a; 13b), wherein the groove faces radially inwards, and wherein the outlet device (13a; 13b) has the sealing element, characterized in that the base body (14a; 14b) has a material thickness of at most 15 mm in the weld section and that the sealing element has an adjustable sealing geometry, wherein the sealing geometry of the sealing element is modifiable during an operation, wherein the sealing element as an adjustable sealing geometry has a modifiable volume, wherein the locking element is embodied in the form of a flap and is supported pivotably and is in an open position pivotable in a direction that faces away from the abutment surface.
A water extracting device for extracting water vapour from an air stream, comprising: a carrier structure; a substrate of fibrous material provided on the carrier structure, the fibrous material comprising a plurality of individual fibres; a quantity of an LCST polymer coating the individual fibres; and a heating provision arranged to selectively heat the LCST polymer to above its lower critical temperature whereby water absorbed by the fibres can be subsequently released on heating characterised in that the LCST polymer is provided as a layer, coated onto a core of the individual fibres, and the carrier structure comprises a conducting metal foil comprising a plurality of fins, partially separated from each other by cuts, and the fibrous material is provided on the fins. a carrier structure; a substrate of fibrous material provided on the carrier structure, the fibrous material comprising a plurality of individual fibres; a quantity of an LCST polymer coating the individual fibres; and a heating provision arranged to selectively heat the LCST polymer to above its lower critical temperature whereby water absorbed by the fibres can be subsequently released on heating characterised in that the LCST polymer is provided as a layer, coated onto a core of the individual fibres, and the carrier structure comprises a conducting metal foil comprising a plurality of fins, partially separated from each other by cuts, and the fibrous material is provided on the fins.
Conversion element for an electric steering wheel lock for converting a gear movement of a gear means into a bolt movement of a locking bolt, comprising a receiving section for receiving the gear movement from the gear means and a first conversion section for converting the gear movement into a bolt movement of the locking bolt in a first blocking direction and at least one second conversion section for converting the gear movement into a bolt movement of the locking bolt in a second blocking direction, wherein the first blocking direction and the second blocking direction have different orientations.
Tugger train comprising a tractor and at least one trailer as vehicles of the tugger train, at least one vehicle of the tugger train having at least one optical sensor, and the detection range of the optical sensor being oriented such that it registers at least a sub-area of the tugger train and the environment, characterized in that from the data from the optical sensor, one or more of the following items of information are acquired by an associated computing unit: - persons in an interspace between two vehicles of the tugger train; - the number of trailers; - the type of trailers; - dimensions of the trailers; - a possible load of the trailers; - dimensions of a possible load of the trailers, in particular dimensions reaching beyond profile cross sections of the trailer; - destinations of the tugger train. - persons in an interspace between two vehicles of the tugger train; - the number of trailers; - the type of trailers; - dimensions of the trailers; - a possible load of the trailers; - dimensions of a possible load of the trailers, in particular dimensions reaching beyond profile cross sections of the trailer; - destinations of the tugger train.
A method of manufacturing green pepper powder, the method comprising: screening green-colored peppers by sorting and classifying the green-colored peppers by a plurality of levels based on a capsaicin content; performing a first cleaning for removing foreign matters from the green-colored peppers; removing pepper stems and seeds from cleaned green-colored peppers; drying the green-colored peppers without the pepper stems and the seeds to retain greenness and ingredients of the green-colored peppers; and pulverizing dried green-colored peppers to provide a green pepper powder product. screening green-colored peppers by sorting and classifying the green-colored peppers by a plurality of levels based on a capsaicin content; performing a first cleaning for removing foreign matters from the green-colored peppers; removing pepper stems and seeds from cleaned green-colored peppers; drying the green-colored peppers without the pepper stems and the seeds to retain greenness and ingredients of the green-colored peppers; and pulverizing dried green-colored peppers to provide a green pepper powder product.
A coated piston ring comprising a piston ring base and a hard carbon coating film formed at least on an outer peripheral sliding surface of the piston ring base and containing substantially no hydrogen, wherein the hard carbon coating film has an sp 2 content ratio ranging from 40% to 80% measured in a TEM-EELS spectrum where transmission electron microscopy, "TEM", and electron energy-loss spectroscopy, "EELS", are combined together, and an area ratio of contained macro particles on a surface of the hard carbon coating film to the outer periphery of the piston ring ranges from 1.5% to 10.0%; wherein the hard carbon coating film has a surface roughness of an initial wear height Rpk according to DIN 4776 standards of 0.15 μm or smaller; and wherein the hard carbon coating film is formed to have a film thickness of at least 5 μm.
Method for controlling a cooking appliance with a temperature sensor, the cooking appliance comprising at least one heating power transferring element for heating a cookware item placed on a cooking support, the method comprising the steps of: - gathering temperature information related to the cookware item content with the temperature sensor in the cookware item, - after a heat-up process, gathering information regarding a power reduction action initiated by a user input; - evaluating temperature information provided by the temperature sensor, said temperature information being correlated with the temperature of the cookware item content; - providing temperature lock information to the user if the variation of the temperature of the cookware content is equal or lower than a certain temperature variation value; - after providing temperature lock information, receiving temperature lock confirmation from the user; - after receiving temperature lock confirmation, controlling the provision of heat energy to the cookware item or the cookware content based on temperature information provided by the temperature sensor such that the temperature of the cookware item content is maintained within a given temperature range. - gathering temperature information related to the cookware item content with the temperature sensor in the cookware item, - after a heat-up process, gathering information regarding a power reduction action initiated by a user input; - evaluating temperature information provided by the temperature sensor, said temperature information being correlated with the temperature of the cookware item content; - providing temperature lock information to the user if the variation of the temperature of the cookware content is equal or lower than a certain temperature variation value; - after providing temperature lock information, receiving temperature lock confirmation from the user; - after receiving temperature lock confirmation, controlling the provision of heat energy to the cookware item or the cookware content based on temperature information provided by the temperature sensor such that the temperature of the cookware item content is maintained within a given temperature range.
A nitride semiconductor laser diode comprising: a substrate; an n-side nitride semiconductor layer containing an n-type impurity and disposed on the substrate; an active layer having a light emitting layer including In x Al y Ga 1- x - y N (0<x<1, 0≤y<1, and 0<x+y<1) and disposed on the n-side nitride semiconductor layer; and a p-side nitride semiconductor layer containing a p-type impurity and disposed on the active layer; wherein the lasing wavelength of the nitride semiconductor laser diode is 500 nm or greater, dislocations originated in the active layer penetrate through the p-side nitride semiconductor layer with a dislocation density of 1×10 6 cm -2 or greater, and a concentration distribution of the p-type impurity in a depth direction from the light emitting layer toward the surface of the p-side nitride semiconductor layer has a local maximum with the concentration of the p-type impurity of 5×10 18 cm -3 or greater in a range within 300 nm from the top surface of the light emitting layer which is closest to the p-side nitride semiconductor layer, and after passing the local maximum, the concentration of the p-type impurity is not less than 6×10 17 cm -3 in the range within 300 nm. a substrate; an n-side nitride semiconductor layer containing an n-type impurity and disposed on the substrate; an active layer having a light emitting layer including In x Al y Ga 1- x - y N (0<x<1, 0≤y<1, and 0<x+y<1) and disposed on the n-side nitride semiconductor layer; and a p-side nitride semiconductor layer containing a p-type impurity and disposed on the active layer; wherein the lasing wavelength of the nitride semiconductor laser diode is 500 nm or greater, dislocations originated in the active layer penetrate through the p-side nitride semiconductor layer with a dislocation density of 1×10 6 cm -2 or greater, and a concentration distribution of the p-type impurity in a depth direction from the light emitting layer toward the surface of the p-side nitride semiconductor layer has a local maximum with the concentration of the p-type impurity of 5×10 18 cm -3 or greater in a range within 300 nm from the top surface of the light emitting layer which is closest to the p-side nitride semiconductor layer, and after passing the local maximum, the concentration of the p-type impurity is not less than 6×10 17 cm -3 in the range within 300 nm.
Hand-guided device for manual cleaning of vehicles, by suction of soiling on the one hand and removal of superficial adhesions, including water or moisture particles, on the other hand, designed as a suction blower, comprising means for switching between a suction and a blowing operation, wherein for the suction mode a retention and separation device for sucked-in soiling is formed in a suction channel with suction hose and for the blowing mode compressed air is conducted via a blowing channel with blowing hose and blowing nozzle, wherein the device further comprises a container of mobile design, which contains a switchable compressor for generating the flow required for the respective operation and all other functional elements and assemblies required for operation, wherein connections for at least one suction hose and at least one blowing hose are arranged on the container and in this case at least the blowing hose is movably held and guided by means of a gallows-like support, and having means for automatically switching off the compressor in blowing mode in order to prevent uncontrolled movement or ejection of the blowing hose or the blowing nozzle, wherein the means for switching off comprise a switching unit which is arranged in or on a blowing nozzle holder handle, wherein the switching unit enables the compressor to start up only when the blowing nozzle holder handle is securely enclosed on the hand side by the user of the device.
A transmission method for an optical burst transport network, OBTN, characterized by comprising: acquiring a topology of a mesh OBTN network, and generating one or more logical sub-networks according to the topology of the mesh OBTN network; wherein a control platform unit is connected to each node in the network through an optical supervisory channel, OSC, and the control platform unit acquires the topology of the OBTN network by receiving the node information through the OSC channel; updating, by a predetermined master node in the mesh OBTN network, bandwidth maps for all logical sub-networks; wherein the predetermined master node is a node, which all control channels pass through, in all nodes of the mesh OBTN network; wherein the acquiring a topology of a mesh OBTN network, and generating one or more logical sub-networks according to the topology of the mesh OBTN network comprises: traversing all nodes in different sequences to generate each logical sub-network; or dividing to obtain logical sub-networks according to data transmission requirements between nodes. acquiring a topology of a mesh OBTN network, and generating one or more logical sub-networks according to the topology of the mesh OBTN network; wherein a control platform unit is connected to each node in the network through an optical supervisory channel, OSC, and the control platform unit acquires the topology of the OBTN network by receiving the node information through the OSC channel; updating, by a predetermined master node in the mesh OBTN network, bandwidth maps for all logical sub-networks; wherein the predetermined master node is a node, which all control channels pass through, in all nodes of the mesh OBTN network; wherein the acquiring a topology of a mesh OBTN network, and generating one or more logical sub-networks according to the topology of the mesh OBTN network comprises: traversing all nodes in different sequences to generate each logical sub-network; or dividing to obtain logical sub-networks according to data transmission requirements between nodes.
A flexible display apparatus comprising: a display that is deformable, the display for displaying a multi-viewpoint image of an object having three-dimensional, 3D, configuration, the multi-viewpoint image comprising a plurality of images of the object as viewed from a plurality of viewpoints around the object; a sensor for sensing deformation of the display, wherein the deformation of the display comprises bending of the display; and a controller configured to: in response to bending of the display being sensed, determine an arrangement state of a plurality of sub-areas divided by the bending of the display, based on an angle of rotation and direction of bending of the sub-areas of the display, determine, based on the arrangement state, a respective viewpoint corresponding to each of the plurality of sub-areas from the plurality of viewpoints on the object, and control the display to display, for each of the plurality of sub-areas, an image of the object corresponding to the determined respective viewpoint on the object, from among the plurality of images of the object, wherein the plurality of sub-areas each correspond to at least one from among the images of the object. a display that is deformable, the display for displaying a multi-viewpoint image of an object having three-dimensional, 3D, configuration, the multi-viewpoint image comprising a plurality of images of the object as viewed from a plurality of viewpoints around the object; a sensor for sensing deformation of the display, wherein the deformation of the display comprises bending of the display; and a controller configured to: in response to bending of the display being sensed, determine an arrangement state of a plurality of sub-areas divided by the bending of the display, based on an angle of rotation and direction of bending of the sub-areas of the display, determine, based on the arrangement state, a respective viewpoint corresponding to each of the plurality of sub-areas from the plurality of viewpoints on the object, and control the display to display, for each of the plurality of sub-areas, an image of the object corresponding to the determined respective viewpoint on the object, from among the plurality of images of the object, wherein the plurality of sub-areas each correspond to at least one from among the images of the object. in response to bending of the display being sensed, determine an arrangement state of a plurality of sub-areas divided by the bending of the display, based on an angle of rotation and direction of bending of the sub-areas of the display, determine, based on the arrangement state, a respective viewpoint corresponding to each of the plurality of sub-areas from the plurality of viewpoints on the object, and control the display to display, for each of the plurality of sub-areas, an image of the object corresponding to the determined respective viewpoint on the object, from among the plurality of images of the object, wherein the plurality of sub-areas each correspond to at least one from among the images of the object.
A vehicular seat comprising: a seat cushion that is disposed offset with respect to a vehicle width direction center of a vehicle; an airbag that is provided in the seat cushion and which, upon receiving a supply of gas, is expanded and deployed in such a way as to suppress a seated occupant from moving toward the front of the vehicle; and a gas supplying device which, when actuated at the time of a frontal impact of the vehicle, supplies gas to the airbag in such a way that a vehicle width direction outer side section of the airbag with respect to a vehicle width direction center of the seat cushion is expanded and deployed before an inner side section, wherein the gas supplying device is configured such that a tubular inflator that has gas discharge holes on one lengthwise direction end side is disposed along the vehicle width direction in the airbag in such a way that the gas discharge holes are positioned on the vehicle width direction outer side in the airbag, characterized in that the vehicular seat is configured to further comprise a partition wall that partitions the space in the airbag into an outer side chamber in which the gas discharge holes are positioned and an inner side chamber adjacent to the vehicle width direction inner side of the outer side chamber; and a communicating structure that is disposed in the partition wall and allows movement of the gas from the outer side chamber to the inner side chamber. a seat cushion that is disposed offset with respect to a vehicle width direction center of a vehicle; an airbag that is provided in the seat cushion and which, upon receiving a supply of gas, is expanded and deployed in such a way as to suppress a seated occupant from moving toward the front of the vehicle; and a gas supplying device which, when actuated at the time of a frontal impact of the vehicle, supplies gas to the airbag in such a way that a vehicle width direction outer side section of the airbag with respect to a vehicle width direction center of the seat cushion is expanded and deployed before an inner side section, wherein the gas supplying device is configured such that a tubular inflator that has gas discharge holes on one lengthwise direction end side is disposed along the vehicle width direction in the airbag in such a way that the gas discharge holes are positioned on the vehicle width direction outer side in the airbag, a partition wall that partitions the space in the airbag into an outer side chamber in which the gas discharge holes are positioned and an inner side chamber adjacent to the vehicle width direction inner side of the outer side chamber; and a communicating structure that is disposed in the partition wall and allows movement of the gas from the outer side chamber to the inner side chamber.
A display unit comprising: a display panel configured to display a content thereon; a printed circuit board configured to generate a drive signal for driving the display panel; and a chip-on-film in which a display driver integrated circuit is mounted, configured to electrically interconnect the display panel and the PCB, wherein one side of the PCB includes an uneven part including a convex region (190a, 190b) and a concave region, and the PCB is bonded to the chip-on-film in the concave region; wherein the display driver IC is located in the concave region of the printed circuit board; and wherein the display panel, the display driver integrated circuit and the PCB are attached to a rear of the chip-on-film when the chip-on-film is elongated parallel to the display panel. a display panel configured to display a content thereon; a printed circuit board configured to generate a drive signal for driving the display panel; and a chip-on-film in which a display driver integrated circuit is mounted, configured to electrically interconnect the display panel and the PCB,
Building elements for forming of framing of joists or walls consisting of trapezoid corrugated thin sheet plates connectable by connectors placed at the outer side of flanges of the profiled plates and coinciding with their whole lengths, characterized in that said building elements are provided with connectors joined at the outer facing side of the flanges of the trapezoid corrugated thin sheet plates, whereby said connectors consist of wooden bars alternatively metal bars alternatively metal plates (2") or some other like means, which connectors are joined to the trapezoid corrugated thin sheet plates by aid of glue and/or screws alternatively nails, alternatively rivets, alternatively welding, whereby said building elements can be joined at their outer sides through said connectors with layer materials alternatively bars alternatively boards or in combination of these (3, 4, 5) to form frames perpendicular to the longitudinal direction of the profiled plates for supporting loads in this direction and at the same time support loads in the longitudinal direction strengthened by the connectors occurring at load of framing of joists or walls designed as mentioned above when these are supported at four sides.