mhurhangee/ep-ind-claims huggingface dataset:
A muffler, comprising: a housing defining a first chamber, a second chamber and a third chamber, the first chamber positioned opposite the third chamber within the housing, the housing fluidly coupled to a source of exhaust gases via an inlet; at least a pair of nested protrusions (246a-e, 250a-e, 312a-d, 316a-d, 410a-d, 414a-d) in communication with the inlet and configured to receive the exhaust gases, the pair of nested protrusions coupled to a respective surface of a pair of plates (240, 242, 302, 304, 400, 402) disposed in the housing such that one of the pair of nested protrusions is spaced apart from and opposite another of the pair of nested protrusions to define a tortuous path for the exhaust gases that terminates at an outlet defined along an outer circumference of one of the pair of plates, the first chamber downstream from the pair of plates and in fluid communication with the outlet, wherein the second chamber is disposed about the pair of plates proximate the outlet and is fluidly isolated from the outlet; a first tube fluidly coupled between the first chamber and the second chamber configured to direct the exhaust gases from the first chamber to the second chamber; and a second tube fluidly coupled between the second chamber and the third chamber configured to direct the exhaust gases from the second chamber to the third chamber. a housing defining a first chamber, a second chamber and a third chamber, the first chamber positioned opposite the third chamber within the housing, the housing fluidly coupled to a source of exhaust gases via an inlet; at least a pair of nested protrusions (246a-e, 250a-e, 312a-d, 316a-d, 410a-d, 414a-d) in communication with the inlet and configured to receive the exhaust gases, the pair of nested protrusions coupled to a respective surface of a pair of plates (240, 242, 302, 304, 400, 402) disposed in the housing such that one of the pair of nested protrusions is spaced apart from and opposite another of the pair of nested protrusions to define a tortuous path for the exhaust gases that terminates at an outlet defined along an outer circumference of one of the pair of plates, the first chamber downstream from the pair of plates and in fluid communication with the outlet, wherein the second chamber is disposed about the pair of plates proximate the outlet and is fluidly isolated from the outlet; a first tube fluidly coupled between the first chamber and the second chamber configured to direct the exhaust gases from the first chamber to the second chamber; and a second tube fluidly coupled between the second chamber and the third chamber configured to direct the exhaust gases from the second chamber to the third chamber.
A display device, comprising: a) a substrate having a display area; b) an adhesion layer formed on the top surface of the substrate; c) a plurality of chiplets adhered to the substrate and distributed within the display area, each chiplet having one or more connection pads; d) a plurality of pixels formed over the adhesion layer in the display area, each pixel having a bottom electrode electrically connected to a connection pad of one chiplet, one or more layers of light-emitting material formed over the bottom electrode, and a top electrode formed over the one or more layers of light-emitting material; and e) a cover located over the top electrode and adhered to the substrate, characterized in that each chiplet has a shape in the form of a plus sign. a) a substrate having a display area; b) an adhesion layer formed on the top surface of the substrate; c) a plurality of chiplets adhered to the substrate and distributed within the display area, each chiplet having one or more connection pads; d) a plurality of pixels formed over the adhesion layer in the display area, each pixel having a bottom electrode electrically connected to a connection pad of one chiplet, one or more layers of light-emitting material formed over the bottom electrode, and a top electrode formed over the one or more layers of light-emitting material; and e) a cover located over the top electrode and adhered to the substrate,
A positive electrode active material for a lithium secondary battery comprising: a core including a first lithium complex metal oxide; a shell located surrounding the core, and including a second lithium complex metal oxide; and a buffer layer located between the core and the shell, wherein the buffer layer includes a pore which forms a space between the core and the shell and a three-dimensional network structure of a third lithium complex metal oxide which is connecting the core and the shell wherein, in the shell, the second lithium complex metal oxide has crystal orientation oriented from the center to the surface of the active material particle in a radial form. a core including a first lithium complex metal oxide; a shell located surrounding the core, and including a second lithium complex metal oxide; and a buffer layer located between the core and the shell, wherein the buffer layer includes a pore which forms a space between the core and the shell and a three-dimensional network structure of a third lithium complex metal oxide which is connecting the core and the shell wherein, in the shell, the second lithium complex metal oxide has crystal orientation oriented from the center to the surface of the active material particle in a radial form.
Device for welding profiled parts, in particular plastic profiled parts, having at least one welding head which is positionable in relation to another welding head (1, 9) and/or in relation to a holding device into a predetermined or predeterminable welding nominal position, characterized in that the welding head and/or part of the welding head, but at least one heating element of the welding head for melting the profiled parts, in particular a heating plate, depending on at least one dimensional deviation of at least one of the profiled parts from a nominal dimension, are/is movable in a tolerance range about the welding nominal position and positionable in an automatic or self-acting manner.
A method of manufacturing a wire harness, comprising displaying images on a display portion (2, 50) based on image data corresponding to an assembling process of a wire harness while changing the images so as to follow the progress of the assembling process, wherein the wire harness comprises a plurality of wire harnesses comprising a plurality of electric wires with connectors connected to both ends, the image data for a step of connecting the connectors step comprises connector identification information, and the method comprises reading the connector identification information given to the connectors and the connector identification information displayed on the display portion (2, 50), and then determining whether or not the two connector identification information are the same.
A cleaning device for bag filters hanging in a filter bottom, comprising a cleaning head (25*) that is connected to a pressure medium source via a pressure medium hose on one end and has a cleaning bore (27.1*), which can be set in rotation about a principal axis of the cleaning head (25*) and through which the pressure medium exits, wherein a drive unit (15*) is arranged in the cleaning head (25*) and sets the cleaning bore (27.2*) in rotation, and comprising a control unit for controlling operating parameters and the drive unit (15*), characterized in that the drive unit (15*) is arranged in a space (33*), which forms a free end of the cleaning head (25*) that is connected to the pressure medium hose and inserted into the hanging bag filter, wherein said space is enclosed by an end cap (31*).
A foam manifold pad, comprising: a first surface; a second surface; and a thickness of foam extending between the first surface and the second surface; wherein: the foam of the manifold pad comprises a plurality of joined felted open-cell foam blanks, each foam blank comprising a plurality of ovoidal pores; and the manifold pad is configured to contract in a plane substantially parallel to the first surface upon application of negative pressure; wherein the ovoidal pores are configured to contract in a direction substantially parallel to the first surface upon application of negative pressure to the manifold pad. a first surface; a second surface; and a thickness of foam extending between the first surface and the second surface; wherein: the foam of the manifold pad comprises a plurality of joined felted open-cell foam blanks, each foam blank comprising a plurality of ovoidal pores; and the manifold pad is configured to contract in a plane substantially parallel to the first surface upon application of negative pressure; wherein the ovoidal pores are configured to contract in a direction substantially parallel to the first surface upon application of negative pressure to the manifold pad. the foam of the manifold pad comprises a plurality of joined felted open-cell foam blanks, each foam blank comprising a plurality of ovoidal pores; and the manifold pad is configured to contract in a plane substantially parallel to the first surface upon application of negative pressure; wherein the ovoidal pores are configured to contract in a direction substantially parallel to the first surface upon application of negative pressure to the manifold pad.
An organic electroluminescent device comprising an electroluminescent layer stack (2, 3, 4) on top of a substrate, where the electroluminescent layer stack (2, 3, 4) comprises an organic light-emitting layer stack with one or more organic layers sandwiched between a first electrode facing towards the substrate and a second electrode, characterized in that the second electrode comprises a layer stack of at least a transparent conductive protection layer on top of the organic light-emitting layer stack, a transparent organic conductive buckling layer on top of the protection layer having a glass transition temperature lower than the lowest glass transition temperature of the organic layers within the organic light-emitting layer stack and a stress inducing layer on top of the buckling layer to introduce stress to the buckling layer.
A method performed by a network node for transmitting uplink grants to a communications device, wherein the communications device operates in a service area served by the network node, and wherein the method comprises: - based on a load measure on a Physical Random Access Channel, PRACH, between the network node and the communications device in relation to a load threshold, - determining a number of uplink grants that are to be associated with a Random Access Preamble Identity, RAPID, of a PRACH preamble transmission received from the communications device, wherein the determining of the number of uplink grants per RAPID comprises one out of: - when the load measure is above the load threshold, determining the number of uplink grants per RAPID as two or more uplink grants; and - when the load measure is equal to or below the load threshold, determining the number of uplink grants per RAPID as one uplink grant; - indicating the determined number to the communications device; and - transmitting the determined number of uplink grants to the communications device. - based on a load measure on a Physical Random Access Channel, PRACH, between the network node and the communications device in relation to a load threshold, - determining a number of uplink grants that are to be associated with a Random Access Preamble Identity, RAPID, of a PRACH preamble transmission received from the communications device, wherein the determining of the number of uplink grants per RAPID comprises one out of: - when the load measure is above the load threshold, determining the number of uplink grants per RAPID as two or more uplink grants; and - when the load measure is equal to or below the load threshold, determining the number of uplink grants per RAPID as one uplink grant; - indicating the determined number to the communications device; and - transmitting the determined number of uplink grants to the communications device. - when the load measure is above the load threshold, determining the number of uplink grants per RAPID as two or more uplink grants; and - when the load measure is equal to or below the load threshold, determining the number of uplink grants per RAPID as one uplink grant; - indicating the determined number to the communications device; and - transmitting the determined number of uplink grants to the communications device.
A pumping device, comprising: i. an impeller; ii. a pump housing including a wall surrounding an interior region with an inlet and an outlet; wherein the impeller is provided in the inner area of the pump housing, wherein the wall of the pump housing has, in at least one plane perpendicular to the longitudinal extent of the pump housing, at least one first partial region (26, 26') and at least two further partial regions (28, 28'); wh erein the at least one first partial region (26, 26') comprises at least 60% by weight, based on the total mass of the at least one first partial region (26, 26), of at least one non-magnetic material, wherein the further subregions (28, 28') comprise at least 41 wt.%, based on the total mass of the further subregions (28, 28'), of at least one ferromagnetic material, each further portion (28, 28') being adjacent in the plane to at least one first portion (26, 26'), and wherein the at least one first partial region (26, 26') and the further partial regions (28, 28') are joined to one another by cohesive bonding, whereby cohesive bonding means that the material properties of the first sub-area merge smoothly into the material properties of the further sub-areas. i. an impeller; ii. a pump housing including a wall surrounding an interior region with an inlet and an outlet; wherein the impeller is provided in the inner area of the pump housing, wherein the wall of the pump housing has, in at least one plane perpendicular to the longitudinal extent of the pump housing, at least one first partial region (26, 26') and at least two further partial regions (28, 28'); wh erein the at least one first partial region (26, 26') comprises at least 60% by weight, based on the total mass of the at least one first partial region (26, 26), of at least one non-magnetic material, wherein the further subregions (28, 28') comprise at least 41 wt.%, based on the total mass of the further subregions (28, 28'), of at least one ferromagnetic material, each further portion (28, 28') being adjacent in the plane to at least one first portion (26, 26'), and wherein the at least one first partial region (26, 26') and the further partial regions (28, 28') are joined to one another by cohesive bonding, whereby cohesive bonding means that the material properties of the first sub-area merge smoothly into the material properties of the further sub-areas. erein the at least one first partial region (26, 26') comprises at least 60% by weight, based on the total mass of the at least one first partial region (26, 26), of at least one non-magnetic material, wherein the further subregions (28, 28') comprise at least 41 wt.%, based on the total mass of the further subregions (28, 28'), of at least one ferromagnetic material, each further portion (28, 28') being adjacent in the plane to at least one first portion (26, 26'), and wherein the at least one first partial region (26, 26') and the further partial regions (28, 28') are joined to one another by cohesive bonding, whereby cohesive bonding means that the material properties of the first sub-area merge smoothly into the material properties of the further sub-areas.
A work wagon (2, 2') for a track construction machine, which has at least one transfer conveyor (3, 5), which is coupled to an adjusting device for adjusting the position of at least one degree of freedom of the transfer conveyor (3, 5), wherein the work wagon (2, 2') has at least - one measuring device and a regulating or control device, which is communicatively connected thereto and which is operatively connected to the at least one adjusting device, - wherein the measuring device is embodied to temporally and spatially detect at least one track-related orientation parameter of the work wagon (2, 2') and to transmit it to the regulating or control device, characterised in that - the adjusting device is embodied to set the position of the transfer conveyor (3, 5) with respect to at least one of the degrees of freedom of longitudinal axial position, inclination of the transfer conveyor (3, 5), length and height position of the transfer conveyor (3, 5) by means of the regulating or control device as a function of the orientation parameters while the work wagon drives. - one measuring device and a regulating or control device, which is communicatively connected thereto and which is operatively connected to the at least one adjusting device, - wherein the measuring device is embodied to temporally and spatially detect at least one track-related orientation parameter of the work wagon (2, 2') and to transmit it to the regulating or control device, characterised in that - the adjusting device is embodied to set the position of the transfer conveyor (3, 5) with respect to at least one of the degrees of freedom of longitudinal axial position, inclination of the transfer conveyor (3, 5), length and height position of the transfer conveyor (3, 5) by means of the regulating or control device as a function of the orientation parameters while the work wagon drives.
A handsaw having a plurality of saw teeth (30, 40, 50, 100) arranged on a longitudinal edge of a saw blade, the saw teeth (30, 40, 50, 100) being configured as a combination of crosscutting teeth (X, 30, 40, 50) of triangular or trapezoidal prism shape and ripping teeth (Y, 100) of parallelogram-based prism shape, the prism-shaped teeth (30, 40, 50, 100) constituting the crosscutting teeth (X, 30, 40, 50) and the ripping teeth (Y, 100) being configured such that at least adjacent prism-shaped teeth (30, 40, 50, 100) rise at a same rising angle (θ) from an edge surface of the longitudinal edge of the saw blade, to cause a space between the adjacent prism-shaped teeth (30, 40, 50, 100) to be constant in a rising direction in which the teeth (30, 40, 50, 100) rise.
Interleukin-2 (IL-2) for use in treating graft-versus-host disease (GVHD) in a pediatric subject, wherein the IL-2 is administered as a) an induction regimen comprising continuously administering to a pediatric subject interleukin-2 (IL-2) at a dose that increases the subject's plasma IL-2 level and increases the subject's ratio of regulatory T lymphocytes (Tregs) to conventional T lymphocytes (Tcons) (Tregs:Tcons); and then b) at least one maintenance regimen comprising continuously using an IL-2 maintenance dose that is higher than the induction regimen dose and that i) further increases the subject's plasma IL-2 level and ii) further increases the ratio of Tregs to Tcons. a) an induction regimen comprising continuously administering to a pediatric subject interleukin-2 (IL-2) at a dose that increases the subject's plasma IL-2 level and increases the subject's ratio of regulatory T lymphocytes (Tregs) to conventional T lymphocytes (Tcons) (Tregs:Tcons); and then b) at least one maintenance regimen comprising continuously using an IL-2 maintenance dose that is higher than the induction regimen dose and that i) further increases the subject's plasma IL-2 level and ii) further increases the ratio of Tregs to Tcons.
Method for activating a personal protection device for a motorcycle (200, 300), wherein the personal protection device has at least one airbag, which can be unfolded in a region facing away from a rider (205, 320) of the motorcycle (200, 300) in front of a front headlight of the motorcycle (200, 300), wherein the method comprises the following steps: reading a collision signal, the collision signal representing a collision of the motorcycle (200, 300) that is impending and/or has taken place; and providing an activation signal by using the collision signal in order to activate the personal protection device in order to unfold the at least one airbag. reading a collision signal, the collision signal representing a collision of the motorcycle (200, 300) that is impending and/or has taken place; and providing an activation signal by using the collision signal in order to activate the personal protection device in order to unfold the at least one airbag.
Apparatus for foam separation, comprising: - a foam separation cell (12; 112; 212) provided with a treatment chamber inside of which a flow of liquid containing material to be separated can be introduced; - and one or more devices (21, 27) for introducing and/or generating air bubbles, for carrying out the foam separation between hydrophobic material and hydrophilic material, characterized in that said apparatus comprises at least one modular foam support element movably and/or removably associated with said foam separation cell (12; 112; 212) so that said at least one modular foam support element can be moved or removed in order to take foam samples or to carry out maintenance, cleaning or replacement work and the like during the separation process, a plurality of modular elements associated with one another to form an internal structure of a foam support module configured to provide additional support surfaces for the foams, said foam support module being movable and/or removable during the separation process, and wherein said structure is a lattice or a grid, or a structure having a toroidal or circular-crown shape, or a three-dimensional structure having any shape, configured to create passage volumes and additional support surfaces for supporting the foams and promoting the upward flow thereof. - a foam separation cell (12; 112; 212) provided with a treatment chamber inside of which a flow of liquid containing material to be separated can be introduced; - and one or more devices (21, 27) for introducing and/or generating air bubbles, for carrying out the foam separation between hydrophobic material and hydrophilic material, characterized in that said apparatus comprises at least one modular foam support element movably and/or removably associated with said foam separation cell (12; 112; 212) so that said at least one modular foam support element can be moved or removed in order to take foam samples or to carry out maintenance, cleaning or replacement work and the like during the separation process, a plurality of modular elements associated with one another to form an internal structure of a foam support module configured to provide additional support surfaces for the foams, said foam support module being movable and/or removable during the separation process, and wherein said structure is a lattice or a grid, or a structure having a toroidal or circular-crown shape, or a three-dimensional structure having any shape, configured to create passage volumes and additional support surfaces for supporting the foams and promoting the upward flow thereof.