mhurhangee/ep-ind-claims huggingface dataset:
A welding cable connector system comprising: a male connector comprising a first conductive body for conveying welding power, a first sealed passageway disposed coaxially of the first conductive body for conveying shielding gas, and a first valve configured to stop flow of shielding gas when the male connector is not engaged; and a female connector comprising a second conductive body for conveying welding power, a second sealed passageway disposed coaxially of the conductive body for conveying shielding gas, and a second valve configured to stop flow of shielding gas when the female connector is not engaged; wherein the male and female connector (104, 118) are mutually engageable to conduct welding power and shielding gas therethrough, and wherein the first and second valves (134, 156) seal the flow of shielding gas when the connectors are not mutually engaged, characterized in that the first and second valves (134, 156) are preassembled valves comprising threads (136, 160) for the adingly engaging mating threads within the male and female connector (104, 118), respectively and a plunger extending out of the preassembled valve assembly. a male connector comprising a first conductive body for conveying welding power, a first sealed passageway disposed coaxially of the first conductive body for conveying shielding gas, and a first valve configured to stop flow of shielding gas when the male connector is not engaged; and a female connector comprising a second conductive body for conveying welding power, a second sealed passageway disposed coaxially of the conductive body for conveying shielding gas, and a second valve configured to stop flow of shielding gas when the female connector is not engaged; wherein the male and female connector (104, 118) are mutually engageable to conduct welding power and shielding gas therethrough, and wherein the first and second valves (134, 156) seal the flow of shielding gas when the connectors are not mutually engaged, characterized in that the first and second valves (134, 156) are preassembled valves comprising threads (136, 160) for the adingly engaging mating threads within the male and female connector (104, 118), respectively and a plunger extending out of the preassembled valve assembly.
A panel device (100, 400, 600) comprising: a display panel (110, 310, 510) comprising a plurality of pixels, each of the plurality of pixels comprising a light source area and a non-light source area, wherein the display panel is configured to display a 2D or 3D image; and a polarizing film comprising a left eye pattern and a right eye pattern alternately arranged line-by-line in a diagonal direction of the plurality of pixels, wherein the polarizing film is disposed on the display panel such that a border (40, 45, 60) between the left eye pattern and the right eye pattern is disposed over the non-light source area and not over the light source area, and wherein a line forming an edge of the left eye pattern is parallel to a line forming an edge of the right eye pattern in the diagonal direction of the plurality of pixels. a display panel (110, 310, 510) comprising a plurality of pixels, each of the plurality of pixels comprising a light source area and a non-light source area, wherein the display panel is configured to display a 2D or 3D image; and a polarizing film comprising a left eye pattern and a right eye pattern alternately arranged line-by-line in a diagonal direction of the plurality of pixels, wherein the polarizing film is disposed on the display panel such that a border (40, 45, 60) between the left eye pattern and the right eye pattern is disposed over the non-light source area and not over the light source area, and wherein a line forming an edge of the left eye pattern is parallel to a line forming an edge of the right eye pattern in the diagonal direction of the plurality of pixels.
Method for reinforcing a cellular material, comprising: producing a through-hole in the cellular material that extends from a first surface of the cellular material to a second surface of the cellular material; reaching through the through-hole from the first surface of the cellular material to the second surface of the cellular material; taking hold of at least one fiber bundle at the second surface of the cellular material; and pulling the at least one fiber bundle into the through-hole in the cellular material; characterized in that producing the through-hole in the cellular material includes perforating the cellular material with a rotating and/or oscillating needle. producing a through-hole in the cellular material that extends from a first surface of the cellular material to a second surface of the cellular material; reaching through the through-hole from the first surface of the cellular material to the second surface of the cellular material; taking hold of at least one fiber bundle at the second surface of the cellular material; and pulling the at least one fiber bundle into the through-hole in the cellular material; characterized in that producing the through-hole in the cellular material includes perforating the cellular material with a rotating and/or oscillating needle.
Travel drive, in particular power-split travel drive, for a movable work machine, in particular for a wheeled loader, wherein the travel drive comprises: a hydraulic variator that is arranged in a hydraulic system and comprises two hydrostatic units (2, 3) in the form of a pump and a hydraulic motor, an actuator that is connected to the variator such that the two hydrostatic units (2, 3) of the variator, arranged in a common yoke, can be adjusted synchronously by means of the actuator, a position adjustment element that is connected to the hydraulic system, and is connected to the actuator such that the actuator is adjusted by means of the position adjustment element, wherein a pressure reducer is arranged between the position adjustment element and a hydrostatic circuit of the variator, characterised in that the position adjustment element is a position control valve. a hydraulic variator that is arranged in a hydraulic system and comprises two hydrostatic units (2, 3) in the form of a pump and a hydraulic motor, an actuator that is connected to the variator such that the two hydrostatic units (2, 3) of the variator, arranged in a common yoke, can be adjusted synchronously by means of the actuator, a position adjustment element that is connected to the hydraulic system, and is connected to the actuator such that the actuator is adjusted by means of the position adjustment element, wherein a pressure reducer is arranged between the position adjustment element and a hydrostatic circuit of the variator, characterised in that the position adjustment element is a position control valve.
A district-heating system, which includes • at least one power plant equipped with a boiler or a turbine and a condenser, • a large number of heat consumers with heat distribution exchangers (14, 10.1, 10.2) and with dedicated supply and dedicated return lines (23,22), • a district-heating distribution piping system with a pump, comprising supply and return lines (28,30), wherein water is circulated in the boiler/condenser of the power plant by means of the distribution piping system in order to heat the water and the heated water is guided by means of the distribution piping system via the heat distribution exchanger (14, 10.1, 10.2) of each heat consumer in order to deliver heat to the heat consumer, and the water is returned from the heat distribution exchanger (14, 10.1, 10.2) along the dedicated return line to the return line of the distribution piping system, the return line circulating the water back to the boiler/condenser of the power plant, characterized in that a plurality of said heat consumers have an object and have a heat pump, the heat pump being adapted to cool the temperature of the water of the dedicated return line so that the flow amount of the distribution piping system is reduced, while the heat pump is simultaneously adapted to deliver heat to said object selected by said plurality of heat consumers. • at least one power plant equipped with a boiler or a turbine and a condenser, • a large number of heat consumers with heat distribution exchangers (14, 10.1, 10.2) and with dedicated supply and dedicated return lines (23,22), • a district-heating distribution piping system with a pump, comprising supply and return lines (28,30),
A device for continuous treatment of solids in a fluidised bed apparatus with a round processing chamber, which has a solids inlet and a solids outlet, and an inflow tray adapted to fit the inner contour of the processing chamber (3, 9), beneath which a medium inlet is arranged for creating and maintaining the fluid bed, wherein a dividing wall is arranged on the inflow tray, which dividing wall protrudes radially inwards from the inner wall of the processing chamber (3, 9) into the processing chamber (3, 9) and in that on one side the solids inlet is located close to the dividing wall and on the other side the solids outlet is located close to the dividing wall, characterised in that, - the region of the processing chamber which extends from the solids inlet to the solids outlet, is divided into chambers which are connected to each other, and - the chambers are formed by partition walls which protrude radially into the processing chamber. - the region of the processing chamber which extends from the solids inlet to the solids outlet, is divided into chambers which are connected to each other, and - the chambers are formed by partition walls which protrude radially into the processing chamber.
A guidewire support system comprising a support catheter (5; 55;105; 205) for insertion into a vascular system of a human or an animal, the support catheter (5; 55; 105; 205) bounding a lumen (6; 56; 106) for receiving at least a portion of a guidewire (3; 53; 103; 203), and comprising a guidewire engagement structure (8; 58;108; 116; 216) for allowing the support catheter (5; 55; 105; 205) to engage the guidewire (3; 53; 103; 203) inside the lumen (6; 106), the engagement structure (8; 58; 108, 116; 216) in engaged condition causing the guidewire (3; 53; 103; 203) and the support catheter (5; 55; 105; 205) to be held mutually positioned at least in longitudinal direction thereof; wherein the guidewire engagement structure (116; 216) includes a support catheter wall portion (108; 208) sufficiently elastically deformable for transferring an externally applied clamping force at least partially to fix the guidewire (103; 203) in the lumen and to release the guidewire (103; 203) in response to releasing of the clamping force; wherein the guidewire engagement structure includes a clamp (116; 216) arranged to be clamped to an outside surface portion of the support catheter (105; 205) and for exerting a clamping force to the support catheter (105; 205) causing said wall portions of the support catheter (105; 205) to be clamped against the guidewire in the lumen; characterized in that, the support catheter extends through the clamp (116; 216) and the clamp is a torque steering device (116; 216) that is displaceable in a longitudinal direction along a section of the support catheter (105; 205) extending through the torque steering device (116; 216), between different positions at different distances in the longitudinal direction from the proximal end of the support catheter (105; 205) where a wall portion (108; 208) of the support catheter (105; 205) is clampable against the guidewire (103; 203) by the torque steering device (116; 216) for effecting the fixation of the guidewire (103; 203) in the lumen.
A hot gas path component for a gas turbine engine comprising: a tubular wall structure, having an inner shell, delimiting a hot gas path, an outer shell and a plurality of ribs, the ribs connecting the inner shell and the outer shell to each other; a plurality of cooling channels extending through the tubular wall structure between the inner shell and the outer shell and defined by respective pairs of adjacent ribs; a heat exchanger configured to circulate a heat exchange fluid through the inner shell, to direct the heat exchange fluid to the outer shell from the inner shell through at least some of the ribs and to circulate the heat exchange fluid through the outer shell; wherein the heat exchanger comprises inner heat exchange passages extending in the inner shell, outer heat exchange passages extending in the outer shell and connecting passages extending through respective ribs and configured to fluidly couple respective inner heat exchange passages and respective outer heat exchange passages; characterized in that the heat exchanger comprises inlet passages having respective inlet openings in an outer surface of the outer shell and reach respective inner heat exchange passages through respective ribs, and in that the outer heat exchange passages are fluidly coupled to respective cooling channels through outlet openings. a tubular wall structure, having an inner shell, delimiting a hot gas path, an outer shell and a plurality of ribs, the ribs connecting the inner shell and the outer shell to each other; a plurality of cooling channels extending through the tubular wall structure between the inner shell and the outer shell and defined by respective pairs of adjacent ribs; a heat exchanger configured to circulate a heat exchange fluid through the inner shell, to direct the heat exchange fluid to the outer shell from the inner shell through at least some of the ribs and to circulate the heat exchange fluid through the outer shell; wherein the heat exchanger comprises inner heat exchange passages extending in the inner shell, outer heat exchange passages extending in the outer shell and connecting passages extending through respective ribs and configured to fluidly couple respective inner heat exchange passages and respective outer heat exchange passages; characterized in that the heat exchanger comprises inlet passages having respective inlet openings in an outer surface of the outer shell and reach respective inner heat exchange passages through respective ribs, and in that the outer heat exchange passages are fluidly coupled to respective cooling channels through outlet openings.
A method comprising: determining whether a resource is allocated for a logical control channel; and defining one or more fields of a physical downlink control channel to signal the resource allocation for the logical control channel, wherein the logical control channel comprises a broadcast control channel or a paging control channel, characterized in that the physical downlink control channel has a second format, including the one or more fields, to support resource allocation of the logical control channel, the second format being redefined with respect to a first format, the first format supporting transmission of data over a downlink channel. determining whether a resource is allocated for a logical control channel; and defining one or more fields of a physical downlink control channel to signal the resource allocation for the logical control channel, wherein the logical control channel comprises a broadcast control channel or a paging control channel, characterized in that the physical downlink control channel has a second format, including the one or more fields, to support resource allocation of the logical control channel, the second format being redefined with respect to a first format, the first format supporting transmission of data over a downlink channel.
A method, performed by one or more computing devices, of selecting a data center to host a conference call between at least a first participant and a second participant, the method comprising: receiving a plurality of media items over a span of time prior to the conference call that pertain to interactions between at least the first participant and the second participant; analyzing the media items to determine characteristics of the media items, to provide analysis results indicating a previous pattern of media item communications between at least the first participant and the second participant; developing and associating, based on the analysis results, profiles to the participants (101, 102) including one or more weighting factors based on the received plurality of media items; determining a weight adjusted geographic centroid using the one or more weighting factors and using the weight adjusted geographic centroid to select an initial data center for hosting the conference call; determining, based on at least the analysis results, that the first participant is more likely than the second participant to share a media item during the conference call; and, based on the determination, selecting a data center to continue hosting the conference call. receiving a plurality of media items over a span of time prior to the conference call that pertain to interactions between at least the first participant and the second participant; analyzing the media items to determine characteristics of the media items, to provide analysis results indicating a previous pattern of media item communications between at least the first participant and the second participant; developing and associating, based on the analysis results, profiles to the participants (101, 102) including one or more weighting factors based on the received plurality of media items; determining a weight adjusted geographic centroid using the one or more weighting factors and using the weight adjusted geographic centroid to select an initial data center for hosting the conference call; determining, based on at least the analysis results, that the first participant is more likely than the second participant to share a media item during the conference call; and, based on the determination, selecting a data center to continue hosting the conference call.
A device of the hybrid supercapacitor type comprising at least one cell comprising: - a porous positive electrode comprising activated carbon; - a negative electrode comprising a carbonaceous material capable of inserting an alkaline element other than lithium, this carbonaceous material being different from the activated carbon used at the positive electrode; and - a non-aqueous electrolyte comprising a salt selected from among salts of an alkaline metal other than lithium. - a porous positive electrode comprising activated carbon; - a negative electrode comprising a carbonaceous material capable of inserting an alkaline element other than lithium, this carbonaceous material being different from the activated carbon used at the positive electrode; and - a non-aqueous electrolyte comprising a salt selected from among salts of an alkaline metal other than lithium.
A contact device, comprising: a fixed contact member including a fixed contact; a movable contact member which includes a movable contact and is movable between a position where the movable contact is in contact with the fixed contact and a position where the movable contact is away from the fixed contact; a permanent magnet forming a magnetic field around the fixed contact; and a case for accommodating at least the fixed contact member and the movable contact member, the case including an accommodation part which is partitioned from an internal space of the case and is for accommodating the permanent magnet through an opening thereof directed to an outside of the case; an armature; a driver for driving the armature; a contact spring for holding the movable contact so as to allow the movable contact to be in contact with and separate from the fixed contact; and a card interconnecting the armature and the contact spring, characterized in that the card being fixed to each of the armature and the contact spring, and the card having a band shape and being configured to be flexible in a thickness direction of the card. a fixed contact member including a fixed contact; a movable contact member which includes a movable contact and is movable between a position where the movable contact is in contact with the fixed contact and a position where the movable contact is away from the fixed contact; a permanent magnet forming a magnetic field around the fixed contact; and a case for accommodating at least the fixed contact member and the movable contact member, the case including an accommodation part which is partitioned from an internal space of the case and is for accommodating the permanent magnet through an opening thereof directed to an outside of the case; an armature; a driver for driving the armature; a contact spring for holding the movable contact so as to allow the movable contact to be in contact with and separate from the fixed contact; and a card interconnecting the armature and the contact spring, characterized in that the card being fixed to each of the armature and the contact spring, and the card having a band shape and being configured to be flexible in a thickness direction of the card.
Method for adjusting the clamping force which is applied by a parking brake and is generated at least partially by an electromechanical brake device with an electric actuator, and, if necessary, additionally by a hydraulic brake device, wherein in the event of actuation of the hydraulic brake device a hydraulic pressure (p) acts in an assisting fashion on a brake piston which is adjusted by the electric actuator, and the total clamping force composed of the electromechanical clamping force and the hydraulic clamping force are combined, characterized in that the hydraulic pressure (p) is determined and a pressure reference travel (s p,ref) is assigned to the hydraulic pressure (p), which pressure reference travel (s p,ref) is compared with an actuator travel (s c,idle) which is determined from a motor state variable of the actuator, wherein in the event that the pressure reference travel (s p,ref) and the actuator travel (s c,idle) differ significantly from one another, the total clamping force is adjusted by means of the electromechanical clamping force.