mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device comprising: a substrate; a nitride based compound semiconductor layer disposed on the substrate; a source electrode disposed on the semiconductor layer; a drain electrode disposed in a position on the semiconductor layer spaced out from the source electrode; a gate electrode disposed on the semiconductor layer between the drain electrode and the source electrode; an insulating film disposed on the semiconductor layer and on the gate electrode so as to cover the gate electrode; a field plate electrode disposed on the insulating film; and a resistor for connecting between the field plate electrode and the source electrode, the resistor being composed of metallic material; characterized in that the resistor is selected so that the resistor has a greater value of resistance R than high frequency impedance 1/(ωC GFP) of stray capacity C GFP between the gate electrode and the field plate electrode, where ω is angular frequency of high frequency signal to be input to be amplified in the semiconductor device. a substrate; a nitride based compound semiconductor layer disposed on the substrate; a source electrode disposed on the semiconductor layer; a drain electrode disposed in a position on the semiconductor layer spaced out from the source electrode; a gate electrode disposed on the semiconductor layer between the drain electrode and the source electrode; an insulating film disposed on the semiconductor layer and on the gate electrode so as to cover the gate electrode; a field plate electrode disposed on the insulating film; and a resistor for connecting between the field plate electrode and the source electrode, the resistor being composed of metallic material; characterized in that the resistor is selected so that the resistor has a greater value of resistance R than high frequency impedance 1/(ωC GFP) of stray capacity C GFP between the gate electrode and the field plate electrode, where ω is angular frequency of high frequency signal to be input to be amplified in the semiconductor device.
A modular apparatus for machining flat sheets in a continuous cycle, in particular glass, plate glass or mirror sheets or sheets made from stone materials or the like having different dimensions and shapes, wherein it comprises machining modules consisting of a first store suitable for receiving sheets to be machined and a second store, parallel and opposed to said first store, suitable for receiving machined sheets, a first grinding machine and a second grinding machine arranged parallel and opposite to each other and suitable for performing grinding machinings along the peripheral edges of said vertically arranged sheets, one or more further sheet machining moduli, if any, such as corner cutting machines or drills or washing machines, possibly associated with said first and/or second grinding machines (12, 14) and at least one manipulator device for transferring said flat sheets between said machining moduli, said first store and second store arranged parallel and opposite to each other, with the first store being placed in correspondence with an input/loading or head zone where the sheets to be machined are input/loaded and the second store being arranged in correspondence with an output/unloading or tail zone of the second grinding machine or of the further machining module arranged downstream of said second grinding machine, if any.
Screen-printing system comprising a metal stencil, and a cloth fixed to the entire periphery of said metal stencil to form a trampoline assembly and having at least one free end, in order to decrease or prevent deformation under the effect of a doctor blade, characterized in that the metal stencil is rectangular, and in that the free end of the cloth fixed to the metal stencil comprises all or a portion of the ends of those two lateral sides (153, 154) of the cloth which are oriented in the direction parallel to the movement direction of the doctor blade of the printing system.
An apparatus for recovering volatile liquid vapor from an air-volatile liquid vapor mixture comprising: a vapor blower unit including a first inlet and a first outlet; a vapor absorption unit including a second inlet and a second outlet; an adsorption unit including a third inlet and a third outlet and a first reaction vessel including a first bed of adsorbent and a second reaction vessel including a second bed of adsorbent; a vacuum regeneration unit including an intake port and a discharge port; and a conduit system, characterised in that; said conduit system connects said first outlet to said second inlet, said second outlet to said third inlet, said third outlet to said intake port and said discharge port to said first inlet; and said adsorption unit further comprises a plurality of valves allowing (a) said first bed of adsorbent to adsorb volatile liquid vapors while said second bed of adsorbent is being regenerated and (b) said second bed of adsorbent to adsorb volatile liquid vapors while said first bed of adsorbent is being regenerated, wherein said adsorbing and regenerating steps are performed simultaneously. a vapor blower unit including a first inlet and a first outlet; a vapor absorption unit including a second inlet and a second outlet; an adsorption unit including a third inlet and a third outlet and a first reaction vessel including a first bed of adsorbent and a second reaction vessel including a second bed of adsorbent; a vacuum regeneration unit including an intake port and a discharge port; and a conduit system, characterised in that; said conduit system connects said first outlet to said second inlet, said second outlet to said third inlet, said third outlet to said intake port and said discharge port to said first inlet; and said adsorption unit further comprises a plurality of valves allowing (a) said first bed of adsorbent to adsorb volatile liquid vapors while said second bed of adsorbent is being regenerated and (b) said second bed of adsorbent to adsorb volatile liquid vapors while said first bed of adsorbent is being regenerated, wherein said adsorbing and regenerating steps are performed simultaneously.
A bituminous sealing web with at least one bitumen layer and having an electrically conductive layer, wherein the electrically conductive layer is exposed at least on one longitudinal edge at the underside or at the upper side of the sealing web, and that it or at least an element conductively connected thereto is at least partially exposed in the region of the other longitudinal edge of the sealing web at the top or the bottom, respectively, characterised in that the bituminous sealing web includes a reinforcing insert, that the electrically conductive layer is provided below or above the reinforcing insert, respectively, that the bitumen layer is provided at the other side of the reinforcing insert, and that the electrically conductive layer on the other longitudinal edge of the sealing web is bent around the reinforcing insert upwardly or downwardly, respectively, and is exposed there at least partially.
A method to control a winch system, the winch system comprising a first winch, a second winch arranged apart from the first winch, a distance measurement unit, a relative position determination unit, an unwound length calculation unit and a winch control unit, the method comprising the steps of: winding a first wire for suspending an object by the first winch; winding a second wire for suspending the object by the second winch; measuring the winch-to-winch distance between the first and second winches by the distance measurement unit, based on the wound length of the second wire or the unwound length of the first wire when the object is moved from the first winch to the second winch; determining the relative position of the second winch with respect to the first winch by the relative position determination unit, based on the winch-to-winch distance; calculating by the unwound length calculation unit, based on the relative position of the second winch with respect to the first winch and the target position to which the object is to be moved, the unwound length of the first wire indicating the length of the first wire unwound from the first winch and the unwound length of the second wire indicating the length of the second wire unwound from the second winch; and controlling the first winch by the winch control unit, based on the unwound length of the first wire and the second winch based on the unwound length of the second wire. winding a first wire for suspending an object by the first winch; winding a second wire for suspending the object by the second winch; measuring the winch-to-winch distance between the first and second winches by the distance measurement unit, based on the wound length of the second wire or the unwound length of the first wire when the object is moved from the first winch to the second winch; determining the relative position of the second winch with respect to the first winch by the relative position determination unit, based on the winch-to-winch distance; calculating by the unwound length calculation unit, based on the relative position of the second winch with respect to the first winch and the target position to which the object is to be moved, the unwound length of the first wire indicating the length of the first wire unwound from the first winch and the unwound length of the second wire indicating the length of the second wire unwound from the second winch; and controlling the first winch by the winch control unit, based on the unwound length of the first wire and the second winch based on the unwound length of the second wire.
A scroll compressor assembly, comprising: a scroll compressor; a mounting base for supporting the scroll compressor, the mounting base having at least two tracks, an outer peripheral edge and at least two support ribs, including a support rib on opposing sides of the scroll compressor, each support rib extending transversely between the at least two tracks, the mounting base comprises a formed metal plate, wherein the support ribs are projecting in spaced relation to the outer peripheral edge toward a projecting tip and that the at least two support ribs comprise a raised ridge formed into a body of the mounting base, including a linear segment extending between two rounded ends, the linear segment having a generally U-shaped cross section. a scroll compressor; a mounting base for supporting the scroll compressor, the mounting base having at least two tracks, an outer peripheral edge and at least two support ribs, including a support rib on opposing sides of the scroll compressor, each support rib extending transversely between the at least two tracks, the mounting base comprises a formed metal plate, wherein the support ribs are projecting in spaced relation to the outer peripheral edge toward a projecting tip and that the at least two support ribs comprise a raised ridge formed into a body of the mounting base, including a linear segment extending between two rounded ends, the linear segment having a generally U-shaped cross section.
A transparent conductive zinc oxide based film, containing Ti, Al and Zn in such a proportion that satisfies the following formulae, and in terms of atomic ratio, and having a plurality of surface textures different in size on a surface, a center-line average surface roughness Ra of the surface being 30 nm to 200 nm, and an average value of widths of the surface textures being 100 nm to 10 μm. 0.001 ≤ Ti / (Zn+Al+Ti) ≤ 0.079... 0.001 ≤ A1 / (Zn+Al+Ti) ≤ 0.079... 0.010 ≤ (Ti+Al) / (Zn+Al+Ti) ≤ 0.080...
Electrical or optical plug connection system, with a plug part and a plug socket, the plug socket forming a plug opening into which the plug part can be introduced in such a way that a resilient latch means locks the plug part against being pulled out of the plug opening, and the plug part being introducible into the plug socket in such a way that the resilient latching means effects a latch connection latching the plug part with the plug opening, the plug connection system comprising a safety device which is fixable in front of the plug socket, wherein the safety device comprises a housing, is fixable in front of the plug socket, and is implemented in such a way that it renders the resilient latching means inaccessible to manual actuation, and comprises at least one unlocking opening in the housing, through which, with the plug part plugged in, an unlocking protrusion of an unlocking tool can be introduced into the safety device via an axial movement, releasing the latch connection by said axial movement, and comprises an actuation element, which is moveable with respect to the housing, the actuation element being arranged in such a way that, with the plug part plugged in, the actuation element is moved via introduction of the at least one unlocking protrusion in such a way that the actuation element is pressed against the latching means deflecting it counter to a spring force, characterised in that the safety device is mountable at the plug socket itself or at a patch panel receiving the plug socket, wherein, for fastening the safety device to the patch panel, separate perforations, which are grouped around the plug opening, receive latch lugs by means of which the safety device is clipped on, or the plug opening of the patch panel for the plug sockets has recesses for the latch lugs, thus allowing the plug opening itself to receive the latch lugs.
A device for transmucosal drug delivery comprising: a housing configured for intraluminal deployment into a human or animal subject; a first reservoir located within the housing and comprising a first drug formulation, the first reservoir having an actuation end and an opposed release end; a first plug within the first reservoir and being moveable from the actuation end toward the release end; a second reservoir located within the housing and comprising a second drug formulation, the second reservoir having an actuation end and an opposed release end; a second plug within the second reservoir and being moveable from the actuation end toward the release end; one or more actuation systems configured to drive the first and second plugs so as to drive the first and second drug formulations from the first and second reservoirs, wherein the housing comprises a porous membrane sidewall in fluid communication with the release ends of the first and second reservoirs, the porous membrane sidewall being configured to distribute the first and second drug formulations driven from the first and second reservoirs, respectively, to a tissue area adjacent the porous membrane sidewall when the device is deployed intraluminally in the human or animal subject. a housing configured for intraluminal deployment into a human or animal subject; a first reservoir located within the housing and comprising a first drug formulation, the first reservoir having an actuation end and an opposed release end; a first plug within the first reservoir and being moveable from the actuation end toward the release end; a second reservoir located within the housing and comprising a second drug formulation, the second reservoir having an actuation end and an opposed release end; a second plug within the second reservoir and being moveable from the actuation end toward the release end; one or more actuation systems configured to drive the first and second plugs so as to drive the first and second drug formulations from the first and second reservoirs, wherein the housing comprises a porous membrane sidewall in fluid communication with the release ends of the first and second reservoirs, the porous membrane sidewall being configured to distribute the first and second drug formulations driven from the first and second reservoirs, respectively, to a tissue area adjacent the porous membrane sidewall when the device is deployed intraluminally in the human or animal subject.
A billing processing unit comprising: a detecting unit configured to detect, with regard to a plurality of wireless terminal devices (300, 400, 700) sharing a usage right of subscription authentication information, where the subscription authentication information is stored in each of the wireless terminal devices (300, 400, 700) and relates to a mobile network operator which provides wireless connection services, transfer of said usage right to wireless terminal devices (300, 400, 700) currently using said subscription authentication information; a billing information data base configured to store billing information for each of said plurality of wireless terminal devices (300, 400, 700); and a calculating unit configured to, in the event that said transfer is detected, calculate fees relating to said subscription authentication information occurring after said transfer, based on said billing information stored for the wireless terminal device now using said subscription authentication information, wherein said calculating unit takes a history relating to a usage of said subscription authentication information regarding the wireless terminal devices (300, 400, 700) of which said usage right has been transferred, as a usage history of said subscription authentication information, and calculates fees relating to said subscription authentication information based on a transfer history of the usage right that has been detected, the usage history of said subscription authentication information, and said billing information. a detecting unit configured to detect, with regard to a plurality of wireless terminal devices (300, 400, 700) sharing a usage right of subscription authentication information, where the subscription authentication information is stored in each of the wireless terminal devices (300, 400, 700) and relates to a mobile network operator which provides wireless connection services, transfer of said usage right to wireless terminal devices (300, 400, 700) currently using said subscription authentication information; a billing information data base configured to store billing information for each of said plurality of wireless terminal devices (300, 400, 700); and a calculating unit configured to, in the event that said transfer is detected, calculate fees relating to said subscription authentication information occurring after said transfer, based on said billing information stored for the wireless terminal device now using said subscription authentication information, wherein said calculating unit takes a history relating to a usage of said subscription authentication information regarding the wireless terminal devices (300, 400, 700) of which said usage right has been transferred, as a usage history of said subscription authentication information, and calculates fees relating to said subscription authentication information based on a transfer history of the usage right that has been detected, the usage history of said subscription authentication information, and said billing information.
A working vehicle comprising a hydraulic pump system (10, 210), the hydraulic pump system comprising: a housing (12, 212) defining a tank for containing hydraulic fluid in use; one or more pump modules (18, 218) each comprising a hydraulic pump (22, 222) for supplying hydraulic fluid from the tank to a hydraulic system; and a mounting arrangement (20, 220); wherein the or each pump module is mounted to the housing by the mounting arrangement; and characterized in that the one or more pump modules comprises three hydraulic pumps. a housing (12, 212) defining a tank for containing hydraulic fluid in use; one or more pump modules (18, 218) each comprising a hydraulic pump (22, 222) for supplying hydraulic fluid from the tank to a hydraulic system; and a mounting arrangement (20, 220); wherein the or each pump module is mounted to the housing by the mounting arrangement; and characterized in that the one or more pump modules comprises three hydraulic pumps.
A medication mixing device, the device comprising: a housing; a first chamber being located within the housing, the first chamber containing a first medicament component; a second chamber located within the housing, the second chamber configured to selectively receive the first medicament component from the first chamber; a first displacement mechanism (212, 214) configured to reduce the effective volume of the first chamber; a second displacement mechanism configured to reduce the effective volume of the second chamber; a second medicament component stored within the housing and outside the first chamber; an actuation device having a pre-loaded energy source (122, 1122), characterized in that the device comprises a frame disposed within the housing, the frame having at least one frame channel (130, 138) on an inner surface thereof; and a valve located within the housing, the valve configured to provide selective fluidic communication between the first chamber and the second chamber; wherein the actuation device is in mechanical communication with the valve, the actuation device being configured to change the valve between a closed state and an open state during a first actuation stage. a housing; a first chamber being located within the housing, the first chamber containing a first medicament component; a second chamber located within the housing, the second chamber configured to selectively receive the first medicament component from the first chamber; a first displacement mechanism (212, 214) configured to reduce the effective volume of the first chamber; a second displacement mechanism configured to reduce the effective volume of the second chamber; a second medicament component stored within the housing and outside the first chamber; an actuation device having a pre-loaded energy source (122, 1122), characterized in that the device comprises a frame disposed within the housing, the frame having at least one frame channel (130, 138) on an inner surface thereof; and a valve located within the housing, the valve configured to provide selective fluidic communication between the first chamber and the second chamber;