mhurhangee/ep-ind-claims huggingface dataset:
A disc-shaped gallium nitride semiconductor crystal substrate (10, 20a-20m) having a main face and a face opposite the main face, a diameter of at least 100 mm and not more than 160 mm and a side face, wherein a resistivity is at least 1 × 10 -4 Ω·cm and not more than 0.1 Ω·cm; a resistivity distribution within 100 mm in a diameter direction is at least -17% and not more than 17%; a resistivity distribution within 400 μm in a thickness direction is at least -9% and not more than 9%; an upper limit of the resistivity distribution in the diameter direction is obtained by (largest value - average value) / average value; a lower limit of the resistivity distribution in the diameter direction is obtained by (smallest value - average value) / average value, for the resistivity measured by a four probe method at nine points on the main face; an upper limit of the resistivity distribution in the thickness direction is obtained by (largest value - average value) / average value; and a lower limit of the resistivity distribution in the thickness direction is obtained by (smallest value - average value) / average value, for the resistivity measured by the four probe method at two points of five points on the side face, the disc-shaped gallium nitride semiconductor crystal substrate (10, 20a-20m) includes silicon doped by silicon tetrafluoride gas, wherein a concentration of silicon is at least 5 × 10 16 cm -3 and not more than 5 × 10 20 cm -3.
A counter tapered diblock copolymer, comprising: units of at least one monovinyl aromatic monomer A polymerized with units of at least one conjugated diene monomer B to form the structure A-[A/B], wherein the A block comprises a homopolymer of the monovinyl aromatic units, wherein the [A/B] block is a copolymer of the monovinyl aromatic monomer units and the conjugated diene monomer units, further characterized in having: a peak molecular weight from 20,000 to 250,000; a monovinyl aromatic homopolymer block A with a peak molecular weight of at least 8,000; and a counter tapered copolymer block [A/B] with a vinyl content of at least 15 weight percent based on the amount of conjugated diene units in the diblock copolymer; wherein the [A/B] block is counter tapered such that the ratio of B to A is lower proximal to the A block relative to the ratio of B to A distal to the A block; wherein the peak molecular weight is measured using gel permeation chromatography under ASTM D 3536 with linear polystyrene standards. units of at least one monovinyl aromatic monomer A polymerized with units of at least one conjugated diene monomer B to form the structure A-[A/B], wherein the A block comprises a homopolymer of the monovinyl aromatic units, wherein the [A/B] block is a copolymer of the monovinyl aromatic monomer units and the conjugated diene monomer units, further characterized in having: a peak molecular weight from 20,000 to 250,000; a monovinyl aromatic homopolymer block A with a peak molecular weight of at least 8,000; and a counter tapered copolymer block [A/B] with a vinyl content of at least 15 weight percent based on the amount of conjugated diene units in the diblock copolymer; wherein the [A/B] block is counter tapered such that the ratio of B to A is lower proximal to the A block relative to the ratio of B to A distal to the A block; wherein the peak molecular weight is measured using gel permeation chromatography under ASTM D 3536 with linear polystyrene standards.
A laminate comprising at least one non-fibrous adhesive layer positioned between a plurality of substrates, the non-fibrous adhesive layer comprising a stereo reticulated, continuous, non-fibrous matrix formed from a polymeric material.
Fuel injector, in particular common rail injector, comprising an injector housing, in which a high-pressure chamber is formed, which can be supplied with fuel under pressure via a supply port arranged in the injector housing, comprising at least one injection opening, connected at least indirectly to the high-pressure chamber and formed in the injector housing, for injecting fuel into the combustion chamber of an internal combustion engine, comprising an injection element opening or closing the at least one injection opening, and comprising a measuring device for the at least indirect detection of the pressure in the high-pressure chamber or the supply port, the measuring device being designed to detect elastic deformation of a deformation region arranged in operative connection at least indirectly with the supply port or the high-pressure chamber, and the measuring device having a piezoelectric element, which is accommodated in a housing (35; 35a) connected to the injector housing, the piezoelectric element having two electrode layers (45, 47) with a piezoceramic layer arranged between them, in that the electrode layers (45, 47) on the side facing away from the piezoceramic layer are each covered with an insulating layer (46, 48), characterized in that the piezoelectric element, together with the insulating layers (46, 48), is a subassembly formed in the sintering process, and in that the subassembly has a cross section that is round, shaped like a circular segment or rectangular, in that the two electrode layers (45, 47) are each connected to a connecting line (53; 53a, 54; 54a), and in that the connecting lines (53; 53a, 54; 54a) are arranged within the cross section of the subassembly.
A dispenser comprising: a housing; a container inside of the housing having a supply of fluid to be dispensed; a dispensing actuator suitable for actuations by a user resulting in a quantity of the fluid being dispensed from the container; an adjustable dosing mechanism body comprising a high dose surface, a low dose surface, an inner edge and an outer edge, the body further including one or more dose adjusting flanges (122A, 122B) positioned relatively nearer the low dose surface than the high dose surface; and the housing further including an adjustable dosing mechanism receiving area positioned inside of the housing and sized to receive the adjustable dosing mechanism body in either a high dose orientation or a low dose orientation; and such that when the adjustable dosing mechanism body is received into the adjustable dosing mechanism receiving area in the high dose orientation, a relatively larger quantity of fluid product is drawn into a pump for subsequent dispensing, and when the adjustable dosing mechanism body is received into the adjustable dosing mechanism receiving area in the low dose orientation, a relatively smaller quantity of fluid product is drawn into the pump for subsequent dispensing, characterized in that the adjustable dosing mechanism body comprises a generally horseshoe-shaped body, wherein the generally horseshoe-shaped body further includes a toe portion and a pair of laterally spaced heel portions (128A, 128B). a housing; a container inside of the housing having a supply of fluid to be dispensed; a dispensing actuator suitable for actuations by a user resulting in a quantity of the fluid being dispensed from the container; an adjustable dosing mechanism body comprising a high dose surface, a low dose surface, an inner edge and an outer edge, the body further including one or more dose adjusting flanges (122A, 122B) positioned relatively nearer the low dose surface than the high dose surface; and the housing further including an adjustable dosing mechanism receiving area positioned inside of the housing and sized to receive the adjustable dosing mechanism body in either a high dose orientation or a low dose orientation; and such that when the adjustable dosing mechanism body is received into the adjustable dosing mechanism receiving area in the high dose orientation, a relatively larger quantity of fluid product is drawn into a pump for subsequent dispensing, and when the adjustable dosing mechanism body is received into the adjustable dosing mechanism receiving area in the low dose orientation, a relatively smaller quantity of fluid product is drawn into the pump for subsequent dispensing, characterized in that the adjustable dosing mechanism body comprises a generally horseshoe-shaped body, wherein the generally horseshoe-shaped body further includes a toe portion and a pair of laterally spaced heel portions (128A, 128B).
A method of handling events received at sockets in a media streaming server configured to stream media to clients (110, 112), the method comprising: executing a polling module configured to poll server sockets to detect events received at said sockets; registering a first plurality of sockets with said polling module, wherein each of said sockets in said first plurality of sockets is associated with an event consumer; notifying a first event consumer associated with a first socket in said first plurality of sockets when a first event is received at said first socket; and invoking a task by establishing a media streaming control connection with the first client through a second socket configured for media streaming control connections with multiple clients, said second socket being associated with a connection event consumer configured to handle a media streaming control command; wherein a first processor thread is shared among said first plurality of sockets for said polling; and wherein one or more processor threads are allocated to the execution of tasks invoked by said event consumers. executing a polling module configured to poll server sockets to detect events received at said sockets; registering a first plurality of sockets with said polling module, wherein each of said sockets in said first plurality of sockets is associated with an event consumer; notifying a first event consumer associated with a first socket in said first plurality of sockets when a first event is received at said first socket; and invoking a task by establishing a media streaming control connection with the first client through a second socket configured for media streaming control connections with multiple clients, said second socket being associated with a connection event consumer configured to handle a media streaming control command; wherein a first processor thread is shared among said first plurality of sockets for said polling; and wherein one or more processor threads are allocated to the execution of tasks invoked by said event consumers.
A glazed element (100 to 600) comprising: - a vehicle glazing, particularly automobile or railroad, particularly windshield, rear window, side glazing, of a given thickness E1, the glazing having an external main face intended to be oriented toward the exterior and an internal main face intended to be on the passenger compartment side, the glazing comprising, preferably in a peripheral area which preferably is the upper part of the glazing, a through-hole between the internal face and the external face, a hole delimited by a side wall of the glazing, - in said through-hole, an insert made of material that is transparent in an LB range of wavelengths in the infrared spectrum above 2.5 μm, ranging at least from 9.5 μm to 10.5 μm and preferably from 8 to 12 μm, being made of material of refractive index n in the LB range, with an interior face and an exterior face, the insert preferably being circular or quasi-circular in shape, characterized in that the interior and exterior faces form a non-zero angle at the apex A, the insert having a thickness e that is variable and decreasing toward the upper edge of the glazing. - a vehicle glazing, particularly automobile or railroad, particularly windshield, rear window, side glazing, of a given thickness E1, the glazing having an external main face intended to be oriented toward the exterior and an internal main face intended to be on the passenger compartment side, the glazing comprising, preferably in a peripheral area which preferably is the upper part of the glazing, a through-hole between the internal face and the external face, a hole delimited by a side wall of the glazing, - in said through-hole, an insert made of material that is transparent in an LB range of wavelengths in the infrared spectrum above 2.5 μm, ranging at least from 9.5 μm to 10.5 μm and preferably from 8 to 12 μm, being made of material of refractive index n in the LB range, with an interior face and an exterior face, the insert preferably being circular or quasi-circular in shape,
A turbine housing assembly comprising: a turbine housing that comprises an exterior surface, an interior surface that comprises a wastegate seat, and a bore that extends between the interior surface and the exterior surface; a bushing disposed at least partially in the bore wherein the bushing comprises a bushing bore; a wastegate that comprises a shaft that extends through the bushing bore to a shaft end, a shaft shoulder disposed in the bushing bore, a plug, and an arm disposed between the shaft and the plug; a mesh ring formed from compressed metal wire; and a control arm connected to the shaft proximate to the shaft end to define an axial distance between a surface of the control arm and the shaft shoulder, characterized in that a solid ring is fixedly disposed at least in part in the bushing bore between the shaft shoulder and the shaft end, the solid ring being welded to the bushing to thereby encase the mesh ring in the bushing, wherein the solid ring comprises an axial length that is less than the axial distance. a turbine housing that comprises an exterior surface, an interior surface that comprises a wastegate seat, and a bore that extends between the interior surface and the exterior surface; a bushing disposed at least partially in the bore wherein the bushing comprises a bushing bore; a wastegate that comprises a shaft that extends through the bushing bore to a shaft end, a shaft shoulder disposed in the bushing bore, a plug, and an arm disposed between the shaft and the plug; a mesh ring formed from compressed metal wire; and a control arm connected to the shaft proximate to the shaft end to define an axial distance between a surface of the control arm and the shaft shoulder, characterized in that a solid ring is fixedly disposed at least in part in the bushing bore between the shaft shoulder and the shaft end, the solid ring being welded to the bushing to thereby encase the mesh ring in the bushing, wherein the solid ring comprises an axial length that is less than the axial distance.
A joint equipment for a boarding bridge, for joining with a boarding gate of an aircraft, said joint equipment comprising: a floor frame having a concave notch at its front end; a first floor arranged at the opening of the concave notch; a sliding plate arranged under the first floor and slidable with respect to the first floor through a slide device (161, 162) arranged under the sliding plate; a joining plate rotatably connected in the front end of the sliding plate; a pair of front cover plates rotatably connected to the left and the right ends of the joining plate respectively; a pair of rear cover plates rotatably connected to the left and the right ends of the first floor respectively, wherein the pair of front cover plates are partly lapped over the pair of rear cover plates respectively; an activating device for operating sliding movement of the sliding plate with respect to the first floor; and a pair of turning mechanisms arranged under the left and the right sides of the sliding plate respectively, for turning the pairs of the front and the rear cover plates (151, 132) with respect to the joining plate and the first floor. a floor frame having a concave notch at its front end; a first floor arranged at the opening of the concave notch; a sliding plate arranged under the first floor and slidable with respect to the first floor through a slide device (161, 162) arranged under the sliding plate; a joining plate rotatably connected in the front end of the sliding plate; a pair of front cover plates rotatably connected to the left and the right ends of the joining plate respectively; a pair of rear cover plates rotatably connected to the left and the right ends of the first floor respectively, wherein the pair of front cover plates are partly lapped over the pair of rear cover plates respectively; an activating device for operating sliding movement of the sliding plate with respect to the first floor; and a pair of turning mechanisms arranged under the left and the right sides of the sliding plate respectively, for turning the pairs of the front and the rear cover plates (151, 132) with respect to the joining plate and the first floor.
A non-aqueous mixture comprising DPPA, DPPC and PEG5000-DPPE in (a) propylene glycol and glycerol; (b) propylene glycol; or (c) glycerol; provided in contact with a perfluorocarbon gas, wherein a non-aqueous mixture is a mixture having less than or equal to 5% water by weight, calculated as the weight of water to the weight of the combination of lipids and propylene glycol and/or glycerol. (a) propylene glycol and glycerol; (b) propylene glycol; or (c) glycerol;
Arrangement having a first peripheral device and a second peripheral device each having basic modules (3, 4) which are provided with process connections and are intended to accommodate electronic modules (5, 6), a redundancy adapter unit being provided for redundantly connecting a field device to one of the basic modules (3, 4) of the two peripheral devices (13, 14) in each case, characterized in that the redundancy adapter unit has: - a redundancy adapter for connecting the field device and for making direct contact with the process connections of the basic module of one of the peripheral devices and with the process connections of a basic module (3, 4) adjacent to this basic module, - a connection module or a connection plug for making contact with one of the basic modules of one peripheral device with which the redundancy adapter makes contact, and - a connecting cable which makes contact with the connection module or the connection plug and is intended for connection to the process connections of the basic module of the other peripheral device. - a redundancy adapter for connecting the field device and for making direct contact with the process connections of the basic module of one of the peripheral devices and with the process connections of a basic module (3, 4) adjacent to this basic module, - a connection module or a connection plug for making contact with one of the basic modules of one peripheral device with which the redundancy adapter makes contact, and - a connecting cable which makes contact with the connection module or the connection plug and is intended for connection to the process connections of the basic module of the other peripheral device.
Actuating device, especially for a shading system, for actuation with a string element that is associated with a first partial structure that is detachably fastened to a second partial structure, wherein the first partial structure can be detached from the second partial structure by simultaneously pulling a first strand and a second strand of the string element with a pulling force that exceeds a predetermined value, and with at least one first coupling element (26, 27) that is associated with the first partial structure and which, in a locking position, meshes with a second coupling element (28, 29) that is associated with the second partial structure, wherein with a pull on an individual strand (45, 46) the first partial structure is pivoted into the locking position, and with a simultaneous pull on the two strands (45, 46) of the string element the first partial structure is pivoted into a release position for detaching the first partial structure from the second partial structure, wherein the first partial structure and the second partial structure in the release position are connected to one another by means of a detachable connection, wherein the first coupling element (26, 27), in the release position, does not mesh with the second coupling element (28, 29), and in the locking position, the first coupling element (26, 27), by cooperating with the second coupling element (28, 29), prevents the first partial structure from detaching from the second partial structure due to a positive-locking connection between the first coupling element (26, 27) and the second coupling element (28, 29), characterised in that the first coupling element (26, 27) and the second coupling element (28, 29) form a first coupling device, and that a second coupling device, separate from the first coupling device, is present to establish in a locking position with a pull on a single strand (45, 46), an additional connection of the first partial structure to the second partial structure, whereby two connections between the first partial structure and the second partial structure can be simultaneously established.
A rotary irradiation apparatus comprising: a rotating gantry; a superconducting electromagnet being installed in the rotating gantry and forming at least one of a deflecting magnetic field that deflects a trajectory of a charged particle beam and a convergent magnetic field that converges the charged particle beam to guide the charged particle beam to an object to be irradiated; and a rotating gantry drive unit configured to drive/rotate the rotating gantry; characterized by further comprising a control device configured to control the rotating gantry drive unit to rotate and stop the rotating gantry while the superconducting electromagnet is being excited and the charged particle beam is not irradiated. a rotating gantry; a superconducting electromagnet being installed in the rotating gantry and forming at least one of a deflecting magnetic field that deflects a trajectory of a charged particle beam and a convergent magnetic field that converges the charged particle beam to guide the charged particle beam to an object to be irradiated; and a rotating gantry drive unit configured to drive/rotate the rotating gantry; characterized by further comprising a control device configured to control the rotating gantry drive unit to rotate and stop the rotating gantry while the superconducting electromagnet is being excited and the charged particle beam is not irradiated.
Laboratory apparatus for use in a laboratory sample handling system, wherein the apparatus comprises: - a cap waste disposal catcher, wherein the catcher is designed to catch a laboratory cap removed from a laboratory sample container containing a laboratory sample, and - an electric field generator, wherein the generator is designed to generate an electric field to attract a residue of the sample released by the cap to the catcher. - a cap waste disposal catcher, wherein the catcher is designed to catch a laboratory cap removed from a laboratory sample container containing a laboratory sample, and - an electric field generator, wherein the generator is designed to generate an electric field to attract a residue of the sample released by the cap to the catcher.
Frame monitoring device for a window or a door, comprising - a mounting base, - an electronics unit which has a one-piece or multi-piece switching mechanism and/or is connected to the latter, - a catch piece arranged or formed on the mounting base, - wherein the catch piece has at least one run-in region, characterized in that - the frame monitoring device comprises functional electronics which are provided with an antenna unit that is arranged next to the mounting base and at a distance therefrom, so that the antenna unit can be mounted at a distance from the rest of the frame monitoring device on a window or a door. - a mounting base, - an electronics unit which has a one-piece or multi-piece switching mechanism and/or is connected to the latter, - a catch piece arranged or formed on the mounting base, - wherein the catch piece has at least one run-in region, characterized in that - the frame monitoring device comprises functional electronics which are provided with an antenna unit that is arranged next to the mounting base and at a distance therefrom, so that the antenna unit can be mounted at a distance from the rest of the frame monitoring device on a window or a door.