mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a flexible display; and an internal component, wherein the flexible display is configured to be deformed by an action external to the device, and wherein deformation of the flexible display creates a response from the internal component; characterized in that: the flexible display further comprises a rigid cover layer having at least one opening, wherein the rigid cover layer substantially covers the flexible display, and wherein the at least one opening is aligned with the internal component wherein the flexible display comprises: a flexible display layer; and a touch-sensitive layer. a flexible display; and an internal component, wherein the flexible display is configured to be deformed by an action external to the device, and wherein deformation of the flexible display creates a response from the internal component; characterized in that: the flexible display further comprises a rigid cover layer having at least one opening, wherein the rigid cover layer substantially covers the flexible display, and wherein the at least one opening is aligned with the internal component wherein the flexible display comprises: a flexible display layer; and a touch-sensitive layer. the flexible display further comprises a rigid cover layer having at least one opening, wherein the rigid cover layer substantially covers the flexible display, and wherein the at least one opening is aligned with the internal component wherein the flexible display comprises: a flexible display layer; and a touch-sensitive layer. a flexible display layer; and a touch-sensitive layer.
Glazing for fire-retardant wall elements, windows, doors, façade elements or the like, comprising at least two glass panes (8, 9) which are spaced apart in parallel and at least one holder for a fire-retardant glazing, wherein the holder at least comprises: • a holding element, • a spacer consisting of a sleeve and of at least two stop surfaces (15, 16) which are fixedly connected to the sleeve and spaced apart in parallel, wherein the sleeve projects on both sides of the stop surfaces (15, 16), • a counter-plate, and • a fixing means by which the holding element can be connected to the counter-plate through the sleeve, wherein, in the assembled state, the holder forms a clamping seat for the first glass pane between holding element and first stop surface and for the second glass pane between counter-plate and second stop surface, characterized in that the respective portions of the sleeve which project beyond the stop surfaces have a length which is greater than the thickness of the respective glass panes (8, 9), wherein the pressure which occurs upon clamping the double glazing in the clamping seat can be taken up by the stop surfaces of the spacer, and bending of the glass panes (8, 9) can thus be prevented. • a holding element, • a spacer consisting of a sleeve and of at least two stop surfaces (15, 16) which are fixedly connected to the sleeve and spaced apart in parallel, wherein the sleeve projects on both sides of the stop surfaces (15, 16), • a counter-plate, and • a fixing means by which the holding element can be connected to the counter-plate through the sleeve,
An environmental monitoring device, comprising: at least one environmental sensor configured to periodically measure at least one property of a surrounding environment; a memory; a local user interface configured to receive a selection of configuration options; a network interface; and a processor in communication with the memory and the network interface, the processor configured to: receive, via the network interface, a configuration including a logging interval and an alarm range; place the environmental monitoring device in a remote mode in which the local user interface is at a least partially disabled to prevent local input; control the at least one environmental sensor to record the at least one measured property according to the logging interval; generate an alarm signal in response to the at least one measured property being outside of the alarm range defined by the configuration; and send the record of the at least one measured property and any alarm signals to a remote server via the network interface. at least one environmental sensor configured to periodically measure at least one property of a surrounding environment; a memory; a local user interface configured to receive a selection of configuration options; a network interface; and a processor in communication with the memory and the network interface, the processor configured to: receive, via the network interface, a configuration including a logging interval and an alarm range; place the environmental monitoring device in a remote mode in which the local user interface is at a least partially disabled to prevent local input; control the at least one environmental sensor to record the at least one measured property according to the logging interval; generate an alarm signal in response to the at least one measured property being outside of the alarm range defined by the configuration; and send the record of the at least one measured property and any alarm signals to a remote server via the network interface. receive, via the network interface, a configuration including a logging interval and an alarm range; place the environmental monitoring device in a remote mode in which the local user interface is at a least partially disabled to prevent local input; control the at least one environmental sensor to record the at least one measured property according to the logging interval; generate an alarm signal in response to the at least one measured property being outside of the alarm range defined by the configuration; and send the record of the at least one measured property and any alarm signals to a remote server via the network interface.
A process for forming a resistant agent in a refractory body of a furnace for use in a titanium ore beneficiation process, comprising: (i) forming agglomerates comprising carbon-based materials and a titanium-bearing ore, the quantity of carbon of the agglomerates being sufficient for, at an elevated temperature, reducing ferric oxide to ferrous oxide and forming a slag that is comprised of titanium oxide and iron oxide; (ii) introducing the agglomerates onto a carbon bed of a moving hearth furnace, wherein the moving hearth furnace comprises a refractory lining comprising a first layer comprising alumina and zirconia having about 90 to about 99 wt. % alumina, and about 1 to about 10 wt. % zirconia, based on the entire weight of the first layer; (iii) heating the agglomerates in the moving hearth furnace to a temperature sufficient for reducing and melting the agglomerates to produce a titanium oxide-rich molten slag, which contacts the refractory lining to produce a second layer comprising a resistant agent which is a reaction product of the slag, the alumina and the zirconia; wherein the second layer is formed between the slag and the first layer; and wherein the total amount of calcium oxide, magnesium oxide, yttrium oxide and cerium oxide is less than 1 wt. %, based on the total weight of the refractory body. (i) forming agglomerates comprising carbon-based materials and a titanium-bearing ore, the quantity of carbon of the agglomerates being sufficient for, at an elevated temperature, reducing ferric oxide to ferrous oxide and forming a slag that is comprised of titanium oxide and iron oxide; (ii) introducing the agglomerates onto a carbon bed of a moving hearth furnace, wherein the moving hearth furnace comprises a refractory lining comprising a first layer comprising alumina and zirconia having about 90 to about 99 wt. % alumina, and about 1 to about 10 wt. % zirconia, based on the entire weight of the first layer; (iii) heating the agglomerates in the moving hearth furnace to a temperature sufficient for reducing and melting the agglomerates to produce a titanium oxide-rich molten slag, which contacts the refractory lining to produce a second layer comprising a resistant agent which is a reaction product of the slag, the alumina and the zirconia; wherein the second layer is formed between the slag and the first layer; and
An indoor unit, comprising: a casing having a rectangular shape in bottom plan view, and having air outlet ports for blowing out air laterally that are provided respectively in four sides thereof, and having four corner covers; and a heat exchanger disposed inside the casing, wherein the four corner covers include: a first corner cover disposed in a corner section where a piping space for refrigerant piping connected to the heat exchanger is provided; a second corner cover positioned diagonally opposite the first corner cover; a third corner cover positioned adjacently to the first corner cover; and a fourth corner cover positioned diagonally opposite the third corner cover; and opening dimensions (LA, LB, LC, LD) of the four air outlet ports in a horizontal direction are the same; characterized in that a horizontal direction length of an outer surface in the second corner cover is the same as a horizontal direction length of an outer surface in the first corner cover; a horizontal direction length of an outer surface in the third corner cover and a horizontal direction length of an outer surface in the fourth corner cover are the same, and are smaller than the horizontal direction length of the outer surface in the first corner cover a casing having a rectangular shape in bottom plan view, and having air outlet ports for blowing out air laterally that are provided respectively in four sides thereof, and having four corner covers; and a heat exchanger disposed inside the casing, wherein a first corner cover disposed in a corner section where a piping space for refrigerant piping connected to the heat exchanger is provided; a second corner cover positioned diagonally opposite the first corner cover; a third corner cover positioned adjacently to the first corner cover; and a fourth corner cover positioned diagonally opposite the third corner cover; and opening dimensions (LA, LB, LC, LD) of the four air outlet ports in a horizontal direction are the same; characterized in that a horizontal direction length of an outer surface in the second corner cover is the same as a horizontal direction length of an outer surface in the first corner cover; a horizontal direction length of an outer surface in the third corner cover and a horizontal direction length of an outer surface in the fourth corner cover are the same, and are smaller than the horizontal direction length of the outer surface in the first corner cover
Pump for a high-pressure cleaning appliance for delivering a cleaning liquid, comprising a pump housing in which is arranged at least one pump chamber into which at least one piston (36a, 36b) which is movable back and forth plunges, and which is connected via at least one inlet valve to a suction line and via at least one outlet valve to a pressure line, and comprising a bypass line (70, 110) which leads from the pressure line to the suction line, and in which is arranged an overflow valve, the valve body of which is connected to a control element which in dependence upon the flow rate of the cleaning liquid in the pressure line displaces the valve body to a closed position or an open position, characterized in that the pump housing comprises a rear housing component and a front housing component which are joined together, and in that the suction line comprises a suction line section which extends in the joining area between the two housing components (14, 16), and into which the bypass line (70, 110) opens.
A two-phase, water-absorbent adhesive composition comprising a blend of a hydrophobic pressure-sensitive adhesive with a water-absorbent hydrophilic composition, such that the adhesive composition comprises a hydrophobic phase and a hydrophilic phase, wherein the hydrophobic phase comprises at least one hydrophobic pressure-sensitive adhesive polymer, wherein the hydrophilic phase comprises a blend of a relatively high molecular weight hydrophilic polymer and a lower molecular weight complementary oligomer capable of crosslinking the hydrophilic polymer through hydrogen bonding, ionic bonding, or covalent bonding, and wherein the adhesive composition is prepared by incorporating a curing agent into the hydrophobic phase, mixing the hydrophobic phase and the hydrophilic phase, and then curing the mixture.
An organic electronic device comprising one or more bank structures, wherein said bank structures comprise a polycycloolefinic polymer, wherein said organic electronic device is an Organic Field Effect Transistor (OFET) that comprises source and drain electrodes which are spaced apart to form a channel region, and wherein the bank structures are provided such that they are overlying the source and drain electrodes and define a well or a pattern of wells that extends over the channel region and in which an organic semiconducting layer is provided, so that the bank structures contact the source and drain electrodes and the organic semiconducting layer.
A bio-absorbable and flexible scaffold circumferential about a longitudinal axis so as to form a tube, said tube having a proximal open end and a distal open end, and being expandable form an unexpanded form to an expanded form, comprising: a) a plurality of first meandering strut patterns, said first meandering strut patterns being interconnected to form a mesh pattern circumferential about said longitudinal axis; b) a plurality of second strut patterns (14, 28, 30) nested within said mesh pattern, each of said second strut patterns forming a hoop circumferential about said longitudinal axis; and c) a plurality of locking devices, snap-fitting into one another when the scaffold is in the unexpanded form, said locking devices being positioned circumferentially around said longitudinal axis to form a locking configuration when the scaffold is in the unexpanded form, wherein said locking devices each comprise a receiving portion and an insertion portion enabling a snap-fit locking engagement of the receiving portion with the insertion portion of an adjacent locking device, characterized in that said receiving portion comprises a stopper portion, and in that said insertion portion comprises an arrow-like shaped insertion tip that abuts with said stopper portion inside the receiving portion when the receiving portion and the insertion portion of adjacent locking devices are in locking engagement with one another. a) a plurality of first meandering strut patterns, said first meandering strut patterns being interconnected to form a mesh pattern circumferential about said longitudinal axis; b) a plurality of second strut patterns (14, 28, 30) nested within said mesh pattern, each of said second strut patterns forming a hoop circumferential about said longitudinal axis; and c) a plurality of locking devices, snap-fitting into one another when the scaffold is in the unexpanded form, said locking devices being positioned circumferentially around said longitudinal axis to form a locking configuration when the scaffold is in the unexpanded form, wherein said locking devices each comprise a receiving portion and an insertion portion enabling a snap-fit locking engagement of the receiving portion with the insertion portion of an adjacent locking device, characterized in that said receiving portion comprises a stopper portion, and in that said insertion portion comprises an arrow-like shaped insertion tip that abuts with said stopper portion inside the receiving portion when the receiving portion and the insertion portion of adjacent locking devices are in locking engagement with one another.
A cushion structure for use with a packaging case for an object the cushion structure comprising a first member configured to snuggly receive the object and a second member configured to be mounted onto a case body of the packaging case, the first member and the second member being detachably coupled with at least one docking slot arranged on the first member and at least one docking portion arranged on the second member and configured to be detachably mounted into the at least one docking slot, the cushion structure characterized in that, the first member comprises a cuboid hollow structure, the at least one docking slot is arranged on a side plate of the hollow structure, and the at least one docking portion of the second member is configured to be embedded in the hollow structure through the at least one docking slot, and the second member has one of an "I"-shaped cross section, an "L"-shaped cross section, and a "Z"-shaped cross section, the second member (410, 430) having the "I"-shaped cross section comprises a first parallel plate (4101, 4303) a second parallel plate (4103, 4301), and an intermediate plate (4102, 4302), the first parallel plate and the second parallel plate are arranged to be parallel, the intermediate plate is arranged to be perpendicular to, and is configured to couple, the first parallel plate and the second parallel plate, and the first parallel plate is the at least one docking portion (610, 630), the second member having the "L"-shaped cross section comprises:a fixing plate configured to attach the case body of the packaging case, and a docking plate configured to be the at least one docking portion and the second member having the "Z"-shaped cross section comprises a third parallel plate, a fourth parallel plate and an intermediate plate, the third parallel plate and the fourth parallel plate are arranged to be parallel, the intermediate plate is arranged to be perpendicular to, and is configured to couple, the third parallel plate and the fourth parallel plate, and the third parallel plate is the at least one docking portion.
Component for connecting a shaft to a clamping holder that can receive a rotor, the component having a cup-shaped, thin-walled housing into which the clamping holder can be inserted, and can there be fixed by means of fastening means, having on the housing base of the housing connection means for connecting the housing to the shaft in a torque-proof manner, characterized in that the fastening means are arranged with their base surface on the outer lateral surface of the housing and can be brought into engagement with the clamping holder by means of bores present in the housing, and have at least one recess in the base surface, such that they rest with their base surface on the outer lateral surface only in some regions.
A dual chamber cardiac pacemaker apparatus, comprising: first means for electrically coupling the apparatus to an atrial chamber; second means for electrically coupling the apparatus to a ventricular chamber; a single signal generator configured to generate a sequential pair of pacing pulses including a first pacing pulse and a second pacing pulse; a distributor connected to an output of the single signal generator to distribute the first pacing pulse at a first amplitude to the first means, and to distribute the second pacing pulse at a second amplitude to the second means after a delay period relative to the first pacing pulse; a controller to control delivery of the sequential pair of pacing pulses; a first clamping circuit connected to the first means and configured to reduce an amplitude of electrical pulses delivered therethrough to the first amplitude under control of the controller; and a second clamping circuit connected to the second means and configured to reduce an amplitude of electrical pulses delivered therethrough to the second amplitude under control of the controller. first means for electrically coupling the apparatus to an atrial chamber; second means for electrically coupling the apparatus to a ventricular chamber; a single signal generator configured to generate a sequential pair of pacing pulses including a first pacing pulse and a second pacing pulse; a distributor connected to an output of the single signal generator to distribute the first pacing pulse at a first amplitude to the first means, and to distribute the second pacing pulse at a second amplitude to the second means after a delay period relative to the first pacing pulse; a controller to control delivery of the sequential pair of pacing pulses; a first clamping circuit connected to the first means and configured to reduce an amplitude of electrical pulses delivered therethrough to the first amplitude under control of the controller; and a second clamping circuit connected to the second means and configured to reduce an amplitude of electrical pulses delivered therethrough to the second amplitude under control of the controller.
A lane assignment system, the system comprising: a digital map configured to indicate a position of a host vehicle traveling in a travel lane on a roadway; a ranging sensor configured to detect a lateral distance from the host vehicle to another vehicle traveling on the roadway proximate the host vehicle and one or more controller circuits in communication with the digital map and the ranging sensor, the one or more controller circuits configured to: determine a lateral variation of the lateral distance; determine whether the lateral variation is greater than a dynamic threshold, the dynamic threshold being dependent on a lane width of the travel lane at the position of the host vehicle; determine whether a second lane exists beyond a first lane based on the digital map, the first lane being adjacent to the travel lane; in accordance with a determination that the lateral variation is greater than the dynamic threshold and that the second lane does not exist: determine that the other vehicle is traveling in the first lane; and operate the host vehicle in accordance with the other vehicle traveling in the first lane; and in accordance with a determination that the lateral variation is greater than the dynamic threshold and that the second lane does exist: determine that the other vehicle is traveling in the second lane; and operate the host vehicle in accordance with the other vehicle traveling in the second lane. a digital map configured to indicate a position of a host vehicle traveling in a travel lane on a roadway; a ranging sensor configured to detect a lateral distance from the host vehicle to another vehicle traveling on the roadway proximate the host vehicle and one or more controller circuits in communication with the digital map and the ranging sensor, the one or more controller circuits configured to: determine a lateral variation of the lateral distance; determine whether the lateral variation is greater than a dynamic threshold, the dynamic threshold being dependent on a lane width of the travel lane at the position of the host vehicle; determine whether a second lane exists beyond a first lane based on the digital map, the first lane being adjacent to the travel lane; in accordance with a determination that the lateral variation is greater than the dynamic threshold and that the second lane does not exist: determine that the other vehicle is traveling in the first lane; and operate the host vehicle in accordance with the other vehicle traveling in the first lane; and determine that the other vehicle is traveling in the first lane; and operate the host vehicle in accordance with the other vehicle traveling in the first lane; and in accordance with a determination that the lateral variation is greater than the dynamic threshold and that the second lane does exist: determine that the other vehicle is traveling in the second lane; and operate the host vehicle in accordance with the other vehicle traveling in the second lane. determine that the other vehicle is traveling in the second lane; and operate the host vehicle in accordance with the other vehicle traveling in the second lane.
Vibrating conveyor having a conveyor chute, which comprises a conveyor surface consisting of silicon, characterized in that plastic elements consisting of PU, PP, PE, PVDF or PA are provided between the base body of the conveyor chute and the conveyor surface, wherein the plastic elements and the silicon that forms the conveyor surface are adhesively bonded to support plates, which are laid in the conveyor chute and secured.