mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid leakage detection apparatus with an inlet and a liquid collecting portion, a housing with an opening and a housing contact face, an indicator body with a retracted position and an extended position in the housing and an indicator body contact face, a liquid sensitive, expanding element, expanding between a contracted dry state and an expanded wet state, an expansion element cavity between said housing contact face and said indicator body contact face wherein the liquid sensitive, expanding element is located in said expansion element cavity ; a liquid path between the liquid collecting portion and the expansion element cavity ; characterized in that the indicator body furthermore includes a sample cavity for collecting a liquid sample of the liquid collected by the liquid leakage detection apparatus; and in that the liquid path extends through the expansion element cavity and past said expansion element cavity when said expansion element is in the contracted state.
Method for determining a charging gas outlet temperature (17; 18) of a charging gas from an exhaust gas turbocharger , wherein the charging gas outlet temperature (17; 18) is determined taking into account a charging gas outlet temperature correction value , which is based on an exhaust gas temperature deviation between an exhaust gas reference temperature (13; 14) and an exhaust gas actual temperature , wherein the exhaust gas reference temperature (13; 14) is a prespecified variable, which refers to the exhaust gas temperature at the turbine as determined on the test bench for the corresponding reference variables of compression ratio and reduced mass flow.
A lift arm assembly (350-2; 450) of a power machine (100; 200; 300; 400) having an attachment structure for securing an implement thereto, the lift arm assembly comprising a lift arm including a main lift arm portion (316-2; 416) pivotally attached to a frame (110; 310; 410) of the power machine at a first pivot attachment (312; 412) and a telescoping portion (318; 418) that is extendable and retractable relative to the main lift arm portion, the lift arm assembly characterized by further comprising: a variable length link (328-2; 428) pivotally attached to the frame (110; 310; 410) at a second pivot attachment (326; 426); and a fixed length link (322; 422) pivotally attached to the telescoping portion of the main lift arm portion at a third pivot attachment (314; 414) and pivotally attached to the variable length link (328-1; 328-2; 428) at a fourth pivot attachment (320; 420); wherein the lift arm, frame, variable length link and fixed length link form a lift arm four-bar linkage with two variable length links. a variable length link (328-2; 428) pivotally attached to the frame (110; 310; 410) at a second pivot attachment (326; 426); and a fixed length link (322; 422) pivotally attached to the telescoping portion of the main lift arm portion at a third pivot attachment (314; 414) and pivotally attached to the variable length link (328-1; 328-2; 428) at a fourth pivot attachment (320; 420); wherein the lift arm, frame, variable length link and fixed length link form a lift arm four-bar linkage with two variable length links.
A computer-implemented method to orchestrate services, the method comprising: receiving a first network packet comprising data , source code, and a destination identifier specifying a destination of a second network packet ; wherein the source code comprises application code and orchestration code , wherein the orchestration code defines a first section of the application code to be executed on the data ; executing the first section of the application code ; in response to the execution, invoking a service associated with an application with the data ; receiving a first response from the service ; dynamically generating the second network packet , wherein the second network packet comprises the first response and one or more remaining sections of the application code; and sending the second network packet to the destination specified by the destination identifier. receiving a first network packet comprising data , source code, and a destination identifier specifying a destination of a second network packet ; wherein the source code comprises application code and orchestration code , wherein the orchestration code defines a first section of the application code to be executed on the data ; wherein the source code comprises application code and orchestration code , wherein the orchestration code defines a first section of the application code to be executed on the data ; executing the first section of the application code ; in response to the execution, invoking a service associated with an application with the data ; receiving a first response from the service ; dynamically generating the second network packet , wherein the second network packet comprises the first response and one or more remaining sections of the application code; and sending the second network packet to the destination specified by the destination identifier.
An interlayer film for a laminated glass, comprising a thermoplastic resin and a plasticizer, the thermoplastic resin being a polyvinyl acetal resin, the polyvinyl acetal resin having a hydroxyl content of at most 31 mol%, wherein the thermoplastic resin contains a high molecular weight component with an absolute molecular weight of 1000000 or more, and the ratio of the high molecular weight component in the thermoplastic resin is 7.4% or higher, or the thermoplastic resin contains a high molecular weight component with a polystyrene-equivalent molecular weight of 1000000 or more, and the ratio of the high molecular weight component in the thermoplastic resin is 9% or higher.
A patient support apparatus comprising a foam frame defining a space ; a bladder assembly positioned in the space , the bladder assembly including a plurality of foam-filled bladders , each of the foam filled bladders interconnected by a manifold , the manifold having an unpowered relief valve configured to release air from the bladder assembly if the pressure in the bladder assembly exceeds a predetermined limit of the relief valve ; and a cover enclosing the foam frame and the bladder assembly , the cover adapted to engage an articulated frame to control movement of portions of the foam frame and the bladder assembly in response to movement of the articulated frame , characterised in that the cover includes a plurality of knobs extending from a bottom surface of the cover , the plurality of knobs adapted to be received in receivers formed in portions of the articulated frame to secure the cover to the articulated frame at a plurality of points.
An apparatus comprising: an array of capacitive sensor electrodes comprising a plurality of distinct capacitive sensor electrodes distributed over a sensing area ; conductive traces connected to respective ones of the plurality of distinct capacitive sensor electrodes ; and a shield electrode overlying the conductive traces, wherein the shield electrode extends across the sensing area in multiple parallel shielding strips, between which are defined openings through the shield electrode to the underlying capacitive sensor electrodes, the openings defining multiple parallel unshielded strips and wherein the shield electrode overlies the conductive traces in the sensing area . an array of capacitive sensor electrodes comprising a plurality of distinct capacitive sensor electrodes distributed over a sensing area ; conductive traces connected to respective ones of the plurality of distinct capacitive sensor electrodes ; and a shield electrode overlying the conductive traces, wherein the shield electrode extends across the sensing area in multiple parallel shielding strips, between which are defined openings through the shield electrode to the underlying capacitive sensor electrodes, the openings defining multiple parallel unshielded strips and wherein the shield electrode overlies the conductive traces in the sensing area .
An apparatus comprising: a valve plug including: a first side ; a second side opposite the first side ; and a bore extending from the first side to the second side , a first portion of the bore being tapered from a first diameter (D3) to a second diameter (D4) smaller than the first diameter (D3); and a valve stem disposed within the bore of the valve plug , the valve stem including: a first section ; a second section ; and a third section between the first and second sections, the third section being tapered from a third diameter (D1) to a fourth diameter (D2) smaller than the third diameter (D1), the third section of the valve stem engaged with the first portion of the bore ,wherein the tapers of the first portion of the valve plug and the third section of the valve stem create a frictional force that resists movement of the valve stem out of the bore ; characterized in that the valve stem further comprises a rim extending from an end of the valve stem in a direction parallel to a longitudinal axis of the valve stem , wherein the rim is deformable radially outward from the longitudinal axis . a valve plug including: a first side ; a second side opposite the first side ; and a bore extending from the first side to the second side , a first portion of the bore being tapered from a first diameter (D3) to a second diameter (D4) smaller than the first diameter (D3); and a first side ; a second side opposite the first side ; and a bore extending from the first side to the second side , a first portion of the bore being tapered from a first diameter (D3) to a second diameter (D4) smaller than the first diameter (D3); and a valve stem disposed within the bore of the valve plug , the valve stem including: a first section ; a second section ; and a third section between the first and second sections, the third section being tapered from a third diameter (D1) to a fourth diameter (D2) smaller than the third diameter (D1), the third section of the valve stem engaged with the first portion of the bore ,wherein the tapers of the first portion of the valve plug and the third section of the valve stem create a frictional force that resists movement of the valve stem out of the bore ; a first section ; a second section ; and a third section between the first and second sections, the third section being tapered from a third diameter (D1) to a fourth diameter (D2) smaller than the third diameter (D1), the third section of the valve stem engaged with the first portion of the bore ,wherein the tapers of the first portion of the valve plug and the third section of the valve stem create a frictional force that resists movement of the valve stem out of the bore ; characterized in that the valve stem further comprises a rim extending from an end of the valve stem in a direction parallel to a longitudinal axis of the valve stem , wherein the rim is deformable radially outward from the longitudinal axis .
Process for the production of rusk slices comprising the steps of: a) providing a dough comprising at least a cereal meal, water and a leavening agent; b) oven-baking said dough, thereby obtaining a loaf of bread; c) cutting crosswise said loaf of bread into individual slices of bread having a preset thickness, a perimetral crust and two flat opposite sides; d) arranging said slices of bread so that at least one side faces an engraving module which has a heatable embossed surface; e) bringing the heatable embossed surface of the engraving module into contact with said at least one side of the slices of bread facing the engraving module for a time of between 0.5 and 3 seconds, so as to impress on said side a negative engraving having a profile complementing that of said heatable embossed surface of the engraving module, said heatable embossed surface having a temperature of between 190°C and 260°C; f) toasting said slices of bread thus engraved, thereby obtaining rusk slices having at least one engraved side and a moisture content of between 2% and 7% by weight of their total weight. a) providing a dough comprising at least a cereal meal, water and a leavening agent; b) oven-baking said dough, thereby obtaining a loaf of bread; c) cutting crosswise said loaf of bread into individual slices of bread having a preset thickness, a perimetral crust and two flat opposite sides; d) arranging said slices of bread so that at least one side faces an engraving module which has a heatable embossed surface; e) bringing the heatable embossed surface of the engraving module into contact with said at least one side of the slices of bread facing the engraving module for a time of between 0.5 and 3 seconds, so as to impress on said side a negative engraving having a profile complementing that of said heatable embossed surface of the engraving module, said heatable embossed surface having a temperature of between 190°C and 260°C; f) toasting said slices of bread thus engraved, thereby obtaining rusk slices having at least one engraved side and a moisture content of between 2% and 7% by weight of their total weight.
A method for wireless communication, performed by a first wireless device, comprising: identifying, by the first wireless device, a sequence of on symbols and off symbols for transmission to a wake-up radio, WUR, of a second wireless device ; determining a random or pseudorandom cyclic shift based at least in part on a random number generator, wherein the random number generator is initialized with a random or pseudorandom seed; assigning a modulation symbol waveform from a set of possible modulation symbol waveforms to at least each on symbol in the sequence, wherein the modulation symbol waveforms are assigned to sequential on symbols in a random or pseudorandom order , and wherein assigning the modulation symbol waveform comprises selecting a random or pseudorandom cyclic shift for each symbol and applying the random or pseudorandom cycle shift to a stored modulation symbol waveform to generate the modulation symbol waveform for each symbol; transmitting the sequence to the WUR of the second wireless device using multi-carrier on-off keying, MC-OOK, based at least in part on the assigned modulation symbol waveforms; and transmitting the random or pseudorandom seed to the second wireless device. identifying, by the first wireless device, a sequence of on symbols and off symbols for transmission to a wake-up radio, WUR, of a second wireless device ; determining a random or pseudorandom cyclic shift based at least in part on a random number generator, wherein the random number generator is initialized with a random or pseudorandom seed; assigning a modulation symbol waveform from a set of possible modulation symbol waveforms to at least each on symbol in the sequence, wherein the modulation symbol waveforms are assigned to sequential on symbols in a random or pseudorandom order , and wherein assigning the modulation symbol waveform comprises selecting a random or pseudorandom cyclic shift for each symbol and applying the random or pseudorandom cycle shift to a stored modulation symbol waveform to generate the modulation symbol waveform for each symbol; transmitting the sequence to the WUR of the second wireless device using multi-carrier on-off keying, MC-OOK, based at least in part on the assigned modulation symbol waveforms; and transmitting the random or pseudorandom seed to the second wireless device.
A method of making a dry powder formulation, the method comprising co-jet milling unmicronised glycopyrrolate and magnesium stearate with milling gas having a humidity below 20% Relative Humidity to produce micronized composite particles, wherein the micronized composite particles are then subjected to a conditioning step which includes exposure of the micronized composite particles to humidity in the range of 10%-95% Relative Humidity at temperatures between 5°C to 88°C for at least 60 minutes.
A rail for making a false wall with a stretched fabric, comprising a hooking profile for a fabric to be attached to a wall, and an accessory profile comprising a masking wing for masking means of hooking used to attach the fabric to the hooking profile when said fabric is attached stretched on said hooking profile , said masking wing being dimensioned to extend beyond said means of hooking, the accessory profile being removably assembled to the hooking profile , the accessory profile being assembled to the hooking profile by means of reciprocal association, characterised in that the means of reciprocal association comprise a groove arranged in the hooking profile , means of coupling carried by the accessory profile to be received in said groove as well as an intermediate coupling piece housed in the groove , the intermediate coupling piece and the means of coupling of the accessory profile being arranged to cooperate with each other by clipping.
A vehicle detection device , comprising: an antenna configured to sense electromagnetic waves radiated from an object; and an image generation unit configured to generate a radio wave image based on the electromagnetic waves received by the antenna ; characterized by a road surface region detection unit configured to detect a road surface region in the radio wave image based on the electromagnetic waves received by the antenna ; a symmetry axis setting unit configured to set a first symmetry axis at a part of a boundary of the road surface region , the part having a horizontal length not less than a predetermined value; a road surface reflection region setting unit configured to set a horizontal central line at a center of the radio wave image in a vertical direction and set a road surface reflection region between the central line and the first symmetry axis ; and a vehicle detection unit configured to compare a waveform of pixel outputs in the road surface reflection region with the corresponding waveform of pixel outputs in the road surface region and to detect the road surface reflection region as a vehicle when the waveform of pixel outputs in the road surface reflection region has a similar feature to that in the road surface region . an antenna configured to sense electromagnetic waves radiated from an object; and an image generation unit configured to generate a radio wave image based on the electromagnetic waves received by the antenna ; characterized by a road surface region detection unit configured to detect a road surface region in the radio wave image based on the electromagnetic waves received by the antenna ; a symmetry axis setting unit configured to set a first symmetry axis at a part of a boundary of the road surface region , the part having a horizontal length not less than a predetermined value; a road surface reflection region setting unit configured to set a horizontal central line at a center of the radio wave image in a vertical direction and set a road surface reflection region between the central line and the first symmetry axis ; and a vehicle detection unit configured to compare a waveform of pixel outputs in the road surface reflection region with the corresponding waveform of pixel outputs in the road surface region and to detect the road surface reflection region as a vehicle when the waveform of pixel outputs in the road surface reflection region has a similar feature to that in the road surface region .
A device for the safety control of a machine , having at least one object sensor for the detection of objects and for the simultaneous monitoring or a plurality of segments of a surface ; and having a safe control and evaluation unit for evaluating the signals of the at least one object sensor and for producing control signals for the machine , wherein the control and evaluation unit is configured to calculate at least two trajectories for the machine and to select the calculated trajectory that avoids segments in which objects are detected and that selects segments in which no objects are detected, characterized in that the object sensor is configured as intrinsically safe and recognizes internal defects, with the control and evaluation unit having a design that has dual channel redundancy or dual channel diversity, with a speed of the machine and a distance of the machine from a segment in which an object has been detected being adapted such that a danger to the object is precluded, with the machine reducing the speed on the way in the direction of the object and carrying out an evasive movement before the object, and with the control and evaluation unit and the object sensor being connected via a fieldbus having a safety protocol.
A composition, comprising: one or more mine tailings present in an amount greater than 25% by weight of the composition; one or more cementitious binder materials present in an amount ranging from greater than 0% to 12% by weight of the composition; purified attapulgite substantially free of non-attapulgite minerals present in an amount ranging from 0.01% to 0.7% by weight of the composition; and water; wherein the fines content (Fc) of the one or more mine tailings having a size less than 20 μm is greater than or equal to 3%, the fines content (Fc) of the one or more mine tailings is calculated by the equation Fc = [Mf/(Mf+Mr)] ∗ 100%, wherein in the equation, Mf is the mass of the fine component, Mr is the mass of the remaining component and (Mf+Mr) is the mass of the one or more mine tailings, characterized in that the composition is in the form of a hydraulic backfill or a paste backfill. one or more mine tailings present in an amount greater than 25% by weight of the composition; one or more cementitious binder materials present in an amount ranging from greater than 0% to 12% by weight of the composition; purified attapulgite substantially free of non-attapulgite minerals present in an amount ranging from 0.01% to 0.7% by weight of the composition; and water; wherein the fines content (Fc) of the one or more mine tailings having a size less than 20 μm is greater than or equal to 3%, the fines content (Fc) of the one or more mine tailings is calculated by the equation Fc = [Mf/(Mf+Mr)] ∗ 100%, wherein in the equation, Mf is the mass of the fine component, Mr is the mass of the remaining component and (Mf+Mr) is the mass of the one or more mine tailings, characterized in that the composition is in the form of a hydraulic backfill or a paste backfill.
A method of creating a logical profile for physical devices in a system to interface with a monitoring system, the method comprising: designating a profile identity to identify a logical profile representing a combination of physical devices in the system; selecting a plurality of physical devices from the system represented by the logical profile , each of the physical devices including at least one of an output and an input, and being identified with the profile identity; assigning a plurality of tags and associating each of the plurality of tags with an input or output of at least one of the plurality of selected physical devices; setting an address for each tag based on a starting address; and provide the logical profile to the monitoring system, the logical profile including profile identity and the plurality of tags of the selected physical devices. designating a profile identity to identify a logical profile representing a combination of physical devices in the system; selecting a plurality of physical devices from the system represented by the logical profile , each of the physical devices including at least one of an output and an input, and being identified with the profile identity; assigning a plurality of tags and associating each of the plurality of tags with an input or output of at least one of the plurality of selected physical devices; setting an address for each tag based on a starting address; and provide the logical profile to the monitoring system, the logical profile including profile identity and the plurality of tags of the selected physical devices.