mhurhangee/ep-ind-claims huggingface dataset:
Oil-injected compressor comprising an oil-injected compressor element with an inlet that can be closed by means of a controlled inlet valve and an outlet; a drive for the compressor element; an oil circuit comprising an oil separator with an input that is connected to the outlet of the compressor element and an output to which a consumer network for compressed gas can be connected, whereby this oil separator comprises a pressure vessel in which the oil separated from the compressed gas is received and from where oil can be injected into the compressor element via the injection pipe; a pressure sensor for determining the pressure (p) in the consumer network and a controller for the drive of the compressor element that is such that when the pressure (p) in the consumer network has reached a set maximum value (pmax), the drive of the compressor element is stopped according to a set stop program, characterised in that the compressor is provided with a temperature probe for determining the temperature of the compressed gas, and a 'recirculation pipe' that connects the oil separator to the inlet of the compressor element and in which a throttle and a controlled normally closed closable recirculation valve is incorporated that is connected to the aforementioned controller that is such that before the drive of the compressor element is stopped when the maximum pressure (pmax) in the consumer network has been reached, the recirculation valve opens when the temperature determined by the temperature probe is lower than a set minimum value (Tmin) and the drive continues to be driven until the temperature reaches the minimum value (Tmin) or a set maximum period (tmax) has lapsed in order to then stop the drive, with a delay (t'min).
Apparatus for operating a unit that is able to vibrate of a vibration resonator, with a piezoelectric drive, which is connected to the unit that is able to vibrate and feedback electronics, wherein the feedback electronics excite the piezoelectric drive to vibrate using a periodic excitation signal with rising and falling edge, and wherein a response signal of the piezoelectric drive is returned to the feedback electronics, and with at least one peak compensation unit, which masks at least one interference signal, resulting from the recharging process of the piezoelectric drive, from the response signal, wherein at least one amplifier unit is provided in the peak compensation unit, said amplifier unit amplifying the response signal of the piezoelectric drive, and whose amplification factor can be controlled by the excitation signal of the feedback electronics, via at least two switching units (6, 14) provided in the peak compensation unit, in such a way that the amplification factor is minimal during the rising and/or during the falling edges of the excitation signal, wherein the peak compensation unit contains at least one differentiator element (12, 18) to which the excitation signal is applied and which controls the switching elements (6, 14), wherein the output voltage of the differentiator element (12, 18) represents the derivative of the excitation signal, and wherein the switching elements (6, 14) are electrical components that change their conductivity depending on the output voltage, characterized in that the switching elements establish a conductive connection between the output of the amplification unit and the negative input of the amplification unit during the rising and falling edges.
An operation method of a Base Station, BS, in a wireless communication system, the method comprising: determining if decoding information for one or more persistent allocations assigned to one or more corresponding Mobile Stations, MSs, is updated; if the decoding information is updated, generating a signaling message to signal the update of the decoding information; and transmitting the signaling message through a DownLink, DL, MAP, the method being characterized in that the signaling message comprises a Reduced Connection Identifier, R_CID, a Hybrid Automatic Repeat reQuest, HARQ, Channel ID, ACID, for each of the one or more persistent allocations and a power boosting value for each of the one or more persistent allocations to which the updated decoding information is to be applied. determining if decoding information for one or more persistent allocations assigned to one or more corresponding Mobile Stations, MSs, is updated; if the decoding information is updated, generating a signaling message to signal the update of the decoding information; and transmitting the signaling message through a DownLink, DL, MAP, the method being characterized in that the signaling message comprises a Reduced Connection Identifier, R_CID, a Hybrid Automatic Repeat reQuest, HARQ, Channel ID, ACID, for each of the one or more persistent allocations and a power boosting value for each of the one or more persistent allocations to which the updated decoding information is to be applied.
A touch display panel, comprising an array substrate and an opposite substrate which are arranged to face each other, the opposite substrate including a plurality of touch sensing electrodes distributed in a row direction, wherein, the array substrate includes a plurality of touch driving electrodes distributed in a column direction, each column of touch driving electrodes include a plurality of touch driving electrode blocks, each of the touch driving electrode blocks is connected with one touch driving electrode wire, and different columns of touch driving electrode blocks are connected with different touch driving electrode wires; each of the touch driving electrode blocks includes a plurality of interruptedly distributed touch driving electrode units, and the touch driving electrode units of each of the touch driving electrode blocks are electrically connected by the touch driving electrode connection wires; the array substrate further includes a plurality of touch driving electrode connection wires which are distributed in the column direction, cross the touch driving electrode wires and are insulated from the touch driving electrode wires; an orthogonal projection of the touch driving electrode wire connected with corresponding touch driving electrode block on the array substrate does not overlap with orthogonal projections of the touch driving electrode units of other touch driving electrode blocks than the corresponding touch driving electrode block on the array substrate, and the touch driving electrode wire connected with the corresponding touch driving electrode block is not electrically connected with the touch driving electrode units of other touch driving electrode blocks than the corresponding touch driving electrode block; and each of the touch driving electrode blocks is connected with one touch driving electrode wire, which includes: part of the touch driving electrode units of each of the touch driving electrode blocks is directly in contact with one of the touch driving electrode wires; and the touch driving electrode wires distributed in different rows and connected with a same column of touch driving electrode are led out by a same lead.
Compacting device of thin sheets of thermoplastic material that is characterised in that it includes an axial fan, which is found attached in the lower part of the essentially prismatic structure; an inlet nozzle placed in the upper part of the prismatic structure; a heated mould housed in the intermediate part of the prismatic structure and as a continuation from the inlet nozzle where this heated mould is provided with a plurality of slots that allow the passing of the suction air current; a guiding conduit between the inlet nozzle and the heated mould; and a slot housed between the heated mould and the fan.
A method of managing place data for a mobile device, the method comprising: receiving input to select a place; receiving input, by a user interface of the mobile device, to specify which one or more applications on the mobile device are permitted to have access to the place data for the place; storing the place data for the place in a centralized place database in a memory of the mobile device such that all applications that utilize place data can obtain the place data from the centralized place database; and in response to a place data request from a data-requesting application executing on the mobile device: determining if the data-requesting application has access to the place data for the place; and providing the place data to the data-requesting application only if the data-requesting application has access. receiving input to select a place; receiving input, by a user interface of the mobile device, to specify which one or more applications on the mobile device are permitted to have access to the place data for the place; storing the place data for the place in a centralized place database in a memory of the mobile device such that all applications that utilize place data can obtain the place data from the centralized place database; and in response to a place data request from a data-requesting application executing on the mobile device: determining if the data-requesting application has access to the place data for the place; and providing the place data to the data-requesting application only if the data-requesting application has access. determining if the data-requesting application has access to the place data for the place; and providing the place data to the data-requesting application only if the data-requesting application has access.
A sulfur-modified chloroprene elastomer composition, obtainable by emulsion-polymerizing 2-chloro-1,3-butadiene, 2,3-dichloro-1,3-butadiene and sulphur by using an emulsifier and a polymerization initiator, and regulating the molecular weight thereof by using a thiuram compound, comprising the sulfur-modified chloroprene elastomer and the thiuram compound in an amount of 1 to 2.5 mass % and having an organic acid content, as determined in accordance with JIS K6237, adjusted to 1.5 to 15 mass % by regulation of the amount of the organic acid and/or the organic acid salt added as emulsifier during emulsion polymerization, an ash content, as determined in accordance with JIS K6228, adjusted to 0.03 to 0.2 mass % by regulation of the amount of the organic acid salt added as emulsifier during emulsion polymerization, and a mass ratio of the organic acid content to the ash content (organic acid content/ash content) of 50 to 500.
A binder resin for a toner comprising a carboxyl group-containing vinyl resin, a glycidyl group-containing vinyl resin, a reaction product of the vinyl resins and a saturated crystalline polyester, wherein said saturated crystalline polyester has a melting point of equal to or more than 75 degrees centigrade and equal to or less than 120 degrees centigrade, a metal component selected from Zn, Ca, Mg, Al and Ba is dispersed in said saturated crystalline polyester, and the loss modulus (G") of said binder resin for a toner at 120 degrees centigrade is equal to or more than 0.3*10 4 Pa and equal to or less than 2.7*10 4 Pa at a measurement frequency of 6.28 rad/sec, and the minimum value of the storage modulus (G') at equal to or more than 50 degrees centigrade and equal to or less than 200 degrees centigrade is equal to or more than 1.0*10 2 Pa and equal to or less than 1.5*10 4 Pa, wherein the metal component is derived from a fatty acid metal salt represented by the following general formula. (C n H 2n+1 COO) m -M wherein, in the formula, n is an integer of 11 to 22; m is an integer of 2 to 3; and M is a metal selected from Zn, Ca, Mg, Al and Ba, and metal oxide is excluded from said metal component.
A method, performed by a first Antenna Processing Unit, APU,, for sequential receive combining in a radio stripe system, wherein the radio stripe system comprises at least two APUs (300,400) and a Central Processing Unit, CPU,, the at least two APUs (300,400) being connected in series to the CPU, wherein the radio stripe system serves at least two User Equipment, UEs,, the method comprising: - obtaining channel estimates for channels to said served UEs; - determining a receive combining filter based on the obtained channel estimates, wherein the receive combining filter is going to be applied to received data signals; - determining effective channels from said served UEs as a product of the obtained channel estimates and the determined receive combining filter, wherein each effective channel represents a channel experienced by a signal transmitted from a respective served UE to the first APU applying the receive combining filter; and - transmitting the effective channels to at least one subsequent second APU. - obtaining channel estimates for channels to said served UEs; - determining a receive combining filter based on the obtained channel estimates, wherein the receive combining filter is going to be applied to received data signals; - determining effective channels from said served UEs as a product of the obtained channel estimates and the determined receive combining filter, wherein each effective channel represents a channel experienced by a signal transmitted from a respective served UE to the first APU applying the receive combining filter; and - transmitting the effective channels to at least one subsequent second APU.
An apparatus for providing reduced pressure to treat a linear wound, characterised in that the apparatus comprises: a closing bolster adapted to be positioned on the linear wound and to apply a closing force to the linear wound in a first direction perpendicular to the linear wound when positioned on the linear wound, the closing bolster comprising: (i) a plurality of manifold members formed from an isotropic material and being compressible when reduced pressure is applied to the closing bolster, and (ii) a plurality of reinforcing members formed from an anisotropic material operatively coupled to the manifold members and being substantially non-compressive in a second direction parallel to the linear wound when positioned on the linear wound to inhibit compression of the plurality of manifold members in the second direction; a sealing subsystem for providing a fluid seal covering the closing bolster and the linear wound within an internal space for receiving reduced pressure; and wherein the closing bolster is operable to contract to a compressed position when reduced pressure is applied to the internal space to apply the closing force to the linear wound in the first direction. a closing bolster adapted to be positioned on the linear wound and to apply a closing force to the linear wound in a first direction perpendicular to the linear wound when positioned on the linear wound, the closing bolster comprising: (i) a plurality of manifold members formed from an isotropic material and being compressible when reduced pressure is applied to the closing bolster, and (ii) a plurality of reinforcing members formed from an anisotropic material operatively coupled to the manifold members and being substantially non-compressive in a second direction parallel to the linear wound when positioned on the linear wound to inhibit compression of the plurality of manifold members in the second direction; (i) a plurality of manifold members formed from an isotropic material and being compressible when reduced pressure is applied to the closing bolster, and (ii) a plurality of reinforcing members formed from an anisotropic material operatively coupled to the manifold members and being substantially non-compressive in a second direction parallel to the linear wound when positioned on the linear wound to inhibit compression of the plurality of manifold members in the second direction; a sealing subsystem for providing a fluid seal covering the closing bolster and the linear wound within an internal space for receiving reduced pressure; and wherein the closing bolster is operable to contract to a compressed position when reduced pressure is applied to the internal space to apply the closing force to the linear wound in the first direction.
A method for preparing a biosensing membrane, characterized by comprising the steps of: electrochemically activating and modifying an oxidoreductase using a ruthenium complex having free amino or carboxyl groups or an osmium complex having free amino or carboxyl groups, then performing a cross-linking treatment using a chemical cross-linking agent, and then coating on a surface of an electrode, thereby forming a biosensing membrane, wherein the chemical cross-linking agent is glutaraldehyde or polyethylene glycol diglycidyl ether.
A metallic spring ring (100, 130, 160, 180) comprising: a spring length having a spring body with a plurality of interconnected coils (102, 162, 184) or interconnected V-bodies and a first end (200, 240) connected to a second end (202, 242) to form a closed loop, said second end (202, 242) being on an end of the spring body opposite the first end (200, 240); Characterized by wherein the first end (200, 240) and the second end (202, 242) are ends of a wire or a ribbon strip; wherein the first end (200, 240) comprises a first tip and the second end (202, 242) comprises a second tip; if the first end is of the wire, the first end has a conical shape tip and the tip most point of the conical shape tip is rounded or pointed; and if the first end is of the ribbon strip, the first end has tip most point is rounded or flat with a sloped surface on either side of the flat tip that terminates at the tip most point resembling a V-shape when viewing a cross-sectional end view; and wherein the first tip and the second tip have complementary surfaces for aligning the first and second ends (200, 240; 202, 242) along a first direction and along at least one radial direction relative to the first direction. a spring length having a spring body with a plurality of interconnected coils (102, 162, 184) or interconnected V-bodies and a first end (200, 240) connected to a second end (202, 242) to form a closed loop, said second end (202, 242) being on an end of the spring body opposite the first end (200, 240); Characterized by wherein the first end (200, 240) and the second end (202, 242) are ends of a wire or a ribbon strip; wherein the first end (200, 240) comprises a first tip and the second end (202, 242) comprises a second tip; if the first end is of the wire, the first end has a conical shape tip and the tip most point of the conical shape tip is rounded or pointed; and if the first end is of the ribbon strip, the first end has tip most point is rounded or flat with a sloped surface on either side of the flat tip that terminates at the tip most point resembling a V-shape when viewing a cross-sectional end view; and wherein the first tip and the second tip have complementary surfaces for aligning the first and second ends (200, 240; 202, 242) along a first direction and along at least one radial direction relative to the first direction.
A thin plate of synthetic single crystal diamond material, the thin plate of synthetic single crystal diamond material having: a thickness in a range 100 nm to 50 μm; a concentration of negatively charged nitrogen-vacancy defects (NV -) equal to or greater than 100 ppb (parts-per-billion); a concentration of point defects other than the NV- defects of below 200 ppm (parts-per-million); a total nitrogen concentration equal to or greater than 10 ppm; a concentration of all non-nitrogen point defects equal to or less than 1 ppm; wherein at least one major face of the thin plate of synthetic single crystal diamond material is controlled to comprise surface termination species which have zero nuclear spin and/or zero electron spin such that the product of the concentration of NV - defects and decoherence time T 2 in the thin plate of synthetic single crystal diamond material is at least 0.1 ppm μs. a thickness in a range 100 nm to 50 μm; a concentration of negatively charged nitrogen-vacancy defects (NV -) equal to or greater than 100 ppb (parts-per-billion); a concentration of point defects other than the NV- defects of below 200 ppm (parts-per-million); a total nitrogen concentration equal to or greater than 10 ppm; a concentration of all non-nitrogen point defects equal to or less than 1 ppm; wherein at least one major face of the thin plate of synthetic single crystal diamond material is controlled to comprise surface termination species which have zero nuclear spin and/or zero electron spin such that the product of the concentration of NV - defects and decoherence time T 2 in the thin plate of synthetic single crystal diamond material is at least 0.1 ppm μs.
Workpiece processing system, in particular panel dividing system, comprising a feed table having a longitudinal direction, a contact device arranged laterally from the feed table, and at least one alignment device arranged in the region of the feed table, with which alignment device at least one region of a workpiece lying on the feed table can be aligned on the contact device, characterized in that the alignment device arranged in the region of the feed table comprises at least one partial pressing device (18a-e) which is controllable depending on a current variable.
High-voltage battery for a vehicle, comprising - a housing with a single-shell bottom shell composed of metal and a cover composed of plastic which closes the bottom shell, and - a plurality of energy storage cells and/or energy storage modules which are arranged in the housing, characterized in that the cover is manufactured from fibre-reinforced thermoplastic. - a housing with a single-shell bottom shell composed of metal and a cover composed of plastic which closes the bottom shell, and - a plurality of energy storage cells and/or energy storage modules which are arranged in the housing,
Method for monitoring a thrust fault in an aircraft turbojet enginerby means of an on-board computer of said aircraft when a thrust setting (N1 CONS) of said turbojet engine is modified, the effective thrust (N1 EFF) of the turbojet engine being modified during a transient phase to attain the desired thrust setinf (N1 CONS), said method comprising: - a step of processing the thrust setting (N1 CONS) by means of a filtering function and a transient-phase model obtained by feedback from measurements made on the same type of turbojet engine in order to obtain a modelled thrust (N1 MOD); - a step of measuring the effective thrust (N1 EFF); - a step of comparing said modelled thrust (N1 MOD) with said effective thrust (N1 EFF) in order to determine a thrust difference (Δ); - a step of comparing said thrust different (Δ) with an alarm threshold; and - a step of emitting an alarm in the event of said alarm threshold being exceeded; in which method: - at a given iteration, in which a prior modelled thrust (N1 MOD) is known, the transient-phase model supplies a time constant from the prior modelled thrust (N1 MOD), the filtering function supplies a modelled thrust (N1 MOD) from the time constant obtained, the prior modelled thrust (N1 MOD) and the thrust setting (N1 CONS). - a step of processing the thrust setting (N1 CONS) by means of a filtering function and a transient-phase model obtained by feedback from measurements made on the same type of turbojet engine in order to obtain a modelled thrust (N1 MOD); - a step of measuring the effective thrust (N1 EFF); - a step of comparing said modelled thrust (N1 MOD) with said effective thrust (N1 EFF) in order to determine a thrust difference (Δ); - a step of comparing said thrust different (Δ) with an alarm threshold; and - a step of emitting an alarm in the event of said alarm threshold being exceeded; - at a given iteration, in which a prior modelled thrust (N1 MOD) is known, the transient-phase model supplies a time constant from the prior modelled thrust (N1 MOD), the filtering function supplies a modelled thrust (N1 MOD) from the time constant obtained, the prior modelled thrust (N1 MOD) and the thrust setting (N1 CONS).