mhurhangee/ep-ind-claims huggingface dataset:
A container comprising: a wall arrangement defining an internal region; and a support arrangement attached to the wall arrangement; the support arrangement being arrangeable in a support position in which the support arrangement extends across the internal region; the support arrangement being arrangeable in a non-support position in which the support arrangement extends along the wall arrangement within the internal region in engagement with the wall arrangement; and the support arrangement being movable between the non-support and the support positions, wherein the wall arrangement includes a pivot point, and the support arrangement includes an attachment portion to attach the support arrangement to the wall arrangement at the pivot point; the container further includes a guide arrangement to guide the support arrangement between the support and non-support positions, the guide arrangement comprising a guide member on one of the support arrangement and the wall arrangement; and the guide arrangement further comprising a guide track to interact with the guide member, the guide track being provided on the other of the support arrangement and the wall arrangement; wherein the guide member is movable along the guide track to guide the support arrangement when the support arrangement moves between the support and the non-support positions, characterised in that the attachment portion has an actuating formation to enable the support arrangement to be moved between the support and non-support positions, and in that the guide track curves around the pivot point. a wall arrangement defining an internal region; and a support arrangement attached to the wall arrangement; the support arrangement being arrangeable in a support position in which the support arrangement extends across the internal region; the support arrangement being arrangeable in a non-support position in which the support arrangement extends along the wall arrangement within the internal region in engagement with the wall arrangement; and the support arrangement being movable between the non-support and the support positions, wherein the wall arrangement includes a pivot point, and the support arrangement includes an attachment portion to attach the support arrangement to the wall arrangement at the pivot point; the container further includes a guide arrangement to guide the support arrangement between the support and non-support positions, the guide arrangement comprising a guide member on one of the support arrangement and the wall arrangement; and the guide arrangement further comprising a guide track to interact with the guide member, the guide track being provided on the other of the support arrangement and the wall arrangement; wherein the guide member is movable along the guide track to guide the support arrangement when the support arrangement moves between the support and the non-support positions, characterised in that the attachment portion has an actuating formation to enable the support arrangement to be moved between the support and non-support positions, and in that the guide track curves around the pivot point.
Control device for a heating and/or ventilation and/or air-conditioning installation of a motor vehicle comprising an interior, said installation comprising an air treatment housing having: - at least two air outlets (17a, 17b, 19) intended to open into a zone (ZG, ZD) of the vehicle interior, including at least a first defrosting and/or ventilation air outlet (17a, 17b) and at least one second air outlet at foot level, and - at least one first and at least one second (23, 25) member for mixing the air flow in order to produce an air flow at an adjusted temperature bound for said first and/or second air outlet (17a, 17b, 19), characterized in that said device has: - a user interface configured to be arranged in the vehicle interior, comprising at least one first control member for setting the temperature of a first air flow bound for said first air outlet (17a, 17b) and at least one second control member for setting the temperature of a second air flow bound for said second air outlet, and - a control circuit configured to: receive, from each control member (51, 53), an input signal with an individual temperature setpoint, and to output separate control signals for controlling said first and second mixing members (21, 23, 25), so as to independently adjust the temperature of the first and second air flows (F1, F2) bound for said first air outlet (17a, 17b) and said second air outlet, respectively. - at least two air outlets (17a, 17b, 19) intended to open into a zone (ZG, ZD) of the vehicle interior, including at least a first defrosting and/or ventilation air outlet (17a, 17b) and at least one second air outlet at foot level, and - at least one first and at least one second (23, 25) member for mixing the air flow in order to produce an air flow at an adjusted temperature bound for said first and/or second air outlet (17a, 17b, 19), - a user interface configured to be arranged in the vehicle interior, comprising at least one first control member for setting the temperature of a first air flow bound for said first air outlet (17a, 17b) and at least one second control member for setting the temperature of a second air flow bound for said second air outlet, and - a control circuit configured to: receive, from each control member (51, 53), an input signal with an individual temperature setpoint, and to output separate control signals for controlling said first and second mixing members (21, 23, 25), so as to independently adjust the temperature of the first and second air flows (F1, F2) bound for said first air outlet (17a, 17b) and said second air outlet, respectively. receive, from each control member (51, 53), an input signal with an individual temperature setpoint, and to output separate control signals for controlling said first and second mixing members (21, 23, 25), so as to independently adjust the temperature of the first and second air flows (F1, F2) bound for said first air outlet (17a, 17b) and said second air outlet, respectively.
A method of forming a latex dipped article with a wave-like textured porous and micro-roughened surface pattern, comprising the steps of: - Applying a coagulant on a former; - Depositing the first layer by dip-coating the former with aqueous latex composition; - Leaching the first latex layer in water; - Dipping the partially gelled inner latex layer in foamed latex; - Dipping the partially gelled latex foam outer layer in the distortion solution; - Drying the latex article at 80 to 100°C and curing at the temperature range of 100-150°C; - Stripping the cured article from the former; - Inverting of the finished article. - Applying a coagulant on a former; - Depositing the first layer by dip-coating the former with aqueous latex composition; - Leaching the first latex layer in water; - Dipping the partially gelled inner latex layer in foamed latex; - Dipping the partially gelled latex foam outer layer in the distortion solution; - Drying the latex article at 80 to 100°C and curing at the temperature range of 100-150°C; - Stripping the cured article from the former; - Inverting of the finished article.
A panel for a floor, wall or ceiling covering or for a furniture component, preferably a floor covering, wall cladding or ceiling cladding panel or a furniture component panel, comprising a planar substrate panel and an upper layer applied to the substrate panel, characterised in that the substrate panel is produced by bonding a needled non-woven fabric or that the substrate panel comprises at least one substrate layer consisting of a bonded needled non-woven fabric, wherein the density of the bonded non-woven fabric is between 400 kg/m 3 and 1000 kg/m 3 and the degree of compaction of the unbonded non-woven fabric compared with the bonded non-woven fabric is between 10:1 and 2:1, and that a lower layer applied to the underside of the substrate layer is provided.
A probe (18,18A) for coupling with a movable portion of a coordinate measuring machine, the probe comprising: a shaft having a distal end and a proximal end, the proximal end having a region for coupling with the movable portion of the coordinate measuring machine, the distal end having a region configured to interact with a workpiece to be measured by the coordinate measuring machine; and visual identifying indicia (206,206A,206B,208) on the shaft, the visual identifying indicia being encoded to identify at least one characteristic of the probe, characterized in that the indicia are encoded as Base 3 or Base 4 indicia. a shaft having a distal end and a proximal end, the proximal end having a region for coupling with the movable portion of the coordinate measuring machine, the distal end having a region configured to interact with a workpiece to be measured by the coordinate measuring machine; and visual identifying indicia (206,206A,206B,208) on the shaft, the visual identifying indicia being encoded to identify at least one characteristic of the probe, characterized in that the indicia are encoded as Base 3 or Base 4 indicia.
An Mg base alloy consisting of: Zn in an amount of 0.75 at% to 2.4 at%; Ag in an amount of 0.08 at% to 1.98 at%; Ca in an amount of 0.08 at% to 0.61 at%; Zr in an amount of 0.08 at% to 0.17 at%, and the balance being Mg and unavoidable impurities. Zn in an amount of 0.75 at% to 2.4 at%; Ag in an amount of 0.08 at% to 1.98 at%; Ca in an amount of 0.08 at% to 0.61 at%; Zr in an amount of 0.08 at% to 0.17 at%, and the balance being Mg and unavoidable impurities.
Method for inspecting at least one surface of a strip moving in a strip running direction (v) by an inspector, wherein the surface of the strip is irradiated with at least a first light source (1, 1') and a second light source (2, 2') and wherein the first light source (1, 1') emits light at a first irradiation angle range (Δα 1) onto a first surface region and the second light source (2, 2') emits light at a second irradiation angle range (Δα 2) onto a second surface region of the surface of the strip, and the first light source (1, 1') and the second light source (2, 2') are alternately operated in pulsed mode at a predetermined pulse frequency (f), so that the surface of the strip is irradiated alternately at the pulse frequency (f) in the first surface region and the second surface region and the first surface region irradiated by the first light source (1, 1') is viewed by the inspector via a mirror (4, 4') in bright field and the second surface region irradiated by the second light source (2, 2') can be observed by the inspector via the mirror (4, 4') in the dark field, wherein the observation of the first surface region and the second surface region is carried out by the human eye of the inspector and without the aid of a camera.
- Formulation of at least one digestive enzyme, the formulation comprising solid lipid particles, the solid lipid particles being: - between 50 μm and 1200 μm in size, - strictly hydrophobic, - free of water, of organic solvent, of surfactant compound and of polymer, and comprising: - at least one digestive enzyme, - a strictly hydrophobic, non-hygroscopic waxy matrix, in which said at least one digestive enzyme: - has homogeneous distribution in each solid lipid particle of the formulation, - is distributed without a distribution gradient towards the interior of the waxy matrix, and - represents between 0.1% and 90% of the mass of the formulation, the formulation having a melting point of between 20°C and 65°C. the solid lipid particles being: - between 50 μm and 1200 μm in size, - strictly hydrophobic, - free of water, of organic solvent, of surfactant compound and of polymer, - between 50 μm and 1200 μm in size, - strictly hydrophobic, - free of water, of organic solvent, of surfactant compound and of polymer, and comprising: - at least one digestive enzyme, - a strictly hydrophobic, non-hygroscopic waxy matrix, - at least one digestive enzyme, - a strictly hydrophobic, non-hygroscopic waxy matrix, in which said at least one digestive enzyme: - has homogeneous distribution in each solid lipid particle of the formulation, - is distributed without a distribution gradient towards the interior of the waxy matrix, and - represents between 0.1% and 90% of the mass of the formulation, - has homogeneous distribution in each solid lipid particle of the formulation, - is distributed without a distribution gradient towards the interior of the waxy matrix, and - represents between 0.1% and 90% of the mass of the formulation, the formulation having a melting point of between 20°C and 65°C.
Machine coil for an electric machine, wherein the machine coil comprises at least one winding, and wherein the winding comprises a plurality of winding layers of an electrical conductor, which winding layers are in each case arranged adjacent to one another and are electrically conductively connected to one another, wherein a heat-conducting element is arranged between two winding layers arranged adjacent to one another and is connected in a heat-exchanging manner to at least one winding layer, wherein at least one portion of the heat-conducting element protrudes from the winding and wherein a cooling element which can be connected to a cooling device is arranged on the portion and is connected in a heat-exchanging manner to the portion, characterised in that the heat-conducting element is electrically conductively connected to at least one winding layer adjoining the heat-conducting element, so that the heat-conducting element and the winding layer electrically conductively connected to the heat-conducting element are at the same potential.
A composite article, comprising: a matrix; and fibers, embedded in the matrix, wherein: each one of the fibers has a fiber length and a fiber geometry, the fiber geometry varies along the fiber length, the fiber geometry has a cross-sectional shape having a transverse axis, the transverse axis has an orientation, the orientation of the transverse axis twists back-and-forth along the fiber length, and the fiber geometry has a constant cross-sectional area along the fiber length. a matrix; and fibers, embedded in the matrix, wherein: each one of the fibers has a fiber length and a fiber geometry, the fiber geometry varies along the fiber length, the fiber geometry has a cross-sectional shape having a transverse axis, the transverse axis has an orientation, the orientation of the transverse axis twists back-and-forth along the fiber length, and the fiber geometry has a constant cross-sectional area along the fiber length. each one of the fibers has a fiber length and a fiber geometry, the fiber geometry varies along the fiber length, the fiber geometry has a cross-sectional shape having a transverse axis, the transverse axis has an orientation, the orientation of the transverse axis twists back-and-forth along the fiber length, and the fiber geometry has a constant cross-sectional area along the fiber length.
An aerosol formulation containing a particulate active substance having a mass median aerodynamic diameter (MMAD) of less than 10 μm, suspended in a nonsolvent hydrofluorocarbon fluid vehicle at a concentration of 0.5 % w/v or greater, wherein the active substance is in the form of solid particles which when suspended undissolved in either 1,1,1,2-tetrafluoroethane (HFA 134a) or 1,1,1,2,3,3,3-heptafluoropropane (HFA 227ea), at a concentration of 1% w/v, exhibit a flocculation volume of 40% or greater after 10 minutes, and a rate of change (decrease) in flocculation volume, during the first 120 seconds after thorough mixing of the active substance vehicle, of 10% per minute or less, and further wherein the active substance has been prepared by contacting a solution or suspension of the substance in a fluid carrier (the "target solution/suspension") with a compressed fluid anti-solvent under conditions which allow the anti-solvent to extract the carrier from the target solution/suspension so as to cause particles of the active substance to precipitate from it.
A connection assembly for connecting first and second formwork elements (100a, b), comprising: a sleeve; a counterplate comprising a plurality of surfaces (154a, b) having differing heights, wherein the plurality of surfaces (154a, b) having differing heights are configured to selectively engage with a front face of a waler of the first formwork element, the plurality of surfaces comprising a first surface and a second surface, the second surface having a height greater than the first surface and the second surface defining a counterplate aperture in the center thereof, wherein the counterplate aperture defines a plurality of inner diameters, with the second surface having a larger diameter than a diameter corresponding to the first surface such that a stop is provided from the sleeve advancing completely and freely through the aperture; a bolt block insert comprising a bolt block plate defining at least one recess, wherein the bolt block insert is removably engagable with the second formwork element; a bolt configured to pass through the counterplate aperture and removably engage with the at least one recess of the bolt block plate; a wingnut that engages with a threaded shaft of the bolt; and the sleeve that surrounds a portion of the threaded shaft of the bolt, wherein the sleeve engages with the counterplate aperture. a sleeve; a counterplate comprising a plurality of surfaces (154a, b) having differing heights, wherein the plurality of surfaces (154a, b) having differing heights are configured to selectively engage with a front face of a waler of the first formwork element, the plurality of surfaces comprising a first surface and a second surface, the second surface having a height greater than the first surface and the second surface defining a counterplate aperture in the center thereof, wherein the counterplate aperture defines a plurality of inner diameters, with the second surface having a larger diameter than a diameter corresponding to the first surface such that a stop is provided from the sleeve advancing completely and freely through the aperture; a bolt block insert comprising a bolt block plate defining at least one recess, wherein the bolt block insert is removably engagable with the second formwork element; a bolt configured to pass through the counterplate aperture and removably engage with the at least one recess of the bolt block plate; a wingnut that engages with a threaded shaft of the bolt; and the sleeve that surrounds a portion of the threaded shaft of the bolt, wherein the sleeve engages with the counterplate aperture.
A method of receiving an Earthquake and Tsunami-Warning System, ETWS, message in a mobile communication system, the method comprising: receiving a physical downlink control channel, PDCCH; receiving the ETWS message based on control information indicated on the received physical downlink control channel, PDCCH, through a downlink shared channel, DL-SCH, corresponding to the downlink control channel, PDCCH, if a particular radio network temporary identifier, RNTI, is indicated in the downlink control channel, PDCCH, wherein a time domain scheduling is acquired from decoding a system information-radio network temporary identifier, SI-RNTI, on the physical downlink control channel, PDCCH, wherein the SI-RNTI is used to address a system information block, SIB, type 1 and all SI messages, wherein the ETWS message is divided into: a primary ETWS notification contained in a system information block, SIB, type 10; and a secondary ETWS notification contained in a system information block, SIB, type 11. receiving a physical downlink control channel, PDCCH; receiving the ETWS message based on control information indicated on the received physical downlink control channel, PDCCH, through a downlink shared channel, DL-SCH, corresponding to the downlink control channel, PDCCH, if a particular radio network temporary identifier, RNTI, is indicated in the downlink control channel, PDCCH, wherein a time domain scheduling is acquired from decoding a system information-radio network temporary identifier, SI-RNTI, on the physical downlink control channel, PDCCH, wherein the SI-RNTI is used to address a system information block, SIB, type 1 and all SI messages, wherein the ETWS message is divided into: a primary ETWS notification contained in a system information block, SIB, type 10; and a secondary ETWS notification contained in a system information block, SIB, type 11. a primary ETWS notification contained in a system information block, SIB, type 10; and a secondary ETWS notification contained in a system information block, SIB, type 11.
Device for grinding and/or polishing a cutting edge of a cutting tool, preferably a household knife, comprising: a handle, at least one roller rotatable relative to the handle and at least one disc rotatable relative to the handle for grinding and/or polishing the cutting edge of the cutting tool, wherein the device is movable over a base by exerting force on the handle, so that the roller - rotating relative to the handle - rolls on the base and the disc can be set in rotation, characterized in that the disc is rotatable at a different rotational speed/angular velocity than the roller.
A milking implement comprising a milk line system and teat cups, wherein a teat cup is provided with a pulse tube and a milk tube, wherein the milking implement is provided with a sensor for measuring the amplitude difference and/or the intensity value of sound, said sensor being provided with a piezo-sensor, such as a piezoelectric transducer, wherein the sensor is included in the milk tube, characterized in that the sensor comprises a housing which is made of a material having a strongly absorbing capacity for sound and/or vibrations, such as silicones, for example, while at least one piezoelectric sensor is embedded in said housing, wherein the housing is provided with at least one duct through which milk and/or cleaning liquid and/or air can flow.
An apparatus for use in a wellbore, comprising: a downhole tool configured to be conveyed into the wellbore with a conveyance device; a fuel cell associated with the downhole tool; a water sorption device disposed around an outer circumference of the fuel cell and configured for receiving a fluid byproduct from the fuel cell, the fluid byproduct including at least steam; and a desiccant disposed in the water sorption device and configured for receiving the fluid byproduct, the desiccant receiving the fluid byproduct formed on a surface of a cathode associated with the fuel cell. a downhole tool configured to be conveyed into the wellbore with a conveyance device; a fuel cell associated with the downhole tool; a water sorption device disposed around an outer circumference of the fuel cell and configured for receiving a fluid byproduct from the fuel cell, the fluid byproduct including at least steam; and a desiccant disposed in the water sorption device and configured for receiving the fluid byproduct, the desiccant receiving the fluid byproduct formed on a surface of a cathode associated with the fuel cell.
A method for detuning detection and transmitter current regulation, the method comprising: monitoring, by a first sensor within a transmitter, a transmitter current and/or voltage; monitoring, by a second sensor, a voltage or current of an antenna and matching network; detecting a detuning of the antenna and matching network by a change in the transmitter current and/or voltage and/or a change in the voltage or current of the antenna and matching network; in response to detection of the detuning, regulating a transmitter current. monitoring, by a first sensor within a transmitter, a transmitter current and/or voltage; monitoring, by a second sensor, a voltage or current of an antenna and matching network; detecting a detuning of the antenna and matching network by a change in the transmitter current and/or voltage and/or a change in the voltage or current of the antenna and matching network; in response to detection of the detuning, regulating a transmitter current.