mhurhangee/ep-ind-claims huggingface dataset:
Plate apparatus for heat and/or mass transfer, having a multiplicity of plates (P 0, P 1, P 2, P 3) arranged in alignment one next to the other along a peripheral seal to form respective interspaces (Z 0, Z 1, Z 2, Z3), which plates have upper throughflow openings (2, 3) and lower throughflow openings (4, 5) for fluids, wherein a group of those upper and lower throughflow openings (2, 5) is assigned to at least two fluids to be mixed together and is connected by appropriately arranged seals to every second plate interspace (Z 1, Z 3), through which flow takes place from top to bottom, and wherein in aligned upper throughflow openings of the plates (P 0, P 1, P 2, P 3) a distributor lance runs transversely through those openings, which distributor lance has outlet openings for at least one of the said fluids, characterised in that the outlet openings of the distributor lance are directed into those plate interspaces (Z 0, Z 2) which are arranged between the said second plate interspaces (Z 1, Z 3) for the fluids to be mixed together.
A non-transitory machine-readable storage medium comprising instructions, that when executed by a processing resource, cause the processing resource to: receive an indicator of the quality of a wireless signal between an access device (100, 200) and a computing device; the instructions characterized in that they further comprise instructions to: determine an upper data transfer rate from the indicator, wherein the upper data transfer rate is the maximum rate at which data can be transferred between the access device and the computing device; determine a range of data transfer rates, wherein the range includes the upper data transfer rate and a second data transfer rate, and the second data transfer rate is lower than the upper data transfer rate; evaluate a first throughput at the upper data transfer rate based on an error rate of the access device (100, 200) at the upper data transfer rate; evaluate a second throughput at the second data transfer rate based on an error rate of the access device (100, 200) at the second data transfer rate; and determine a peak data transfer rate within the range of data transfer rates based on the throughputs, by determining the highest throughput to be the peak data transfer rate. determine an upper data transfer rate from the indicator, wherein the upper data transfer rate is the maximum rate at which data can be transferred between the access device and the computing device; determine a range of data transfer rates, wherein the range includes the upper data transfer rate and a second data transfer rate, and the second data transfer rate is lower than the upper data transfer rate; evaluate a first throughput at the upper data transfer rate based on an error rate of the access device (100, 200) at the upper data transfer rate; evaluate a second throughput at the second data transfer rate based on an error rate of the access device (100, 200) at the second data transfer rate; and determine a peak data transfer rate within the range of data transfer rates based on the throughputs, by determining the highest throughput to be the peak data transfer rate.
Adhesive composite of a first layer, which contains a thermoplastic polymer material or consists of such a material and / or which contains a thermosetting polymer material or consists of such a material, and at least one second layer of a silicone rubber connected thereto, wherein the adhesive composite is obtainable by a method having the following steps: (a) provision of the first layer, (b) arrangement of an uncured silicone polymer composition as a second layer on the first layer, (c) allowing the action of energy to cross-link the silicone polymer composition to form silicone rubber, characterised in that the uncured silicone polymer composition contains particles which generate thermal energy due to the action of energy from a magnetic field and / or a source that emits electromagnetic radiation, whereby the silicone polymer composition is cross-linked to form silicone rubber with a degree of cross-linking of at least more than 50%. (a) provision of the first layer, (b) arrangement of an uncured silicone polymer composition as a second layer on the first layer, (c) allowing the action of energy to cross-link the silicone polymer composition to form silicone rubber,
A method of strobe illumination for acquiring an image of an object, comprising: operating a first respective light source according to a first respective light pulse pattern including at least one light pulse while acquiring the image, the first respective light pulse pattern having an overall strobe duration period defined between a start of a first light pulse of the first light pulse pattern and an end of a last light pulse of the first light pulse pattern; and operating at least a second respective light source according to a second respective light pulse pattern while acquiring the image, the second respective light pulse pattern including at least one more light pulse than the first light pulse pattern, the light pulses of the second respective light pulse pattern distributed over a portion of the overall strobe duration period; wherein the respective first and second light pulse patterns at least partially govern the respective time-averaged intensities provided by the respective first and second light sources while acquiring the image. operating a first respective light source according to a first respective light pulse pattern including at least one light pulse while acquiring the image, the first respective light pulse pattern having an overall strobe duration period defined between a start of a first light pulse of the first light pulse pattern and an end of a last light pulse of the first light pulse pattern; and operating at least a second respective light source according to a second respective light pulse pattern while acquiring the image, the second respective light pulse pattern including at least one more light pulse than the first light pulse pattern, the light pulses of the second respective light pulse pattern distributed over a portion of the overall strobe duration period; wherein the respective first and second light pulse patterns at least partially govern the respective time-averaged intensities provided by the respective first and second light sources while acquiring the image.
A loudspeaker (100;200) comprising: an acoustic enclosure; an electro-acoustic transducer (110;112) supported by the acoustic enclosure; a grille covering the electro-acoustic transducer; a water-resistant member disposed between the acoustic enclosure and the grille; and a spring member disposed between the water-resistant member and the acoustic enclosure, wherein the spring member is configured to apply a compressive force along a rear surface of the water-resistant member, thereby to hold a front surface of the water-resistant member in close contact with a rear surface of the grille, so as to provide prolonged protection against sagging of the water-resistant member. an acoustic enclosure; an electro-acoustic transducer (110;112) supported by the acoustic enclosure; a grille covering the electro-acoustic transducer; a water-resistant member disposed between the acoustic enclosure and the grille; and a spring member disposed between the water-resistant member and the acoustic enclosure, wherein the spring member is configured to apply a compressive force along a rear surface of the water-resistant member, thereby to hold a front surface of the water-resistant member in close contact with a rear surface of the grille, so as to provide prolonged protection against sagging of the water-resistant member.
Refrigeration appliance having: - a carcass, - a door, - a door tray, - a catching means arrangement for vertically adjusting the door tray in steps in a number of catching positions on the door, - an opposite catching means with a catching nose, which engages in a catching notch of a catching means in a locking position and is not engaged in the catching notch in a release position, - a lever-type unlocking means provided on the opposite catching means to release a momentary catching position of the door tray, characterised in that the opposite catching means has a bolt, which is positioned in the adjustment path of the catching nose disposed between the locking position and the release position to prevent movement of the catching nose out of the catching notch when the lever-type unlocking means is not actuated, and that the bolt is provided on the lever-type unlocking means, which is supported on the opposite catching means in such a manner that it can be pivoted by pushing an actuation means out of a locking position into a release position. - a carcass, - a door, - a door tray, - a catching means arrangement for vertically adjusting the door tray in steps in a number of catching positions on the door, - an opposite catching means with a catching nose, which engages in a catching notch of a catching means in a locking position and is not engaged in the catching notch in a release position, - a lever-type unlocking means provided on the opposite catching means to release a momentary catching position of the door tray,
An optoelectronic sensor for detecting an object in a monitored zone that comprises a light transmitter for transmitting transmitted light, a light receiver (26 for receiving transmitted light remitted in the monitored zone, a reception optics arranged upstream of the light receiver and having a diaphragm, and a control and evaluation unit that is configured to determine a distance from the object with reference to a received signal of the light receiver from a time of flight between the transmission of the transmitted light and the reception of the remitted received light, wherein the diaphragm comprises a diaphragm substrate having at least one metallic layer and one diaphragm aperture, and a contact region of the metallic layer is electrically conductively connected to another component of the sensor for potential equalization, characterized in that the light receiver has a plurality of light reception elements operable in Geiger mode; and in that the metallic layer faces the light receiver (26 and is at least partly exposed to reflect backscattered transmitted light remitted by the light receiver onto the light receiver again.
A rotor lock assembly for locking a rotor of a wind turbine, the rotor lock assembly comprising: a removable rotor lock mounting point for a bearing housing adjacent to a rotor lock plate of the rotor, the removable rotor lock mounting point including a pair of mounting ridges oriented perpendicular to a rotor shaft with a planar surface disposed between the pair of mounting ridges; and at least one removable rotor lock, comprising: a housing comprising an opening and a mounting portion, the opening extending from a first end to a second end thereof, the mounting portion adapted for mounting to the removable rotor lock mounting point, a pin shaft positioned within the opening, the pin shaft comprising a proximal end and a distal end, the pin shaft being movable within the opening such that the distal end moves toward and engages the rotor lock plate of the rotor, and a locking mechanism for locking the pin shaft in place. a removable rotor lock mounting point for a bearing housing adjacent to a rotor lock plate of the rotor, the removable rotor lock mounting point including a pair of mounting ridges oriented perpendicular to a rotor shaft with a planar surface disposed between the pair of mounting ridges; and at least one removable rotor lock, comprising: a housing comprising an opening and a mounting portion, the opening extending from a first end to a second end thereof, the mounting portion adapted for mounting to the removable rotor lock mounting point, a pin shaft positioned within the opening, the pin shaft comprising a proximal end and a distal end, the pin shaft being movable within the opening such that the distal end moves toward and engages the rotor lock plate of the rotor, and a locking mechanism for locking the pin shaft in place. a housing comprising an opening and a mounting portion, the opening extending from a first end to a second end thereof, the mounting portion adapted for mounting to the removable rotor lock mounting point, a pin shaft positioned within the opening, the pin shaft comprising a proximal end and a distal end, the pin shaft being movable within the opening such that the distal end moves toward and engages the rotor lock plate of the rotor, and a locking mechanism for locking the pin shaft in place.
A method implemented by an apparatus for aggregating wireless access technologies in a wireless network, comprising: employing a data interface to obtain a wireless resource schedule for wireless resources of the wireless network; employing a data processor to analyze the wireless resource schedule and identify wireless signal resources employed by a baseline wireless access technology; employing the data processor to reserve a subset of the wireless resources of the wireless network for control or reference signals of a second wireless access technology; and employing a wireless transmitter to send a resource scheduling for the control or reference signals to access terminals configured for the second wireless access technology. employing a data interface to obtain a wireless resource schedule for wireless resources of the wireless network; employing a data processor to analyze the wireless resource schedule and identify wireless signal resources employed by a baseline wireless access technology; employing the data processor to reserve a subset of the wireless resources of the wireless network for control or reference signals of a second wireless access technology; and employing a wireless transmitter to send a resource scheduling for the control or reference signals to access terminals configured for the second wireless access technology.
Method for depositing an electrically conductive metal on at least part of the inner surface of an inner cavity of a waveguide, this method consisting in: - preparing a suspension which contains at least one liquid and at least one precursor of the electrically conductive metal in suspension in the at least one liquid so that, in the suspension, the at least one liquid represents between 6 and 12% by mass of the suspension and the precursor of the electrically conductive metal represents between 88 and 94% by mass of the suspension, and so the at least one liquid and the precursor of the electrically conductive metal represent 100% by mass of this suspension; - coating at least part of the inner surface of the inner cavity of the waveguide with the suspension; - heat treating at least the part of the inner surface of the inner cavity of the waveguide coated with the suspension by heating at least this part of the inner surface and/or this suspension to a temperature greater than or equal to the melting temperature of the at least one precursor of the electrically conductive metal. - preparing a suspension which contains at least one liquid and at least one precursor of the electrically conductive metal in suspension in the at least one liquid so that, in the suspension, the at least one liquid represents between 6 and 12% by mass of the suspension and the precursor of the electrically conductive metal represents between 88 and 94% by mass of the suspension, and so the at least one liquid and the precursor of the electrically conductive metal represent 100% by mass of this suspension; - coating at least part of the inner surface of the inner cavity of the waveguide with the suspension; - heat treating at least the part of the inner surface of the inner cavity of the waveguide coated with the suspension by heating at least this part of the inner surface and/or this suspension to a temperature greater than or equal to the melting temperature of the at least one precursor of the electrically conductive metal.
A working machine comprising a receptacle portion for accommodating load, the working machine being adapted to have a load receiving condition in which said receptacle portion comprises an open load receiving area outwardly delimited by a load receiving area circumference, said working machine extending in at least a vertical direction and said working machine comprising a circumference projection being a projection of said load receiving area circumference in said vertical direction onto a ground on which said working machine is located, characterized in that said working machine is such that it, in said load receiving condition, can assume a position relative to a second working machine of the same type, in which position the circumference projections (22, 23) of the two working machines (10, 11) at least partially overlap.
A method for operating a refrigerant circuit as a heat pump, wherein ð refrigerant is compressed and is pumped through a heat-exchanger device by means of a compressor, ð refrigerant coming from the heat-exchanger device is expanded in at least one first expansion member, ð refrigerant which has been expanded by means of the first expansion member flows through at least one evaporator to a suction input of the compressor, wherein refrigerant is branched off at a branch-off point of the heat-exchanger device located between a refrigerant input and a refrigerant output of the heat-exchanger device and is conducted via a second expansion member, and bypassing - a portion of the heat-exchanger device which is located downstream from the refrigerant branch-off, and - the at least one first expansion member, and - the at least one evaporator, in the direction of the suction input, characterised in that ð the heat-exchanger device is a refrigerant/heating heat-exchanger device, ð with heat emitted from the refrigerant via the refrigerant/heating heat-exchanger device being utilised to heat a passenger compartment of a vehicle. ð refrigerant is compressed and is pumped through a heat-exchanger device by means of a compressor, ð refrigerant coming from the heat-exchanger device is expanded in at least one first expansion member, ð refrigerant which has been expanded by means of the first expansion member flows through at least one evaporator to a suction input of the compressor, - a portion of the heat-exchanger device which is located downstream from the refrigerant branch-off, and - the at least one first expansion member, and - the at least one evaporator, ð the heat-exchanger device is a refrigerant/heating heat-exchanger device, ð with heat emitted from the refrigerant via the refrigerant/heating heat-exchanger device being utilised to heat a passenger compartment of a vehicle.
Bioriented multilayer structure comprising at least: A) a skin layer substantially consisting of a crystalline propylene copolymer composition comprising (percent by weight): a) 20-60 wt% of a copolymer of propylene with ethylene. containing 1 to 5 wt% of ethylene; and b) 40-80 wt% of a copolymer of propylene with ethylene and a C4-C8 alpha-olefin. the ethylene content being 1 to 5wt%and the C4-C8 alpha-olefin content being 6 to 15 wt%; the total content of ethylene in the composition A being 1 to 5 wt% and the total content of C4-C8 alpha-olefin in the composition being 2.4 to 12 wt%. B) a tie layer substantially consisting of a butene-1 polymer having - a content of butene-1 derived units of 80 wt % or more. - a flexural modulus of equal to 75 MPa or less, determined according to ISO method 178 on compression molded plaques prepared according to ISO 8986; C) a core layer substantially consisting of one or more polypropylene homopolymers having melt flow rate higher than 2 g/10 min., determined according to ISO 1133, at 230°C, 2.16 kg, and a content of fraction insoluble in xylene at room temperature of equal to or higher than 95 wt%. A) a skin layer substantially consisting of a crystalline propylene copolymer composition comprising (percent by weight): a) 20-60 wt% of a copolymer of propylene with ethylene. containing 1 to 5 wt% of ethylene; and b) 40-80 wt% of a copolymer of propylene with ethylene and a C4-C8 alpha-olefin. the ethylene content being 1 to 5wt%and the C4-C8 alpha-olefin content being 6 to 15 wt%; the total content of ethylene in the composition A being 1 to 5 wt% and the total content of C4-C8 alpha-olefin in the composition being 2.4 to 12 wt%. a) 20-60 wt% of a copolymer of propylene with ethylene. containing 1 to 5 wt% of ethylene; and b) 40-80 wt% of a copolymer of propylene with ethylene and a C4-C8 alpha-olefin. the ethylene content being 1 to 5wt%and the C4-C8 alpha-olefin content being 6 to 15 wt%; B) a tie layer substantially consisting of a butene-1 polymer having - a content of butene-1 derived units of 80 wt % or more. - a flexural modulus of equal to 75 MPa or less, determined according to ISO method 178 on compression molded plaques prepared according to ISO 8986; - a content of butene-1 derived units of 80 wt % or more. - a flexural modulus of equal to 75 MPa or less, determined according to ISO method 178 on compression molded plaques prepared according to ISO 8986; C) a core layer substantially consisting of one or more polypropylene homopolymers having melt flow rate higher than 2 g/10 min., determined according to ISO 1133, at 230°C, 2.16 kg, and a content of fraction insoluble in xylene at room temperature of equal to or higher than 95 wt%.
Method of optical measurement of parameters of a froth flotation substance involved in a froth flotation process, the froth flotation substance comprising collector molecules, the collector molecules being adapted for binding to mineral particles contained within the froth flotation substance for increasing a hydrophobicity of a surface of said mineral particles, the method comprising the steps of: (a) adding in a predetermined amount indicator molecules to at least part of the froth flotation substance, i.e. the pulp, wherein said indicator molecules are adapted for specifically binding to the collector molecules within the froth flotation substance, and wherein the indicator molecules are chosen such that a binding reaction between said indicator molecules and the collector molecules involves a detectable change of an optical absorption spectrum of said indicator molecules; hereinafter (b) measuring by means of measurement light from a light emitting unit at least part of said optical absorption spectrum of said indicator molecules within the froth flotation substance; and hereinafter (c) determining from the measured part of the optical absorption spectrum of said indicator molecules an amount or a concentration of residual collector molecules in the froth flotation substance. (a) adding in a predetermined amount indicator molecules to at least part of the froth flotation substance, i.e. the pulp, wherein said indicator molecules are adapted for specifically binding to the collector molecules within the froth flotation substance, and wherein the indicator molecules are chosen such that a binding reaction between said indicator molecules and the collector molecules involves a detectable change of an optical absorption spectrum of said indicator molecules; hereinafter (b) measuring by means of measurement light from a light emitting unit at least part of said optical absorption spectrum of said indicator molecules within the froth flotation substance; and hereinafter (c) determining from the measured part of the optical absorption spectrum of said indicator molecules an amount or a concentration of residual collector molecules in the froth flotation substance.