mhurhangee/ep-ind-claims huggingface dataset:
A Method (1, 10) for separation of blood components which are present, separated into a light phase and a heavy phase, in a first container, and analysis of the blood components, comprising the following method steps: pumping (11, 101) of one of the two phases from the first container into a second container, the first container being connected to the second container via a connecting piece, recording (12, 102) of measurement values for determination of the quantity of the phase pumped from the first container into the second container, recording (13, 103) of optical measurement values for determination of the haemoglobin and/or lipid content of the phase pumped from the first container into the second container during the pumping (11, 101) of one of the two phases from the first container into the second container, determining of characteristic values of the phase pumped through the connecting piece from the measurement values for determination of the quantity of the phase pumped from the first container into the second container and the optical measurement values for determination of the haemoglobin and/or lipid content, wherein the characteristic values comprise the haemoglobin and/or lipid content. pumping (11, 101) of one of the two phases from the first container into a second container, the first container being connected to the second container via a connecting piece, recording (12, 102) of measurement values for determination of the quantity of the phase pumped from the first container into the second container, recording (13, 103) of optical measurement values for determination of the haemoglobin and/or lipid content of the phase pumped from the first container into the second container during the pumping (11, 101) of one of the two phases from the first container into the second container, determining of characteristic values of the phase pumped through the connecting piece from the measurement values for determination of the quantity of the phase pumped from the first container into the second container and the optical measurement values for determination of the haemoglobin and/or lipid content, wherein the characteristic values comprise the haemoglobin and/or lipid content.
A tool for boring and kneading the soil adapted to make trenches in the soil including: - a kneading assembly consisting of an support member and two pairs of coaxial rotary drums, in which the drums of each of the pairs of drums are disposed on either side of said support member; at least one of the drums having an axis of rotation, an outer face and an inner face that are orthogonal to the axis of rotation, and a peripheral surface extending axially between the inner face and the outer face, said drum being provided with a plurality of cutting teeth (40, 40', 40", 40''') mounted at the end of supports (42, 42', 42", 42''') extending radially from the peripheral surface; - a beam having small transverse dimensions relative to the span of the kneading assembly, said beam being fastened to the support member in order to carry the kneading assembly; - drive means for driving in rotation said drums, the drive means being housed inside the drums; - the tool further including a nozzle for injecting a fluid between the pairs of drums, said drum including least a first support forming a kneading blade and provided with a first cutting tooth, said first support being inclined by at least 10° with respect to a plane in which the outer face extends, so that the outer face is disposed axially between the first tooth and the inner face, whereby the first tooth is disposed axially beyond the outer face, so that the soil boring and kneading tool can bore and knead a volume of soil that is substantially axially thicker than the axial length of the peripheral surface of the drum. - a kneading assembly consisting of an support member and two pairs of coaxial rotary drums, in which the drums of each of the pairs of drums are disposed on either side of said support member; at least one of the drums having an axis of rotation, an outer face and an inner face that are orthogonal to the axis of rotation, and a peripheral surface extending axially between the inner face and the outer face, said drum being provided with a plurality of cutting teeth (40, 40', 40", 40''') mounted at the end of supports (42, 42', 42", 42''') extending radially from the peripheral surface; - a beam having small transverse dimensions relative to the span of the kneading assembly, said beam being fastened to the support member in order to carry the kneading assembly; - drive means for driving in rotation said drums, the drive means being housed inside the drums; - the tool further including a nozzle for injecting a fluid between the pairs of drums, said drum including least a first support forming a kneading blade and provided with a first cutting tooth, said first support being inclined by at least 10° with respect to a plane in which the outer face extends, so that the outer face is disposed axially between the first tooth and the inner face, whereby the first tooth is disposed axially beyond the outer face, so that the soil boring and kneading tool can bore and knead a volume of soil that is substantially axially thicker than the axial length of the peripheral surface of the drum.
Hybrid solar system comprising means for concentrating solar radiation, at least one Hybrid solar system comprising a body in which are formed several combustion chambers (C1, C2, C3, C4) extending parallel to each other along a longitudinal direction between a first end face (2.1) and a second end face (2.2) of the body, the module being arranged such that concentrated radiation illuminates one face of the body and means for converting thermal energy into electricity on a face opposite to that illuminated by the concentrated solar radiation, and means for controlling combustion in the Hybrid solar system as a function of the concentrated solar radiation, characterized in that the body comprises two lateral faces and first combustion chambers (C1, C4) situated near to the lateral faces and second combustion chambers (C2, C3) arranged between the first combustion chambers (C1, C4), the first combustion chambers (C1, C4) having a transversal section greater than the second combustion chambers (C2, C3) and/or the body comprises two lateral faces and first combustion chambers (C1, C4) situated near to the lateral faces and second combustion chambers (C2, C3) arranged between the first combustion chambers (C1, C4), and in which a distance separating two second combustion chambers (C2, C3) is greater than a distance separating a first combustion chamber (C1, C4) and a second combustion chamber (C2, C3).
Planter, for planting seedlings such as potatoes or other tuberous or bulbous plants, in a field while the planter is moving along a direction of travel along this field, comprising: - a frame; - an accessories beam, which mainly extends obliquely to the direction of travel, onto which at least one furrow opener is mounted and which is mounted rotatable with respect to the frame, around a first beam rotation axis (R B1) parallel to the direction of travel; and - a surface-following component, which in the direction of travel is positioned behind the furrow opener; wherein, the surface-following component is mounted to the accessories beam by means of at least two balance arms (6, 7), wherein each balance arm (6, 7) is mounted rotatable with respect to the accessories beam around a first arm rotation axis (R A1) and mounted rotatable with respect to the surface-following component around a second arm rotation axis (R A2) and that the planter comprises levelling means for levelling the surface-following component and the accessories beam with respect to each other. - a frame; - an accessories beam, which mainly extends obliquely to the direction of travel, onto which at least one furrow opener is mounted and which is mounted rotatable with respect to the frame, around a first beam rotation axis (R B1) parallel to the direction of travel; and - a surface-following component, which in the direction of travel is positioned behind the furrow opener;
An intraocular lens, which is to be implanted into an eye as a replacement of the natural eye lens, comprising a foldable or rollable hydrophobic lens body and a hydrophilic layer provided on the surface of the lens body, characterized in that the refractive index of the hydrophilic layer is between the refractive index of the hydrophobic lens body and the refractive index of the aqueous humor of the anterior chamber of the eye and/or of the vitreous body of the eye.
A method for forming a beverage, comprising: detecting that a lid of a reservoir of a brewer is closed, the reservoir lid being movable to open and close an access opening of the reservoir through which precursor liquid is provided into the reservoir; providing a brew indication to cause the brewer to begin a brew cycle; delivering power to a heater to heat precursor liquid in the reservoir of the brewer; detecting the temperature of the precursor liquid during heating; interrupting power to the heater based on detecting that the precursor liquid is heated to a desired temperature; and delivering the precursor liquid from the reservoir; characterised in that power is delivered to the heater in response to the brew indication and after the reservoir lid is detected to be closed,_and the precursor liquid is delivered from the reservoir in response to interrupting power to the heater. detecting that a lid of a reservoir of a brewer is closed, the reservoir lid being movable to open and close an access opening of the reservoir through which precursor liquid is provided into the reservoir; providing a brew indication to cause the brewer to begin a brew cycle; delivering power to a heater to heat precursor liquid in the reservoir of the brewer; detecting the temperature of the precursor liquid during heating; interrupting power to the heater based on detecting that the precursor liquid is heated to a desired temperature; and delivering the precursor liquid from the reservoir; characterised in that power is delivered to the heater in response to the brew indication and after the reservoir lid is detected to be closed,_and the precursor liquid is delivered from the reservoir in response to interrupting power to the heater.
Fuel-cell arrangement comprising: - a fuel cell, which has a first inlet for a fuel and a second inlet for an oxidizing agent; characterized by - a first tank for the fuel; and - a first vortex tube, which has an inlet, a first outlet for heated gas and a second outlet for cooled gas, wherein the inlet of the first vortex tube is fluidically connected to the first tank, and wherein the first outlet of the first vortex tube is fluidically connected to the first inlet of the fuel cell. - a fuel cell, which has a first inlet for a fuel and a second inlet for an oxidizing agent; characterized by - a first tank for the fuel; and - a first vortex tube, which has an inlet, a first outlet for heated gas and a second outlet for cooled gas,
An irrigation system (104; 204) for a surgical instrument (102; 202), comprising: an irrigation tube (110; 210) arranged to convey an irrigation fluid, the irrigation tube having an outer surface portion; an irrigation clip (114; 214) arranged to receive a portion of the irrigation tube, the irrigation clip having a proximal portion, a distal portion, a body portion, and an arm portion (132, 134; 218, 220), the arm portion configured to selectively attach the irrigation clip to the surgical instrument and to bias the irrigation clip toward the surgical instrument with a biasing force, characterized in that the irrigation clip includes a tube locking portion (170, 172; 248, 250) having a tube locking slot arranged to cooperate with the surgical instrument to engage the outer surface portion of the irrigation tube to inhibit rotation and axial displacement of the irrigation tube relative to the irrigation clip in response to the biasing force; and the body portion defines a passage extending therethrough for receipt of the irrigation tube therein, the passage being formed between a series of spaced, alternating offset upper and lower passage walls. an irrigation tube (110; 210) arranged to convey an irrigation fluid, the irrigation tube having an outer surface portion; an irrigation clip (114; 214) arranged to receive a portion of the irrigation tube, the irrigation clip having a proximal portion, a distal portion, a body portion, and an arm portion (132, 134; 218, 220), the arm portion configured to selectively attach the irrigation clip to the surgical instrument and to bias the irrigation clip toward the surgical instrument with a biasing force, characterized in that the irrigation clip includes a tube locking portion (170, 172; 248, 250) having a tube locking slot arranged to cooperate with the surgical instrument to engage the outer surface portion of the irrigation tube to inhibit rotation and axial displacement of the irrigation tube relative to the irrigation clip in response to the biasing force; and the body portion defines a passage extending therethrough for receipt of the irrigation tube therein, the passage being formed between a series of spaced, alternating offset upper and lower passage walls.
Method for computing an output of a neural network, comprising the following steps: - a computer generating a first neural network having discrete edge weights ( w 1b) from a neural network having precise edge weights ( w prec) through stochastic rounding by way of a multiplexer formed as a hardware circuit and designed as a pseudorandom number generator; - a computer generating a second neural network having discrete edge weights ( w 2b) from the neural network having precise edge weights ( w prec) through stochastic rounding by way of the multiplexer formed as a hardware circuit and designed as a pseudorandom number generator; and - computing an output by adding the output of the first neural network and of the second neural network, wherein, during the stochastic rounding, further neural networks (100-N) having discrete edge weights ( w Nb) are generated on the basis of an accuracy requirement for the output from the neural network having precise edge weights ( w prec) and taken into consideration in the addition. - a computer generating a first neural network having discrete edge weights ( w 1b) from a neural network having precise edge weights ( w prec) through stochastic rounding by way of a multiplexer formed as a hardware circuit and designed as a pseudorandom number generator; - a computer generating a second neural network having discrete edge weights ( w 2b) from the neural network having precise edge weights ( w prec) through stochastic rounding by way of the multiplexer formed as a hardware circuit and designed as a pseudorandom number generator; and - computing an output by adding the output of the first neural network and of the second neural network, wherein, during the stochastic rounding, further neural networks (100-N) having discrete edge weights ( w Nb) are generated on the basis of an accuracy requirement for the output from the neural network having precise edge weights ( w prec) and taken into consideration in the addition.
A noninvasive arteriovenous pressure measurement device comprising a probe for radiating ultrasound toward a blood vessel in a skin, a pressing part for pressing the skin in a state of being placed between the skin and the probe, and a detecting part for detecting a pressing force applied to the skin at the pressing part, the pressing part having a liquid permeable to the ultrasound and a flexible container accommodating the liquid, the flexible container being made of a flexible material permeable to the ultrasound, wherein a part of the outer surface of the flexible container, the part being in the path of the ultrasound, presses the skin, characterized in that the pressing part comprises a stretchable bag-like object in the flexible container accommodating the liquid and a fluid passage for allowing a fluid to flow into or out of the bag-like object.
A method in which a sensor controller connected to a sensor having an electrode group provided together with a display panel configured so as to act in a variable cycle and an active stylus that performs bidirectional communication with the sensor controller are used, the method comprising: a step by the sensor controller of acquiring an refresh cycle at present of the display panel; and a step by the sensor controller of generating an uplink signal, which is to make a reference for synchronization corresponding to the acquired refresh cycle at present and transmitting the uplink signal to the active stylus, which is not detected as yet or is detected already, in the refresh cycle, wherein the display panel includes a plurality of blank periods within one cycle of the refresh cycle, and the sensor controller uses at least one of the plurality of blank periods as a first blank period within which the uplink signal is to be transmitted, wherein the method further comprises a step by the active stylus of transmitting a downlink signal to the sensor controller, and at least one of the plurality of blank periods other than the blank period or periods used as the first blank period is used as a second blank period within which the active stylus is to transmit the downlink signal. a step by the sensor controller of acquiring an refresh cycle at present of the display panel; and a step by the sensor controller of generating an uplink signal, which is to make a reference for synchronization corresponding to the acquired refresh cycle at present and transmitting the uplink signal to the active stylus, which is not detected as yet or is detected already, in the refresh cycle, wherein the display panel includes a plurality of blank periods within one cycle of the refresh cycle, and the sensor controller uses at least one of the plurality of blank periods as a first blank period within which the uplink signal is to be transmitted, wherein the method further comprises a step by the active stylus of transmitting a downlink signal to the sensor controller, and at least one of the plurality of blank periods other than the blank period or periods used as the first blank period is used as a second blank period within which the active stylus is to transmit the downlink signal.
A process for the polymerization of olefins in gas phase carried out in a reactor having two interconnected polymerization zones, a first zone named the "riser" and a second zone named the "downcomer", wherein the growing polymer particles: a) flow through the riser under fast fluidization conditions established by feeding a mixture of gas and liquid; b) leave the riser and enter the downcomer, through which they flow downward in a densified form; c) leave the downcomer and are reintroduced into the riser, thus establishing a circulation of polymer between the riser and the downcomer; and wherein the reactor is operated at a temperature which is between 0°C and 5°C above the dew point of the riser gas at the operating pressure; and wherein further in the riser, besides the growing polymer particles and gas flow, an amount of liquid is also present. a) flow through the riser under fast fluidization conditions established by feeding a mixture of gas and liquid; b) leave the riser and enter the downcomer, through which they flow downward in a densified form; c) leave the downcomer and are reintroduced into the riser, thus establishing a circulation of polymer between the riser and the downcomer;
A thermal transfer sheet including a transfer layer provided on one surface of a substrate, wherein the transfer layer includes one or two or more layers, among the layers constituting the transfer layer, the layer located nearest the substrate comprises a copolymer of methyl (meth)acrylate and ethyl (meth)acrylate, the copolymerization ratio of methyl (meth)acrylate in the copolymer is 60% or more and 90% or less on a molar basis, the copolymerization ratio of ethyl (meth)acrylate is 10% or more and 40% or less on a molar basis, when the copolymerization ratio of the methyl (meth)acrylate in the copolymer is 80% or more on a molar basis, the weight average molecular weight (Mw) of the copolymer is 15000 or less, and meanwhile, when the copolymerization ratio of the methyl (meth)acrylate in the copolymer is less than 80% on a molar basis, the weight average molecular weight (Mw) of the copolymer is 45000 or less.
A screen device for an opening, e.g. a window or a door in a building or vehicle, comprising a first elongated frame part having two ends, a second and a third elongated frame part (2, 3), respectively, that are oriented at right angles to the first frame part, being connected at each end of the first frame part to a first one of its two ends, a first crossbar and a second crossbar which are arranged in parallel to the first fixedly arranged frame part and movable independently of each other along the two further frame parts (2, 3), and a pleated screen element that is arranged between the first crossbar and the second crossbar, the crossbars (4, 5) being guided by guide cords (22, 28, 34, 42, 48, 54), characterized in that at least one of the crossbars (4, 5) is formed by two profiles that are arranged in parallel to each other and leave a space between them in which a strip provided with holes for respective ones of said guide cords (22, 28, 34, 42, 48, 54) is received.
A battery cell structure for monitoring the development of impending faults of the battery cell comprising: a battery cell separator formed of a light transmitting material that has light transmission characteristics that are a function of the state of impending faults of the battery cell including said separator; a first optical fiber for transmitting light into said separator and being integrated into said separator; a second optical fiber for receiving light transmitted through said separator and being integrated into said separator; a light source coupled to said first optical fiber; and a light detector coupled to said second optical fiber; wherein the fault state of a first portion of said battery cell associated with said second optical fiber can be determined. a battery cell separator formed of a light transmitting material that has light transmission characteristics that are a function of the state of impending faults of the battery cell including said separator; a first optical fiber for transmitting light into said separator and being integrated into said separator; a second optical fiber for receiving light transmitted through said separator and being integrated into said separator; a light source coupled to said first optical fiber; and a light detector coupled to said second optical fiber;
Method of modifying a trolley comprising a plurality of rectangular and elongated shelves comprising a plate providing a surface for carrying goods, such as potted plants and flowers, and hooks extending in longitudinal direction, and a plurality of posts provided with a series of openings receiving the hooks, characterized by the method comprising the steps of removing the shelves from the trolley, turning the posts a quarter turn, and placing shelves comprising a plate and hooks extending in transverse direction in the trolley.
An air freshening formulation comprising; a) water 30-65% weight %; b) alcohol 10 - 50 weight %; c) co-solvent 10 - 30 weight %; d) fragrance composition 0.1 -15 weight %; wherein the air freshening composition comprises no surfactant, and wherein the alcohol is ethanol and the co-solvent is dipropylene glycol n-propyl ether (DPnP). a) water 30-65% weight %; b) alcohol 10 - 50 weight %; c) co-solvent 10 - 30 weight %; d) fragrance composition 0.1 -15 weight %; wherein the air freshening composition comprises no surfactant, and wherein the alcohol is ethanol and the co-solvent is dipropylene glycol n-propyl ether (DPnP).