mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator preservation control method, wherein a refrigerator comprises a cabinet , in which is defined at least one storage compartment; and a freezer preservation chamber , arranged in the at least one storage compartment; and the method comprises: detecting whether an object to be handled is placed in the freezer preservation chamber ; if yes, acquiring the temperature of the object to be handled; acquiring a preset correspondence between temperatures of the object to be handled and operating modes of the refrigerator ; and controlling the refrigerator to operate in an operating mode corresponding to the acquired temperature of the object to be handled, wherein the operating modes comprise a quick freezing mode, configured to refrigerate the freezer preservation chamber to reduce the temperature of the object to be handled; and a quick thawing mode, configured to thaw the freezer preservation chamber to increase the temperature of the object to be handled; and the step of controlling the refrigerator to operate in the operating mode corresponding to the temperature of the object to be handled comprises: controlling, when the temperature of the object to be handled is greater than a first preset temperature threshold value, the refrigerator to operate in the quick freezing mode; and controlling, when the temperature of the object to be handled is lower than a second preset temperature threshold value, the refrigerator to operate in the quick thawing mode, the first preset temperature threshold value being greater than the second reset temperature threshold value. detecting whether an object to be handled is placed in the freezer preservation chamber ; if yes, acquiring the temperature of the object to be handled; acquiring a preset correspondence between temperatures of the object to be handled and operating modes of the refrigerator ; and controlling the refrigerator to operate in an operating mode corresponding to the acquired temperature of the object to be handled, wherein the operating modes comprise a quick freezing mode, configured to refrigerate the freezer preservation chamber to reduce the temperature of the object to be handled; and a quick thawing mode, configured to thaw the freezer preservation chamber to increase the temperature of the object to be handled; and the step of controlling the refrigerator to operate in the operating mode corresponding to the temperature of the object to be handled comprises: controlling, when the temperature of the object to be handled is greater than a first preset temperature threshold value, the refrigerator to operate in the quick freezing mode; and controlling, when the temperature of the object to be handled is lower than a second preset temperature threshold value, the refrigerator to operate in the quick thawing mode, the first preset temperature threshold value being greater than the second reset temperature threshold value.
Use of a composition for making a pet food wherein the composition comprises a mixture of blood and intestines, wherein the blood is present in the composition in the range of 20% to 80% on a wet weight basis, and wherein the intestines and blood are in a ratio from 3:1 to 1:1.
Apparatus for holding a wheel member at a desired location, the apparatus comprising: a first holder element to engage a first part of a wheel member , a second holder element to engage a second part of the wheel member , the first holder element being disposed in a spaced apart relationship from the second holder element to receive at least a portion of the wheel member therebetween, a substantially elongate element for extension across a rim of the wheel member to secure the wheel member relative to the first holder element and the second holder element ; a first end of the elongate element being attached to the first holder element and a second end of the elongate element being releasably coupleable to the second holder element ; a first coupling member attached to the second end of the elongate element ; and a second coupling member attached to the second holder element ; wherein the first coupling member is releasably coupleable to the second coupling member by magnetic attraction, and characterized in that the elongate element comprises a flexible tether. a first holder element to engage a first part of a wheel member , a second holder element to engage a second part of the wheel member , the first holder element being disposed in a spaced apart relationship from the second holder element to receive at least a portion of the wheel member therebetween, a substantially elongate element for extension across a rim of the wheel member to secure the wheel member relative to the first holder element and the second holder element ; a first end of the elongate element being attached to the first holder element and a second end of the elongate element being releasably coupleable to the second holder element ; a first coupling member attached to the second end of the elongate element ; and a second coupling member attached to the second holder element ; wherein the first coupling member is releasably coupleable to the second coupling member by magnetic attraction, and characterized in that the elongate element comprises a flexible tether.
Cover with a rim , which comprises a clamping and stiffening bead , which has clamping sections distributed on the inside over the rim for producing a detachable clamping connection between an opening rim of a container and the cover , wherein the clamping section comprises a first (4-1), second (4-2) and third (4-3) clamping projection projecting into the bead , wherein the first clamping projection (4-1) is arranged on one side of the bead and the second (4-2) and third (4-3) clamping projections are arranged on the other side of the bead , characterized in that the first clamping projection (4-1) is arranged opposite to each other between the second and third clamping projections (4-2, 4-3) and is designed such that an opening rim inserted into the bead can be pressed by the first clamping projection (4-1) at least partially between the second (4-2) and the third (4-3) clamping projections (4-2, 4-3).
A method, comprising: determining , by one or more processors of a vehicle operating in an autonomous driving mode, status information regarding a driving-related decision of the vehicle, the driving-related decision associated with received traffic information, a detected traffic signal or a detected object in an external environment of the vehicle; determining , by the one or more processors, a pickup status of a customer, the pickup status indicating whether the customer is awaiting pickup by the vehicle or is currently being driven by the vehicle in the autonomous driving mode; selecting , by the one or more processors, one of a plurality of communication options for communication with the customer based on the pickup status; generating , by the one or more processors in accordance with the selected communication option, a monologue message indicating the driving-related decision; and providing the monologue message for presentation to the customer. determining , by one or more processors of a vehicle operating in an autonomous driving mode, status information regarding a driving-related decision of the vehicle, the driving-related decision associated with received traffic information, a detected traffic signal or a detected object in an external environment of the vehicle; determining , by the one or more processors, a pickup status of a customer, the pickup status indicating whether the customer is awaiting pickup by the vehicle or is currently being driven by the vehicle in the autonomous driving mode; selecting , by the one or more processors, one of a plurality of communication options for communication with the customer based on the pickup status; generating , by the one or more processors in accordance with the selected communication option, a monologue message indicating the driving-related decision; and providing the monologue message for presentation to the customer.
A sample analysis apparatus comprising: at least one radiation system constructed and arranged to irradiate the sample in a vial ; an analyser provided with a camera constructed and arranged to analyse the radiation received from the sample in the vial , wherein the apparatus is provided with a holder constructed and arranged to releasable hold the vial and provided with an optical path for the radiation system to irradiate the sample and for the camera to make images of the sample, wherein the camera comprises a telecentric lens and a detector 15; characterised in that the apparatus further comprises a comparing system for comparing a radiation intensity of radiation received from the sample in the vial with a radiation intensity threshold value; and a radiation adjustment system to adjust an intensity of the radiation irradiated by the at least one radiation system if the radiation intensity received from the sample is not equal to the radiation intensity threshold value, wherein the apparatus further is configured to measure the background intensity and to compare the background intensity with a background intensity threshold value, and to increase the background illumination if the background intensity gets lower than the background intensity threshold value and to decrease the background illumination if the background intensity gets higher than the background intensity threshold value. at least one radiation system constructed and arranged to irradiate the sample in a vial ; an analyser provided with a camera constructed and arranged to analyse the radiation received from the sample in the vial , wherein the apparatus is provided with a holder constructed and arranged to releasable hold the vial and provided with an optical path for the radiation system to irradiate the sample and for the camera to make images of the sample, wherein the camera comprises a telecentric lens and a detector 15; characterised in that the apparatus further comprises a comparing system for comparing a radiation intensity of radiation received from the sample in the vial with a radiation intensity threshold value; and a radiation adjustment system to adjust an intensity of the radiation irradiated by the at least one radiation system if the radiation intensity received from the sample is not equal to the radiation intensity threshold value, wherein the apparatus further is configured to measure the background intensity and to compare the background intensity with a background intensity threshold value, and to increase the background illumination if the background intensity gets lower than the background intensity threshold value and to decrease the background illumination if the background intensity gets higher than the background intensity threshold value.
A binocular OCT device , comprising: a tunable laser configured to emit light as a tuned wavelength of the light; a first beam splitter installed on a path of the light emitted from the tunable laser; and a reference mirror installed on a path of the light that has passed through the first beam splitter , wherein one side of the OCT device is configured to be mounted at a light output side of the optical device where an ocular lens is located so that light reflected by the first beam splitter is irradiated to the ocular lens of the optical device, and the other sides of the OCT device are not configured to be mounted to the optical device characterized in that the binocular OCT device is configured to be attachable to or detachable from a light output side of an optical device for dual eyes and configured by combining, in parallel, two OCT devices. a tunable laser configured to emit light as a tuned wavelength of the light; a first beam splitter installed on a path of the light emitted from the tunable laser; and a reference mirror installed on a path of the light that has passed through the first beam splitter , wherein one side of the OCT device is configured to be mounted at a light output side of the optical device where an ocular lens is located so that light reflected by the first beam splitter is irradiated to the ocular lens of the optical device, and the other sides of the OCT device are not configured to be mounted to the optical device characterized in that the binocular OCT device is configured to be attachable to or detachable from a light output side of an optical device for dual eyes and configured by combining, in parallel, two OCT devices.
Method for separating heterogeneous material layers of a composite component which comprises at least one material layer transparent to visible light, having a transparency of more than 40%, and at least one further material layer, where the light from an external source falls through the at least one transparent material layer into the at least one further material layer, where it is at least partially absorbed, so that the heating of the light-absorbing further material layer causes separation of at least two material layers of the composite component from one another, characterized in that the light from the external source is provided by means of at least one flash lamp and is used to irradiate and heat the light-absorbing further material layer in an exposure field which encompasses at least a portion of the surface of the composite component, in less than one second, and in that the radiation in the exposure field has a constant intensity at one moment of the exposure period.
An image forming method comprising: applying a treatment liquid containing at least one kind of acidic compound and having a pH of equal to or lower than 2 onto a corrugated cardboard substrate of L* ≤ 90; applying a first ink composition, which contains a coloring material and water and in which a total content of resin particles and wax particles is equal to or less than 2% by mass with respect to a total mass of the first ink composition, to a treatment liquid-applied surface of the corrugated cardboard substrate onto which the treatment liquid is applied by an ink jet method under a condition of an amount of a liquid droplet of equal to or greater than 10 picoliters; and applying a second ink composition, which contains a resin, a wax, and water and in which a content of a coloring material is equal to or smaller than 0.5% by mass with respect to a total mass of the second ink composition, onto the first ink composition applied to the corrugated cardboard substrate, wherein the wax is a polymer compound having a melting point of equal to or lower than 170° C and the resin is a polymer compound having no melting point or a melting point of higher than 170° C. applying a treatment liquid containing at least one kind of acidic compound and having a pH of equal to or lower than 2 onto a corrugated cardboard substrate of L* ≤ 90; applying a first ink composition, which contains a coloring material and water and in which a total content of resin particles and wax particles is equal to or less than 2% by mass with respect to a total mass of the first ink composition, to a treatment liquid-applied surface of the corrugated cardboard substrate onto which the treatment liquid is applied by an ink jet method under a condition of an amount of a liquid droplet of equal to or greater than 10 picoliters; and applying a second ink composition, which contains a resin, a wax, and water and in which a content of a coloring material is equal to or smaller than 0.5% by mass with respect to a total mass of the second ink composition, onto the first ink composition applied to the corrugated cardboard substrate, wherein the wax is a polymer compound having a melting point of equal to or lower than 170° C and the resin is a polymer compound having no melting point or a melting point of higher than 170° C.
A variable reluctance resolver comprising: a stator unit comprising a ring-shaped stator unit core and a plurality of teeth protruding inward in a radial direction from an inner circumferential surface of the stator unit core ; a rotor unit spaced inward from the stator unit to rotate around a center shaft ; and a terminal unit formed on one side of the stator unit , wherein the rotor unit comprises at least one salient pole convexly formed outward along an outer circumferential surface thereof, each of the at least one salient pole is formed in the shape of an oval arc, and wherein the oval arc comprising a major axis having a greater diameter and a minor axis having a smaller diameter, a ratio (a/b) of the length of the major axis with respect to the length of the minor axis is in a range from 1.04 to 1.10. a stator unit comprising a ring-shaped stator unit core and a plurality of teeth protruding inward in a radial direction from an inner circumferential surface of the stator unit core ; a rotor unit spaced inward from the stator unit to rotate around a center shaft ; and a terminal unit formed on one side of the stator unit , wherein the rotor unit comprises at least one salient pole convexly formed outward along an outer circumferential surface thereof, each of the at least one salient pole is formed in the shape of an oval arc, and wherein the oval arc comprising a major axis having a greater diameter and a minor axis having a smaller diameter, a ratio (a/b) of the length of the major axis with respect to the length of the minor axis is in a range from 1.04 to 1.10.
A method of enhancing road safety for vehicles traveling on a network of roads, the method comprising: receiving, at an interaction detector , a plurality of monitoring vectors from a plurality of vehicles travelling on the network of roads, the plurality of vehicles including at least a first vehicle and a second vehicle, the interaction detector being remote from the plurality of vehicles ; determining, from the plurality of monitoring vectors, whether there is an interaction between the first vehicle and the second vehicle, the interaction existing when the first vehicle is within a circle having a risk radius and being around the second vehicle, wherein: the risk radius is a predetermined distance such that the first vehicle and the second vehicle have a risk of collision, and the second vehicle is offset from, and not at, the center of said circle defined by the risk radius , said offset being defined by said monitoring vectors; the interaction being determined without use of prior knowledge of a pre-planned route of either of the first vehicle and the second vehicle on the network of roads; and alerting an occupant of at least one of the first vehicle and the second vehicle that the-interaction on the network of roads has been determined. receiving, at an interaction detector , a plurality of monitoring vectors from a plurality of vehicles travelling on the network of roads, the plurality of vehicles including at least a first vehicle and a second vehicle, the interaction detector being remote from the plurality of vehicles ; determining, from the plurality of monitoring vectors, whether there is an interaction between the first vehicle and the second vehicle, the interaction existing when the first vehicle is within a circle having a risk radius and being around the second vehicle, wherein: the risk radius is a predetermined distance such that the first vehicle and the second vehicle have a risk of collision, and the second vehicle is offset from, and not at, the center of said circle defined by the risk radius , said offset being defined by said monitoring vectors; the interaction being determined without use of prior knowledge of a pre-planned route of either of the first vehicle and the second vehicle on the network of roads; and alerting an occupant of at least one of the first vehicle and the second vehicle that the-interaction on the network of roads has been determined. the risk radius is a predetermined distance such that the first vehicle and the second vehicle have a risk of collision, and the second vehicle is offset from, and not at, the center of said circle defined by the risk radius , said offset being defined by said monitoring vectors; the interaction being determined without use of prior knowledge of a pre-planned route of either of the first vehicle and the second vehicle on the network of roads; and alerting an occupant of at least one of the first vehicle and the second vehicle that the-interaction on the network of roads has been determined.
A method for the vacuum distillation of a liquid, namely of a solvent or a solvent mixture, in particular by means of a rotary evaporator , in which at least one fraction of the liquid is evaporated at a decreasing pressure, characterized in that a vapor temperature correlating with a boiling temperature (Ts) is determined by means of a temperature sensor and a pressure present at the time of the determination of the vapor temperature and correlating with a boiling pressure (ps) is determined by means of a pressure sensor ; and a minimal pressure (pmin), which is not fallen below in the distillation, is automatically determined using the determined vapor temperature and the determined pressure, wherein the value pair consisting of the determined vapor temperature and the determined pressure is associated with a stored characteristic line to determine the minimal pressure (pmin), wherein the characteristic line is the course of the boiling point curve of the liquid, wherein the characteristic line results from the equation p = a2 (T/20K)-1 , where p is the boiling pressure, T is the boiling temperature [in Kelvin] and a is a material-specific constant, and wherein the characteristic line assigns a pressure, which is determined as the minimal pressure (pmin), to a predefined reference temperature (T ref ).
Method of manufacturing a component of an electric machine having a wire mat formed of a plurality of wires designed as flat wires, comprising the steps of: - arranging the plurality of wires side by side in a first order; and - z-shaped bending of the wires ; characterized by - swapping the positions of the wires to form a new, second order different from the first order; - wherein prior to the swapping of the positions of the wires , a respective second wire is deflected into its own plane and then crossed over a respective first wire ; - wherein the swapping of the order takes place before the Z-shaped bending of the flat wires. - arranging the plurality of wires side by side in a first order; and - z-shaped bending of the wires ; - swapping the positions of the wires to form a new, second order different from the first order; - wherein prior to the swapping of the positions of the wires , a respective second wire is deflected into its own plane and then crossed over a respective first wire ; - wherein the swapping of the order takes place before the Z-shaped bending of the flat wires.
An interface for coupling a patient's eye to an ophthalmic surgical laser system, the interface comprising: a lens cone defining a first plane surface coupled with a delivery tip of the ophthalmic laser system, the lens cone further comprising: an apex ring coupled to the first plane surface, the apex ring comprising a distal end; characterised by a first receptacle configured to receive an attachment ring, the attachment ring configured to overlay an anterior surface of the patient's eye; a central cavity configured to receive the lens cone; and one or more beam-splitter optics configured to allow a pulsed laser beam to pass through the interface to a focal point of the target in the patient's eye. a lens cone defining a first plane surface coupled with a delivery tip of the ophthalmic laser system, the lens cone further comprising: an apex ring coupled to the first plane surface, the apex ring comprising a distal end; characterised by a first receptacle configured to receive an attachment ring, the attachment ring configured to overlay an anterior surface of the patient's eye; a central cavity configured to receive the lens cone; and one or more beam-splitter optics configured to allow a pulsed laser beam to pass through the interface to a focal point of the target in the patient's eye.