mhurhangee/ep-ind-claims huggingface dataset:
Inspection method for examining transparent or translucent containers, in particular glass containers, for defects, such as fissures, cracks, bubbles or the like, wherein these containers are conveyed by a conveying device continuously along a conveying direction and, during the conveyance, each container runs through an inspection station, in which a contactless inspection of at least a selected container region of each container takes place, wherein the selected container region is illuminated with electromagnetic radiation from at least two radiation sources, radiation reflected from the selected container region is recorded by means of at least one sensor unit and this reflected radiation is converted into inspection signals for the assessment of possible defects of the container, comprising the following steps: i) additional and temporary raising or lowering of at least one container substantially perpendicularly to the conveying direction for making the selected container region accessible in relation to adjacent containers for the illumination with the electromagnetic radiation; ii) time-sequentially irradiating the selected container region by the at least two radiation sources, arranged in particular on opposite sides of the container, during the raising or lowering of the at least one container; iii) recording the radiation reflected by the at least one raised or lowered container by in each case at least one recording device, assigned to each radiation source, with a sensor unit, and iv) conveying the container further in the conveying direction by means of the conveying device. i) additional and temporary raising or lowering of at least one container substantially perpendicularly to the conveying direction for making the selected container region accessible in relation to adjacent containers for the illumination with the electromagnetic radiation; ii) time-sequentially irradiating the selected container region by the at least two radiation sources, arranged in particular on opposite sides of the container, during the raising or lowering of the at least one container; iii) recording the radiation reflected by the at least one raised or lowered container by in each case at least one recording device, assigned to each radiation source, with a sensor unit, and iv) conveying the container further in the conveying direction by means of the conveying device.
A method for preparing and performing a laundry washing cycle by means of a washing machine, in particular a domestic washing machine, comprising the steps of: - providing a washing machine, - arranging the laundry to be washed in the form of a bulk pile at the washing machine, characterized by: - acquiring a digital color image of the bulk laundry pile and of at least one part of the washing machine, - determining a volume (Vb) of the laundry pile and/or a weight (Pb) of the laundry pile as a function of characteristics of the digital color image, - determining a weighed presence of predetermined color categories in the laundry pile as a function of characteristics of the digital color image, - determining washing parameters depending on the weighed presence of color categories in the determined laundry pile and depending on the calculated weight (Pb) and/or volume (Vb) of the laundry pile, - generating a washing preparation notification, which can be consulted by the user, said washing preparation notification containing at least one washing instruction, based on said determined washing parameters and which is executable by the washing machine, as well as one or more from: - a request for confirmation, - auxiliary washing preparation advices in addition to the washing instruction which is executable by the washing machine. - providing a washing machine, - arranging the laundry to be washed in the form of a bulk pile at the washing machine, - acquiring a digital color image of the bulk laundry pile and of at least one part of the washing machine, - determining a volume (Vb) of the laundry pile and/or a weight (Pb) of the laundry pile as a function of characteristics of the digital color image, - determining a weighed presence of predetermined color categories in the laundry pile as a function of characteristics of the digital color image, - determining washing parameters depending on the weighed presence of color categories in the determined laundry pile and depending on the calculated weight (Pb) and/or volume (Vb) of the laundry pile, - generating a washing preparation notification, which can be consulted by the user, said washing preparation notification containing at least one washing instruction, based on said determined washing parameters and which is executable by the washing machine, as well as one or more from: - a request for confirmation, - auxiliary washing preparation advices in addition to the washing instruction which is executable by the washing machine. - a request for confirmation, - auxiliary washing preparation advices in addition to the washing instruction which is executable by the washing machine.
Apparatus for cutting and bevelling a pipe, comprising: • a lower frame having two lower supporting rollers for rotatably supporting the plastic pipe when placed thereon; • an upper frame having at least one upper supporting roller for further rotatably supporting the plastic pipe when placed on the lower supporting rollers and the upper supporting roller is lowered to the pipe; and • means for rotating one or more of the upper or lower rollers so as to rotate the plastic pipe; characterized by: • a guide wheel, being rotatably urged towards the surface of the plastic pipe when said pipe is placed between the upper and lower supporting rollers, said wheel being pivotable in order to longitudinally guide the pipe forth and back between the lower and upper supporting rollers, for this said wheel can be pivoted, so that the axis of rotation of said wheel will be not parallel but inclined in respect to the axes of rotation of the supporting rollers (2, 3) or the pipe; and • a displaceable cutting tool having a cutting edge and a separate bevel-cutting edge. • a lower frame having two lower supporting rollers for rotatably supporting the plastic pipe when placed thereon; • an upper frame having at least one upper supporting roller for further rotatably supporting the plastic pipe when placed on the lower supporting rollers and the upper supporting roller is lowered to the pipe; and • means for rotating one or more of the upper or lower rollers so as to rotate the plastic pipe; characterized by: • a guide wheel, being rotatably urged towards the surface of the plastic pipe when said pipe is placed between the upper and lower supporting rollers, said wheel being pivotable in order to longitudinally guide the pipe forth and back between the lower and upper supporting rollers, for this said wheel can be pivoted, so that the axis of rotation of said wheel will be not parallel but inclined in respect to the axes of rotation of the supporting rollers (2, 3) or the pipe; and • a displaceable cutting tool having a cutting edge and a separate bevel-cutting edge.
A method in a base station for determining a transmission rank, the base station controlling two or more transmit antenna ports (3a, 3b) for supporting a multi-antenna transmission mode and for transmission of data on a channel for communication with a user equipment, the method comprising: - receiving a rank indicator from a user equipment, the rank indicator indicating the number of spatial multiplexing layers recommended by the user equipment, and - determining the transmission rank based on a channel imbalance factor CIF, wherein the channel imbalance factor CIF quantifies a difference in receive power of the two or more transmit antenna ports (3a, 3b), wherein the determining of the transmission rank based on a channel imbalance factor CIF comprises: - comparing the channel imbalance factor CIF with a threshold value Γ th, and - determining the transmission rank to be equal to the received rank indicator if the channel imbalance factor CIF is equal to or smaller than the threshold value Γ th and determining the transmission rank to be equal to one if the channel imbalance factor CIF is larger than the threshold value Γ th. - receiving a rank indicator from a user equipment, the rank indicator indicating the number of spatial multiplexing layers recommended by the user equipment, and - determining the transmission rank based on a channel imbalance factor CIF, wherein the channel imbalance factor CIF quantifies a difference in receive power of the two or more transmit antenna ports (3a, 3b), wherein the determining of the transmission rank based on a channel imbalance factor CIF comprises: - comparing the channel imbalance factor CIF with a threshold value Γ th, and - determining the transmission rank to be equal to the received rank indicator if the channel imbalance factor CIF is equal to or smaller than the threshold value Γ th and determining the transmission rank to be equal to one if the channel imbalance factor CIF is larger than the threshold value Γ th. - comparing the channel imbalance factor CIF with a threshold value Γ th, and - determining the transmission rank to be equal to the received rank indicator if the channel imbalance factor CIF is equal to or smaller than the threshold value Γ th and determining the transmission rank to be equal to one if the channel imbalance factor CIF is larger than the threshold value Γ th.
Ambient air-conditioning unit for small domestic dwellings, of the type comprising an external box-like casing and two air ducts (3, 4) arranged within said box-like casing; the first air duct being provided with an external-air suction mouth which is adapted to be placed in communication with the environment outside the perimeter of the domestic dwelling, and a treated-air delivery mouth which is adapted to be placed in communication with the spaces/ rooms within the perimeter of said domestic dwelling; the ambient air-conditioning unit further comprising - a heat-pump circuit which is housed within the box-like casing, and is structured so as to transfer heat from the air flowing through the first air duct to the air flowing through the second air duct, or vice versa; and - a sanitary-water storage tank which is located within the box-like casing, and is structured/ dimensioned so as to contain drinkable water; a sanitary-water heating circuit which is arranged within the box-like casing, and is structured so as to transfer heat from the refrigerant circulating in the heat-pump circuit to the water contained within the sanitary-water storage tank; the ambient air-conditioning unit being characterized in that the second air duct is equipped with an external-air suction mouth which is adapted to be placed in communication with the environment outside the perimeter of the domestic dwelling, and a foul-air exhaust mouth which is adapted to be placed in communication with the environment outside the perimeter of the domestic dwelling; and the sanitary heating circuit is structured so as to selectively transfer heat from the water contained within the sanitary-water storage tank to the air which flows through the first air duct. - a heat-pump circuit which is housed within the box-like casing, and is structured so as to transfer heat from the air flowing through the first air duct to the air flowing through the second air duct, or vice versa; and - a sanitary-water storage tank which is located within the box-like casing, and is structured/ dimensioned so as to contain drinkable water;
A method for screening and/or monitoring a patient for a myeloproliferative neoplasm, the method comprising comprising: extracting cell-free DNA from peripheral blood plasma or serum from the patient; performing fragment length analysis of human calreticulin gene (CALR) in the extracted cell-free DNA, wherein the fragment length analysis comprises amplifying a fragment of CALR by PCR, and optionally further performing a bidirectional sequencing; and determining tumor load and biallelic mutation in human calreticulin gene (CALR). extracting cell-free DNA from peripheral blood plasma or serum from the patient; performing fragment length analysis of human calreticulin gene (CALR) in the extracted cell-free DNA, wherein the fragment length analysis comprises amplifying a fragment of CALR by PCR, and optionally further performing a bidirectional sequencing; and determining tumor load and biallelic mutation in human calreticulin gene (CALR).
Piano comprising a body, a piano lid, which is mounted on the body by way of a hinge, and an acoustic resonance transformer, which is arranged between the body and the piano lid in a sonically coupling manner, characterized in that the acoustic resonance transformer comprises: two or more cylindrical acoustic resonance transformation elements, and a mounting means for mounting the cylindrical acoustic resonance transformation elements on a body of a piano and/or a piano lid, wherein the cylindrical acoustic resonance transformation elements each comprise a spiral spring and a casing that completely encloses the spiral spring and wherein the resonance transformation elements are in physical contact with the body and the piano lid. characterized in that the acoustic resonance transformer comprises: two or more cylindrical acoustic resonance transformation elements, and a mounting means for mounting the cylindrical acoustic resonance transformation elements on a body of a piano and/or a piano lid, wherein the cylindrical acoustic resonance transformation elements each comprise a spiral spring and a casing that completely encloses the spiral spring and wherein the resonance transformation elements are in physical contact with the body and the piano lid.
A float bath for manufacturing a float glass, wherein the entire region of the float bath is classified into a plurality of areas, which are called control zones, wherein at least one heater is included in each control zone and a power supply line is separately connected to each control zone so that different amounts of power are supplied to different power supply lines and thus the control zones give different heat quantities by means of the heaters, wherein a shield is installed between every adjacent control zones, and wherein the entire region of the float bath is classified into a plurality of control zones from the upstream of the float bath to the downstream and also classified into a plurality of control zones from the left side of the float bath to the right side, so as to be classified in two-axial directions.
A wearable device for acquiring physiological information of a subject, said device comprising: - an optical emitter for emitting light into the subject's skin, - an optical sensor for receiving light scattered back from the subject's skin in response to the emission of light into the subject's skin, the received light representing or allowing the derivation of physiological information of the subject, - a carrier for being held at the subject's skin and for carrying said emitter and said sensor such that a light receiving area, at which the emitted light enters the subject's skin, substantially corresponds to a light reflecting area, at which at least part of the scattered light leaves the subject's skin and is received by said optical sensor, wherein the optical emitter is arranged between the optical sensor and the light reflecting area and is at least partially transparent for the light reflected from the light reflecting area, and wherein said optical emitter comprises - an illumination layer arranged between the optical sensor and the light reflecting area and - one or more emitter elements arranged outside the light path between the reflecting area and the optical sensor such that emitted light is coupled into the illumination layer, wherein said illumination layer is configured to use the emitted light coupled into the illumination layer to illuminate the light receiving area and to transmit light reflected from the reflecting area to the optical sensor. - an optical emitter for emitting light into the subject's skin, - an optical sensor for receiving light scattered back from the subject's skin in response to the emission of light into the subject's skin, the received light representing or allowing the derivation of physiological information of the subject, - a carrier for being held at the subject's skin and for carrying said emitter and said sensor such that a light receiving area, at which the emitted light enters the subject's skin, substantially corresponds to a light reflecting area, at which at least part of the scattered light leaves the subject's skin and is received by said optical sensor, - an illumination layer arranged between the optical sensor and the light reflecting area and - one or more emitter elements arranged outside the light path between the reflecting area and the optical sensor such that emitted light is coupled into the illumination layer,
A vessel (700, 900) having a proximal end and a distal end and comprising a removable seal (106, 908) for defining a first chamber (704, 912) at the distal end of the vessel and a second chamber (706, 910) at the proximal end of the vessel (700, 900), a proximal bypass zone comprising one or more proximal projections (800a, 800b, 902a) on an internal wall of the vessel (700, 900) or one or more proximal bypass channels on an internal wall of the vessel (700, 900), a distal bypass zone comprising one or more distal projections (800c, 800d, 904a) on an internal wall of the vessel (700, 900) or one or more distal bypass channels on an internal wall of the vessel (700, 900), an opening at the proximal end of the vessel (700, 900) for introducing a component into the vessel (700, 900), and an actuator configured to move the seal (106, 908) through the vessel (700, 900), wherein the proximal (800a, 800b, 902a) and distal projections (800c, 800d, 904a) are configured to urge a portion of the seal (106, 908) away from the internal wall of the vessel (700, 900) upon engagement with the seal (106, 908) thereby opening one or more channels which bypass the seal (106, 908), and wherein the proximal and distal bypass channels are configured such that a proximal bypass zone comprising a proximal bypass channel and a distal bypass zone comprising a distal bypass channel each have a cross section that is greater than the cross section of the seal (106, 908), such that the seal (106, 908) cannot prevent communication between the first (704, 912) and second (706, 910) chambers when it is positioned in the proximal bypass zone or in the distal bypass zone, wherein the proximal bypass zone and the distal bypass zone are arranged to allow fluid to bypass the seal (106, 908) and are separated by a distance that is greater than or equal to the thickness of the seal (106, 908), the proximal bypass zone and seal (106, 908) being arranged to expel gas, that would otherwise be trapped in the first chamber (704, 912) between the seal (106, 908) and the distal end of the vessel (700, 900), from the first chamber (704, 912) as the seal (106, 908) is moved through the proximal bypass zone towards the distal end of the vessel (700, 900), wherein the length of the proximal bypass zone is selected according to the volume of a first component to be contained within the first chamber (704, 912) such that the first component can be stored in the first chamber (704, 912) in the absence of gas.
An electronic device (100; 100') comprising: a memory (110; 230) configured to store a plurality of filters generated by learning through a neural network; and a processor (120; 240) configured to: based on an arrangement of non-zero elements included in each of the plurality of filters, identify a pattern of the each of the plurality of filters, based on a frequency of the pattern, select at least one main filter from among the plurality of filters, the main filter referring to a filter of a main pattern selected from patterns of the plurality of filters, identify optimization data in which zero elements are removed from the at least one main filter, store the optimization data and an operation instruction corresponding to the optimization data in the memory (110; 230), and perform a filtering operation for an input image being input to the neural network according to the stored optimization data and operation instruction, to classify the input image as a specific object. a memory (110; 230) configured to store a plurality of filters generated by learning through a neural network; and a processor (120; 240) configured to: based on an arrangement of non-zero elements included in each of the plurality of filters, identify a pattern of the each of the plurality of filters, based on a frequency of the pattern, select at least one main filter from among the plurality of filters, the main filter referring to a filter of a main pattern selected from patterns of the plurality of filters, identify optimization data in which zero elements are removed from the at least one main filter, store the optimization data and an operation instruction corresponding to the optimization data in the memory (110; 230), and perform a filtering operation for an input image being input to the neural network according to the stored optimization data and operation instruction, to classify the input image as a specific object. based on an arrangement of non-zero elements included in each of the plurality of filters, identify a pattern of the each of the plurality of filters, based on a frequency of the pattern, select at least one main filter from among the plurality of filters, the main filter referring to a filter of a main pattern selected from patterns of the plurality of filters, identify optimization data in which zero elements are removed from the at least one main filter, store the optimization data and an operation instruction corresponding to the optimization data in the memory (110; 230), and perform a filtering operation for an input image being input to the neural network according to the stored optimization data and operation instruction, to classify the input image as a specific object.
Aboard mating connector comprising: a first body part having a first hollow portion formed therein; a signal contact part inserted into the first hollow portion; a dielectric part positioned between the first body part and the signal contact part; a second body part which has a second hollow portion formed therein, is positioned between the dielectric part and the first body part, and is formed of a metal plate; a ground contact part which extends upward from an upper side of the second body part and is separated into a plurality of portions by a plurality of slits to have elasticity; characterized in that the board mating connector further comprises: a plurality of fixing portions which extend inward along a circumferential surface of a lower side of the second body part; wherein upper surfaces of the plurality of fixing portions and a lower surface of the dielectric part are in contact with each other. a first body part having a first hollow portion formed therein; a signal contact part inserted into the first hollow portion; a dielectric part positioned between the first body part and the signal contact part; a second body part which has a second hollow portion formed therein, is positioned between the dielectric part and the first body part, and is formed of a metal plate; a ground contact part which extends upward from an upper side of the second body part and is separated into a plurality of portions by a plurality of slits to have elasticity; a plurality of fixing portions which extend inward along a circumferential surface of a lower side of the second body part; wherein upper surfaces of the plurality of fixing portions and a lower surface of the dielectric part are in contact with each other.