mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing solid particles, from a liquid or semi-liquid or pasty food composition, according to which the following measures are implemented: - providing a rotary chopping device (cutter), which is equipped with a bowl and chopping blades and can receive the composition to be processed; - supplying a cryogenic liquid, which is liquid nitrogen, to the interior space of the bowl by means of a delivery pipe, the end of which has at least one spray nozzle ; - the diameter of the pipe and of the spray nozzle being such that the cryogen is provided at a pressure of less than or equal to 1 bar and at a speed in the range from 0.5 to 1.5 m/s; - the cryogenic liquid being injected in the upper portion of the device. - providing a rotary chopping device (cutter), which is equipped with a bowl and chopping blades and can receive the composition to be processed; - supplying a cryogenic liquid, which is liquid nitrogen, to the interior space of the bowl by means of a delivery pipe, the end of which has at least one spray nozzle ; - the diameter of the pipe and of the spray nozzle being such that the cryogen is provided at a pressure of less than or equal to 1 bar and at a speed in the range from 0.5 to 1.5 m/s; - the cryogenic liquid being injected in the upper portion of the device.
Arrangement with a tool and with a fastening means having a longitudinal direction (L), wherein the tool is designed to screw the fastening means into a body in the longitudinal direction (L); wherein the tool has a blade with a first holding element and a second holding element , and the fastening means has a first holding section with a complementary first holding element and a second holding section with a complementary second holding element , and the second holding section is arranged in the longitudinal direction (L) before the first holding section , and the blade can be inserted into the fastening means , and in the first holding section the first holding element and the complementary first holding element interact in such a way that a translatory movement of the blade in the longitudinal direction (L) is blocked and thus it is difficult for the fastening means to fall from the tool by means of a backwards movement, and in the second holding section the second holding element and the complementary second holding element interact in such a way that a rotary movement of the blade can be transferred to the fastening means and the fastening means can be screwed into the body, characterised in that the blade can be introduced into the fastening means only if the first holding element and the complementary first holding element interact.
A hinge locator assembly of a sash window configured to be located within an outer frame of a fenestration unit , the hinge locator assembly comprising; a hinge mechanism comprising a fixed component and an arm pivotable relative to the fixed component ; and a hinge locator for installing the hinge mechanism , comprising: a body defining a ramp portion configured to be mounted within the outer frame of the fenestration unit so as to guide the window sash into a desired position during the closure thereof, a retaining formation for receiving a first end of the fixed component of the hinge mechanism formed from the body , and characterised in that the retaining formation is a recess located on a side surface of the hinge locator that is adjacent to an inclined edge of the ramp portion , and wherein a shape of the recess complements a shape of the first end of the fixed component of the hinge mechanism . a hinge mechanism comprising a fixed component and an arm pivotable relative to the fixed component ; and a hinge locator for installing the hinge mechanism , comprising: a body defining a ramp portion configured to be mounted within the outer frame of the fenestration unit so as to guide the window sash into a desired position during the closure thereof, a retaining formation for receiving a first end of the fixed component of the hinge mechanism formed from the body , and characterised in that the retaining formation is a recess located on a side surface of the hinge locator that is adjacent to an inclined edge of the ramp portion , and wherein a shape of the recess complements a shape of the first end of the fixed component of the hinge mechanism . a body defining a ramp portion configured to be mounted within the outer frame of the fenestration unit so as to guide the window sash into a desired position during the closure thereof, a retaining formation for receiving a first end of the fixed component of the hinge mechanism formed from the body , and characterised in that the retaining formation is a recess located on a side surface of the hinge locator that is adjacent to an inclined edge of the ramp portion , and wherein a shape of the recess complements a shape of the first end of the fixed component of the hinge mechanism .
A method for accessing a proximity service in a mobile communication network comprising a network module and a user equipment , said user equipment comprising a primary radio interface (R1) configured to operate according to a first radio access technology providing connection to said mobile communication network, and at least one secondary radio interface (R2) configured to operate according to at least one second radio access technology different from said first radio access technology, said network module being configured to communicate with said user equipment for enabling the user equipment to access the proximity service, said method comprising: a) sending by said user equipment to said network module a discovery request message (m1) comprising a request to access said proximity service, said request indicating radio access technologies supported by the user equipment ; b) at said network module , generating an answer message (m21; m22; m23; m24) adapted to enable access to the proximity service by the user equipment over said primary radio interface (R1) and sending said answer message (m21; m22; m23; m24) to said user equipment ; and c) at an adaptation function comprised in said network module or said user equipment , converting said answer message (m21; m22; m23; m24) into at least one further answer message (m31; mT) adapted to enable access to the proximity service by the user equipment over said at least one secondary radio interface (R2). a) sending by said user equipment to said network module a discovery request message (m1) comprising a request to access said proximity service, said request indicating radio access technologies supported by the user equipment ; b) at said network module , generating an answer message (m21; m22; m23; m24) adapted to enable access to the proximity service by the user equipment over said primary radio interface (R1) and sending said answer message (m21; m22; m23; m24) to said user equipment ; and c) at an adaptation function comprised in said network module or said user equipment , converting said answer message (m21; m22; m23; m24) into at least one further answer message (m31; mT) adapted to enable access to the proximity service by the user equipment over said at least one secondary radio interface (R2).
A system which is based on the thermoelectric effect of so-called ionic liquids and is capable of converting thermal energy directly into electric energy, comprising a combined photovoltaic and thermovoltaic module, wherein the system is comprised of one or more combined photovoltaic and thermovoltaic modules, wherein in the interior of a combined photovoltaic and thermovoltaic module, channels extending in parallel are present, which are directly integrated into the combined photovoltaic and thermovoltaic module, wherein the channels are filled with ionic liquids and are constructed or arranged so as to form at least one combined photovoltaic and thermovoltaic module, wherein the combined photovoltaic and thermovoltaic module - has an electrically and thermally isolating layer in which the channels extending in parallel are incorporated, which are filled with ionic liquids, - at the upper and lower side of the electrically and thermally isolating layer, in each case at least one electrically and thermally conducting layer is present which is in thermal and electrical contact with the ionic liquids within the channels, - the electrically and thermally conducting layers at the upper and lower side of the electrically and thermally isolating layer serve as electrodes where an electrical voltage can be tapped if there is a temperature difference between the upper and lower electrically and thermally conducting layer. - has an electrically and thermally isolating layer in which the channels extending in parallel are incorporated, which are filled with ionic liquids, - at the upper and lower side of the electrically and thermally isolating layer, in each case at least one electrically and thermally conducting layer is present which is in thermal and electrical contact with the ionic liquids within the channels, - the electrically and thermally conducting layers at the upper and lower side of the electrically and thermally isolating layer serve as electrodes where an electrical voltage can be tapped if there is a temperature difference between the upper and lower electrically and thermally conducting layer.
A method for deblurring a medical image comprising: receiving a blurred medical image and one or more acquisition parameters corresponding to acquisition of the blurred medical image, wherein the one or more acquisition parameters include imaging system settings used to acquire the medical image; incorporating the one or more acquisition parameters into a trained convolutional neural network, the convolutional neural network having been trained by using a plurality of pairs of sharp medical images and corresponding blurred medical images, wherein the incorporating comprises: mapping the one or more acquisition parameters to a plurality of values using an acquisition parameter transform, and inputting the plurality of values into an input layer of the trained convolutional neural network; wherein the method further comprises mapping, by the trained convolutional neural network, the blurred medical image to a deblurred medical image. receiving a blurred medical image and one or more acquisition parameters corresponding to acquisition of the blurred medical image, wherein the one or more acquisition parameters include imaging system settings used to acquire the medical image; incorporating the one or more acquisition parameters into a trained convolutional neural network, the convolutional neural network having been trained by using a plurality of pairs of sharp medical images and corresponding blurred medical images, wherein the incorporating comprises: mapping the one or more acquisition parameters to a plurality of values using an acquisition parameter transform, and inputting the plurality of values into an input layer of the trained convolutional neural network; wherein the method further comprises mapping, by the trained convolutional neural network, the blurred medical image to a deblurred medical image. mapping the one or more acquisition parameters to a plurality of values using an acquisition parameter transform, and inputting the plurality of values into an input layer of the trained convolutional neural network; wherein the method further comprises mapping, by the trained convolutional neural network, the blurred medical image to a deblurred medical image.
Connecting element for joining an extruded plastics tube , which is used to transfer a system pressure from a heating installation to a pressure measuring device , to the heating installation and/or to the pressure measuring device in a pressure-tight manner, wherein the connecting element partially accommodates the plastics tube and is thus connected in a firm and tight manner, has at least one integrally formed sealing surface for contacting an O-ring in a sealing manner, and is able to be plugged into a receptacle of the heating installation or of the pressure measuring device and is able to be fixed there by means of a securing means that partially engages through the connecting element , characterized in that the connecting element consists of plastics, and the connecting element has a through-bore , into which a metal sleeve has been inserted at least in the region of the contact with the O-ring , said metal sleeve stabilizing the associated portion of the connecting element against creep under temperature and/or pressure.
Fragrance sampling device comprising a reservoir in the form of a pouch having two external walls facing one another, intended to receive an applicator in the form of a tongue , at least one of the faces of the tongue and/or the inside face of at least one of the outside walls of the pouch containing a fragrant substance the applicator further comprising a gripping means connected to the tongue and fully emerging from the reservoir , the applicator being devoid of means for the temporary connection thereof to the walls of the pouch, characterized in that the pouch has an intermediate wall sandwiched between the two outside walls , the intermediate wall having a precut tongue-shape.
A breath-sample container comprising: an inlet for receiving a breath sample; a wall at least partially defining a chamber for containing the breath sample; and a valve between the inlet and the chamber , in fluid communication with the inlet and the chamber , the valve configurable between at least: a first open configuration for flow of breath sample from the inlet to the chamber up to a first flow rate; a second open configuration for flow of breath sample from the inlet to the chamber at a second flow rate greater than the first flow rate; characterised in that , once the valve has been configured in the second open configuration , the valve cannot then reconfigure itself to the first open configuration . an inlet for receiving a breath sample; a wall at least partially defining a chamber for containing the breath sample; and a valve between the inlet and the chamber , in fluid communication with the inlet and the chamber , the valve configurable between at least: a first open configuration for flow of breath sample from the inlet to the chamber up to a first flow rate; a second open configuration for flow of breath sample from the inlet to the chamber at a second flow rate greater than the first flow rate; a first open configuration for flow of breath sample from the inlet to the chamber up to a first flow rate; a second open configuration for flow of breath sample from the inlet to the chamber at a second flow rate greater than the first flow rate; characterised in that , once the valve has been configured in the second open configuration , the valve cannot then reconfigure itself to the first open configuration .
A method of manufacturing a continuous structural member, the method comprising: preheating a plurality of fibers to a first temperature; moving the preheated fibers along an assembly line ; applying a binder to at least one of the preheated fibers ; providing a die configured to receive the preheated fibers , wherein the die moves together with the preheated fibers along at least a portion of the assembly line ; maintaining a temperature of the plurality of fibers at a temperature substantially similar to the first temperature; while maintaining a temperature, compressing the plurality of fibers within the die ; characterized in that the method further comprises: shaping the fibers and the die with a first pair of rollers such that the fibers have a first cross sectional shape; and shaping the fibers and the die with a second pair of rollers such that the fibers have a second cross sectional shape, different than the first cross sectional shape. preheating a plurality of fibers to a first temperature; moving the preheated fibers along an assembly line ; applying a binder to at least one of the preheated fibers ; providing a die configured to receive the preheated fibers , wherein the die moves together with the preheated fibers along at least a portion of the assembly line ; maintaining a temperature of the plurality of fibers at a temperature substantially similar to the first temperature; while maintaining a temperature, compressing the plurality of fibers within the die ; characterized in that the method further comprises: shaping the fibers and the die with a first pair of rollers such that the fibers have a first cross sectional shape; and shaping the fibers and the die with a second pair of rollers such that the fibers have a second cross sectional shape, different than the first cross sectional shape. shaping the fibers and the die with a first pair of rollers such that the fibers have a first cross sectional shape; and shaping the fibers and the die with a second pair of rollers such that the fibers have a second cross sectional shape, different than the first cross sectional shape.
A method of producing a three-dimensional solid component , and comprising the steps of: providing a bath of first fluid base material; dispensing a second fluid material in said bath in a pattern defined by a digital record, contact between the first and second fluid materials converting one of said materials to a solid in the vicinity thereof; and removing the solid component from said bath when complete, wherein one of said first and second materials comprises a cross-linked or actively cross-linking polymer in the form of fluid silicone and the other of said first and second materials comprises a catalyst, the catalyst causing an acceleration of the cross-linking to convert the material to a solid. providing a bath of first fluid base material; dispensing a second fluid material in said bath in a pattern defined by a digital record, contact between the first and second fluid materials converting one of said materials to a solid in the vicinity thereof; and removing the solid component from said bath when complete, wherein one of said first and second materials comprises a cross-linked or actively cross-linking polymer in the form of fluid silicone and the other of said first and second materials comprises a catalyst, the catalyst causing an acceleration of the cross-linking to convert the material to a solid.
Assembly with a cooking device component , in particular connection grid, and a rail drawer device for a carrier for cooked food, with a first rail which has a fastening device for fastening the rail drawer device to the cooking device component , and with a second rail which is embodied to receive the carrier for cooked food, wherein the rails can be moved relative to one another, and the fastening device has a spring element which, in the assembled state of the rail drawer device , contacts the cooking device component and forms a resilient stop for the first rail on the cooking device component , wherein a damped relative movement of the rail drawer device with respect to the cooking device component in the relative movement direction of the two rails with respect to one another can be carried out by the spring element in the state fastened to the cooking device component , characterised in that the second rail has a stop element , which is embodied so that in a base position of the rail drawer device , in which a specific position between the two rails is reached, in which the second rail rests mechanically on a very specific point on the first rail , the damped relative movement of the rail drawer device with respect to the cooking device component on a movement path is restricted, by the rail drawer device , in the direction of the relative movement direction with respect to the cooking device component in the state assembled thereon, being able to be displaced at most until the second rail with its stop element abuts against the cooking device component , wherein the movement path is smaller than a release path required to release the fastening device from the cooking device component so that before the entire rail drawer device is unintentionally released from the cooking device component , the stop element abuts against the cooking device component , and wherein in order to release the rail drawer device from the cooking device component the first rail can be pushed rearwards against the spring force of the spring element .
A system for detecting a previous or ongoing treatment of a subject, the system comprising: a first physiologic sensor configured to sense a physiologic signal from the subject; and a previous treatment detection circuit , the previous treatment detection circuit including: a memory circuit configured to store information about the physiologic signal from the first physiologic sensor; and a processor circuit configured to identify a candidate previous treatment event for the subject using the information about the physiologic signal stored in the memory circuit , wherein the processor circuit is configured to determine a likelihood that the identified candidate previous treatment event corresponds to at least one of an actual previous HF hospitalization treatment event or diuresis treatment event. a first physiologic sensor configured to sense a physiologic signal from the subject; and a previous treatment detection circuit , the previous treatment detection circuit including: a memory circuit configured to store information about the physiologic signal from the first physiologic sensor; and a processor circuit configured to identify a candidate previous treatment event for the subject using the information about the physiologic signal stored in the memory circuit , wherein the processor circuit is configured to determine a likelihood that the identified candidate previous treatment event corresponds to at least one of an actual previous HF hospitalization treatment event or diuresis treatment event. a memory circuit configured to store information about the physiologic signal from the first physiologic sensor; and a processor circuit configured to identify a candidate previous treatment event for the subject using the information about the physiologic signal stored in the memory circuit , wherein the processor circuit is configured to determine a likelihood that the identified candidate previous treatment event corresponds to at least one of an actual previous HF hospitalization treatment event or diuresis treatment event.
A pixel array comprising: a plurality of pixels (P1, P2, P3, P4), wherein each of the pixels (P1; P2; P3; P4) comprises four sub-pixels (R11, G11, B11, B12; R21, G21, B21, B22; R31, G31, B31, B32; R41, G41, B41, B42), the four sub-pixels (R11, G11, B11, B12; R21, G21, B21, B22; R31, G31, B31, B32; R41, G41, B41, B42) are of the same size and all in a shape of an isosceles trapezoid, characterized in that : the four sub-pixels (R11, G11, B11, B12; R21, G21, B21, B22; R31, G31, B31, B32; R41, G41, B41, B42) are arranged into a form of half of a regular hexagon (H1). a plurality of pixels (P1, P2, P3, P4), wherein each of the pixels (P1; P2; P3; P4) comprises four sub-pixels (R11, G11, B11, B12; R21, G21, B21, B22; R31, G31, B31, B32; R41, G41, B41, B42), the four sub-pixels (R11, G11, B11, B12; R21, G21, B21, B22; R31, G31, B31, B32; R41, G41, B41, B42) are of the same size and all in a shape of an isosceles trapezoid, characterized in that : the four sub-pixels (R11, G11, B11, B12; R21, G21, B21, B22; R31, G31, B31, B32; R41, G41, B41, B42) are arranged into a form of half of a regular hexagon (H1).