mhurhangee/ep-ind-claims huggingface dataset:
A planting machine for planting bare-root plants in soil, comprising - a frame; - a coupling for attaching the frame to a towing vehicle such that the planting machine can be moved along a planting section by means of the towing vehicle, - a support for indirectly or directly attaching a planting unit to the frame, - a planting unit for planting the plants in the soil and - an actuator for operating the planting unit, wherein the planting unit comprises a planting spade and a hold-down device, wherein the actuator is designed to move the planting spade and the hold-down device independently of one another and/or the planting unit as a whole up and down perpendicular to a surface of the soil, wherein the support with the planting unit attached thereto is arranged on the frame in such a way that the planting unit can be positioned above the soil when the planting machine is in operation such that at least the planting spade can plunge into the soil as a result of a downward movement relative to the frame, characterized by a holding device, by means of which the at least one respective plant can be held in position on or above the soil until the planting spade grips it for the purpose of planting it in the soil. - a frame; - a coupling for attaching the frame to a towing vehicle such that the planting machine can be moved along a planting section by means of the towing vehicle, - a support for indirectly or directly attaching a planting unit to the frame, - a planting unit for planting the plants in the soil and - an actuator for operating the planting unit, wherein the planting unit comprises a planting spade and a hold-down device, wherein the actuator is designed to move the planting spade and the hold-down device independently of one another and/or the planting unit as a whole up and down perpendicular to a surface of the soil, wherein the support with the planting unit attached thereto is arranged on the frame in such a way that the planting unit can be positioned above the soil when the planting machine is in operation such that at least the planting spade can plunge into the soil as a result of a downward movement relative to the frame, characterized by a holding device, by means of which the at least one respective plant can be held in position on or above the soil until the planting spade grips it for the purpose of planting it in the soil.
A method of wireless communication performed by a first user equipment, UE, comprising: receiving a packet at a Uu protocol stack of the first user equipment, UE, the packet intended for a base station; transferring the packet from the Uu protocol stack of the first UE to a PC 5 interface protocol stack of the first UE; modifying a header of the packet at the PC 5 interface protocol stack to identify the packet as relayed uplink traffic intended for the base station from the first UE; and transmitting the packet including the modified header to a second UE for relaying to the base station; wherein modifying the header of the packet comprises modifying the header of the packet to include a system architecture evolution, SAE, temporary mobile subscriber identity, S-TMSI. receiving a packet at a Uu protocol stack of the first user equipment, UE, the packet intended for a base station; transferring the packet from the Uu protocol stack of the first UE to a PC 5 interface protocol stack of the first UE; modifying a header of the packet at the PC 5 interface protocol stack to identify the packet as relayed uplink traffic intended for the base station from the first UE; and transmitting the packet including the modified header to a second UE for relaying to the base station; wherein modifying the header of the packet comprises modifying the header of the packet to include a system architecture evolution, SAE, temporary mobile subscriber identity, S-TMSI.
A printer comprising: a printing portion to perform printing using a thermal head; a first detecting portion (TS1, 202a) to detect a first temperature that is a head temperature of the thermal head; a second detecting portion (TS2, 202a) to detect a second temperature that is an ambient temperature of the thermal head; a memory portion to store control conditions of the thermal head, each of which is determined for each of the head temperatures under the one ambient temperature; and a controller configured to read the control condition corresponding to an effective head temperature based on the first temperature and the second temperature, from the memory portion, and controls the thermal head in accordance with the relevant read control condition, characterised in that the controller is configured to obtain a weighted average of the first temperature and the second temperature based on weights which have been previously set to the first temperature and the second temperature, respectively, as the effective head temperature. a printing portion to perform printing using a thermal head; a first detecting portion (TS1, 202a) to detect a first temperature that is a head temperature of the thermal head; a second detecting portion (TS2, 202a) to detect a second temperature that is an ambient temperature of the thermal head; a memory portion to store control conditions of the thermal head, each of which is determined for each of the head temperatures under the one ambient temperature; and a controller configured to read the control condition corresponding to an effective head temperature based on the first temperature and the second temperature, from the memory portion, and controls the thermal head in accordance with the relevant read control condition, characterised in that the controller is configured to obtain a weighted average of the first temperature and the second temperature based on weights which have been previously set to the first temperature and the second temperature, respectively, as the effective head temperature.
Use of a fruit or vegetable composition in a method of preparing a freeze-dried, aerated product comprising a fruit or vegetable ingredient, wherein the composition has a viscosity from 1,000 to 100,000 cp at a 10 RPM speed of the spindle 6 in a Brookfield Viscometer, and wherein the fruit or vegetable ingredient is present in an amount of from 60% to 98% of the composition, and wherein the method comprises the steps of (a) providing a fruit or vegetable blend, (b) adding an emulsifier, (c) thermally processing the fruit or vegetable blend, (d) fermenting the blend, (e) admixing a gas with the blend; (f) simultaneously aerating the gas and the fruit or vegetable blend to form an aerated product, and cooling the product; and (g) freeze-drying the product, wherein the emulsifier is lactylated mono and diglycerides in an amount of from 0.001 to 1% of the composition.
A user equipment, UE, comprising: a transceiver arranged to communicate with a radio access network, RAN, node; and a processor arranged to register with a first communication system via the RAN node; detect a trigger to perform radio capability update for at least one radio access technology, RAT, the trigger comprising the UE starting a Dual Registration mode and registering with a second communication system; transition the UE to an idle state; and send a request to the first communication system to update UE radio capabilities while in the idle state, the request indicating that any already stored UE radio capabilities are to be updated. a transceiver arranged to communicate with a radio access network, RAN, node; and a processor arranged to register with a first communication system via the RAN node; detect a trigger to perform radio capability update for at least one radio access technology, RAT, the trigger comprising the UE starting a Dual Registration mode and registering with a second communication system; transition the UE to an idle state; and send a request to the first communication system to update UE radio capabilities while in the idle state, the request indicating that any already stored UE radio capabilities are to be updated.
A system for inserting a wireless communication device into a seam, comprising: an overlock machine; an RFID encoder located within a read/write range of labels, wherein a label of the labels comprises a wireless communication device and the wireless communication device comprises an RFID inlay, the RFID encoder configured to encode the RFID inlays of the labels; and a guide system configured to feed at least one of the labels comprising an encoded RFID inlay into an edge region being of one or more layers of material being stitched by the overlock machine, such that the label is contained within and secured by the stitch. an overlock machine; an RFID encoder located within a read/write range of labels, wherein a label of the labels comprises a wireless communication device and the wireless communication device comprises an RFID inlay, the RFID encoder configured to encode the RFID inlays of the labels; and a guide system configured to feed at least one of the labels comprising an encoded RFID inlay into an edge region being of one or more layers of material being stitched by the overlock machine, such that the label is contained within and secured by the stitch.
A method of determining a thermal history of a component which is subjected to an operative, thermal environment, in particular a high-temperature environment, the method comprising the steps of: providing a detection material to a component; exposing the component to an operative, thermal environment; measuring at least one luminescence characteristic of the detection material following exposure of the component to the operative environment; and determining a thermal history of the component from the measured at least one luminescence characteristic of the detection material; characterized in that: the detection material comprises an amorphous host which is in an amorphous or glassy state prior to exposure to an operative, thermal environment and doped with at least one luminescent dopant; and the at least one luminescence characteristic is a function of the crystallization of the amorphous host of the detection material and the exposure of the component to the operative environment. providing a detection material to a component; exposing the component to an operative, thermal environment; measuring at least one luminescence characteristic of the detection material following exposure of the component to the operative environment; and determining a thermal history of the component from the measured at least one luminescence characteristic of the detection material; characterized in that: the detection material comprises an amorphous host which is in an amorphous or glassy state prior to exposure to an operative, thermal environment and doped with at least one luminescent dopant; and the at least one luminescence characteristic is a function of the crystallization of the amorphous host of the detection material and the exposure of the component to the operative environment. the detection material comprises an amorphous host which is in an amorphous or glassy state prior to exposure to an operative, thermal environment and doped with at least one luminescent dopant; and the at least one luminescence characteristic is a function of the crystallization of the amorphous host of the detection material and the exposure of the component to the operative environment.
A method of generating new molecules based on biological observations, the method comprising the computer-implemented steps of: A) providing data about at least one set of chemical structures; B) providing data about at least one biological descriptor affected by the chemical structure, the biological descriptor being at least one of pharmacological, toxicological, and pharmacokinetic data in the form of values derived from the biological observations, C) calculating physico-chemical properties of each chemical structure; D) obtaining a data matrix by associating said physico-chemical properties of each chemical structure with said biological descriptor data via a partial least square analysis, results of the partial least square analysis being listed in the matrix; E) ranking and visualizing the results of said analysis, the visualization comprising generating a two-dimensional pattern dependent on the chemical structure and the biological descriptor(s) and representing a positive or negative effect of each physico-chemical property on said biological descriptor(s) for visualization; and F) automatically generating new molecules with favourable multi-dimensional profiles. A) providing data about at least one set of chemical structures; B) providing data about at least one biological descriptor affected by the chemical structure, the biological descriptor being at least one of pharmacological, toxicological, and pharmacokinetic data in the form of values derived from the biological observations, C) calculating physico-chemical properties of each chemical structure; D) obtaining a data matrix by associating said physico-chemical properties of each chemical structure with said biological descriptor data via a partial least square analysis, results of the partial least square analysis being listed in the matrix; E) ranking and visualizing the results of said analysis, the visualization comprising generating a two-dimensional pattern dependent on the chemical structure and the biological descriptor(s) and representing a positive or negative effect of each physico-chemical property on said biological descriptor(s) for visualization; and F) automatically generating new molecules with favourable multi-dimensional profiles.
An imaging system for use in a fluoroscopy procedure carried out on a subject, the imaging system being configured to receive images of a portion of the subject from an image acquisition device, the imaging system comprising: an interface module for displaying images received from the image acquisition device to a user, and an optimisation module for determining, using an artificial neural network and based on an image received from the image acquisition device, one or more properties of the received image, the properties including the location and area of a feature deemed to be significant within the received image, and the artificial neural network having been trained using training data, the training data including a list of positive examples of images, features, or portions of images that are significant to a clinician overseeing an image acquisition procedure, wherein the optimisation module is configured to output a control routine based on the determined one or more properties of the received image, wherein a determined property of the image is the presence of overlapping features of significance within the image, and wherein the control routine includes changing the angle or position of the image acquisition device relative to the subject or to a surface on which the subject is located. an interface module for displaying images received from the image acquisition device to a user, and an optimisation module for determining, using an artificial neural network and based on an image received from the image acquisition device, one or more properties of the received image, the properties including the location and area of a feature deemed to be significant within the received image, and the artificial neural network having been trained using training data, the training data including a list of positive examples of images, features, or portions of images that are significant to a clinician overseeing an image acquisition procedure, wherein the optimisation module is configured to output a control routine based on the determined one or more properties of the received image, wherein a determined property of the image is the presence of overlapping features of significance within the image, and wherein the control routine includes changing the angle or position of the image acquisition device relative to the subject or to a surface on which the subject is located.
Use of a coated part in a galvanizing bath, being submerged into the galvanizing bath and put in contact with a hot metal liquid wherein the coating is realized by a vapor deposition step comprising Diamond-Like-Carbon.
Container conveyor device comprising a rotor that rotates about a vertical machine axis, with a plurality of container carriers which are provided distributed around the machine axis on the rotor such that the containers (2, 2a, 2b) are held in a suspended manner, with a container support device (14, 14a) for supporting the containers (2, 2a, 2b) on their container outer or lateral surface in the region of the container base (2.1, 2a.1, 2b.1), wherein the container support device (14, 14a), with at least one outer container guide with a container support surface (16.1), conically encloses the machine axis, and serves to support the containers (2, 2a, 2b) in the region of their container base (2.1, 2a.1, 2b.1) on the container outer surface lying radially outwards relative to the machine axis, and is height-adjustable so as to be adapted to different container base diameters, as well as with at least one inner container support surface (15.1, 20.1), which supports the containers (2, 2a, 2b) on the container outer surface which lies radially inwards relative to the machine axis, wherein at least one inner container support surface (15.1) is configured such as to rotate with the rotor, characterised in that the at least one inner container support surface (15.1, 20.1) of the container support surface (16.1) of the outer container guide is arranged radially opposite relative to the machine axis so as to support the containers (2, 2a, 2b) in the region of their container bases (2.1, 2a.1, 2b.1), that the outer and inner container support surfaces (16.1; 15.1; 20.1) form at least one receiver for the container bases (2.1, 2a.1, 2b.1) which narrows with the increasing distance interval from the container carriers, and that also the at least one inner container support surface (15.1, 20.1) is height-adjustable so as to adapt the container support device (14, 14a) to different container base diameters, that a plurality of inner container support surfaces (15.1) are provided, and that these are formed by container pockets, which accommodate the containers (2a, 2b) at their container bases (2a.1, 2b.1) in each case on a part of their circumference and are open, lying radially outwards relative to the machine axis, and that the container pockets are provided on a common carrier, formed preferably as a carrier ring, which is height adjustable by means of at least one adjustment device.
A method for registering a second device in a server by a first device, the method comprising the steps of: executing an application for registering the second device in the server; connecting the first device to the server using an user ID and a password input by the first device; searching for the second device disposed in a home network that the first device is disposed; in response to selecting of the second device presented on a screen of the application, establishing a connection between the first device and the second device, sending a request message related to registration of the second device with the server, from the first device to the second device; receiving, at the first device, identification information of the second device, from the second device in response to the request message related to registration of the second device with the server; in response to receiving said identification information at the first device, transmitting, to the server, a request for registration of the second device with the server, the request including the identification information of the second device; and in response to registration of the second device, displaying, on the screen of the application, a visual indication of the second device registered to the server, wherein the identification information of the second device is stored by the server. executing an application for registering the second device in the server; connecting the first device to the server using an user ID and a password input by the first device; searching for the second device disposed in a home network that the first device is disposed; in response to selecting of the second device presented on a screen of the application, establishing a connection between the first device and the second device, sending a request message related to registration of the second device with the server, from the first device to the second device; receiving, at the first device, identification information of the second device, from the second device in response to the request message related to registration of the second device with the server; in response to receiving said identification information at the first device, transmitting, to the server, a request for registration of the second device with the server, the request including the identification information of the second device; and in response to registration of the second device, displaying, on the screen of the application, a visual indication of the second device registered to the server, wherein the identification information of the second device is stored by the server.
Gripping device of a portable multimedia device, comprising a pocket inside which slides a slide to which a support is hinged, the support having at least a first opening (5A, 5B) to house at least one finger of a user, the support being movable with respect to the slide between at least one lowered position in which it is folded inside a seat of the slide so as to be completely contained in the thickness of the slide itself, and an operative position in which the support is angled with respect to the slide and protrudes with respect to it, the slide being associated with a second elastic element which recalls the slide inside the pocket, the slide having a projection configured to stop against an edge of said pocket and to constitute an end-of-stroke element for the movement of the slide pulled by the second elastic element when the support is angled with respect to the slide and the slide is recalled inside the pocket.