mhurhangee/ep-ind-claims huggingface dataset:
Device for scent training an animal, comprising - a housing having a front panel in which at least two scent openings are formed; - at least one sensor for each scent opening; - at least one closeable target scent container for receiving a target scent substance; - a coupling device for the at least one target scent container; - a reward device for issuing a reward to the animal; - a control device coupled to the sensors, the coupling device and the reward device; wherein - each sensor is designed such that it - can monitor whether the animal puts its nose into the respective scent opening and, - provided this is the case, sends a corresponding notification signal to the control device; - the coupling device is designed such that it - can assume a closed state in which the at least one target scent container is closed, and - can assume at least one coupling state in which at least one predetermined target scent container is opened and fluidically coupled to at least one predetermined scent opening; - the control device is designed such that it - can activate the coupling device and the reward device in dependence on the notification signals and/or according to a predetermined program. - a housing having a front panel in which at least two scent openings are formed; - at least one sensor for each scent opening; - at least one closeable target scent container for receiving a target scent substance; - a coupling device for the at least one target scent container; - a reward device for issuing a reward to the animal; - a control device coupled to the sensors, the coupling device and the reward device; - each sensor is designed such that it - can monitor whether the animal puts its nose into the respective scent opening and, - provided this is the case, sends a corresponding notification signal to the control device; - can monitor whether the animal puts its nose into the respective scent opening and, - provided this is the case, sends a corresponding notification signal to the control device; - the coupling device is designed such that it - can assume a closed state in which the at least one target scent container is closed, and - can assume at least one coupling state in which at least one predetermined target scent container is opened and fluidically coupled to at least one predetermined scent opening; - can assume a closed state in which the at least one target scent container is closed, and - can assume at least one coupling state in which at least one predetermined target scent container is opened and fluidically coupled to at least one predetermined scent opening; - the control device is designed such that it - can activate the coupling device and the reward device in dependence on the notification signals and/or according to a predetermined program. - can activate the coupling device and the reward device in dependence on the notification signals and/or according to a predetermined program.
A semiconductor device comprising a plurality of cells, comprising a base region of a first conductivity type having disposed therein at least one cathode region (34,36) of a first and second conductivity type connected together through conductive contacts such that the cells are operative, and wherein at least a portion of the remaining cells comprise a base region of a first conductivity type and no cathode regions so that the remaining cathode regions are configured to be inoperative and designated as dummy cells; a first well region of a second conductivity type; a second well region of a first conductivity type; a drift region of a second conductivity type; an anode region of a first conductivity type; and an anode contact; in which each cell is disposed within the first well region and the first well region is disposed within the second well region; wherein the device comprises an elongate trench that longitudinally intersects the second well region and the drift region and laterally intersects the base region and the first and second well regions, the trench at least partially extending through the thickness of the second well region, wherein an insulating film is provided to cover the inner surface of the trench and wherein a first gate is formed on the insulating film so as to fill the trench; and in which the device is configured such that during operation of the device a depletion region at a junction between the base region and the first well region extends to a junction between the first well region and the second well region, thereby isolating the potential of the first well region from any increase in the potential of the anode contact.
A wireless transmit/receive unit, WTRU, comprising: circuitry configured to: receive a physical downlink control channel, PDCCH, order, wherein the PDCCH order includes a carrier indicator field; transmit, in response to the PDCCH order, a random access preamble on a selected uplink component carrier, selected from a plurality of component carriers, the selected uplink component carrier indicated by the carrier indicator field, wherein the selected uplink component carrier indicated by the carrier indicator field is a member of a group of component carriers of the plurality of component carriers, and further wherein the group of component carriers have a same timing alignment, TA; receive a random access response, RAR, based on a random access radio network temporary identifier, RA-RNTI, on a primary downlink component carrier in response to the random access preamble, wherein the RA-RNTI is a function t_id, f_id, and carrier_id, wherein the t_id is a time index of a first time resource of the specified PRACH, f_id is a frequency index of the specified PRACH, and the carrier_id is an index of the selected uplink component carrier; and use a timing advance to adjust uplink transmission timing of a transmission via a component carrier of the group of component carriers. receive a physical downlink control channel, PDCCH, order, wherein the PDCCH order includes a carrier indicator field; transmit, in response to the PDCCH order, a random access preamble on a selected uplink component carrier, selected from a plurality of component carriers, the selected uplink component carrier indicated by the carrier indicator field, wherein the selected uplink component carrier indicated by the carrier indicator field is a member of a group of component carriers of the plurality of component carriers, and further wherein the group of component carriers have a same timing alignment, TA; receive a random access response, RAR, based on a random access radio network temporary identifier, RA-RNTI, on a primary downlink component carrier in response to the random access preamble, wherein the RA-RNTI is a function t_id, f_id, and carrier_id, wherein the t_id is a time index of a first time resource of the specified PRACH, f_id is a frequency index of the specified PRACH, and the carrier_id is an index of the selected uplink component carrier; and use a timing advance to adjust uplink transmission timing of a transmission via a component carrier of the group of component carriers.
Solenoid coil for an MR apparatus or for a magnetic particle imaging tomograph, having a first conductor section (2, 3) and a second conductor section (2, 3) adjoining the first conductor section (2, 3) in series, wherein the first and the second conductor section (2, 3) each have a plurality of turns and wherein the solenoid coil is a gradient coil and/or a shim coil, characterized in that at least one turn of the first conductor section (2, 3) is arranged between two adjacent turns of the second conductor section (2, 3) and in that the first conductor section (2, 3) and the second conductor section (2, 3) form sections of a conductor.
A fundus photography device comprising: a light source; a scanning unit that includes a mirror configured to biaxially drive in a horizontal direction and a vertical direction to two-dimensionally scan a light beam emitted from the light source; an optical system configured to cause the light beam that has been reflected by the mirror of the scanning unit to enter an eye of a subject; and a light detector configured to detect the light beam that has been reflected by a retina of the subject, wherein an external diameter of the mirror of the scanning unit is 1.7 mm or greater and 2.0 mm or less, wherein the mirror of the scanning unit is circular or elliptic, and wherein the external diameter is a diameter of the mirror of the scanning unit when the mirror of the scanning unit is circular, and is a minor diameter of the mirror of the scanning unit when the mirror of the scanning unit is elliptic, wherein an effective diameter of the mirror of the scanning unit is 1.5 mm or greater and 1.8mm or less wherein the effective diameter of the mirror of the scanning unit is equal to a value obtained by subtracting 0.2mm from the external diameter of the mirror of the scanning unit, wherein an optical magnification of the optical system is 0.8 times or greater and 1.2 times or less, wherein a resonant frequency in the horizontal direction of the scanning unit is 6 kHz or greater and 12 kHz or less. a light source; a scanning unit that includes a mirror configured to biaxially drive in a horizontal direction and a vertical direction to two-dimensionally scan a light beam emitted from the light source; an optical system configured to cause the light beam that has been reflected by the mirror of the scanning unit to enter an eye of a subject; and a light detector configured to detect the light beam that has been reflected by a retina of the subject, wherein an external diameter of the mirror of the scanning unit is 1.7 mm or greater and 2.0 mm or less, wherein the mirror of the scanning unit is circular or elliptic, and wherein the external diameter is a diameter of the mirror of the scanning unit when the mirror of the scanning unit is circular, and is a minor diameter of the mirror of the scanning unit when the mirror of the scanning unit is elliptic, wherein an effective diameter of the mirror of the scanning unit is 1.5 mm or greater and 1.8mm or less wherein the effective diameter of the mirror of the scanning unit is equal to a value obtained by subtracting 0.2mm from the external diameter of the mirror of the scanning unit, wherein an optical magnification of the optical system is 0.8 times or greater and 1.2 times or less, wherein a resonant frequency in the horizontal direction of the scanning unit is 6 kHz or greater and 12 kHz or less.
A blasting system which includes a blasting control machine, a detonator bus connected to the blasting control machine, a plurality of electronic detonators, a plurality of down-hole harnesses, each detonator being connected to a respective down-hole harness, a plurality of connectors, each connector connecting a respective down-hole harness to the bus whereby the detonators are connected in parallel to the bus, wherein, in respect of each detonator, at least one current-limiting component (24, 40, 42, 50) is provided which is connected in series with the respective down-hole harness and which is configured to limit the current in the down-hole harness to a current level that can be accommodated by the blasting control machine in the presence of at least one fault, which causes current leakage, that is present either in the down-hole harness or internally in the detonator, characterized in that the current-limiting component is a resistor.
A computer-implemented method for preventing unauthorized movement of a rolling stock including a user interface, the method comprising: receiving, via the user interface, a plurality of user inputs corresponding to a plurality of users servicing the rolling stock; determining whether one or more users of the plurality of users remains servicing the rolling stock; and if at least one user of the one or more users remains servicing the rolling stock, preventing unauthorized movement of the rolling stock. receiving, via the user interface, a plurality of user inputs corresponding to a plurality of users servicing the rolling stock; determining whether one or more users of the plurality of users remains servicing the rolling stock; and if at least one user of the one or more users remains servicing the rolling stock, preventing unauthorized movement of the rolling stock.
An Edge Computing, EC, management entity for managing a plurality of EC servers (220, 520) configured to provide compute resources to a User Equipment, UE, for an application service, the plurality of EC servers including a first EC server, which is physically movable, connected to a first communication node, and a second EC server connected to a second communication node; wherein the EC management entity has a communication interface for obtaining server information including mobility information related to the first EC server, and wherein the EC management entity is configured to manage a connection of the UE to one of said EC servers based on said server information, characterized in that the management entity is configured to assign the UE to the first EC server responsive to determining that the first EC server and the UE, being in connection range of the first EC server, are moving in the same way based on comparing movement of the UE and of the first EC server, based on said mobility information. a first EC server, which is physically movable, connected to a first communication node, and a second EC server connected to a second communication node; wherein the EC management entity has a communication interface for obtaining server information including mobility information related to the first EC server, and wherein the EC management entity is configured to manage a connection of the UE to one of said EC servers based on said server information, characterized in that the management entity is configured to assign the UE to the first EC server responsive to determining that the first EC server and the UE, being in connection range of the first EC server, are moving in the same way based on comparing movement of the UE and of the first EC server, based on said mobility information.
Method for providing access to data items to a user by means of a communication device provided with a display, the method comprising the following steps: - generating one icon each data item, wherein each data item is a received communication item; - controlling the display such that, in a 2-dimensional viewing mode, an icon of a newly received data item is shown on the display in a foreground of a 2-dimensional presentation of a plurality of icons of already received data items, wherein the icons in the 2-dimensional presentation are arranged along a condensed z-axis representing a time of reception of the data items and are presented to the user with missing perspective; - detecting a predetermined user interaction indicating a navigation of the user along the z-axis; the method being characterized by further comprising the step of: - controlling the display upon detection of the predetermined user interaction to switch to a 3-dimensional viewing mode and create a perspective graphical presentation of the icons on the display by extending the z-axis 2. and raising the view point of the user, thus allowing the user to be able to see older icons, where older icons appear to be further away in the background of the presentation and are shown smaller compared to more recent icons. - generating one icon each data item, wherein each data item is a received communication item; - controlling the display such that, in a 2-dimensional viewing mode, an icon of a newly received data item is shown on the display in a foreground of a 2-dimensional presentation of a plurality of icons of already received data items, wherein the icons in the 2-dimensional presentation are arranged along a condensed z-axis representing a time of reception of the data items and are presented to the user with missing perspective; - detecting a predetermined user interaction indicating a navigation of the user along the z-axis; the method being characterized by further comprising the step of: - controlling the display upon detection of the predetermined user interaction to switch to a 3-dimensional viewing mode and create a perspective graphical presentation of the icons on the display by extending the z-axis 2. and raising the view point of the user, thus allowing the user to be able to see older icons, where older icons appear to be further away in the background of the presentation and are shown smaller compared to more recent icons. - controlling the display upon detection of the predetermined user interaction to switch to a 3-dimensional viewing mode and create a perspective graphical presentation of the icons on the display by extending the z-axis 2. and raising the view point of the user, thus allowing the user to be able to see older icons, where older icons appear to be further away in the background of the presentation and are shown smaller compared to more recent icons.
An ejection mechanism of a forming mold configured to form a molded product by use of a fixed-side die and a movable-side die, comprising an ejector plate and a retaining unit (1, 2, 3, 4) comprising: an ejector pin (10, 50, 60) configured to be movable; a ring- or polygonal-shaped member (11, 71) used in a fixed state; and a pressing unit directly attached to the ejector pin or fixed to a fixing member attached to the ejector pin, the pressing unit being configured to press the ring- or polygonal-shaped member and engage the ejector pin with the ring- or polygonal-shaped member, wherein the pressing unit is configured to release the engagement with the ring- or polygonal-shaped member so that the ejector pin is allowed to move, when a force at a predetermined level or higher is applied to the ejector pin in a movement direction of the ejector pin, and the pressing unit is incorporated into the ejector pin or the fixing member so as to be unitized together; wherein the ring- or polygonal-shaped member is fixed to the ejector plate. a retaining unit (1, 2, 3, 4) comprising: an ejector pin (10, 50, 60) configured to be movable; a ring- or polygonal-shaped member (11, 71) used in a fixed state; and a pressing unit directly attached to the ejector pin or fixed to a fixing member attached to the ejector pin, the pressing unit being configured to press the ring- or polygonal-shaped member and engage the ejector pin with the ring- or polygonal-shaped member, wherein the pressing unit is configured to release the engagement with the ring- or polygonal-shaped member so that the ejector pin is allowed to move, when a force at a predetermined level or higher is applied to the ejector pin in a movement direction of the ejector pin, and the pressing unit is incorporated into the ejector pin or the fixing member so as to be unitized together; an ejector pin (10, 50, 60) configured to be movable; a ring- or polygonal-shaped member (11, 71) used in a fixed state; and a pressing unit directly attached to the ejector pin or fixed to a fixing member attached to the ejector pin, the pressing unit being configured to press the ring- or polygonal-shaped member and engage the ejector pin with the ring- or polygonal-shaped member, wherein the pressing unit is configured to release the engagement with the ring- or polygonal-shaped member so that the ejector pin is allowed to move, when a force at a predetermined level or higher is applied to the ejector pin in a movement direction of the ejector pin, and the pressing unit is incorporated into the ejector pin or the fixing member so as to be unitized together; wherein the ring- or polygonal-shaped member is fixed to the ejector plate.
A method for optimizing a process for producing a cast or molded product made in a plurality of different production steps of said process in respect of a predetermined parameter, which predetermined parameter is taken from a group comprising manufacturing cost, material consumption and environmental load, towards an optimal value, said process comprising the steps of: - defining one or more technical requirements for the cast or molded product, - providing computer implemented processes that reflect said production steps; - generating with each computer implemented process one or more solutions for every one of said plurality of production steps that will lead to a cast product that will fulfill the technical requirements resulting in a plurality of individual solutions; and - determining in a further computer implemented process either by calculating every possible combination of solutions for the production steps or by iterating the calculations of one or more possible combinations of solutions for the production steps which combination of the individual solutions results in an actual process or in a selected sub-set of production steps in which the predetermined parameter is closest to the optimal value. - defining one or more technical requirements for the cast or molded product, - providing computer implemented processes that reflect said production steps; - generating with each computer implemented process one or more solutions for every one of said plurality of production steps that will lead to a cast product that will fulfill the technical requirements resulting in a plurality of individual solutions; and - determining in a further computer implemented process either by calculating every possible combination of solutions for the production steps or by iterating the calculations of one or more possible combinations of solutions for the production steps which combination of the individual solutions results in an actual process or in a selected sub-set of production steps in which the predetermined parameter is closest to the optimal value.
A vacuum packaging device for evacuating and sealing one or more open ends of a flexible container (C') for storing perishable items, comprising: a vacuum motor assembly generating suction; a vacuum trough fluidly connected to the vacuum motor assembly configured to receive suction and evacuate the flexible container (C') through one of the open ends; at least one heat sealing element (190, 192) adjacent the vacuum trough configured to heat seal one of the open ends of the flexible container (C') after evacuation; a processor configured to control the vacuum motor assembly and the at least one heat sealing element (190, 192); an elongated channel (197, 199) disposed proximate each heat sealing element (190, 192); and characterized by a cooling fan in fluid communication with the channel (197, 199) for generating a cooling air flow through the channel (197, 199) to remove excessive heat generated by the heat sealing element (190, 192). a vacuum motor assembly generating suction; a vacuum trough fluidly connected to the vacuum motor assembly configured to receive suction and evacuate the flexible container (C') through one of the open ends; at least one heat sealing element (190, 192) adjacent the vacuum trough configured to heat seal one of the open ends of the flexible container (C') after evacuation; a processor configured to control the vacuum motor assembly and the at least one heat sealing element (190, 192); an elongated channel (197, 199) disposed proximate each heat sealing element (190, 192); and characterized by a cooling fan in fluid communication with the channel (197, 199) for generating a cooling air flow through the channel (197, 199) to remove excessive heat generated by the heat sealing element (190, 192).