mhurhangee/ep-ind-claims huggingface dataset:
Printing machine for printing images on articles, comprising a supporting structure, stationary in operation, a thermal transfer assembly movable in a predetermined horizontal direction and comprising a rotatable motorized transfer roller and heating means (70, 71) associated to the transfer roller, wherein the transfer roller has at least one outer layer of synthetic material with a peripheral surface facing the path of the articles and wherein the transfer roller and the associated heating means (70, 71) are movable vertically in said thermal transfer assembly towards and away from said path of the articles, supply means (2; 12-16, 33-40) arranged to advance, along a predetermined path extending in part between the active surface of the transfer roller and the path of the articles, a flexible printing ribbon which on a side facing the articles carries at predetermined intervals images formed of a thermally transferable ink, and control means, wherein the thermal transfer assembly further comprises first and second deviation rollers (35, 36), whose axes of rotation are horizontal and substantially parallel with one another and with the axis of rotation (x) of the transfer roller and are also orthogonal to said horizontal direction, said first and second deviation rollers (35, 36) being placed one upstream and the other one downstream of the transfer roller on the path of said printing ribbon and being vertically movable in the thermal transfer assembly towards and away from said path of the articles, characterized in that it further comprises first and second motor means (43, 44) associated with said first and second deviation rollers (35, 36), respectively, said first and second motor means (43, 44) being controllable independently of one another such that each of said first and second deviation rollers (35, 36) is selectively movable vertically independently of the other one, and in that said control means are arranged to cause in operation a joint vertical downward displacement of the transfer roller and said first and second deviation rollers (35, 36), such that the length of the printing ribbon extending between said first and second deviation rollers (35, 36) is kept at a distance from the transfer roller, a vertical downward displacement of the transfer roller relative to said first and second deviation rollers (35, 36) towards said length of the printing ribbon until the transfer roller contacts said length of the printing ribbon, a subsequent vertical upward displacement, selectively simultaneous or sequential, of said first and second deviation rollers (35, 36) while the transfer roller is still in contact with said length of the printing ribbon, and then a lifting of the transfer roller from said length of the printing ribbon once the printing process has been completed.
Method for detecting the prone/supine position of fish conveyed by means of a conveying device, comprising the steps: - conveying the fish by means of the conveying device in the longitudinal direction of the fish, - optically scanning the ventral side and dorsal side of the fish as a pair in order to determine a first brightness value profile of a first side and a second brightness value profile of a second side of one of the fish, each, by means of optical scanning means, - determining a first ordered data series and a second ordered data series by ordering brightness values of the first brightness value profile and of the second brightness value profile according to a predefined ordering criterion, wherein the first ordered data series and the second ordered data series are ordered by size, - determining a first median from the first ordered data series and a second median from the second ordered data series, wherein as the first median, a first central value of the first ordered data series is determined, and as the second median, a second central value of the second ordered data series is determined, - determining at least one differential value from the first median and the second median, and - determining the prone/supine position by comparing the at least one differential value with at least one predetermined reference value. - conveying the fish by means of the conveying device in the longitudinal direction of the fish, - optically scanning the ventral side and dorsal side of the fish as a pair in order to determine a first brightness value profile of a first side and a second brightness value profile of a second side of one of the fish, each, by means of optical scanning means, - determining a first ordered data series and a second ordered data series by ordering brightness values of the first brightness value profile and of the second brightness value profile according to a predefined ordering criterion, wherein the first ordered data series and the second ordered data series are ordered by size, - determining a first median from the first ordered data series and a second median from the second ordered data series, wherein as the first median, a first central value of the first ordered data series is determined, and as the second median, a second central value of the second ordered data series is determined, - determining at least one differential value from the first median and the second median, and - determining the prone/supine position by comparing the at least one differential value with at least one predetermined reference value.
A method of managing a software update of a plurality of remote-reading terminals (T 1 -T 9) to be updated in a remote-reading installation comprising a plurality of access points (P 1 -P 3), said plurality of access points (P 1 -P 3) being designed for communicating by radio link with said plurality of remote-reading terminals (T 1 -T 9) to be updated, and being designed for communicating with a management server of said remote-reading installation by the intermediary of a telecommunication network, each remote-reading terminal (T 1 -T 9) of said plurality of remote-reading terminals (T 1 -T 9) to be updated being associated with an access point access point of said plurality of access points (P 1 -P 3) in order to transmit remote-reading data to said management server, the method comprising the steps of: (a) transmitting a message for planning reception of update data to said plurality of remote-reading terminals (T 1 -T 9) to be updated by the intermediary of their associated access points, said planning message comprising a start time for the distribution of said update data; (b) selecting a set of access points among said plurality of access points (P 1 -P 3) in such a way as to limit the number of access points used for distributing said update data, whilst allowing the reception of said update data by said plurality of remote-reading terminals (T 1 -T 9) to be updated; (c) transmitting said update data by said selected set of access points, at said distribution start time; the method being characterized in that the selection step (b) comprises the selection of the smallest number of access points making it possible to transmit the updates to all of the remote-reading terminals (T 1 -T 9) to be updated simultaneously, taking account, on the one hand, of the transmission range areas (Z P1, Z P2, Z P3) of the access points (P 1 -P 3) and, on the other hand, of the locations of the remote-reading terminals relative to these transmission range areas, so the transmission range areas (Z P1 Z P2, Z P3) make it possible to cover and reach all of the remote-reading terminals (T 1 -T 9) to be updated. (a) transmitting a message for planning reception of update data to said plurality of remote-reading terminals (T 1 -T 9) to be updated by the intermediary of their associated access points, said planning message comprising a start time for the distribution of said update data; (b) selecting a set of access points among said plurality of access points (P 1 -P 3) in such a way as to limit the number of access points used for distributing said update data, whilst allowing the reception of said update data by said plurality of remote-reading terminals (T 1 -T 9) to be updated; (c) transmitting said update data by said selected set of access points, at said distribution start time;
A vessel comprising a hull with a bow area defined as the hull surface area seen from in front below a water surface when the vessel is lying motionless and is floating in a mass of water; and a body arranged at the bow area wherein the body further comprises: a leading edge; a trailing edge located downstream of the leading edge; an underside; and a top surface that further comprises a forward top surface that extends from the body's leading edge to an outer contour line of the body seen from in front; and where the body's highest point, seen from in front, is located higher than half the vessel's deepest draught when the vessel, without payload and without ballast, is lying motionless and is floating in a mass of water, characterised in that the body's vertical section through the vessel's direction of travel and the body's extent in the transverse direction of the hull, in at least one of the vessel's load conditions, is designed for displacing an oncoming water mass over the body's top surface at a speed for the vessel that is equal to or greater than a lower design speed defined as the lowest speed of the vessel where the oncoming water mass that is primarily displaced in a vertical plane along the vessel's direction of travel obtains an essentially laminar flow over the forward top surface of the body, and where the configuration of the body's top surface accelerates the oncoming water mass that is lowered in the gravitational field downstream of the contour line, such that the oncoming water mass reaches a velocity and direction at the body's trailing edge which leads the oncoming water mass away from the bow area, or essentially parallel to the bow area, or a combination thereof, where the body's area seen from in front, constitutes more than 20% of the part of the bow area located behind the body between two vertical planes in the vessel's direction of travel with a spacing that corresponds to the body's maximum width. a leading edge; a trailing edge located downstream of the leading edge; an underside; and a top surface that further comprises a forward top surface that extends from the body's leading edge to an outer contour line of the body seen from in front; and where the body's highest point, seen from in front, is located higher than half the vessel's deepest draught when the vessel, without payload and without ballast, is lying motionless and is floating in a mass of water,
High-voltage circuit breaker having a switching gap which is at least partially surrounded by an insulating material nozzle which has a switching gas channel which opens in a storage volume, and having a flow guide device (11a, 11b, 11c, 11d), which is arranged at least partially within the storage volume, characterized in that the flow guide device (11a, 11b, 11c, 11d) has a switching gas inlet channel (12a, 12b, 12c, 12d) which is bounded by a switching gas inlet channel wall and into which the switching gas channel injects switching gas in an emission direction, and a wall of the insulating material nozzle, in which the switching gas channel opens, and the switching gas inlet channel wall bounds an annular gap, wherein, in order to form the annular gap, the wall is at a distance from the flow guide device (11a, 11b, 11c, 11d).
A polyisobutylene having a total content of vinylidene double bonds of more than 50 mol% and a number-average molecular weight (M n) of 500 to 10 000 daltons, where at least 10% of all the vinylidene double bonds in the polyisobutylene are part of one or more side chains composed of at least 2 carbon atoms from the main polyisobutylene chain.
Dental syringe comprising: a supply cord for connecting it to a dental unit, a housing, a nozzle, a couple of valves for supplying and stopping water and air, a heating element for air and a water heating system comprising at least one heating element, the heating elements (20, 26) being switchable on by a ring nut, wherein the heating elements (20, 26) are contained inside housing wherein the dental syringe comprises means (21, 22, 27, 28, 29) for fluids temperature control, capable of keeping said fluids warm even when said syringe is at rest, wherein said water heating system comprises a heat exchanger, a temperature sensor at the heat exchanger, a temperature sensor at the exit from the heat exchanger, and a microprocessor.
A method for wireless communication, performed by an apparatus and comprising: transmitting a set of beamformed reference signals, RSs, to a user equipment, UE, during a beam tracking procedure, wherein the set of beamformed RSs includes at least two beamformed RSs; transmitting a request message in one of the RSs to the UE, the request message comprising a request for the UE to transmit a set of sounding reference signals, SRSs, the set of SRSs comprising at least two beamformed signals; receiving the set of SRSs from the UE in accordance with the request message; calculating a co-phasing parameter associated with the at least two beamformed signals; identifying, based at least in part on the co-phasing parameter associated with the at least two beamformed signals, an antenna port precoder configuration to use for communicating with the UE; and communicating with the UE using one or more beamformed signals configured according to the identified antenna port precoder configuration. transmitting a set of beamformed reference signals, RSs, to a user equipment, UE, during a beam tracking procedure, wherein the set of beamformed RSs includes at least two beamformed RSs; transmitting a request message in one of the RSs to the UE, the request message comprising a request for the UE to transmit a set of sounding reference signals, SRSs, the set of SRSs comprising at least two beamformed signals; receiving the set of SRSs from the UE in accordance with the request message; calculating a co-phasing parameter associated with the at least two beamformed signals; identifying, based at least in part on the co-phasing parameter associated with the at least two beamformed signals, an antenna port precoder configuration to use for communicating with the UE; and communicating with the UE using one or more beamformed signals configured according to the identified antenna port precoder configuration.
System comprising construction machine, transport vehicle with loading space and image-recording device (5, 36), wherein the image-recording device (5, 36) is arranged at the construction machine and aligned, as a minimum, towards the loading space of the transport vehicle, wherein a reception and display device is arranged at or in the transport vehicle, wherein the data recorded by the image-recording device (5, 36) are transmitted to the reception and display device by means of a transmission device arranged at the construction machine, wherein the construction machine comprises a conveying device, characterized in that the data recorded and transmitted are image data and the image-recording device (5, 36) comprises at least one camera (11, 35) for recording an image stream, wherein the image-recording device is also aligned towards the conveying device, wherein both the loading space and the particularly critical section at the conveying device may be observed with the camera in order to control the proper filling of the loading surface on the one hand, and prevent a collision between the tailboard and the conveying device on the other. wherein the image-recording device (5, 36) is arranged at the construction machine and aligned, as a minimum, towards the loading space of the transport vehicle, wherein a reception and display device is arranged at or in the transport vehicle, wherein the data recorded by the image-recording device (5, 36) are transmitted to the reception and display device by means of a transmission device arranged at the construction machine, wherein the construction machine comprises a conveying device, characterized in that the data recorded and transmitted are image data and the image-recording device (5, 36) comprises at least one camera (11, 35) for recording an image stream, wherein the image-recording device is also aligned towards the conveying device, wherein both the loading space and the particularly critical section at the conveying device may be observed with the camera in order to control the proper filling of the loading surface on the one hand, and prevent a collision between the tailboard and the conveying device on the other.
An additive material for an electrode (1; 2) of an electrochemical cell, containing electrically conductive additive particles composed of carbon, characterized in that the carbon additive particles have an average particle diameter in the range of 1 to 20 μm and contain mesopores and macropores, said mesopores and macropores form a three-dimensional pore structure of interconnected pores, wherein for pores with a pore diameter of 10 to 1000 nm the cumulative pore volume is more than 0.2 cm 3 /g.
An operating method of an exercising device, comprising a linear moving step and a swinging step; the linear moving step, comprising providing a rail pivotally disposed at a base by at least one pivoting point; and operating a horizontal driving unit to move a swinging bed or a swinging chair along the rail for a linear movement; and the swinging step including operation of a swing driving unit to drive a swinging unit comprising an eccentric block to change an angle (a) between the rail and the base to make the rail move along a swinging path reciprocatedly, characterized in that in the swinging step, the swinging unit vibrates the rail to swing the swinging bed or the swinging chair. providing a rail pivotally disposed at a base by at least one pivoting point; and operating a horizontal driving unit to move a swinging bed or a swinging chair along the rail for a linear movement; and
A paper dispenser comprising a paper input area and a paper output area; the paper input area comprising a holder for a paper roll and comprising a paper input unit provided to displace paper from the paper roll towards the paper output area, the paper output area comprising a paper output unit which is adapted to dispense paper to an outside of the dispenser, the dispenser further comprising a paper cutting unit arranged between the paper input unit and a paper output unit, which paper cutting unit is adapted for cutting the paper, characterised in that the paper output unit is operationally connected to the paper input unit to dispense the paper at a dispensing speed that is larger than a displacing speed of the paper input unit, wherein the paper input unit is adapted to allow a slip of the paper in the unit.
A display system for displaying critical patient data and non-critical data, comprising: a plurality of measuring device ports configured to connect said display system to a plurality of physiological parameter measuring devices; at least one network port configured to connect said display system to at least one network; a display screen comprising a plurality of pixels divided into a first display region and a second display region, wherein said first display region displays data from a first video buffer and wherein said second display region displays data from a second video buffer; and a controller for directing non-critical data to said first video buffer and said second video buffer, wherein, in response to a triggering event, said controller stops directing non-critical data to the first video buffer and directs critical patient data to the first video buffer, wherein the triggering event is at least one of an alarm, a physiological parameter exceeding a predefined threshold, a passage of time, or a physiological parameter falling below a predefined thresholds. a plurality of measuring device ports configured to connect said display system to a plurality of physiological parameter measuring devices; at least one network port configured to connect said display system to at least one network; a display screen comprising a plurality of pixels divided into a first display region and a second display region, wherein said first display region displays data from a first video buffer and wherein said second display region displays data from a second video buffer; and a controller for directing non-critical data to said first video buffer and said second video buffer, wherein, in response to a triggering event, said controller stops directing non-critical data to the first video buffer and directs critical patient data to the first video buffer, wherein the triggering event is at least one of an alarm, a physiological parameter exceeding a predefined threshold, a passage of time, or a physiological parameter falling below a predefined thresholds.
A method performed by a computing device for sustaining a session connection, comprising: opening a session with a second computing device using a first protocol, the session having a connection; and sending a heartbeat message from the computing device to said second computing device using a second protocol, wherein the first protocol is employed by a higher layer of a data communications stack than the second protocol, wherein the second protocol is a transport layer protocol, and wherein the heartbeat message is a valid message of the second protocol but ignored by the first protocol, and sending the heartbeat message to the second computing device sustains the session connection; wherein the session is established and sustained between the computing device and the second computing device through a proxy server. opening a session with a second computing device using a first protocol, the session having a connection; and sending a heartbeat message from the computing device to said second computing device using a second protocol, wherein the first protocol is employed by a higher layer of a data communications stack than the second protocol, wherein the second protocol is a transport layer protocol, and wherein the heartbeat message is a valid message of the second protocol but ignored by the first protocol, and sending the heartbeat message to the second computing device sustains the session connection; wherein the session is established and sustained between the computing device and the second computing device through a proxy server.