mhurhangee/ep-ind-claims huggingface dataset:
Liquid-cooled power unit of a power electronics device, which power unit comprises at least two power modules, the cooling surface of which power modules is provided with pin-type protrusions, and which power modules are fixed to the frame part of the power unit, a liquid duct is arranged inside the frame part of the power unit, and the power modules are fixed to points of apertures situated in the frame part on both sides of the liquid duct in such a way that the pin-type protrusions of the power modules are situated in the liquid duct and a contact area of the cooling surface of each of the power modules with the frame part is confined to edges of the corresponding aperture, and at least one wedge-shaped part is fitted into the liquid duct, which wedge-shaped part comprises a wedge-shaped front part for spreading the liquid flow into two essentially equal flows at the point of the power modules, wherein the wedge-shaped part at its thickest point fills the space between the protrusions in the center of the liquid duct, wherein the wedge-shaped part extends to the tips of the protrusions.
Pitch drive circuit (50, 52, 54) which can operate in emergency mode for a wind or water power system, comprising at least one rectifier unit, at least one DC intermediate circuit, a first inverter unit (16, 16-1) and a three-phase pitch motor with motor phases that can be contacted on both sides, where a first contact side of the motor phases is connected to the first inverter unit (16, 16-1), a second contact side of the motor phases is connected to a second inverter unit (16, 16-2), and at least one switching element (40, 44, 46) is connected to at least one contact side of the motor phases, such that during a normal operation of a first switching state of the switching element (40, 44, 46) the motor phases can be supplied with current by both inverter units (16, 16-1, 16-2), and in an emergency operation of a second switching state of the switching element (40, 44, 46) the motor phases can be supplied with current by a single inverter unit (16, 16-1, 16-2), characterized in that, each inverter unit (16, 16-1, 16-2) is connected to a rectifier unit (14-1, 14-2) with DC intermediate circuit (18, 18-1, 18-2) to form an independent converter device (13, 13-1, 13-2), where each converter device (13, 13-1, 13-2) is switchably connected to a supply network via a decoupling switching element (40, 48) and each inverter unit (16, 16-1, 16-2) is switchably connected to the motor phases of a contact side via at least one decoupling switching element (40, 48), and both inverter units (16, 16-1, 16-2) are connected to a brake chopper unit.
Apparatus (100, 400A, 400B, 500A, 500B) for laminating at least one layer (30, 50) onto a wound care article structure, comprising: a conveyor device having a support surface configured for supporting the wound care article structure; a first lamination arrangement configured for laminating at least one layer (30, 50) having at least one protection layer onto the wound care article structure; a pressure arrangement (410, 420, 510, 520, 610, 620, 630, 640, 710, 720, 730, 740) having one or more pressure rolls configured to apply a pressure to the at least one layer (30, 50) laminated onto the wound care article structure to fix the at least one layer (30, 50) to the wound care article structure, wherein the one or more pressure rolls are adjustable in their distance to the wound care article structure or in their distance to a carrier of the wound care article structure; and a delamination arrangement configured for delaminating the protective layer off the wound care article structure having the at least one layer (30, 50) laminated thereon. a conveyor device having a support surface configured for supporting the wound care article structure; a first lamination arrangement configured for laminating at least one layer (30, 50) having at least one protection layer onto the wound care article structure; a pressure arrangement (410, 420, 510, 520, 610, 620, 630, 640, 710, 720, 730, 740) having one or more pressure rolls configured to apply a pressure to the at least one layer (30, 50) laminated onto the wound care article structure to fix the at least one layer (30, 50) to the wound care article structure, wherein the one or more pressure rolls are adjustable in their distance to the wound care article structure or in their distance to a carrier of the wound care article structure; and a delamination arrangement configured for delaminating the protective layer off the wound care article structure having the at least one layer (30, 50) laminated thereon.
A method for controlling a screen of a mobile terminal, the method comprising: sensing by a controller a magazine creation event, the term magazine referring to a screen shown on a display unit of a mobile terminal, displaying, by the display of the mobile terminal, a layout composed of a plurality of sections when the magazine creation event is sensed; creating a magazine associated with the sensed magazine creation event by the controller by mapping applications to the plurality of sections in a one-to-one correspondence; and displaying the magazine on at least one geometric region of a plurality of geometric regions of the display; wherein execution screens of the applications mapped to the plurality of sections are arranged so that a plurality of execution screens are simultaneously displayed; wherein displaying a layout comprises controlling, by the controller, a size of at least one section of the plurality of sections; and wherein mapping applications comprises, by the controller: selecting at least one of a plurality of applications by referring to the size of a selected section and displaying an application list including the selected at least one application, whereby the controller may not include an application having the size of an application execution screen larger than that of the section in the list; mapping a particular application selected from the application list to the selected section; and displaying an application icon indicating the particular application on the selected section. sensing by a controller a magazine creation event, the term magazine referring to a screen shown on a display unit of a mobile terminal, displaying, by the display of the mobile terminal, a layout composed of a plurality of sections when the magazine creation event is sensed; creating a magazine associated with the sensed magazine creation event by the controller by mapping applications to the plurality of sections in a one-to-one correspondence; and displaying the magazine on at least one geometric region of a plurality of geometric regions of the display; wherein execution screens of the applications mapped to the plurality of sections are arranged so that a plurality of execution screens are simultaneously displayed; wherein displaying a layout comprises controlling, by the controller, a size of at least one section of the plurality of sections; and wherein mapping applications comprises, by the controller: selecting at least one of a plurality of applications by referring to the size of a selected section and displaying an application list including the selected at least one application, whereby the controller may not include an application having the size of an application execution screen larger than that of the section in the list; mapping a particular application selected from the application list to the selected section; and displaying an application icon indicating the particular application on the selected section.
A vehicle ventilation control system for managing the flow of air from at least a first ventilation outlet, the vehicle ventilation control system comprises: • at least a first ventilation outlet (10a, 10b, 10c, 10d, 10e) configured to control the air flow through the at least first ventilation outlet (10a, 10b, 10c, 10d, 10e); • at least a first microphone (11a, 11b, 11c) configured to detect a sound; • a processing circuitry operatively connected to the at least first ventilation outlet (10a, 10b, 10c) and the at least first microphone (11a, 11b, 11c) configured to cause the vehicle ventilation control system to: - determine and identify a sound with a specific sound pattern, wherein the sound with the specific sound pattern is the sound of a snapping finger; - determine a position of the sound (p(x, y, z)) detected by the at least first microphone (11a, 11b, 11c); - determine a ventilation outlet control data based on the position of the sound (p(x, y, z)); and - control the air flow of the at least first ventilation outlet (10a, 10b, 10c, 10d, 10e) based on the ventilation outlet control data for changing at least one of a direction of the air flow (d), a spread of the air flow and an intensity of the air flow from the at least first ventilation outlet (10a, 10b, 10c, 10d, 10e). • at least a first ventilation outlet (10a, 10b, 10c, 10d, 10e) configured to control the air flow through the at least first ventilation outlet (10a, 10b, 10c, 10d, 10e); • at least a first microphone (11a, 11b, 11c) configured to detect a sound; • a processing circuitry operatively connected to the at least first ventilation outlet (10a, 10b, 10c) and the at least first microphone (11a, 11b, 11c) configured to cause the vehicle ventilation control system to: - determine and identify a sound with a specific sound pattern, wherein the sound with the specific sound pattern is the sound of a snapping finger; - determine a position of the sound (p(x, y, z)) detected by the at least first microphone (11a, 11b, 11c); - determine a ventilation outlet control data based on the position of the sound (p(x, y, z)); and - control the air flow of the at least first ventilation outlet (10a, 10b, 10c, 10d, 10e) based on the ventilation outlet control data for changing at least one of a direction of the air flow (d), a spread of the air flow and an intensity of the air flow from the at least first ventilation outlet (10a, 10b, 10c, 10d, 10e). - determine and identify a sound with a specific sound pattern, wherein the sound with the specific sound pattern is the sound of a snapping finger; - determine a position of the sound (p(x, y, z)) detected by the at least first microphone (11a, 11b, 11c); - determine a ventilation outlet control data based on the position of the sound (p(x, y, z)); and - control the air flow of the at least first ventilation outlet (10a, 10b, 10c, 10d, 10e) based on the ventilation outlet control data
An information reminding method performed by a user equipment capable of using at least a cellular network and a WLAN to access the Internet, the method comprising: setting a special event according to a selection of a user, wherein the special event comprises an event of a screen of the user equipment is unlocked; monitoring that the special event occurs; in response to unlocking the screen, the unlocking being detected during the monitoring,, acquiring (101; 401) a network type as a cellular network or a WLAN currently used by the user equipment; determining (102; 403), according to the acquired network type, network historical traffic usage information corresponding to the acquired network type; and notifying a user according to the network historical traffic usage information and notifying the user of the currently used network type and a traffic usage situation. setting a special event according to a selection of a user, wherein the special event comprises an event of a screen of the user equipment is unlocked; monitoring that the special event occurs; in response to unlocking the screen, the unlocking being detected during the monitoring,, acquiring (101; 401) a network type as a cellular network or a WLAN currently used by the user equipment; determining (102; 403), according to the acquired network type, network historical traffic usage information corresponding to the acquired network type; and notifying a user according to the network historical traffic usage information and notifying the user of the currently used network type and a traffic usage situation.
An image forming apparatus comprising: an image forming portion configured to form an image on a recording material; a fixing portion that includes a nip portion forming member (202, 208) configured to form a nip portion to nip the recording material, and a heater having a plurality of heat-generating elements aligned along a direction orthogonal to a conveying direction of the recording material, wherein the fixing portion is configured to heat the image formed on the recording material utilizing heat of the heater at the nip portion to fix the image on the recording material; and a control portion configured to control power supplied to the plurality of heat-generating elements, wherein the image forming apparatus is configured to change a control target temperature for each of a plurality of heating areas (A1 - A7) heated by each of the plurality of heat-generating elements in accordance with the image to be formed on the recording material, characterized in that when forming the image after a jam clearing process in which the image forming apparatus is stopped and the recording material nipped in the nip portion is removed, the control portion changes a distribution of a first control target temperature of the whole heater in the direction in which the plurality of heat-generating elements are aligned to a second distribution different from a first distribution corresponding to the image. an image forming portion configured to form an image on a recording material; a fixing portion that includes a nip portion forming member (202, 208) configured to form a nip portion to nip the recording material, and a heater having a plurality of heat-generating elements aligned along a direction orthogonal to a conveying direction of the recording material, wherein the fixing portion is configured to heat the image formed on the recording material utilizing heat of the heater at the nip portion to fix the image on the recording material; and a control portion configured to control power supplied to the plurality of heat-generating elements, wherein the image forming apparatus is configured to change a control target temperature for each of a plurality of heating areas (A1 - A7) heated by each of the plurality of heat-generating elements in accordance with the image to be formed on the recording material, characterized in that when forming the image after a jam clearing process in which the image forming apparatus is stopped and the recording material nipped in the nip portion is removed, the control portion changes a distribution of a first control target temperature of the whole heater in the direction in which the plurality of heat-generating elements are aligned to a second distribution different from a first distribution corresponding to the image.
Heat exchange apparatus, comprising: first heat transfer tubes, contained within an enclosure and coupled to receive a first fluid heated by an energy source (22, 36); and second heat transfer tubes, which are interleaved with the first heat transfer tubes within the enclosure so as to heat a second fluid contained in the second heat transfer tubes by transfer of heat from the first fluid, and which are coupled to output the heated second fluid to target equipment; and a solid heat storage medium, which fills the enclosure; the first and second heat transfer tubes are arranged to run through the enclosure along parallel, respective paths between first and second ends of the interleaved tubes, characterized in that they are coupled respectively to the energy source and the target equipment so that the heated first fluid enters the first heat transfer tubes at the first end and cools along the respective path in a first direction before exiting from the second end, and the heated second fluid enters the second end and exits from the first end after receiving the heat from the first fluid along the respective path in a second direction, opposite to the first direction. first heat transfer tubes, contained within an enclosure and coupled to receive a first fluid heated by an energy source (22, 36); and second heat transfer tubes, which are interleaved with the first heat transfer tubes within the enclosure so as to heat a second fluid contained in the second heat transfer tubes by transfer of heat from the first fluid, and which are coupled to output the heated second fluid to target equipment; and a solid heat storage medium, which fills the enclosure; the first and second heat transfer tubes are arranged to run through the enclosure along parallel, respective paths between first and second ends of the interleaved tubes, characterized in that they are coupled respectively to the energy source and the target equipment so that the heated first fluid enters the first heat transfer tubes at the first end and cools along the respective path in a first direction before exiting from the second end, and the heated second fluid enters the second end and exits from the first end after receiving the heat from the first fluid along the respective path in a second direction, opposite to the first direction.
An interrogation system for a medical device comprising: a memory storing a diagnostic algorithm; a processor configured to run the diagnostic algorithm; and a communication module configured to facilitate data transfer between the interrogating system and the medical device, wherein the diagnostic algorithm is configured to reach a diagnostic conclusion based on data from the medical device, wherein the diagnostic algorithm is configured to iteratively interrogate ( 310, 312) the medical device for the data from the medical device until the diagnostic algorithm reaches the diagnostic conclusion, each iterative interrogation requesting additional data as compared to prior iterations, wherein the communication module is configured to receive the additional data from the medical device in response to each iterative interrogation, and wherein the diagnostic algorithm is further configured to store an indication of the diagnostic conclusion within the memory. a memory storing a diagnostic algorithm; a processor configured to run the diagnostic algorithm; and a communication module configured to facilitate data transfer between the interrogating system and the medical device, wherein the diagnostic algorithm is configured to reach a diagnostic conclusion based on data from the medical device, wherein the diagnostic algorithm is configured to iteratively interrogate ( 310, 312) the medical device for the data from the medical device until the diagnostic algorithm reaches the diagnostic conclusion, each iterative interrogation requesting additional data as compared to prior iterations, wherein the communication module is configured to receive the additional data from the medical device in response to each iterative interrogation, and wherein the diagnostic algorithm is further configured to store an indication of the diagnostic conclusion within the memory.
A method, comprising: arranging, in a transmission circuitry, a first transmission signal to be transmitted on a first frequency channel and a second transmission signal to be transmitted on a second frequency channel, into a plurality of processing branches, wherein each processing branch includes signal components of both the first transmission signal and the second transmission signal, and wherein the first frequency channel and the second frequency channel are arranged symmetrically around a center frequency; frequency-converting each signal component first with an oscillator signal having a first frequency which corresponds to a frequency offset from the center frequency and again with another oscillator signal having a second frequency which corresponds to the center frequency; manipulating phases of the signal components in different processing branches so that the signal components of both the first transmission signal and the second transmission signal appearing on a mirror frequency channel as a result of the frequency-conversion with the oscillator signal having the second frequency have opposite phases in different processing branches; and combining the signal components in the different processing branches, thereby obtaining an up-converted transmission signal having the frequency-converted first transmission signal on the first frequency channel and the frequency-converted second transmission signal on the second frequency channel. arranging, in a transmission circuitry, a first transmission signal to be transmitted on a first frequency channel and a second transmission signal to be transmitted on a second frequency channel, into a plurality of processing branches, wherein each processing branch includes signal components of both the first transmission signal and the second transmission signal, and wherein the first frequency channel and the second frequency channel are arranged symmetrically around a center frequency; frequency-converting each signal component first with an oscillator signal having a first frequency which corresponds to a frequency offset from the center frequency and again with another oscillator signal having a second frequency which corresponds to the center frequency; manipulating phases of the signal components in different processing branches so that the signal components of both the first transmission signal and the second transmission signal appearing on a mirror frequency channel as a result of the frequency-conversion with the oscillator signal having the second frequency have opposite phases in different processing branches; and combining the signal components in the different processing branches, thereby obtaining an up-converted transmission signal having the frequency-converted first transmission signal on the first frequency channel and the frequency-converted second transmission signal on the second frequency channel.
A double stranded RNA compound having the structure: 5' iB - GCCAGAAUGUGGAACUCCU 3' (sense strand; SEQ ID NO: 9015) 3' CGGUCUUACACCUUGAGGA 5' (antisense strand; SEQ ID NO: 9516) wherein each A, C, U, and G is a ribonucleotide and each consecutive ribonucleotide is joined to the next ribonucleotide by a phosphodiester bond; wherein the sense strand comprises, counting from the 5' terminus, an unmodified ribonucleotide at positions 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17 and 19, a L-deoxycytidine at position 18, and an inverted deoxyabasic moiety (iB) 5' cap; and wherein the antisense strand comprises, counting from the 5' terminus, a 2'-O-Me sugar modified ribonucleotide at positions 2, 4, 6, 8, 11, 13, 15, 17 and 19 and an unmodified ribonucleotide at positions 1, 3, 5, 7, 9, 10, 12, 14, 16 and 18; or a pharmaceutically acceptable salt thereof. 5' iB - GCCAGAAUGUGGAACUCCU 3' (sense strand; SEQ ID NO: 9015) 3' CGGUCUUACACCUUGAGGA 5' (antisense strand; SEQ ID NO: 9516)
Machine for wire erosion machining, notably for machining the toothing of a gerotor pump, the machine comprising: - a frame with a space for the wire erosion of a workpiece; - a wire for wire erosion cutting; - a guide for guiding the wire through the workpiece to cut an offcut out of it; - a support for an offcut, movably mounted relative to the guide, the support being configured to move at least between a retaining position under the wire erosion space, where it can collect the offcut, and a retracted position, characterized in that the support comprises a notch which is configured such that, in the retracted position, the wire is outside said notch and, in the retaining position, the wire is engaged in said notch. - a frame with a space for the wire erosion of a workpiece; - a wire for wire erosion cutting; - a guide for guiding the wire through the workpiece to cut an offcut out of it; - a support for an offcut, movably mounted relative to the guide, the support being configured to move at least between a retaining position under the wire erosion space, where it can collect the offcut, and a retracted position,