mhurhangee/patent-ind-claim-en huggingface dataset:
Bucket with a base and with a circumferential side wall , wherein the bucket , in the region of an opening , has a circumferential rim with an engagement region for cooperating with a lid , wherein the circumferential rim is designed to be dimensionally stable, and the base and the circumferential side wall are designed as a film, characterized in that the circumferential rim has a side wall portion and a flange portion , which adjoins the side wall portion at the upper end thereof, projects outwards beyond the side wall portion and is adjoined by a skirt which is located at a distance from the side wall portion , wherein the engagement region is formed on the flange portion . the circumferential rim is designed to be dimensionally stable, and the base and the circumferential side wall are designed as a film, characterized in that the circumferential rim has a side wall portion and a flange portion , which adjoins the side wall portion at the upper end thereof, projects outwards beyond the side wall portion and is adjoined by a skirt which is located at a distance from the side wall portion , wherein the engagement region is formed on the flange portion .
Device for the galvanic isolation of at least one apparatus which is connectable to a 2-wire Ethernet bus system, comprising - an uplink and a downlink PHY interface device , each comprising a transmitting unit (Tx) and a receiving unit (Rx), wherein the receiving units each have two output terminals (111-112, 123-124) for providing a received ternary-coded signal as differential signal (MLT-3), - an uplink and a downlink signal split device (131-132, 133-134), each connected to the output terminals of an assigned receiving unit and configured for splitting a ternary-coded signal provided as differential signal into two binary-coded signals (BIN-1, BIN-2), - an uplink and a downlink optocoupler device (141-142, 143-144) each connected to an assigned signal split device and configured for transferring two received binary-coded signals to a transmitting unit of an assigned PHY interface device. - an uplink and a downlink PHY interface device , each comprising a transmitting unit (Tx) and a receiving unit (Rx), wherein the receiving units each have two output terminals (111-112, 123-124) for providing a received ternary-coded signal as differential signal (MLT-3), - an uplink and a downlink signal split device (131-132, 133-134), each connected to the output terminals of an assigned receiving unit and configured for splitting a ternary-coded signal provided as differential signal into two binary-coded signals (BIN-1, BIN-2), - an uplink and a downlink optocoupler device (141-142, 143-144) each connected to an assigned signal split device and configured for transferring two received binary-coded signals to a transmitting unit of an assigned PHY interface device.
A method for forming a three-dimensional article through successively depositing individual layers of powder material that are fused together so as to form the article, said method comprising the steps of: providing at least one electron beam source for emitting a electron beam for fusing said powder material; providing a deflection source for deflecting the electron beam on said powder material; providing means for varying a Full Width Half Maximum, FWHM, of said electron beam; and varying said FWHM of said electron beam as a function of an already fused thickness of said three-dimensional article below said powder which is to be fused, wherein said FWHM of said electron beam is decreased for a decreased already fused thickness of said three dimensional article for counteracting an undesired widening of a melt pool when fusing said powder, and wherein said means for varying FWHM of said electron beam is a focus lens and/or an astigmatism lens . providing at least one electron beam source for emitting a electron beam for fusing said powder material; providing a deflection source for deflecting the electron beam on said powder material; providing means for varying a Full Width Half Maximum, FWHM, of said electron beam; and varying said FWHM of said electron beam as a function of an already fused thickness of said three-dimensional article below said powder which is to be fused, wherein said FWHM of said electron beam is decreased for a decreased already fused thickness of said three dimensional article for counteracting an undesired widening of a melt pool when fusing said powder, and wherein said means for varying FWHM of said electron beam is a focus lens and/or an astigmatism lens .
A system, comprising: a spinal cord stimulator , comprising stimulation circuitry programmed to generate stimulation pulses of a shape comprising a frequency and a pulse width to at least one of a plurality of electrodes, and characterized in that the frequency and the pulse width are selected based on information relating frequencies and pulse widths at which stimulation pulses are formed to provide pain relief without paresthesia.
Burner for heating a furnace by means of pre-heated air and fuel emerging from a burner mouth , with a recuperator and an exhaust gas channel, wherein the recuperator is arranged in or on the exhaust gas channel for preheating air by means of exhaust gas heat, with a radiant heat tube which has an opening at an end pointing away from the burner and which is arranged on the burner so as to peripherally delimit the exhaust gas channel , with an air introduction device for introducing air into the exhaust gas channel , wherein the air introduction device is formed by a pipe which is provided with air holes on its periphery and which extends through the radiant tube and is connected or attached seamlessly and integrally to the recuperator. with a recuperator and an exhaust gas channel, wherein the recuperator is arranged in or on the exhaust gas channel for preheating air by means of exhaust gas heat, with a radiant heat tube which has an opening at an end pointing away from the burner and which is arranged on the burner so as to peripherally delimit the exhaust gas channel , with an air introduction device for introducing air into the exhaust gas channel , wherein the air introduction device is formed by a pipe which is provided with air holes on its periphery and which extends through the radiant tube and is connected or attached seamlessly and integrally to the recuperator.
A medical image diagnostic system comprising: an X-ray computerized tomography apparatus , which comprises an input unit for inputting scan position information by using a scan condition and a position determination image of a tested body; a data acquisition unit that acquires data for creating an X-ray CT image of the tested body on the basis of the scan condition and the scan position information with an X-ray CT scan; an image creating unit for creating an X-ray CT image on the basis of the data for creating the X-ray CT image; a storage unit that stores the X-ray CT image as one series information; and a shared object creating unit for creating a shared object in which the scan condition and the scan position information are added in the position determination image and the shared object creating unit is further configured for creating relation information related to the corresponding series information by using information on the series stored, a photographing condition used in the corresponding scan, or an image creating condition used for creating the X-ray CT image; and the medical image diagnostic system further comprises a PACS server configured for storing the acquired series information in an image storage unit and the shared object and the relation information in a shared object storage unit . an X-ray computerized tomography apparatus , which comprises an input unit for inputting scan position information by using a scan condition and a position determination image of a tested body; a data acquisition unit that acquires data for creating an X-ray CT image of the tested body on the basis of the scan condition and the scan position information with an X-ray CT scan; an image creating unit for creating an X-ray CT image on the basis of the data for creating the X-ray CT image; a storage unit that stores the X-ray CT image as one series information; and a shared object creating unit for creating a shared object in which the scan condition and the scan position information are added in the position determination image and the shared object creating unit is further configured for creating relation information related to the corresponding series information by using information on the series stored, a photographing condition used in the corresponding scan, or an image creating condition used for creating the X-ray CT image; and the medical image diagnostic system further comprises a PACS server configured for storing the acquired series information in an image storage unit and the shared object and the relation information in a shared object storage unit .
Group gearbox comprising a first input shaft , a second input shaft arranged rotatably and coaxially thereto in the form of a hollow shaft, and an output shaft , to which gears (16, 18; 20, 22; 24, 26; 28, 30) of gear pairs of at least two switch groups (A, B, C) are each arranged coaxially, it being possible for the first and second input shaft (12; 14) to be brought into a drive connection with the output shaft via a gear pair of a switch group (A, B, C), a coupling shaft being provided, which is co-rotationally connected to a coupling switch device for the acceptance of multiple switching positions, - in one coupling switch position, the coupling shaft having a drive connection via the coupling switch device to a gear pair (16, 18; 28, 30) of a switch group (A, B, C) to transmit a power flow via the coupling shaft to the output shaft , and - in an interruption switch position, the drive connection between the coupling shaft and this gear pair (16, 18; 28, 30) being interrupted, one gear of a switch group (A, B-2) being co-rotationally connected to the first input shaft , characterized in that one gear of a switch group (C, B-1) following in the direction of higher or lower speed on the output shaft is co-rotationally connected to the second input shaft , wherein the gears (16, 28; 20, 24) co-rotationally connected to the first and second input shaft (12; 14) can be brought into a drive connection with the respective other input shaft (14; 12) by means of a switching device . - in one coupling switch position, the coupling shaft having a drive connection via the coupling switch device to a gear pair (16, 18; 28, 30) of a switch group (A, B, C) to transmit a power flow via the coupling shaft to the output shaft , and - in an interruption switch position, the drive connection between the coupling shaft and this gear pair (16, 18; 28, 30) being interrupted,
A connection system for connecting tubular elements comprising a first tubular element and a second tubular element having a first end portion and a second end portion respectively, extending along a common axis (A) and insertable into each other to provide a push-fit joint defined by a mechanical interference between an outer lateral surface of the first end portion and an inner lateral surface of the second end portion with interposition of a radial sealing ring ; and an electrowelding sleeve positioned radially outside the end portions inserted one into the other; characterized in that the sleeve has a substantially L-shaped longitudinal section and comprises two portions having different internal cross section and defining respective welding zones arranged radially offset with respect to each other.
A method of communicating triggers in a telecommunication network, the method comprising: receiving in a processor a trigger communication message from a source device , the trigger communication message including information suitable for causing a destination device to automatically establish a connection to the source device to communicate application level information; determining whether the trigger communication message includes a pseudonym identity value; using the pseudonym identity value included in the trigger communication message to retrieve a hardware-based identity value from memory when it is determined that the trigger communication message includes a pseudonym identity; updating the trigger communication message by replacing the pseudonym identity value with the retrieved hardware-based identity value; receiving policy information from a component in the telecommunication network; determining whether the trigger communication message should be sent to the destination device , based on the received policy information; sending the trigger communication message to the destination device only when it is determined from the received policy information that the trigger communication message should be sent to the destination device wherein sending the trigger communication message to the destination device comprises sending the updated trigger communication message to the destination device. receiving in a processor a trigger communication message from a source device , the trigger communication message including information suitable for causing a destination device to automatically establish a connection to the source device to communicate application level information; determining whether the trigger communication message includes a pseudonym identity value; using the pseudonym identity value included in the trigger communication message to retrieve a hardware-based identity value from memory when it is determined that the trigger communication message includes a pseudonym identity; updating the trigger communication message by replacing the pseudonym identity value with the retrieved hardware-based identity value; receiving policy information from a component in the telecommunication network; determining whether the trigger communication message should be sent to the destination device , based on the received policy information; sending the trigger communication message to the destination device only when it is determined from the received policy information that the trigger communication message should be sent to the destination device wherein sending the trigger communication message to the destination device comprises sending the updated trigger communication message to the destination device.
A method comprising: receiving , at a thermal modeling module , data from a Power Sourcing Equipment device, PSE , for cables extending from the PSE to Powered Devices, PDs , the cables configured to transmit power and data from the PSE to the PDs , characterized in that the data comprises real-time electrical data for the cables ; identifying cable adjacencies by detecting adjacent cables within acable bundle by measuring a field strength at one or more of the cables ; calculating , at the thermal modeling module , thermal characteristics for the cables based on the data and the cable adjacencies; and identifying a thermal rise above a specified threshold at one of the cables . receiving , at a thermal modeling module , data from a Power Sourcing Equipment device, PSE , for cables extending from the PSE to Powered Devices, PDs , the cables configured to transmit power and data from the PSE to the PDs , characterized in that the data comprises real-time electrical data for the cables ; identifying cable adjacencies by detecting adjacent cables within acable bundle by measuring a field strength at one or more of the cables ; calculating , at the thermal modeling module , thermal characteristics for the cables based on the data and the cable adjacencies; and identifying a thermal rise above a specified threshold at one of the cables .
Method of welding of at least two metal-based materials, non-weldable directly to each other with resistance welding, characterized in that at least one spacer is made of a metal filler material which is calculated and chosen with the Schaeffler diagram, and in a first process step is joined using arc, plasma, plasma arc, gas metal arc, beam, laser beam or electron beam welding to at least one of the two surfaces of a material in every interstice between two surfaces of the materials to be welded, and in a second step the welded spacer is utilized so that resistance welding is focused to the surface of the material with the spacer to melt at least one spacer located in the heat affected zone in order to achieve a weld between the metal-based materials (5,11,31; 7,13,35); whereby a gap defined by the spacer is achieved between the welded materials, and wherein the proportion of diameter to height in the spacer is at least five.
A power converting apparatus comprising: a first direct current convertor that is configured to convert a voltage of a DC, Direct Current, power input from a first distributed power source ; an inverter that is configured to convert the DC power input from the first direct current convertor to an AC, Alternating Current, power; a controller that is configured to stop an operation of the first direct current convertor without stopping the inverter when a condition that stops an output of the first distributed power source is satisfied; and a communicator configured to communicate with an external server provided outside a consumer facility including the power converting apparatus and the first distributed power source via a communication network , wherein the controller is configured to stop the operation of the first direct current convertor when the communicator receives an output suppression message instructing a stop of an output of the distributed power source from the external server , and the controller is configured to stop the operation of the first direct current convertor without stopping the inverter when communication between the external server and the communicator is disconnected. a first direct current convertor that is configured to convert a voltage of a DC, Direct Current, power input from a first distributed power source ; an inverter that is configured to convert the DC power input from the first direct current convertor to an AC, Alternating Current, power; a controller that is configured to stop an operation of the first direct current convertor without stopping the inverter when a condition that stops an output of the first distributed power source is satisfied; and a communicator configured to communicate with an external server provided outside a consumer facility including the power converting apparatus and the first distributed power source via a communication network , wherein the controller is configured to stop the operation of the first direct current convertor when the communicator receives an output suppression message instructing a stop of an output of the distributed power source from the external server , and the controller is configured to stop the operation of the first direct current convertor without stopping the inverter when communication between the external server and the communicator is disconnected.
A radio communication method adapted to a plurality of radio base stations covering a plurality of cells partly overlapped with each other in a periphery thereof using a plurality of frequency bands according to a plurality of reception weights for controlling directivity of antennas, wherein each radio base station among the plurality of radio base stations is configured to wirelessly communicate with a plurality of radio terminal stations using a desired frequency band among the plurality of frequency bands, the radio communication method implemented by each radio base station comprising: a receiving step for receiving radio signals from the plurality of radio terminal stations by use of a plurality of reception weights which are determined in advance in connection with the plurality of frequency bands; a first measurement step for measuring signal intensity of the radio signals received from another radio base station and/or the plurality of radio terminal stations belonging to another cell among the plurality of cells with respect to the plurality of frequency bands; a second measurement step for measuring signal utilization frequency of the radio signals received from another radio base station and/or the plurality of radio terminal stations belonging to another cell among the plurality of cells with respect to the plurality of frequency bands; a determination step for determining the desired frequency band as a frequency band having a lowest signal utilization frequency among the plurality of frequency bands precluding a frequency band having a signal intensity below a predetermined threshold level; and a communication step for making a communication using the desired frequency band determined by the determination step. a receiving step for receiving radio signals from the plurality of radio terminal stations by use of a plurality of reception weights which are determined in advance in connection with the plurality of frequency bands; a first measurement step for measuring signal intensity of the radio signals received from another radio base station and/or the plurality of radio terminal stations belonging to another cell among the plurality of cells with respect to the plurality of frequency bands; a second measurement step for measuring signal utilization frequency of the radio signals received from another radio base station and/or the plurality of radio terminal stations belonging to another cell among the plurality of cells with respect to the plurality of frequency bands; a determination step for determining the desired frequency band as a frequency band having a lowest signal utilization frequency among the plurality of frequency bands precluding a frequency band having a signal intensity below a predetermined threshold level; and a communication step for making a communication using the desired frequency band determined by the determination step.
Luggage rack module for a vehicle, having a support frame that comprises a rear bar for fastening to a vehicle shell, two lateral holders and a front bar , and a supporting plate for luggage, characterized in that the front bar has a support element that extends between the lateral holders , is fastened to the lateral holders and has, on its front side, a receptacle for a trim element and, on its rear side, a receptacle for a support plate receptacle , wherein the trim element and the support plate receptacle are fastened only to the support element of the front bar .
A compound having the formula or a hydrate thereof, wherein R is selected from the group consisting of: H, C 1 -C 5 alkyl, and R' is selected from the group consisting of: and M + is either K + or Na + . R is selected from the group consisting of: H, C 1 -C 5 alkyl, and R' is selected from the group consisting of: and M + is either K + or Na + .
A system for controlling the delivery of energy to an ablation catheter during an ablation procedure, the system comprising an ablation generator capable of being operated in a power-control mode, an input device for entering a desired ablation power level, an input device for entering a desired temperature setpoint, and a pulse control box adapted to receive temperature feedback from an ablation catheter during a catheter ablation procedure, characterised in that the pulse control box is configured to pulse delivery of ablation energy to the ablation catheter at the desired ablation power level during the catheter ablation procedure while keeping the received temperature feedback at or close to the desired temperature setpoint. an ablation generator capable of being operated in a power-control mode, an input device for entering a desired ablation power level, an input device for entering a desired temperature setpoint, and a pulse control box adapted to receive temperature feedback from an ablation catheter during a catheter ablation procedure, characterised in that the pulse control box is configured to pulse delivery of ablation energy to the ablation catheter at the desired ablation power level during the catheter ablation procedure while keeping the received temperature feedback at or close to the desired temperature setpoint.