mhurhangee/patent-ind-claim-en huggingface dataset:
A processing method for a surface of a workpiece using a rotating cutting tool, comprising a processing method for forming a cut pattern by rotationally cutting a surface of a workpiece using a rotating cutting tool having cutting edges extending in a rotation axis direction at a plurality of circumferentially separated positions on an outer circumference of a body thereof, wherein each of the cutting edges comprises a plurality of segmental edges segmented at an equal pitch in the rotation axis direction, a ratio of depth d to width W (d/W) of a knife mark formed on the surface of the workpiece by the segmental edges is not less than 3/100, and characterized in that a cutting diameter D of the cutting edges is not more than 20 mm, and a feed rate F in the orthogonal direction to the rotation axis and the number of revolutions N are set so that the cutting edge forms a knife mark corresponding to one height difference per one rotation of the rotating cutting tool, the width of the knife mark is 3 mm or less, and the feed rate F (m/min) / the number of revolutions N (rpm) is equal to the width of the knife mark, whereby the surface of the workpiece is processed to provide a decorative surface and/or an oil reservoir.
A method of improving a surface finish of a casting pattern for an investment casting process , wherein the casting pattern includes a stepped surface finish , the method comprising: sealing the casting pattern by coating the casting pattern with a first coating material to form a sealed casting pattern , wherein the first coating material includes a first wax ; and smoothing the sealed casting pattern by coating the sealed casting pattern with a second coating material to form a smoothed casting pattern , wherein the second coating material includes a second wax , wherein the smoothing includes smoothing the stepped surface finish with the second coating material , and wherein, during the sealing , the first coating material has a first viscosity, wherein, during the smoothing , the second coating material has a second viscosity, and wherein the first viscosity differs from the second viscosity. sealing the casting pattern by coating the casting pattern with a first coating material to form a sealed casting pattern , wherein the first coating material includes a first wax ; and smoothing the sealed casting pattern by coating the sealed casting pattern with a second coating material to form a smoothed casting pattern , wherein the second coating material includes a second wax , wherein the smoothing includes smoothing the stepped surface finish with the second coating material , and wherein, during the sealing , the first coating material has a first viscosity, wherein, during the smoothing , the second coating material has a second viscosity, and wherein the first viscosity differs from the second viscosity.
Wheel comprising a rim and a wheel center made from a fiber reinforced composite material, said wheel center comprising a. a tubular middle section having a center opening extending in the direction of a wheel axis and having a first and a second end and b. a hub comprising i. a first flange ring and ii. a second flange ring wherein c. at least one of the flange rings and the tubular middle section are interconnected to each other by a form fit interconnection comprising one or several tapered surfaces interacting with each other , characterised in that d. the at least one form fit interconnection comprises at least one first undercut arranged at the tubular middle section interacting in a mounted position with at least one second undercut arranged at a flange ring in circumferential direction. a. a tubular middle section having a center opening extending in the direction of a wheel axis and having a first and a second end and b. a hub comprising i. a first flange ring and ii. a second flange ring wherein i. a first flange ring and ii. a second flange ring wherein c. at least one of the flange rings and the tubular middle section are interconnected to each other by a form fit interconnection comprising one or several tapered surfaces interacting with each other , characterised in that d. the at least one form fit interconnection comprises at least one first undercut arranged at the tubular middle section interacting in a mounted position with at least one second undercut arranged at a flange ring in circumferential direction.
A tissue defect closure system comprising: an endoscopic surgical fixation device including a handle assembly and an elongated outer tube having a distal end and including a plurality of fasteners disposed therein; and an implant including a single elongated hollow body , which is expandable to have a tubular, ovular, elliptical, or rectangular shape that corresponds with the shape of the elongated outer tube of the endoscopic surgical fixation device, said elongated hollow body having a proximal end and a distal end and defining an elongated pocket therebetween, wherein the proximal end of the elongated hollow body of the implant is open and the distal end of the elongated hollow body is closed; the elongated pocket dimensioned to engage the elongated outer tube of the endoscopic surgical fixation device, wherein the elongated pocket of the implant includes an inner dimension that is adjustable to conform to an outer dimension of the elongated outer tube of the endoscopic surgical fixation device , wherein said endoscopic surgical fixation device is configured to fire fasteners of the plurality of fasteners through the distal end of the elongated outer tube and through the implant . an endoscopic surgical fixation device including a handle assembly and an elongated outer tube having a distal end and including a plurality of fasteners disposed therein; and an implant including a single elongated hollow body , which is expandable to have a tubular, ovular, elliptical, or rectangular shape that corresponds with the shape of the elongated outer tube of the endoscopic surgical fixation device, said elongated hollow body having a proximal end and a distal end and defining an elongated pocket therebetween, wherein the proximal end of the elongated hollow body of the implant is open and the distal end of the elongated hollow body is closed; the elongated pocket dimensioned to engage the elongated outer tube of the endoscopic surgical fixation device, wherein the elongated pocket of the implant includes an inner dimension that is adjustable to conform to an outer dimension of the elongated outer tube of the endoscopic surgical fixation device , wherein said endoscopic surgical fixation device is configured to fire fasteners of the plurality of fasteners through the distal end of the elongated outer tube and through the implant .
An implant arrangement comprising an active implantable medical device and a remote data-monitoring device , the active implantable medical device comprising a sensing unit for sensing at least one diagnostic parameter of a human or animal patient and a data transfer interface for transferring data on the at least one diagnostic parameter sensed by the sensing unit to the remote data-monitoring device , wherein the remote data-monitoring device is configured to apply at least one post-processing function on the data received from the active implantable medical device , characterized in that the remote data-monitoring device is further configured to allow an adjustment of at least one configuration parameter of the post-processing function in dependence on a user input received by the remote data-monitoring device , wherein the at least one configuration parameter alters an effect of the post-processing function on the data received from the active implantable medical device . the active implantable medical device comprising a sensing unit for sensing at least one diagnostic parameter of a human or animal patient and a data transfer interface for transferring data on the at least one diagnostic parameter sensed by the sensing unit to the remote data-monitoring device , wherein the remote data-monitoring device is configured to apply at least one post-processing function on the data received from the active implantable medical device , characterized in that the remote data-monitoring device is further configured to allow an adjustment of at least one configuration parameter of the post-processing function in dependence on a user input received by the remote data-monitoring device , wherein the at least one configuration parameter alters an effect of the post-processing function on the data received from the active implantable medical device .
Connection device between high-voltage electrical equipment, applicable between first electrical equipment and second electrical equipment insulated in a fluid medium or in a solid medium, the first electrical equipment comprising at least one female coupling bushing in correspondence with conductive terminals of the first electrical equipment such that the electric coupling between the connection device and said first electrical equipment is performed by plug-in, the connection device being independent from the electrical equipment to be coupled, wherein the connection device comprises: - an elongated body made of insulating and elastic material, with a first end configured to be tightly coupled in the at least one coupling bushing of the first electrical equipment , - a connector encapsulated in the elongated body , in correspondence with the first end of the elongated body and configured to be connected to the conductive terminals of the coupling bushing , when the first end of the elongated body is coupled in the at least one female coupling bushing of the first electrical equipment ; - a conductor encapsulated at least partially in the elongated body , having a first end which is connected to the connector and a second end suitable for connecting the second electrical equipment , establishing at least one aerial point of connection , wherein the connector comprises a plurality of conductive parts , such that the electric connection between said conductive parts and conductive terminals is of the plug-in type, this electric connection being inside the elongated body , and wherein the first end of the conductor is encapsulated inside the elongated body and plugged into the connector , such that it is in electrical contact and surrounded by the conductive parts of the connector , establishing a second electric point of connection inside the elongated body of the connection device . - an elongated body made of insulating and elastic material, with a first end configured to be tightly coupled in the at least one coupling bushing of the first electrical equipment , - a connector encapsulated in the elongated body , in correspondence with the first end of the elongated body and configured to be connected to the conductive terminals of the coupling bushing , when the first end of the elongated body is coupled in the at least one female coupling bushing of the first electrical equipment ; - a conductor encapsulated at least partially in the elongated body , having a first end which is connected to the connector and a second end suitable for connecting the second electrical equipment , establishing at least one aerial point of connection ,
A wireless communication terminal , the terminal comprising: a processor ; and a communication unit , wherein the processor is configured to: receive association identifier, AID, information including AID, and receive physical layer, PHY, protocol data unit, PPDU, and identify whether the PPDU is an intra-BSS frame and an inter-BSS frame, wherein the AID is related to the determination of a partial AID for identifying the terminal , wherein a predetermined N-bits of the AID allocated to the terminal is determined using a partial BSS color value of the BSS color of a BSS associated with the terminal and an N-bit value based on a BSSID of the BSS when an AID assignment rule in which partial BSS color bits are used is applied, and the partial AID is used to identify whether the PPDU is the inter-BSS frame or the intra-BSS frame. a processor ; and a communication unit , wherein the processor is configured to: receive association identifier, AID, information including AID, and receive physical layer, PHY, protocol data unit, PPDU, and identify whether the PPDU is an intra-BSS frame and an inter-BSS frame, receive association identifier, AID, information including AID, and receive physical layer, PHY, protocol data unit, PPDU, and identify whether the PPDU is an intra-BSS frame and an inter-BSS frame, wherein the AID is related to the determination of a partial AID for identifying the terminal , wherein a predetermined N-bits of the AID allocated to the terminal is determined using a partial BSS color value of the BSS color of a BSS associated with the terminal and an N-bit value based on a BSSID of the BSS when an AID assignment rule in which partial BSS color bits are used is applied, and the partial AID is used to identify whether the PPDU is the inter-BSS frame or the intra-BSS frame.
A method for operating a terminal that can be used in a mobile radio network providing communication services, in particular a mobile radio network according to a GSM, GPRS, UMTS and/or LTE radio network standard, with at least one credit account (prepaid) with at least one account balance and/or or at least one customer account with subsequent invoicing (postpaid) with at least one account balance, which terminal comprises at least one display device for the optical, acoustic and/or sensual reproduction of information and at least one input device for the optical, acoustic and/or sensual gathering of information, wherein the input device of the terminal comprises at least one input means , characterized in that the input means , if being operated, is adapted to at least initiate and/or carry out a check of the rate of fees applied to used fee-based communication services of the mobile radio network with respect to a cost optimization of the rate of fees for the customer and to reproduce the result of the check by means of the display device of the terminal , wherein the at least one account balance of the at least one credit account and/or of the at least one customer account with subsequent invoicing will be reproduced by means of the display device of the terminal in a graphic form and wherein a trigger of an account balance query of the at least one account balance of the at least one credit account and/or the at least one customer account with subsequent invoicing via the mobile radio network and/or a trigger of the reproduction of the at least one account balance of the at least one credit account and/or the at least one customer account with subsequent invoicing by means of the display device of the terminal during the use of a communication service of the mobile radio network is the fact that a predefined and/or pre-determinable period of time has elapsed.
A handheld device comprising: a circuit board including at least one electronic component ; a heat pipe ( having an evaporation section disposed on the electronic component to absorb heat generated from the electronic component and release the absorbed heat in a direction opposite to the at least one electronic component, the heat pipe comprising a condensation section configured to release the transferred heat, the heat pipe comprising a vapor cavity configured to cause a phase change of a medium and transfer the medium subjected to the phase change to the condensation section and a wick surrounding the vapor cavity to transfer the medium released from the condensation section to the evaporation section ; and wherein the condensation section is disposed at a longer distance from the electronic component than the evaporation section, and the heat pipe further comprises: a connection section provided on a lateral side of the circuit board and connecting the evaporation section and the condensation section to transfer the absorbed heat in a direction opposite to the electronic component characterized in that the handheld device comprises a heat sinking material configured to bond the circuit board and the heat pipe to each other and in that only a heat conductive member of the heat pipe is formed on the at least one electronic component (110a; 530). a circuit board including at least one electronic component ; a heat pipe ( having an evaporation section disposed on the electronic component to absorb heat generated from the electronic component and release the absorbed heat in a direction opposite to the at least one electronic component, the heat pipe comprising a condensation section configured to release the transferred heat, the heat pipe comprising a vapor cavity configured to cause a phase change of a medium and transfer the medium subjected to the phase change to the condensation section and a wick surrounding the vapor cavity to transfer the medium released from the condensation section to the evaporation section ; and wherein the condensation section is disposed at a longer distance from the electronic component than the evaporation section, and the heat pipe further comprises: a connection section provided on a lateral side of the circuit board and connecting the evaporation section and the condensation section to transfer the absorbed heat in a direction opposite to the electronic component characterized in that the handheld device comprises a heat sinking material configured to bond the circuit board and the heat pipe to each other and in that only a heat conductive member of the heat pipe is formed on the at least one electronic component (110a; 530).
Method for longitudinal cross tension of a mooring system, in where a vessel comprises a mooring tensioning arrangement with a moonpool having an through running vertical channel with an upper moonpool opening in proximity to a deck of the vessel , and a bottom moonpool opening open to surrounding sea , a winch located above the moonpool , wherein a first anchor wire pennant runs from the winch , over a stern of the vessel and into the sea , and a second anchor wire pennant runs from the winch , through the moonpool and into the sea , and a wire/chain stopper securing lines in the moonpool , wherein the mooring arrangement is centrally placed and in or close to a centerline of the vessel , said method comprises the steps: - connecting the vessel to a first anchor wire using the first anchor wire pennant , said first anchor wire pennant runs from aft of the vessel to the fist anchor wire , - sailing the vessel to a second anchor wire , while paying out the first anchor wire pennant , - lowering a pick-up line through the moonpool of the vessel for connection to the second anchor wire , and pulling the second anchor wire through the moonpool onto the deck of the vessel , - connecting the second anchor wire to a second anchor wire pennant , - lowering the second anchor wire and the second anchor wire pennant through the moonpool , - paying out the second anchor wire pennant to a predetermined length, - securing the second anchor wire pennant in the wire/chain stopper in the moonpool , and - pulling the vessel to a central location by hauling in the first anchor wire pennant . - connecting the vessel to a first anchor wire using the first anchor wire pennant , said first anchor wire pennant runs from aft of the vessel to the fist anchor wire , - sailing the vessel to a second anchor wire , while paying out the first anchor wire pennant , - lowering a pick-up line through the moonpool of the vessel for connection to the second anchor wire , and pulling the second anchor wire through the moonpool onto the deck of the vessel , - connecting the second anchor wire to a second anchor wire pennant , - lowering the second anchor wire and the second anchor wire pennant through the moonpool , - paying out the second anchor wire pennant to a predetermined length, - securing the second anchor wire pennant in the wire/chain stopper in the moonpool , and - pulling the vessel to a central location by hauling in the first anchor wire pennant .
Power train with a drive shaft of a working machine , with a drive machine and with a differential gear (3, 7 to 9, 40) with three drives or power take-offs, wherein one power take-off is connected to the drive shaft , a first drive is connected to a drive machine and a second drive is connected to a differential drive , wherein the first drive is connected to the internal gear and the second drive is connected to a sun gear or a planetary carrier of the differential gear (3, 7 to 9, 40), wherein one drive is connected at the same time to the other drive or to the power take-off by means of an auxiliary gear , and wherein the differential drive is connected to the first drive and/or the power take-off via a clutch , characterized in that the clutch is a trip-free mechanism.
A method for performing a random access channel, RACH, procedure by a user equipment, UE , comprising: transmitting a bundled RACH sequence, wherein the bundled RACH sequence is transmitted for a bundle of transmission time intervals, TTIs; receiving a RACH response in a bundled physical downlink shared channel, PDSCH, wherein the bundled PDSCH is transmitted for a bundle of TTIs on resource blocks corresponding to resource blocks on which the RACH sequence was transmitted; extracting resource block assignment information from the RACH response; and transmitting a bundled physical uplink shared channel, PUSCH, based on the extracted resource block assignment information. transmitting a bundled RACH sequence, wherein the bundled RACH sequence is transmitted for a bundle of transmission time intervals, TTIs; receiving a RACH response in a bundled physical downlink shared channel, PDSCH, wherein the bundled PDSCH is transmitted for a bundle of TTIs on resource blocks corresponding to resource blocks on which the RACH sequence was transmitted; extracting resource block assignment information from the RACH response; and transmitting a bundled physical uplink shared channel, PUSCH, based on the extracted resource block assignment information.