mhurhangee/ep-ind-claims huggingface dataset:
An aluminum bonding member (100, 200) comprising: an aluminum member (102, 202) of aluminum or an aluminum alloy; a tubular member (104, 204) extending in said aluminum member, both of opening end portions of said tubular member being open to the outside of said aluminum member; wherein the whole outer peripheral surface of a portion of said tubular member extending in said aluminum member is bonded directly to said aluminum member, characterized by further comprising a ceramic substrate (120, 220) having a metal circuit plate bonded thereto, said ceramic substrate being bonded directly to one side of the aluminum bonding member. an aluminum member (102, 202) of aluminum or an aluminum alloy; a tubular member (104, 204) extending in said aluminum member, both of opening end portions of said tubular member being open to the outside of said aluminum member; wherein the whole outer peripheral surface of a portion of said tubular member extending in said aluminum member is bonded directly to said aluminum member, characterized by further comprising a ceramic substrate (120, 220) having a metal circuit plate bonded thereto, said ceramic substrate being bonded directly to one side of the aluminum bonding member.
A bearing house comprising a bearing house body for receiving a rotating shaft, and two or more bearing house feet for attaching the bearing house to a base, wherein each of the two or more bearing house feet extends from the bearing house body by the means of an arm, wherein at a base end of the bearing feet, which are the only parts of the bearing house which are in contact with the base when the bearing house is attached to the base, a sealing is provided.
An uplink access method performed by a base station, the method comprising: • sending N signals and N pieces of physical random access channel, PRACH, resource indication information to a user equipment, wherein N is an integer greater than or equal to 2, wherein the N signals and the N pieces of PRACH resource indication information are sent through N transmit beams, and each transmit beam among the N transmit beams carries one signal among the N signals and one piece of PRACH resource indication information among the N pieces of PRACH resource indication information (step 101); and • receiving a random access preamble sequence of the user equipment only on a PRACH resource corresponding to one piece of PRACH resource indication information among the N pieces of PRACH resource indication information (step 103); characterized in that an i th piece of PRACH resource indication information is carried in another channel, being a downlink shared channel, indicated by channel indication information that is carried in an i th channel, a time-frequency-code resource used by an i th signal has a preset relationship with a time-frequency-code resource used by the i th channel, and i is an integer that is greater than or equal to 1 and less than or equal to N. • sending N signals and N pieces of physical random access channel, PRACH, resource indication information to a user equipment, wherein N is an integer greater than or equal to 2, wherein the N signals and the N pieces of PRACH resource indication information are sent through N transmit beams, and each transmit beam among the N transmit beams carries one signal among the N signals and one piece of PRACH resource indication information among the N pieces of PRACH resource indication information (step 101); and • receiving a random access preamble sequence of the user equipment only on a PRACH resource corresponding to one piece of PRACH resource indication information among the N pieces of PRACH resource indication information (step 103); characterized in that an i th piece of PRACH resource indication information is carried in another channel, being a downlink shared channel, indicated by channel indication information that is carried in an i th channel, a time-frequency-code resource used by an i th signal has a preset relationship with a time-frequency-code resource used by the i th channel, and i is an integer that is greater than or equal to 1 and less than or equal to N. an i th piece of PRACH resource indication information is carried in another channel, being a downlink shared channel, indicated by channel indication information that is carried in an i th channel, a time-frequency-code resource used by an i th signal has a preset relationship with a time-frequency-code resource used by the i th channel, and i is an integer that is greater than or equal to 1 and less than or equal to N.
A vertical axis wind turbine comprising: a vertical rotation shaft; and a plurality of vertical blades arranged around the rotation shaft and attached to the rotation shaft through an arm (6a, 6b), wherein each of the blades includes a blade main part extending in a vertical direction and a pair of blade-tip inclined parts extending from upper and lower ends of the blade main part toward the rotation shaft, and each of the blade-tip inclined parts has a smaller thickness than a thickness of the blade main part, characterized in that the thickness of each of the blade-tip inclined parts is constant from a base end to a tip end of the blade-tip inclined part and a ratio of the thickness (t) of the blade-tip inclined part to the thickness of the blade main part is 1/10 or smaller. a vertical rotation shaft; and a plurality of vertical blades arranged around the rotation shaft and attached to the rotation shaft through an arm (6a, 6b), wherein each of the blades includes a blade main part extending in a vertical direction and a pair of blade-tip inclined parts extending from upper and lower ends of the blade main part toward the rotation shaft, and each of the blade-tip inclined parts has a smaller thickness than a thickness of the blade main part, characterized in that the thickness of each of the blade-tip inclined parts is constant from a base end to a tip end of the blade-tip inclined part and a ratio of the thickness (t) of the blade-tip inclined part to the thickness of the blade main part is 1/10 or smaller.
Method for displaying a critical value range of a first vehicle-specific parameter in a vehicle, in which the instantaneous value of the first parameter is determined, at least one scale, which displays possible values of the first parameter and which is divided into a plurality of scale parts (27.1 to 27.8), and a graphical element, which displays the instantaneous value of the first parameter on the scale, are displayed in a region on a display surface, and, if the first parameter has reached a predefined critical value, the region of the display surface is actuated such that at least one scale part (27.1) of the scale is changed such that the scale part (27.1) is at least partly displayed in a manner marked as being a critical value range of the first parameter, wherein, if the first parameter has reached the predefined critical value, a value of a second parameter, which is at least partly dependent on the first parameter, is determined and displayed, characterized in that, if the first parameter has reached the predefined critical value, the scale parts (27.2 to 27.8) that do not form the critical value range are no longer displayed, wherein, in their position next to the scale part (27.1) depicted in marked form, a free surface is depicted in which the value of the second parameter is displayed. the instantaneous value of the first parameter is determined, at least one scale, which displays possible values of the first parameter and which is divided into a plurality of scale parts (27.1 to 27.8), and a graphical element, which displays the instantaneous value of the first parameter on the scale, are displayed in a region on a display surface, and, if the first parameter has reached a predefined critical value, the region of the display surface is actuated such that at least one scale part (27.1) of the scale is changed such that the scale part (27.1) is at least partly displayed in a manner marked as being a critical value range of the first parameter, wherein, if the first parameter has reached the predefined critical value, a value of a second parameter, which is at least partly dependent on the first parameter, is determined and displayed,
A method of controlling the fuel air mixture in an internal combustion engine on and subsequent to, a cold restart comprising: a) determining a control parameter said control parameter being based on the following measured or modelled input parameters; the value of current coolant temperature at time of current engine start (Tcool curstrt), the value of coolant temperature at time of the previous engine start (Tcool prestrt), a calibratable reference temperature (T Ref) which represents a coolant temperature of the engine when it is warm, the total accumulated fuel mass injected during previous engine run time (mfuel prestrt), the time the engine was off before the restart (t engoff) and the time the engine was run after previous start (t engrun) b) controlling the fuel air mixture based on said control parameter where said control parameter is MAI index, determined from the following equation: MAI g − 1 = Tcool curstrt − Tcool prestrt abs T Ref − Tcool prestrt mfuel prestrt ∗ t engoff t engrun the MAI being used for controlling the fuel air mixture. a) determining a control parameter said control parameter being based on the following measured or modelled input parameters; the value of current coolant temperature at time of current engine start (Tcool curstrt), the value of coolant temperature at time of the previous engine start (Tcool prestrt), a calibratable reference temperature (T Ref) which represents a coolant temperature of the engine when it is warm, the total accumulated fuel mass injected during previous engine run time (mfuel prestrt), the time the engine was off before the restart (t engoff) and the time the engine was run after previous start (t engrun) b) controlling the fuel air mixture based on said control parameter where said control parameter is MAI index, determined from the following equation: MAI g − 1 = Tcool curstrt − Tcool prestrt abs T Ref − Tcool prestrt mfuel prestrt ∗ t engoff t engrun the MAI being used for controlling the fuel air mixture.
A spinal correction system comprising: a tensioning member; and a fulcrum tensioner device including: a housing defining a chamber having a biasing member therein; and a camming pin operatively coupled with the biasing member, the tensioning member configured to be received in the biasing member and looped around the camming pin such that a first end of the tensioning member is oriented in a first direction and a second end of the tensioning member is oriented in a second direction, wherein the camming pin is transitionable between an extended position in which the biasing member applies tension to the tensioning member and a retracted position in which the biasing member is compressed to inhibit application of tension to the tensioning member. a tensioning member; and a fulcrum tensioner device including: a housing defining a chamber having a biasing member therein; and a camming pin operatively coupled with the biasing member, the tensioning member configured to be received in the biasing member and looped around the camming pin such that a first end of the tensioning member is oriented in a first direction and a second end of the tensioning member is oriented in a second direction, wherein the camming pin is transitionable between an extended position in which the biasing member applies tension to the tensioning member and a retracted position in which the biasing member is compressed to inhibit application of tension to the tensioning member. a housing defining a chamber having a biasing member therein; and a camming pin operatively coupled with the biasing member, the tensioning member configured to be received in the biasing member and looped around the camming pin such that a first end of the tensioning member is oriented in a first direction and a second end of the tensioning member is oriented in a second direction, wherein the camming pin is transitionable between an extended position in which the biasing member applies tension to the tensioning member and a retracted position in which the biasing member is compressed to inhibit application of tension to the tensioning member.
A method for communicating packets between network interface hardware of a multi-core device and a plurality of virtualized packet processors executed by one or more cores of the multi-core device, the method comprising: (a) receiving, by a first virtualization domain executing on a multi-core device, a packet via a network interface hardware of the multi-core device, the first virtualization domain comprising a privileged domain having direct access to the network interface hardware; characterised by: (b) communicating the packet to a queue for a virtualized packet processor from a plurality of virtualized packet processors and executing within a second virtualization domain (DomU) on a core of the multi-core device, the second virtualization domain (DomU) from a plurality of virtualization domains not having direct access to the network interface hardware; (c) determining, by the virtualized packet processor, that the queue includes a difference between a number of packets read from the queue and a number of packets written to the queue; and (d) processing, by the virtualized packet processor, the packet from the queue responsive to the determination. (a) receiving, by a first virtualization domain executing on a multi-core device, a packet via a network interface hardware of the multi-core device, the first virtualization domain comprising a privileged domain having direct access to the network interface hardware; characterised by: (b) communicating the packet to a queue for a virtualized packet processor from a plurality of virtualized packet processors and executing within a second virtualization domain (DomU) on a core of the multi-core device, the second virtualization domain (DomU) from a plurality of virtualization domains not having direct access to the network interface hardware; (c) determining, by the virtualized packet processor, that the queue includes a difference between a number of packets read from the queue and a number of packets written to the queue; and (d) processing, by the virtualized packet processor, the packet from the queue responsive to the determination.
A combination of a tube and a sphygmomanometer cuff for measuring blood pressure at an extremity of a patient, wherein an end segment of the tube is connected to the sphygmomanometer cuff, wherein the end segment has, in at least one cross-section, at least two differently curved cross-sectional segments (1, 3), characterised in that the end segment, in a second state of measurement in which pressure is applied to it in its interior, has a cross-sectional segment, facing the extremity during the measurement, with a curvature of substantially 0 degrees or equal to 0 degrees or a concave curvature relative to the extremity, and the different curvatures relate to the curvatures of the outer faces of the cross-sectional segments (1, 3).
A wind turbine generator comprising - a tower, - a nacelle supported by the tower, the nacelle comprising a foundation supporting components of the nacelle, - a yawing system comprising a yaw bearing enabling rotation of the nacelle relative to the tower, - a lifting device internally in the wind turbine generator and capable of moving an item, - a support (216, 217, 219, 304, 1102, 1104) supporting the lifting device, and wherein the lifting device is moveable from a first position to a second position, and at least one of said positions is, in a vertical direction, between a lowermost level of the foundation, such as just above the yaw bearing, and an uppermost level of the tower, such as just below the yaw bearing; wherein the support is fixed to an uppermost part of the tower, to a lowermost part of said foundation, or to the yaw bearing, such as to a yaw pinion ring comprised in the yawing system. - a tower, - a nacelle supported by the tower, the nacelle comprising a foundation supporting components of the nacelle, - a yawing system comprising a yaw bearing enabling rotation of the nacelle relative to the tower, - a lifting device internally in the wind turbine generator and capable of moving an item, - a support (216, 217, 219, 304, 1102, 1104) supporting the lifting device, and wherein the lifting device is moveable from a first position to a second position, and at least one of said positions is, in a vertical direction, between a lowermost level of the foundation, such as just above the yaw bearing, and an uppermost level of the tower, such as just below the yaw bearing;
A method of cleaning a contaminated surface of an elongate lumen of an endoscope, said method comprising the steps of: providing a suspension of solid particles in a liquid to said contaminated surface, and flowing said suspension along said surface thereby to remove contaminant from the surface; wherein the suspension of solid particles is a slurry of ice particles in water, and the slurry comprises ice particles, water and a freezing point depressant; wherein the slurry of ice particles in water is provided by use of a freezing vat, wherein the sides of the vat are continually scraped and stirred by an auger; wherein the slurry comprises an ice fraction of 80-85% by volume; and wherein the ice particles have a particle size of 1 to 250 microns. providing a suspension of solid particles in a liquid to said contaminated surface, and flowing said suspension along said surface thereby to remove contaminant from the surface; wherein the suspension of solid particles is a slurry of ice particles in water, and the slurry comprises ice particles, water and a freezing point depressant; wherein the slurry of ice particles in water is provided by use of a freezing vat, wherein the sides of the vat are continually scraped and stirred by an auger; wherein the slurry comprises an ice fraction of 80-85% by volume; and wherein the ice particles have a particle size of 1 to 250 microns.
A recombinant non-lytic bacteriophage for use in the treatment of gastrointestinal disease, wherein the recombinant bacteriophage is engineered to deliver to nonpathogenic endogenous bacterial cells at least one genetic circuit, wherein the at least one genetic circuit comprises a nucleotide sequence encoding a therapeutic molecule that is not an antimicrobial protein, and wherein the endogenous bacterial cells remain viable and able to stably maintain expression of the genetic circuit.
Dilution refrigeration device for achieving very low temperatures, in particular in the range between one millikelvin and around one hundred millikelvin, comprising a working circuit in the form of a loop containing a cycle fluid comprising a mixture of helium-3 and helium-4, the working circuit comprising a mixing chamber, a boiler and a transfer member, which are arranged in series and fluidically connected via a first set of pipes (2, 12, 4), the first set of pipes (2, 12, 4) being configured to transfer cycle fluid from an outlet of the mixing chamber to an inlet of the boiler and from an outlet of the boiler to an inlet of the transfer member, the working circuit comprising a second set of pipes (7, 17) connecting an outlet of the transfer member to an inlet of the mixing chamber, the working circuit comprising at least a first section for heat exchange between at least some of the first set of pipes (2, 12) and the second set of pipes (7, 17), the first heat exchange section comprising a set of one or more heat exchangers and being situated between the boiler and the mixing chamber, characterized in that the first set of pipes comprises, between the mixing chamber and the boiler, a first portion with a plurality of first pipe branches that are arranged in parallel and subdivide the cycle flow into a plurality of parallel flows, and in that the second set of pipes comprises, between the boiler and the mixing chamber, a second portion with a plurality of second pipe branches that are arranged in parallel and subdivide the cycle flow into a plurality of parallel flows, and in that the first heat exchange section comprises a plurality of counter-current heat exchangers (19, 29), each ensuring heat exchange between a first pipe branch of the first portion and a second pipe branch of the second portion.
A method for configuring connection parameters of a connection between a mobile terminal and a target wireless access network in a handover between heterogeneous wireless access networks, wherein the mobile terminal is handed over from an originating wireless access network to a target wireless access network, the method comprising the steps of: providing a packet data service to the mobile terminal via the originating wireless access network, maintaining context information on the packet data service in a network node of a core network connected to at least the originating wireless access network, wherein the context information indicate at least QoS constraints of the packet data service, authenticating the mobile terminal at the target wireless access network by an authentication server, and establishing a tunnel for transporting data packets associated to the packet data service between the mobile terminal and a packet data gateway in a core network via the target wireless access network, wherein the tunnel is at least associated to QoS constraints, wherein the authentication server obtains said context information from said network node maintaining the context information and provides data indicative of the context information to the packet data gateway, and the packet data gateway causes a pre-configuration of at least the tunnel's QoS constraints based on the data received from the authentication server before establishing the tunnel. providing a packet data service to the mobile terminal via the originating wireless access network, maintaining context information on the packet data service in a network node of a core network connected to at least the originating wireless access network, wherein the context information indicate at least QoS constraints of the packet data service, authenticating the mobile terminal at the target wireless access network by an authentication server, and establishing a tunnel for transporting data packets associated to the packet data service between the mobile terminal and a packet data gateway in a core network via the target wireless access network, wherein the tunnel is at least associated to QoS constraints, wherein the authentication server obtains said context information from said network node maintaining the context information and provides data indicative of the context information to the packet data gateway, and the packet data gateway causes a pre-configuration of at least the tunnel's QoS constraints based on the data received from the authentication server before establishing the tunnel.
A drawer side wall having an inner wall and an outer wall, wherein the drawer side wall is to be connected to a drawer rail system which is disposed at least for the large part within the inner wall, wherein the inner wall and the outer wall can be connected together by way of a mechanical latching connection, wherein the inner wall and the outer wall each have end portions (8, 9) below the latching connection in the mounted position, characterised in that the end portion of the inner wall and the end portion of the outer wall bear at least portion-wise against each other, wherein the end portion of the outer wall projects beyond the end portion of the inner wall, and the inner wall has a latching receiving means into which a latching portion of the outer wall is latchable, wherein upon lifting of the downwardly projecting end portion of the outer wall from the end portion of the inner wall the latching portion is pressed into the latching receiving means of the inner wall and thus prevents release of the latching connection.