mhurhangee/ep-ind-claims huggingface dataset:
Guide frame for guiding a trench wall cutting apparatus with a square cutting cross-section within a pipe incorporated into the ground, having - a framework body which comprises a guide, along which the cutting apparatus can be displaced, characterized in that - the framework body is insertable in the pipe having a larger cross-section, - the framework body comprises a receiving space for receiving the trench wall cutting apparatus and a stop, by means of which the framework body is attachable and supportable on the trench wall cutting apparatus, - a bracing means for tensioning and fixing the framework body in the pipe having the larger cross-section is provided and - an adjusting means is provided, with which the trench wall cutting apparatus can be adjusted within the pipe in a transverse direction relative to the pipe axis. - a framework body which comprises a guide, along which the cutting apparatus can be displaced, - the framework body is insertable in the pipe having a larger cross-section, - the framework body comprises a receiving space for receiving the trench wall cutting apparatus and a stop, by means of which the framework body is attachable and supportable on the trench wall cutting apparatus, - a bracing means for tensioning and fixing the framework body in the pipe having the larger cross-section is provided and - an adjusting means is provided, with which the trench wall cutting apparatus can be adjusted within the pipe in a transverse direction relative to the pipe axis.
Steel component manufactured by hot forming after austenization characterized in that the steel component consists of in weight % 0.08 to 0.2 %, carbon, less than or equal to 3.5 % silicon (Si), 2.0- 16.0 % manganese (Mn), 8.0 - 14.0 % chromium (Cr), less than or equal to 6.0 % nickel (Ni), 0.05 to 0.6 % nitrogen, less than or equal to 1.2 % niobium (Nb), so that Nb = 4 x (C+N), less than or equal to 1.2 % titanium (Ti) so that Ti = 4x(C+N) + 0.15, and further optionally less than or equal to 2.0 % molybdenum (Mo), less than or equal to 0.15 % vanadium, less than or equal to 2.0 % copper (Cu), less than 0.02 % aluminum (Al), less than or equal to 0.05 % boron, the rest being iron and inevitable impurities, and in that the yield strength of the steel component R pO.2 is at the range of 1100 - 1350 MPa, the tensile strength of the steel component R m is at the range of 1600 - 1750 MPa, and the elongation of the steel component A 40x8 is at the range of 10- 12.5 %, wherein the elongation A 40x8 means that the tensile testing is done using a tensile stave with the length of 40 millimetre and with the width of 8 millimetre.
An information processing device, comprising: storage situation information storing means for storing, in storage means where an application or content is stored, storage situation information which indicates a storage situation of the application or the content at predetermined reference timing, as one of components of the application or the content; and execution restricting means for restricting execution of the application or the content in a case where the execution is instructed and a current storage situation of the application or the content differs from a storage situation that is indicated by the storage situation information, wherein the storage situation information comprises information that indicates a maximum storage capacity of the storage means in which the application or the content is stored, and wherein the execution restricting means comprises means for restricting execution of the application or the content in a case where the execution is instructed and the maximum storage capacity of the storage means in which the application or the content is stored differs from a maximum storage capacity that is indicated by the storage situation information. storage situation information storing means for storing, in storage means where an application or content is stored, storage situation information which indicates a storage situation of the application or the content at predetermined reference timing, as one of components of the application or the content; and execution restricting means for restricting execution of the application or the content in a case where the execution is instructed and a current storage situation of the application or the content differs from a storage situation that is indicated by the storage situation information, wherein the storage situation information comprises information that indicates a maximum storage capacity of the storage means in which the application or the content is stored, and wherein the execution restricting means comprises means for restricting execution of the application or the content in a case where the execution is instructed and the maximum storage capacity of the storage means in which the application or the content is stored differs from a maximum storage capacity that is indicated by the storage situation information.
A method for message sending between service systems comprising: sending, by a message sending client, a remote message forwarding request to a network side, the remote message forwarding request at least containing a remote content identifier, forwarding indication information and message receiver information; and acquiring, by the network side, a message content according to the remote content identifier of the remote message forwarding request, and sending the message content to a message receiver in a message form indicated by the forwarding indication information; characterized in that, the remote content identifier is a content number or a content Uniform Resource Identifier, URI; the sending, by the network side, of the message content to the message receiver in the message form indicated by the forwarding indication information comprises: packaging and generating, by the network side, a remote message according to the message content, the message form indicated by the forwarding indication information and the message receiver information, and sending the remote content identifier corresponding to the packaged remote message to the message sending client; and after receiving, by the network side, the remote content identifier submitted by the message sending client, said remote content identifier corresponding to the packaged remote message, sending the packaged remote message to the message receiver. sending, by a message sending client, a remote message forwarding request to a network side, the remote message forwarding request at least containing a remote content identifier, forwarding indication information and message receiver information; and acquiring, by the network side, a message content according to the remote content identifier of the remote message forwarding request, and sending the message content to a message receiver in a message form indicated by the forwarding indication information; characterized in that, the remote content identifier is a content number or a content Uniform Resource Identifier, URI; the sending, by the network side, of the message content to the message receiver in the message form indicated by the forwarding indication information comprises: packaging and generating, by the network side, a remote message according to the message content, the message form indicated by the forwarding indication information and the message receiver information, and sending the remote content identifier corresponding to the packaged remote message to the message sending client; and after receiving, by the network side, the remote content identifier submitted by the message sending client, said remote content identifier corresponding to the packaged remote message, sending the packaged remote message to the message receiver.
A gas turbine engine comprising: a fan section including a fan hub having a forward end and an aft end, the fan hub supporting a plurality of fan blades for rotation relative to a fan case, wherein the plurality of fan blades are fixed to the forward end and extend radially outwardly toward the fan case; a shaft rotatable relative to the fan case about an engine center axis; a geared architecture driven by the shaft and providing driving output to rotate the fan hub; and a compressor positioned forward of the geared architecture and radially inward of the fan blades, the compressor being driven by the shaft; wherein the gas turbine engine includes a static structure and at least one fan support bearing that supports the fan hub for rotation relative to the static structure, and wherein the geared architecture is comprised of a sun gear that is driven by the shaft, a plurality of star gears supported by a carrier fixed to the static structure and in meshing engagement with the sun gear, and an outer annular gear in meshing engagement with the star gears; characterised in that: the fan hub includes a plurality of fan drive struts fixed to the aft end of the fan hub and extending radially inwardly towards the engine center axis, wherein the outer annular gear provides direct driving input to the plurality of fan drive struts and the compressor comprises a low pressure compressor having a plurality of blades fixed for rotation with the shaft and a plurality of vanes fixed to the fan hub. a fan section including a fan hub having a forward end and an aft end, the fan hub supporting a plurality of fan blades for rotation relative to a fan case, wherein the plurality of fan blades are fixed to the forward end and extend radially outwardly toward the fan case; a shaft rotatable relative to the fan case about an engine center axis; a geared architecture driven by the shaft and providing driving output to rotate the fan hub; and a compressor positioned forward of the geared architecture and radially inward of the fan blades, the compressor being driven by the shaft; wherein the gas turbine engine includes a static structure and at least one fan support bearing that supports the fan hub for rotation relative to the static structure, and wherein the geared architecture is comprised of a sun gear that is driven by the shaft, a plurality of star gears supported by a carrier fixed to the static structure and in meshing engagement with the sun gear, and an outer annular gear in meshing engagement with the star gears; characterised in that: the fan hub includes a plurality of fan drive struts fixed to the aft end of the fan hub and extending radially inwardly towards the engine center axis, wherein the outer annular gear provides direct driving input to the plurality of fan drive struts and the compressor comprises a low pressure compressor having a plurality of blades fixed for rotation with the shaft and a plurality of vanes fixed to the fan hub.
A method for selecting an antenna in a wireless communication system comprising a first device having at least two wireless transceiving links (503 1-n), and each wireless transceiving link having an antenna, wherein the antenna selection method comprises: obtaining a first reception quality value of each antenna and/or at least one antenna combination for a signal transmitted by a second device; characterized by on the basis of a maximum permissible transmission power and the first reception quality value of said each antenna and/or the antenna combination, estimating a second reception quality value of the second device for a signal transmitted by said each antenna and/or the antenna combination; and on the basis of the second reception quality value, determining an antenna or antenna combination as a transmitting antenna to be used when transmitting a signal to the second device. obtaining a first reception quality value of each antenna and/or at least one antenna combination for a signal transmitted by a second device; characterized by on the basis of a maximum permissible transmission power and the first reception quality value of said each antenna and/or the antenna combination, estimating a second reception quality value of the second device for a signal transmitted by said each antenna and/or the antenna combination; and on the basis of the second reception quality value, determining an antenna or antenna combination as a transmitting antenna to be used when transmitting a signal to the second device.
Hydraulic assistance system for motorised vehicles, comprising a primary motor and two hydraulic machines (140; 240, 250) connected by a hydraulic circuit such that when a first hydraulic machine operates as a pump, the second hydraulic machine (240, 250) operates as a motor, characterised in that the hydraulic circuit connecting the two machines (140; 240, 250) is an open circuit passing through a reservoir, the hydraulic machine (240, 250) operating as a motor is a declutchable machine, and the hydraulic machine operating as a pump is a pump the variable cylinder capacity of which is pressure-controlled by means of a device comprising a proportional pressure limiter, placed between a drain line and the discharge line of the hydraulic machine operating as a pump, and enabling the assistance pressure to be set, and at least one collection nozzle inserted between the proportional pressure limiter and the discharge line of the hydraulic machine, the setpoint pressure ensuring the controlling of the hydraulic machine which operates as a pump being collected between the pressure limiter and the collection nozzle.
Compostable lid for sealing a beverage capsule, composed of a multi-layer complex comprising at least: - a non-woven material containing fibres, at least 50% of which by weight are polylactic acid fibres, - a film containing a polyhydroxyalcanoate polymer other than PLA, characterized in that the film has a thickness between 50 μm and 300 μm. - a non-woven material containing fibres, at least 50% of which by weight are polylactic acid fibres, - a film containing a polyhydroxyalcanoate polymer other than PLA, characterized in that the film has a thickness between 50 μm and 300 μm.
A method for combining computer applications, comprising: adding a new computer application to a common access point, wherein the new computer application accesses a new data source via the common access point; associating the new computer application with an existing computer application, wherein the existing computer application accesses an existing data source via the common access point, and the existing computer application comprises an existing widget and an existing plugin; executing the existing computer application to access the existing data source; and executing the new computer application to access the new data source in response to a selection of the association, and wherein the selection of the association comprises selecting an existing item of data from the existing widget; and using the existing item of data as a filter when accessing the new data source. adding a new computer application to a common access point, wherein the new computer application accesses a new data source via the common access point; associating the new computer application with an existing computer application, wherein the existing computer application accesses an existing data source via the common access point, and the existing computer application comprises an existing widget and an existing plugin; executing the existing computer application to access the existing data source; and executing the new computer application to access the new data source in response to a selection of the association, and wherein the selection of the association comprises selecting an existing item of data from the existing widget; and using the existing item of data as a filter when accessing the new data source.
A waste storage method, comprising: storing nuclear waste, including: identifying a subterranean storage site location having a shale rock layer, the layer having an expected fluid overpressure in a range corresponding to greater than hydrostatic pressure to less than lithostatic pressure from overlying rock layers; forming a storage borehole, with an end segment of the storage borehole located within the layer; measuring the fluid pressure in the end segment of the storage borehole; and if the measured fluid pressure in the end segment of the storage borehole is in the expected fluid overpressure range, forming a monitoring borehole in the layer with an end segment of each of the monitoring boreholes being in a vicinity of the end segment of the storage borehole; and storing nuclear waste in the end segment of the storage borehole. identifying a subterranean storage site location having a shale rock layer, the layer having an expected fluid overpressure in a range corresponding to greater than hydrostatic pressure to less than lithostatic pressure from overlying rock layers; forming a storage borehole, with an end segment of the storage borehole located within the layer; measuring the fluid pressure in the end segment of the storage borehole; and if the measured fluid pressure in the end segment of the storage borehole is in the expected fluid overpressure range, forming a monitoring borehole in the layer with an end segment of each of the monitoring boreholes being in a vicinity of the end segment of the storage borehole; and storing nuclear waste in the end segment of the storage borehole.
A thermoplastic resin composition, comprising a thermoplastic resin and a first metal particle, wherein the first metal particle has a ratio of a short diameter relative to a long diameter of 1/50 to 1/6.
A haptic feedback system including: a plurality of remote transmitters (104, 106, 130, 132) that are remote from a location of interest on a surface of the system; and a signal generator arranged to generate a corresponding haptic feedback signal for each of haptic feedback transmitters (130, 132) included the plurality of remote transmitters, wherein the haptic feedback transmitters propagate the corresponding feedback haptic signals through a medium of the surface and the haptic feedback signals interfere at the location of interest such that a localized disturbance is generated at the location of interest, and generating the corresponding haptic feedback signals includes modifying location based signal parameters using one or more calibration factors; wherein at least one of the remote transmitters is configured to transmit an ultrasonic touch location signal and the ultrasonic touch location signal is allowed to propagate through the medium of the surface of the system; and a receiver that is configured to receive a signal including the ultrasonic touch location signal that has been propagated freely through the medium of the surface and disturbed by a touch input on the surface, wherein the system is arranged to process the received signal to determine a location of the touch input on the surface and wherein the receiver utilized to determine the location of the touch input is utilized to determine the one or more calibration factors utilized in generating the haptic feedback signals. a plurality of remote transmitters (104, 106, 130, 132) that are remote from a location of interest on a surface of the system; and a signal generator arranged to generate a corresponding haptic feedback signal for each of haptic feedback transmitters (130, 132) included the plurality of remote transmitters, wherein the haptic feedback transmitters propagate the corresponding feedback haptic signals through a medium of the surface and the haptic feedback signals interfere at the location of interest such that a localized disturbance is generated at the location of interest, and generating the corresponding haptic feedback signals includes modifying location based signal parameters using one or more calibration factors; wherein at least one of the remote transmitters is configured to transmit an ultrasonic touch location signal and the ultrasonic touch location signal is allowed to propagate through the medium of the surface of the system; and a receiver that is configured to receive a signal including the ultrasonic touch location signal that has been propagated freely through the medium of the surface and disturbed by a touch input on the surface, wherein the system is arranged to process the received signal to determine a location of the touch input on the surface and wherein the receiver utilized to determine the location of the touch input is utilized to determine the one or more calibration factors utilized in generating the haptic feedback signals.
A device for tissue engineering comprising a scaffold, the scaffold comprising: an inner portion comprising a channel surrounded by a first set of one or more walls; an outer portion comprising a second set of one or more walls and arranged such that the second set of one or more walls substantially surrounds the first set of one or more walls with a spacing between the first and second sets of one or more walls defining a cavity between the inner portion and the outer portion; and a porous filler material in the cavity defined between the inner and outer portions (14, 16); characterized in that the scaffold further comprises a base portion connecting the inner portion and the outer portion wherein the base portion consists of a substantially porous material comprising a micro-filament mesh; and further characterized in that the inner portion consists of a non-porous material comprising a plurality of apertures in the first set of one or more walls, and the outer portion consists of a non-porous material comprising a plurality of apertures in the second set of one or more walls. an inner portion comprising a channel surrounded by a first set of one or more walls; an outer portion comprising a second set of one or more walls and arranged such that the second set of one or more walls substantially surrounds the first set of one or more walls with a spacing between the first and second sets of one or more walls defining a cavity between the inner portion and the outer portion; and a porous filler material in the cavity defined between the inner and outer portions (14, 16); characterized in that the scaffold further comprises a base portion connecting the inner portion and the outer portion wherein the base portion consists of a substantially porous material comprising a micro-filament mesh; and further characterized in that the inner portion consists of a non-porous material comprising a plurality of apertures in the first set of one or more walls, and the outer portion consists of a non-porous material comprising a plurality of apertures in the second set of one or more walls.