mhurhangee/ep-ind-claims huggingface dataset:
A turbine engine convergent-divergent nozzle comprising an central element and an annular cap arranged coaxially around the central element so as to define therewith an annular flow channel for a gas stream issued from the turbine engine, wherein between a throat section which is the minimum cross section of the gas stream annular flow channel and an ejection section of the nozzle which is the cross section the furthest downstream of the nozzle, an external profile of the central element and an internal profile of the cap present in longitudinal section longitudinal profiles that are modeled by distinct curves (C 36, C 40), the nozzle being characterized in that respective curvatures (γ 36, γ 40) of said distinct curves that are obtained by approximation of the second derivative of the ordinate y of these curves y(x) with respect to the axial position x are identical in absolute value.
A multi-stage energy absorbing system comprising: a thermoplastic flanged frame; and a crush lobe having a proximal base aligned with the flanged frame and a distal end protruding from the flanged frame, wherein the crush lobe comprises a central slab and slab pairs such that the crush lobe comprises a total of 2 i +1 slabs (12, 14), wherein i is the number of slab pairs and is greater than or equal to 1; each slab of an i th pair being located on opposite sides of the central slab, nesting the central slab, such that the central slab, when crushing, crushes into and/or between the adjacent slab pair; and wherein the slabs (12, 14) are disposed in a stepped arrangement and configured to absorb impact energy by collapsing in a telescopic manner with increasing energy level. a thermoplastic flanged frame; and a crush lobe having a proximal base aligned with the flanged frame and a distal end protruding from the flanged frame, wherein the crush lobe comprises a central slab and slab pairs such that the crush lobe comprises a total of 2 i +1 slabs (12, 14), wherein i is the number of slab pairs and is greater than or equal to 1; each slab of an i th pair being located on opposite sides of the central slab, nesting the central slab, such that the central slab, when crushing, crushes into and/or between the adjacent slab pair; and wherein the slabs (12, 14) are disposed in a stepped arrangement and configured to absorb impact energy by collapsing in a telescopic manner with increasing energy level.
A nanoparticle comprising a biodegradable polymer, a cyclodextrin or a derivative thereof, and a biologically active molecule, wherein - said biodegradable polymer is a methyl vinyl ether and maleic anhydride (PVM/MA) copolymer, - said cyclodextrin derivative is a cyclodextrin having at least one modified terminal hydroxyl group, and - said biologically active molecule is paclitaxel. - said biodegradable polymer is a methyl vinyl ether and maleic anhydride (PVM/MA) copolymer, - said cyclodextrin derivative is a cyclodextrin having at least one modified terminal hydroxyl group, and - said biologically active molecule is paclitaxel.
A method, in a transmitter, for transmitting binary data using an Amplitude-Shift Keying constellation of M symbols, called M-ASK constellation, divided into M/2 sets of two symbols, each set of index i comprising the i th and i th +M/2 symbols of the M-ASK constellation, where i ∈[1;M/2], and being associated with a probability p i of transmitting the first symbol of the set and a probability 1-pi of transmitting the second symbol of the set and wherein each symbol of the M-ASK constellation is associated with a binary word defined using natural labelling, said method comprising: a) obtaining m-1 bits from an equiprobable binary source where m = log 2 M; b) selecting, based on said m-1 bits, a binary source in a plurality of binary sources, each binary source of index i being associated with a probability of outputting a bit zero equal to p i; c) obtaining one bit from the selected source; d) obtaining a symbol of the M-ASK constellation associated with the binary word formed by the m-1 bits as less significant bits and the bit obtained from the selected source as most significant bit; e) transmitting said obtained symbol to a receiver over a communication channel. a) obtaining m-1 bits from an equiprobable binary source where m = log 2 M; b) selecting, based on said m-1 bits, a binary source in a plurality of binary sources, each binary source of index i being associated with a probability of outputting a bit zero equal to p i; c) obtaining one bit from the selected source; d) obtaining a symbol of the M-ASK constellation associated with the binary word formed by the m-1 bits as less significant bits and the bit obtained from the selected source as most significant bit; e) transmitting said obtained symbol to a receiver over a communication channel.
An electrical unit containing structure for a saddle type electric vehicle having a driving motor disposed under a rear portion of a frame extending toward a vehicle rear side from a head pipe, and a battery disposed between the frame and the driving motor, wherein a battery holder in which to contain the battery is provided above the driving motor and below the frame, characterized in that the battery holder includes a holder body portion in which the battery is contained and held, a plate member which is detachable from the holder body portion to a vehicle lateral side and by which lateral movement of the battery is restrained, and a terminal part which is provided at a rear part of the holder body portion and is used for connection for power supply from the battery to the driving motor; the battery and the terminal part are in a fitting structure wherein the battery and the terminal part are detachably connected to each other; a controller fixing part by which a controller for control of power supply between the battery and the driving motor is fixed is provided at a lower portion of the holder body portion; and the controller fixing part is disposed forwardly of the driving motor and below the battery.
Compound body comprising cemented carbide and steel characterised in that the steel has a carbon content corresponding to a carbon equivalent Ceq = wt-%C + 0.3(wt%Si + wt-%P), of less than 0.9 wt-%, but more than 0.1 wt-%, the cemented carbide has a binder phase of Co or Co+Ni, the cemented carbide has a magnetic cobalt content of 0.9-1.0 of the nominal cobalt content, and in that the body comprises a transition zone cemented carbide/steel with a thin eta-phase zone with a thickness between 50 and 200 μm, in the cemented carbide adjacent to the eta-phase zone an iron containing transition zone with a width of 0.5 to 2 mm and in the steel adjacent to the eta-phase zone a zone with enriched carbon content with a width of between 10 and 100 μm.
A spherical annular seal member for use in an exhaust pipe joint comprising: a spherical annular base member defined by a cylindrical inner surface, a partially convex spherical surface, and large- and small-diameter side annular end faces (40, 41) of the partially convex spherical surface; a plurality of partially convex spherical intermediate layers which are formed integrally on the partially convex spherical surface of said spherical annular base member and are laminated in a radial direction; and an outer layer formed integrally on a partially convex spherical surface of an outermost one of said plurality of partially convex spherical intermediate layers, characterized in that, said spherical annular base member includes a reinforcing member for said spherical annular base member made from a compressed knitted metal wire net which is knitted by using a fine metal wire with a diameter of 0.28 to 0.32 mm and whose mesh size is 4 to 6 mm long and 3 to 5 mm wide and a heat-resistant material for said spherical annular base member containing expanded graphite and compressed in such a manner as to fill meshes of the knitted metal wire net of the reinforcing member and to be formed integrally with the reinforcing member in mixed form, wherein each of said partially convex spherical intermediate layers includes a reinforcing member for said partially convex spherical intermediate layer made from the compressed knitted metal wire net which is knitted by using a fine metal wire with a diameter of 0.10 to 0.20 mm and whose mesh size is 1.0 to 3.0 mm long and 0.5 to 2.5 mm wide and a heat-resistant material for said partially convex spherical intermediate layer containing expanded graphite and compressed in such a manner as to fill meshes of the knitted metal wire net of the reinforcing member for said partially convex spherical intermediate layer and to be formed integrally with the reinforcing member in mixed form, an occupying area ratio of a surface constituted by the reinforcing member for said partially convex spherical intermediate layer on an outer surface of each of said partially convex spherical intermediate layers being 30 to 60%, and wherein said outer layer includes a reinforcing member for said outer layer made from a compressed knitted metal wire net which is knitted by using a fine metal wire with a diameter of 0.10 to 0.20 mm and whose mesh size is 1.0 to 3.0 mm long and 0.5 to 2.5 mm wide, a solid lubricant consisting of a lubricating composition, and a heat-resistant material for said outer layer containing expanded graphite, the heat-resistant material for said outer layer and the solid lubricant being compressed in such a manner as to fill meshes of the knitted metal wire net of the reinforcing member for said outer layer, an outer surface of said outer layer being formed into a smooth composite surface in which a surface constituted by the reinforcing member for said outer layer and a surface constituted by the solid lubricant are exposed in mixed form, an occupying area ratio of the surface constituted by the reinforcing member for said outer layer on the outer surface of said outer layer being 30 to 60%.
A threshing section of an agricultural harvester, said threshing section comprising: a threshing drum; and at least one concave assembly positioned proximate to said threshing drum, a main structure of said concave assembly being formed by a cylindrical frame, said concave assembly having a plurality of modularized assemblies (72A-C), each said modularized assembly (72A-C) being independently configurable and detachably connected to the cylindrical frame of the concave assembly, and each modularized assembly (72A-C) extending along a central axis of the threshing drum and substantially from one end of the cylindrical frame to an opposite end of the cylindrical frame; and characterized in that each said modularized assembly (72A-C) includes at least one rod extending substantially from one end of said modularized assembly (72A-C) to an opposite end of said modularized assembly (72A-C) and wherein said modularized assembly (72A-C) includes a structural member having a plurality of receiving members attached thereto, said at least one rod being supported by said plurality of receiving members. a threshing drum; and at least one concave assembly positioned proximate to said threshing drum, a main structure of said concave assembly being formed by a cylindrical frame, said concave assembly having a plurality of modularized assemblies (72A-C), each said modularized assembly (72A-C) being independently configurable and detachably connected to the cylindrical frame of the concave assembly, and each modularized assembly (72A-C) extending along a central axis of the threshing drum and substantially from one end of the cylindrical frame to an opposite end of the cylindrical frame; and characterized in that each said modularized assembly (72A-C) includes at least one rod extending substantially from one end of said modularized assembly (72A-C) to an opposite end of said modularized assembly (72A-C) and wherein said modularized assembly (72A-C) includes a structural member having a plurality of receiving members attached thereto, said at least one rod being supported by said plurality of receiving members.
A composition comprising an antibody that selectively binds c-kit and interferes with growth factor signaling essential for hematopoietic stem cell growth or maintenance for use in a method of stem cell engraftment in a mammal, wherein the method comprises: contacting said mammal with said composition to selectively ablate endogenous stem cells in said targeted tissue; and introducing exogenous stem cells to said mammal after a period of time sufficient to substantially eliminate said antibody from the patient circulation. contacting said mammal with said composition to selectively ablate endogenous stem cells in said targeted tissue; and introducing exogenous stem cells to said mammal after a period of time sufficient to substantially eliminate said antibody from the patient circulation.
A terminal device comprising: a reception unit configured to receive a message including first configuration related to a Sidelink Direct Discovery, wherein the first configuration includes frequency information; and a control unit configured to start a timer with a predetermined value being configured; wherein the reception unit is further configured to acquire, from a first base station device, system information related to a Sidelink Direct Discovery announcement monitoring while the timer is running, wherein the system information is broadcast system information of a cell acquired on a frequency indicated by the frequency information, the control unit is further configured to initiate reporting information including the acquired system information upon acquiring the system information before the timer expires, and the acquired system information includes information related to a discovery reception resource pool, the information including the acquired system information is reported to a second base station device different from the first base station device. a reception unit configured to receive a message including first configuration related to a Sidelink Direct Discovery, wherein the first configuration includes frequency information; and a control unit configured to start a timer with a predetermined value being configured; wherein the reception unit is further configured to acquire, from a first base station device, system information related to a Sidelink Direct Discovery announcement monitoring while the timer is running, wherein the system information is broadcast system information of a cell acquired on a frequency indicated by the frequency information, the control unit is further configured to initiate reporting information including the acquired system information upon acquiring the system information before the timer expires, and the acquired system information includes information related to a discovery reception resource pool, the information including the acquired system information is reported to a second base station device different from the first base station device.
An injection molding machine comprising: a mold clamping unit configured to clamp a mold unit; an injection unit configured to fill the mold unit clamped by the mold clamping unit with a molding material; an ejector unit configured to eject a molding product from the mold unit after the molding material filled by the injection unit is cooled and solidified; and a control device configured to control the mold clamping unit, the injection unit, and the ejector unit, characterized in that the control device is configured to conditionally continue a running operation of the injection molding machine even when an abnormality regarding the control device occurs, wherein, when an abnormality occurs in the control device, whether to continue or stop a running operation of the injection molding machine is different for each type of the abnormality. a mold clamping unit configured to clamp a mold unit; an injection unit configured to fill the mold unit clamped by the mold clamping unit with a molding material; an ejector unit configured to eject a molding product from the mold unit after the molding material filled by the injection unit is cooled and solidified; and a control device configured to control the mold clamping unit, the injection unit, and the ejector unit, characterized in that the control device is configured to conditionally continue a running operation of the injection molding machine even when an abnormality regarding the control device occurs, wherein, when an abnormality occurs in the control device, whether to continue or stop a running operation of the injection molding machine is different for each type of the abnormality.
A negative active material comprising: a silicon-based active material core; and titanium oxide nanoparticles disposed on a surface of the silicon-based active material core, wherein each of the titanium oxide nanoparticles is in a rutile phase only. a silicon-based active material core; and titanium oxide nanoparticles disposed on a surface of the silicon-based active material core, wherein each of the titanium oxide nanoparticles is in a rutile phase only.
Safety socket with a central shaft for a safety plug, with a current, a neutral and an earth conductor, which are arranged in the central shaft, wherein the shaft and the safety plug are dimensionally adapted to one another, with - an upper locking plate with openings for the plug contacts of a safety plug, - a lower locking plate with openings for the plug contacts of a safety plug and with a reset spring, - a locking element, which is arranged between the upper locking plate and the lower locking plate and covers the openings of the lower locking plate with a locking bar running along the line of the plug contacts, wherein the locking element is horizontally movable by the contacts of a safety plug and releasing the openings of the lower locking plate and is able to be reset to the starting position by the reset spring, - a contact take-up, arranged in the central shaft, for the contact sleeves for the plug contacts of a safety plug and earth conductor contacts, characterised by - a cover for concealing the contact sleeves, which is split centrally along the line of the plug contacts into two halves, wherein the cover is movable under the pressure of a safety plug in a vertical direction, the upper locking plate is vertically movable together with the cover and the lower locking plate is vertically movable together with the cover and the upper locking plate. - an upper locking plate with openings for the plug contacts of a safety plug, - a lower locking plate with openings for the plug contacts of a safety plug and with a reset spring, - a locking element, which is arranged between the upper locking plate and the lower locking plate and covers the openings of the lower locking plate with a locking bar running along the line of the plug contacts, wherein the locking element is horizontally movable by the contacts of a safety plug and releasing the openings of the lower locking plate and is able to be reset to the starting position by the reset spring, - a contact take-up, arranged in the central shaft, for the contact sleeves for the plug contacts of a safety plug and earth conductor contacts, characterised by - a cover for concealing the contact sleeves, which is split centrally along the line of the plug contacts into two halves, wherein the cover is movable under the pressure of a safety plug in a vertical direction, the upper locking plate is vertically movable together with the cover and the lower locking plate is vertically movable together with the cover and the upper locking plate.
A retaining frame for holding plug-connector modules and/or plug connectors, - wherein the retaining frame has a fixing surface and the plug-connector modules and/or plug connectors are held in the fixing surface - wherein the plug-connector modules and/or the plug connectors can be mounted on different fixing planes (S, M) - wherein the fixing surface has at least one receiving space for a plug connector, preferably a power plug connector - wherein the fixing surface has at least one receiving space for plug-connector modules, preferably for control modules. - Wherein the plug-connector modules and the plug connectors can be mounted on different fixing planes (S, M) and - Wherein the fixing plane of the plug-connector modules lies above the fixing plane of the plug connectors. - Wherein the receiving space for a plug connector is substantially circular and the receiving space for plug-connector modules is substantially rectangular in configuration. - Wherein the retaining frame substantially comprises two angular plates (2, 3) and a module carrier, wherein the angular plates (2, 3) are oriented inversely to one another, - Wherein the surfaces of the two angular plates (2, 3) spaced apart parallel to one another form the side walls of the retaining frame and - Wherein the contact surfaces of the angular plates (2, 3) are connected to the module carrier and form the fixing surface of the retaining frame. - wherein the retaining frame has a fixing surface and the plug-connector modules and/or plug connectors are held in the fixing surface - wherein the plug-connector modules and/or the plug connectors can be mounted on different fixing planes (S, M) - wherein the fixing surface has at least one receiving space for a plug connector, preferably a power plug connector - wherein the fixing surface has at least one receiving space for plug-connector modules, preferably for control modules. - Wherein the plug-connector modules and the plug connectors can be mounted on different fixing planes (S, M) and - Wherein the fixing plane of the plug-connector modules lies above the fixing plane of the plug connectors. - Wherein the receiving space for a plug connector is substantially circular and the receiving space for plug-connector modules is substantially rectangular in configuration. - Wherein the retaining frame substantially comprises two angular plates (2, 3) and a module carrier, wherein the angular plates (2, 3) are oriented inversely to one another, - Wherein the surfaces of the two angular plates (2, 3) spaced apart parallel to one another form the side walls of the retaining frame and - Wherein the contact surfaces of the angular plates (2, 3) are connected to the module carrier and form the fixing surface of the retaining frame.