mhurhangee/ep-ind-claims huggingface dataset:
Plate heat exchanger with a plurality of tray-shaped plates stacked one above the other, clamped together to enclose flow passages for at least two media, with a connection element incorporating at least one connection stub at a preferably tray-shaped end plate, with the connection stub arranged on a projecting section of the connection element projecting relative to the plates, such that the connection stub is arranged on the side of the connection element facing the plates, preferably at an opening representing a passage (11, 11a) in the connection plate, the connection element having a connection plate with a duct section firmly attached to the connection plate, characterised in that the projecting section of the connection element is angled relative to the end plate, and the joint plane between the connection plate and the duct section at the projecting section forms an acute angle (α) with the plane of the end plate..
Machine readable instructions stored on a machine readable medium, the machine readable instructions upon execution to cause processing circuitry to: receive a time series of Magnetic Resonance, MR, images representing a slice of a body part; analyze the time series of images to identify one or more signal voids in one or more images of the series, a signal void being a localized region of signal attenuation; correlate the identified signal voids with candidate motor units of skeletal muscle, wherein the correlation comprises performing a comparison of at least one characteristic of the identified signal voids in the images with a control data set of MR images produced by applying a controlled stimulus to a motor nerve in control subjects to establish inherent characteristics of signal voids corresponding to motor units of skeletal muscle, the comparison to generate confirmed motor units, wherein the control data set is generated by initiating image capture of the slice of the body part at a predetermined time delay with respect to an application of a controlled stimulus to a motor nerve; and analyze properties of candidate motor units validated via the comparison as confirmed motor units and determine at least one of: a firing frequency of at least one of the confirmed motor units, a size of at least one of the confirmed motor units, a number of confirmed motor units in a given image area or a shape of at least one of the confirmed motor units. receive a time series of Magnetic Resonance, MR, images representing a slice of a body part; analyze the time series of images to identify one or more signal voids in one or more images of the series, a signal void being a localized region of signal attenuation; correlate the identified signal voids with candidate motor units of skeletal muscle, wherein the correlation comprises performing a comparison of at least one characteristic of the identified signal voids in the images with a control data set of MR images produced by applying a controlled stimulus to a motor nerve in control subjects to establish inherent characteristics of signal voids corresponding to motor units of skeletal muscle, the comparison to generate confirmed motor units, wherein the control data set is generated by initiating image capture of the slice of the body part at a predetermined time delay with respect to an application of a controlled stimulus to a motor nerve; and analyze properties of candidate motor units validated via the comparison as confirmed motor units and determine at least one of: a firing frequency of at least one of the confirmed motor units, a size of at least one of the confirmed motor units, a number of confirmed motor units in a given image area or a shape of at least one of the confirmed motor units.
Base plate for mounting a starting block to the ground, with a supporting ledge device for a start of a backstroke race, characterised in that the supporting ledge device is at least partially integrated into the base plate, in that the supporting ledge device comprises an actuation assembly for placing a support ledge, via at least one fastening element, into a rest position or into one of the positions to be selected for a swimmer towards the rear of the base plate, and in that the actuation assembly comprises return means intended to pull the fastening element and push the support ledge towards the swimming pool, or to push the fastening element and pull the support ledge towards the rest position out of the water.
Estriol for use in a method of treating multiple sclerosis in a premenopausal or perimenopausal female subject, wherein the method comprises administering orally to a female subject in need thereof, on a continuous basis for a treatment period of 84 consecutive days (12 weeks), 8 mg of estriol daily; administering orally to the subject, for 14 consecutive days (2 weeks) of the treatment period, 0.7 mg of norethindrone daily; and subcutaneously administering 20 mg of glatiramer acetate per day to the subject on a continuous basis for the treatment period. administering orally to the subject, for 14 consecutive days (2 weeks) of the treatment period, 0.7 mg of norethindrone daily; and subcutaneously administering 20 mg of glatiramer acetate per day to the subject on a continuous basis for the treatment period.
A method comprising the steps of: acquiring a first transport stream; acquiring a service description table of the first transport stream; acquiring a second transport stream of an over the top source; inserting a service description table of the first transport stream into the second transport stream of the over the top source to form a third transport stream; and providing the third transport stream to a transport stream decoder, characterized in that the third transport stream is a single programme transport stream. acquiring a first transport stream; acquiring a service description table of the first transport stream; acquiring a second transport stream of an over the top source; inserting a service description table of the first transport stream into the second transport stream of the over the top source to form a third transport stream; and providing the third transport stream to a transport stream decoder, characterized in that the third transport stream is a single programme transport stream.
A composition comprising phosphorylated hexaacyl disaccharide (PHAD), at least one phosphatidylcholine, and a citrate buffer from 10 mM to 50 mM; wherein the phosphatidylcholine is selected from the group consisting of 1,2-dimyristoyl-sn-glycero-3-phosphocholine (DMPC), 1,2-dipalmitoyl-sn-glycero-3-phosphocholine (DPPC), 1,2-distearoyl-sn-glycero-3-phosphocholine (DSPC), 1,2-dioleoyl-sn-glycero-3-phosphocholine (DOPC) and 1-palmitoyl-2-oleoyl-sn-glycero-3-phosphocholine (POPC); and wherein the molar ratio between the at least one phosphatidylcholine and PHAD is comprised between 1:1 and 40:1 (phosphatidylcholine:PHAD).
Filling device for a rail vehicle emergency brake line, comprising a main reservoir line and a filling valve, wherein a brake control unit is provided which electrically actuates the filling valve by means of a filling signal, wherein the opening of the filling valve is blocked under specific operating states of the brake control unit, characterised in that the brake control unit limits the opening time of the filling valve for each filling process to a specific period of time.
A traction assembly for a railway coupling, including: - a shock-absorber assembly including a first portion intended in particular to be secured to a chassis of a railway vehicle, and a second portion, the second portion being configured to move according to a shock-absorption direction relative to the first portion when the shock-absorber assembly is subjected to a force, and - a traction hook mounted, by a pivot connection, secured in translation according to the shock-absorption direction with the second portion of the shock-absorber assembly, the pivot connection being located, according to the shock-absorption direction, between the first portion and the second portion of the shock-absorber assembly or beyond the second portion of the shock-absorber assembly, the traction hook having a front end with a hook and a rear end mounted secured to the second portion of the shock-absorber assembly by the pivot connection, the front end of the traction hook being closer to the first portion of the shock-absorber assembly than the pivot connection, characterized in that the shock-absorber assembly includes two longitudinal shock-absorbing elements mounted parallel between the first portion and the second portion, the traction hook extending longitudinally, at least in part, between the two shock-absorbing elements. - a shock-absorber assembly including a first portion intended in particular to be secured to a chassis of a railway vehicle, and a second portion, the second portion being configured to move according to a shock-absorption direction relative to the first portion when the shock-absorber assembly is subjected to a force, and - a traction hook mounted, by a pivot connection, secured in translation according to the shock-absorption direction with the second portion of the shock-absorber assembly,
A method for femto node radio frequency channel selection, comprising: selecting between a first band of operating channels and a second band of operating channels for a femto node (104, 106, 110) based on at least one band-selection criterion, wherein the first band includes a plurality of channels that are higher in frequency than a plurality of channels in the second band, and wherein the band-selection criterion is configured to select the first band to provide a smaller coverage area for the femto node (104, 106, 110) and to select the second band to provide a larger coverage area for the femto node (104, 106, 110), wherein the at least one band-selection criterion comprises a location of the femto node (104, 106, 110) in a building; and configuring the femto node (104, 106, 110) for operation according to one or more operating channels in the selected band; wherein the selecting comprises: determining the location of the femto node (104, 106, 110) in the building; and selecting between the first and second bands for the femto node based on the location of the femto node in the building; and wherein the second band is selected when the femto node (104, 106, 110) is located near a window or side of the building, and wherein the first band is selected when the femto node (104, 106, 110) is located deeper inside the building. selecting between a first band of operating channels and a second band of operating channels for a femto node (104, 106, 110) based on at least one band-selection criterion, wherein the first band includes a plurality of channels that are higher in frequency than a plurality of channels in the second band, and wherein the band-selection criterion is configured to select the first band to provide a smaller coverage area for the femto node (104, 106, 110) and to select the second band to provide a larger coverage area for the femto node (104, 106, 110), wherein the at least one band-selection criterion comprises a location of the femto node (104, 106, 110) in a building; and configuring the femto node (104, 106, 110) for operation according to one or more operating channels in the selected band; wherein the selecting comprises: determining the location of the femto node (104, 106, 110) in the building; and selecting between the first and second bands for the femto node based on the location of the femto node in the building; and wherein the second band is selected when the femto node (104, 106, 110) is located near a window or side of the building, and wherein the first band is selected when the femto node (104, 106, 110) is located deeper inside the building. determining the location of the femto node (104, 106, 110) in the building; and selecting between the first and second bands for the femto node based on the location of the femto node in the building; and wherein the second band is selected when the femto node (104, 106, 110) is located near a window or side of the building, and wherein the first band is selected when the femto node (104, 106, 110) is located deeper inside the building.
A method performed by a system related to a wireless communication network comprising a plurality of base station systems (101, 102), each base station system comprising a baseband unit, BBU (110, 115) and a radio unit, RU (120, 125) interconnected via a fronthaul connection, the RUs (120, 125) being arranged to transmit wireless signals to, and receive from, wireless communication devices (140, 145), the method comprising: obtaining fronthaul capacity information on transmission capacity of a part of the fronthaul connection that is shared by a first base station system and a second base station system of the plurality of base station systems; obtaining information on required capacity for transmission and/or reception of wireless signals by the RU of the first base station system and by the RU of the second base station system towards and/or from the wireless communication devices (140, 145); determining time unit transmission restrictions for the first base station system and for the second base station system based on the obtained fronthaul capacity information and on the obtained information on required capacity, which time unit transmission restrictions results in fronthaul usage below the transmission capacity of the part of the fronthaul connection, and sending information on the determined time unit transmission restrictions for the first base station system to the BBU of the first base station system and information on the determined time unit transmission restrictions for the second base station system to the BBU of the second base station system. obtaining fronthaul capacity information on transmission capacity of a part of the fronthaul connection that is shared by a first base station system and a second base station system of the plurality of base station systems; obtaining information on required capacity for transmission and/or reception of wireless signals by the RU of the first base station system and by the RU of the second base station system towards and/or from the wireless communication devices (140, 145); determining time unit transmission restrictions for the first base station system and for the second base station system based on the obtained fronthaul capacity information and on the obtained information on required capacity, which time unit transmission restrictions results in fronthaul usage below the transmission capacity of the part of the fronthaul connection, and sending information on the determined time unit transmission restrictions for the first base station system to the BBU of the first base station system and information on the determined time unit transmission restrictions for the second base station system to the BBU of the second base station system.
Authentication device for authenticating a user by means of a user system with the aid of at least one identity from a set of available identities, having at least one interface unit, via which the authentication device can be coupled to at least one data network and which is configured to receive an authentication request and to output an authentication result; having at least one authentication unit which is configured to perform at least one authentication protocol for at least one identity and to provide at least one authentication result in response to the authentication request; having a selection and switching unit which is configured, in dependence upon authentication process specifications, to select at least one identity and to forward the authentication request to at least one corresponding authentication unit and to output the selected authentication results; having a release device which transmits to the user the authentication result and/or identity attributes, determined during the authentication, in dependence upon a transmission specification for granting the release, wherein the interface unit is configured to output the authentication result only when a corresponding release has been granted in the release device if the transmission specification prescribes a release; wherein the authentication request comprises a request for identity attributes and/or a request for identity attributes is connected to the authentication request and configuration parameters stored in the authentication device; and the selection and switching unit is configured to determine which of the authentication units can provide which of the requested identity attributes, and to forward the authentication request to the determined authentication units, characterised in that the selection and switching unit is further configured to combine the authentication results and/or identity attributes provided by the identified authentication units to form a combined identity; wherein the selection and switching unit comprises an identity memory which is configured to store data of the combined identities and data of each of the identities forming the basis of the combined identities and to provide same for further authentication processes; wherein in further authentication processes the combined identity or an identity forming the basis thereof can be used and the identity attributes of the combined identity are provided independently of the selection of the used identity.
Operating mechanism for a household appliance, having a first display panel (8, 9) and a rotatable operating element, wherein the display panel (8, 9) is configured as touch-sensitive and at least two different functions (A to H) of the household appliance can be selected by touching the display panel (8, 9) in a display area associated with the respective function, characterised in that the operating element has a display area, and wherein a display in the display area is coupled to the function (A to H) selected via the display panel (8, 9) and a parameter of the selected function (A to H) can be changed by actuating the operating element and a thereby adjusted parameter value is displayed in the display area of the operating element and a rotational path of the operating element is displayed visually lengthwise by a light band.
A pack of food cups, comprising: - an assembly of four cups arranged in two adjacent rows (R1, R2), said four cups of the assembly having respective junctions between two adjacent cups of said four cups and being spaced from each other below the junctions so as to define an interspace between said four cups; and - a box comprising a box body; wherein the box body is fastened to the assembly and extends in said interspace between the four cups of the assembly, the box body having a side wall extending around a longitudinal axis, the box being supported by cups of the four cups by respective radial cup-box contacts, characterized in that the box body is provided with two ends (10a, 10b) respectively having an end cover (2a, 2b), one of said end covers (2a, 2b) comprising at least one protruding part that is inserted in the interspace and protrudes radially outwards to define one of the cup-box contacts. - an assembly of four cups arranged in two adjacent rows (R1, R2), said four cups of the assembly having respective junctions between two adjacent cups of said four cups and being spaced from each other below the junctions so as to define an interspace between said four cups; and - a box comprising a box body;
A suction muffler for a reciprocating hermetic compressor, comprising - a hollow body having a gas inlet and a gas outlet, - a shell being provided inside the hollow body, having an interior which defines a first innermost acoustic chamber being in fluid communication with the gas outlet, and also having an outlet orifice, - at least one second acoustic chamber being defined external to said shell and internal to said hollow body and surrounding at least partially said first acoustic chamber, - a first and a second duct portion (70, 71), said first duct portion being incorporated in part of the walls which define the first acoustic chamber and provided through the second acoustic chamber, maintaining a fluid communication between said first and second acoustic chambers (50, 51) and with the gas inlet, and being provided with at least one window opened to the second acoustic chamber and foreseen in one of the walls of the body of the first acoustic chamber at a position defining said first duct portion, said second duct portion being extended into the inside of the first acoustic chamber, being tightly mounted into the outlet orifice of the shell and maintaining a fluid communication of the first acoustic chamber with the gas outlet. - a hollow body having a gas inlet and a gas outlet, - a shell being provided inside the hollow body, having an interior which defines a first innermost acoustic chamber being in fluid communication with the gas outlet, and also having an outlet orifice, - at least one second acoustic chamber being defined external to said shell and internal to said hollow body and surrounding at least partially said first acoustic chamber, - a first and a second duct portion (70, 71),
Actuator for producing a thrust force over a particular travel, comprising a nut, a screw, a bush configured to surround the screw in an axial direction (X-X) of the screw, a plurality of rollers, the nut being configured to cooperate with the screw, the nut being fastened to the rollers, free to rotate, each roller being configured to move in particular in one of at least one helical guide of the bush, the screw being configured so that when it is turned it causes the actuator to function to drive the nut in rotation when it bears via the rollers on a profile of the helical guide and therefore to advance in the axial direction (X-X) of the screw more or less quickly depending on the slope of the profile of the helical guide, the actuator further comprising a motor configured to turn the screw, characterized in that successive values of the slope all along the profile or profiles of one or more respective helical guides are such that the slope systematically compensates at least one peak of the desired thrust force in order to clip maximum values of the thrust force so that the motor, the screw and the nut are sized for a motor torque value corresponding to the value of the thrust force after clipping. a nut, a screw, a bush configured to surround the screw in an axial direction (X-X) of the screw, a plurality of rollers, the nut being configured to cooperate with the screw, the nut being fastened to the rollers, free to rotate, each roller being configured to move in particular in one of at least one helical guide of the bush, the screw being configured so that when it is turned it causes the actuator to function to drive the nut in rotation when it bears via the rollers on a profile of the helical guide and therefore to advance in the axial direction (X-X) of the screw more or less quickly depending on the slope of the profile of the helical guide, the actuator further comprising a motor configured to turn the screw, characterized in that successive values of the slope all along the profile or profiles of one or more respective helical guides are such that the slope systematically compensates at least one peak of the desired thrust force in order to clip maximum values of the thrust force so that the motor, the screw and the nut are sized for a motor torque value corresponding to the value of the thrust force after clipping.