mhurhangee/ep-ind-claims huggingface dataset:
A device (1, 1A, 1 B) for use in imaging a subject using both light from the subject and gamma rays emanating from a radioactive substance within the subject, the device including: a first sensor means (2, 2A, 2B) which includes a solid state pixel device responsive to light received thereby from the subject to generate first signals for use in forming a first image (10, 16) of the subject; and a second sensor means (3, 3A, 3B) responsive to gamma rays received thereby from the subject to generate second signals for use in forming a second image (9, 17) of the subject; said device being characterised in that said second sensor means is arranged to receive gamma rays from the subject which have passed through the first sensor means before reaching the second sensor means. a first sensor means (2, 2A, 2B) which includes a solid state pixel device responsive to light received thereby from the subject to generate first signals for use in forming a first image (10, 16) of the subject; and a second sensor means (3, 3A, 3B) responsive to gamma rays received thereby from the subject to generate second signals for use in forming a second image (9, 17) of the subject; said device being characterised in that said second sensor means is arranged to receive gamma rays from the subject which have passed through the first sensor means before reaching the second sensor means.
A filter cartridge, particularly for percolating filter jugs, comprising a cartridge body intended to contain a filter bed, provided with at least one inlet aperture for the fluid to be filtered and at least one opposing outlet aperture for the filtered fluid, with at least one grid for retaining the filter bed inside said body and an element for limiting the outflow of the filtered fluid at the outlet aperture positioned downstream said grid, characterized in that, said limiting element takes the form of a plug from the base of which there rises a perforated central appendage, projecting towards the grid, and in that said grid and said limiting element are assembled into a package with the interposition of a mounting ring and they are both placed in the same seat provided in said at least one outlet aperture of the cartridge body.
An anti-separating structure of sensing magnet for motor, the structure comprising: a plate formed with a plate insertion hole; a sensing magnet formed with a magnet insertion hole corresponding to the plate insertion hole; and a plate-shaped cap member including a coupling lug coupled by penetrating the plate insertion hole and the magnet insertion hole, characterized in that the plate comprises a bent unit formed to protrude to a bottom surface of the plate, and in that the sensing magnet comprises a groove-shaped fixing hole formed at an area corresponding to the bent unit, wherein the bent unit is inserted into the fixing hole to reinforce a coupling power to horizontal and rotational directions of the sensing magnet and the plate. a plate formed with a plate insertion hole; a sensing magnet formed with a magnet insertion hole corresponding to the plate insertion hole; and a plate-shaped cap member including a coupling lug coupled by penetrating the plate insertion hole and the magnet insertion hole, characterized in that the plate comprises a bent unit formed to protrude to a bottom surface of the plate, and in that the sensing magnet comprises a groove-shaped fixing hole formed at an area corresponding to the bent unit, wherein the bent unit is inserted into the fixing hole to reinforce a coupling power to horizontal and rotational directions of the sensing magnet and the plate.
A method, performed by an enterprise mobility management, EMM, server, comprising: receiving, at the EMM, server, a command for provisioning a user for an enterprise service at an identity provider, IDP; sending, from the EMM server to the IDP, a user provisioning request, wherein the user provisioning request includes a user identity attribute and a user entitlement attribute, the user identity attribute identifies the user, and the user entitlement attribute indicates an access level associated with the user for the enterprise service; receiving, at the EMM server, a user provisioning response from the IDP, wherein the user provisioning response indicates that the user is provisioned at the IDP for the enterprise service, based on the user identity attribute and the user entitlement attribute; and subsequently receiving an authentication request at the EMM server from the IDP upon a user access request sent to the IDP to receive the enterprise service, authenticating the user according to information in the authentication request, sending an authentication response to the IDP for providing access of the enterprise service to the user. receiving, at the EMM, server, a command for provisioning a user for an enterprise service at an identity provider, IDP; sending, from the EMM server to the IDP, a user provisioning request, wherein the user provisioning request includes a user identity attribute and a user entitlement attribute, the user identity attribute identifies the user, and the user entitlement attribute indicates an access level associated with the user for the enterprise service; receiving, at the EMM server, a user provisioning response from the IDP, wherein the user provisioning response indicates that the user is provisioned at the IDP for the enterprise service, based on the user identity attribute and the user entitlement attribute; and subsequently receiving an authentication request at the EMM server from the IDP upon a user access request sent to the IDP to receive the enterprise service, authenticating the user according to information in the authentication request, sending an authentication response to the IDP for providing access of the enterprise service to the user.
A method of locally repairing a coating on an article (26,30,30B) comprising the steps of:- a) removing a damaged portion of a coating from a portion of the article (26, 30, 30B), b) removing any oxidised layer from the portion of the article (26,30,30B), c) placing material to form a patch coating on the portion of the article (26,30,30B), d) heat treating the material to form the patch coating on the portion of the article (26,30,30B) and to bond the patch coating to the portion of the article (26,30,30B) and to the coating adjacent to the patch coating, characterised by e) impinging a high energy beam on the patch coating and moving the high energy beam from the periphery of the patch coating to the periphery of the coating adjacent to the patch coating to uniformly heat the periphery of the patch coating and the periphery of the coating adjacent to the patch coating and wherein the coating comprises a nickel aluminide coating, a platinum aluminide coating, a chromium aluminide coating, a silicon aluminide coating or a MCrAlY coating, where M is one or more of Fe, Co and Ni. a) removing a damaged portion of a coating from a portion of the article (26, 30, 30B), b) removing any oxidised layer from the portion of the article (26,30,30B), c) placing material to form a patch coating on the portion of the article (26,30,30B), d) heat treating the material to form the patch coating on the portion of the article (26,30,30B) and to bond the patch coating to the portion of the article (26,30,30B) and to the coating adjacent to the patch coating, characterised by e) impinging a high energy beam on the patch coating and moving the high energy beam from the periphery of the patch coating to the periphery of the coating adjacent to the patch coating to uniformly heat the periphery of the patch coating and the periphery of the coating adjacent to the patch coating and wherein the coating comprises a nickel aluminide coating, a platinum aluminide coating, a chromium aluminide coating, a silicon aluminide coating or a MCrAlY coating, where M is one or more of Fe, Co and Ni.
A polyamide-based resin composition comprising: 20 to 60% by weight of an aliphatic polyamide resin; and 40 to 80% by weight of a glass fiber having a fibrous shape and a ratio of a short axis to a long axis of 1:2 to 1:6 in cross section, wherein the aliphatic polyamide resin is selected from the group consisting of nylon 610, nylon 611, nylon 612, nylon 1010, nylon 1011, nylon 1111, nylon 1112, nylon 1212 and mixtures thereof, wherein the glass fiber is surface-treated with at least one coupling agent selected from the group consisting of urethane-based coupling agents, silane-based coupling agents and epoxy-based coupling agents, a molded product molded from the polyamide-based resin composition has a flexural modulus measured according to an ASTM D790 standard is 12 to 25 GPa, an Izod impact strength measured according to an ASTM D256 standard is 117.6 to 245 J/m, and a falling dart impact (FDI Peak Energy) measured by dropping a 5 kg weight from a 1 m height onto a specimen of 10 cm × 10 cm × 3.2 mm is 3 to 7 J.
System for removing sharp edges on a pipe coupling of a drill string (50, comprising: a receiving unit arranged in a riser, landing string or in other connections between the drill deck and a wellhead, and above a sealing arrangement that is used during pressure controlled drilling for dynamic sealing around the drill string, wherein the receiving unit is arranged to receive a grinding unit, wherein the grinding unit is equipped with at least one grinding element, and the grinding unit is locked into the receiving unit after the grinding unit is driven into the receiving unit with the help of the drill string or a suitable running tool. a receiving unit arranged in a riser, landing string or in other connections between the drill deck and a wellhead, and above a sealing arrangement that is used during pressure controlled drilling for dynamic sealing around the drill string, wherein the receiving unit is arranged to receive a grinding unit, wherein the grinding unit is equipped with at least one grinding element, and the grinding unit is locked into the receiving unit after the grinding unit is driven into the receiving unit with the help of the drill string or a suitable running tool.
A hand-guided machine tool, in particular a hand-guided oscillation machine tool with an outer housing which extends essentially along a longitudinal axis and which has a gripping region which is provided for a hand of a user to grip around and to guide the machine tool, an electric drive device essentially accommodated in this outer housing, which electric drive unit drives a drive shaft of the machine tool in a rotating manner, wherein the axis of rotation of the drive shaft is oriented essentially parallel to, or coincides with, the longitudinal axis of the outer housing, a tool device which is essentially rigidly coupled to the electric drive device and which is arranged in a first end region of the outer housing, wherein the outer housing has a defined inner contour, wherein the electric drive device and the tool device, insofar as they are arranged in the region of the outer housing, have a defined outer contour, wherein this outer contour and the inner contour of the outer housing have a predetermined minimum distance from one another, and wherein at least one inlet opening for cooling air is arranged in at least a second end region of the outer housing, wherein a fan device driven by the electric drive device is provided which sucks in cooling air through the at least one inlet opening and wherein the cooling air sucked in by the fan device flows through the machine tool essentially parallel to the axis of rotation of the electric drive device and, at the outer contour of the tool device, flows out of the outer housing into the open, characterized in that the electric drive device is constructed in such a way that the pressure gradient is greater when the cooling air flows into the interior of the electric drive device than when the cooling air flows along the path between the inner contour of the outer housing and the outer contour of the electric drive device.
A method for determining a mobility of ions, including the steps of: a. modulating an ion beam with an ion gate which is controlled by a modulation function for generating a modulated ion beam, b. guiding said modulated ion beam through a drifting region, c. measuring a signal of said modulated ion beam after said modulated ion beam has passed said drifting region, d. calculating a correlation of said modulation function and said signal in order to determine said mobility of said ions, wherein an autocorrelation of said modulation function is a two-valued function, characterised in that the method comprises a step of calculating from the signal a blurred signal and a step of calculating a difference between the signal and the blurred signal by subtracting the blurred signal from the signal, before the correlation of the modulation function and the difference between the signal and the blurred signal is calculated, wherein the blurred signal is calculated by convoluting the signal with a function or by amending for each individual ion the time measured for this ion by a value determined from a probability distribution. a. modulating an ion beam with an ion gate which is controlled by a modulation function for generating a modulated ion beam, b. guiding said modulated ion beam through a drifting region, c. measuring a signal of said modulated ion beam after said modulated ion beam has passed said drifting region, d. calculating a correlation of said modulation function and said signal in order to determine said mobility of said ions,
A system for continuous tracking of media file or media stream playback via a blockchain based platform, the system comprising: a processor; and memory, the memory storing instructions to cause a processor to execute a method, the method comprising: receiving (1802, 1902) a user-initiated request to play a media file or media stream via an application; transmitting segments of the media file or media stream to a user device; recording (1810, 1906) streaming data corresponding to which segments of the media file or media stream have been transmitted to the user device, the streaming data including current play positions of the media file or the media stream in multiple intervals; transmitting the request and recorded streaming data for recording on a blockchain; and determining (1908, 1910, 1912) that the request qualifies as a play count only if the streaming data recorded on the blockchain includes a plurality of current play positions that demonstrates that the media file has been streaming for a predetermined threshold duration of time. a processor; and memory, the memory storing instructions to cause a processor to execute a method, the method comprising: receiving (1802, 1902) a user-initiated request to play a media file or media stream via an application; transmitting segments of the media file or media stream to a user device; recording (1810, 1906) streaming data corresponding to which segments of the media file or media stream have been transmitted to the user device, the streaming data including current play positions of the media file or the media stream in multiple intervals; transmitting the request and recorded streaming data for recording on a blockchain; and determining (1908, 1910, 1912) that the request qualifies as a play count only if the streaming data recorded on the blockchain includes a plurality of current play positions that demonstrates that the media file has been streaming for a predetermined threshold duration of time. receiving (1802, 1902) a user-initiated request to play a media file or media stream via an application; transmitting segments of the media file or media stream to a user device; recording (1810, 1906) streaming data corresponding to which segments of the media file or media stream have been transmitted to the user device, the streaming data including current play positions of the media file or the media stream in multiple intervals; transmitting the request and recorded streaming data for recording on a blockchain; and determining (1908, 1910, 1912) that the request qualifies as a play count only if the streaming data recorded on the blockchain includes a plurality of current play positions that demonstrates that the media file has been streaming for a predetermined threshold duration of time.
Travel suitcase, which comprises: - a rigid or semi-rigid containment body; - two or more wheels mechanically associated with said containment body susceptible of advancing on the ground and each comprising: - a hub connected by means of a pin to said containment body, and - an annular rolling tread, susceptible of coming into contact with the ground, externally mounted on said hub and delimiting an internal air chamber by means of two sidewalls of which at least one sidewall having a terminal portion (91, 191) and a curved connector portion; - at least one handle for pulling said suitcase with the wheels that advance on the ground; characterized in that said hub comprises: - an annular support body provided with a through seat orthogonal to the radial extension of the annular support body and with a radially projecting retention crest, positioned so as to close said air chamber; - at least one retention plate, mechanically coupled to said annular support body by means of anchorage means and provided with one peripheral portion interacting with said terminal portion (91, 191) of at least one sidewall of said annular rolling tread, in order to keep the latter in a retention relationship against the crest of said annular support body. - a rigid or semi-rigid containment body; - two or more wheels mechanically associated with said containment body - a hub connected by means of a pin to said containment body, and - an annular rolling tread, susceptible of coming into contact with the ground, externally mounted on said hub and delimiting an internal air chamber by means of two sidewalls of which at least one sidewall having a terminal portion (91, 191) and a curved connector portion; - at least one handle for pulling said suitcase with the wheels that advance on the ground; - an annular support body provided with a through seat orthogonal to the radial extension of the annular support body and with a radially projecting retention crest, positioned so as to close said air chamber; - at least one retention plate, mechanically coupled to said annular support body by means of anchorage means and provided with one peripheral portion interacting with said terminal portion (91, 191) of at least one sidewall of said annular rolling tread, in order to keep the latter in a retention relationship against the crest of said annular support body.
An access control method, which is applied to a wireless local area network, WLAN, comprising an access controller, AC, and an access point, AP, wherein a first station, STA, establishes an association with the AP after being authenticated by the AC, and the method comprises: configuring, by the AP, a network-layer interface of the AP according to an IP address and a MAC address of the AC when a fault occurs in the AC; and routing, by the AP, a packet sent by the first STA for requesting to access an external server, to a Web server on the WLAN when receiving the packet by using the configured network-layer interface, wherein the packet is used by the first STA to request to access an external server. configuring, by the AP, a network-layer interface of the AP according to an IP address and a MAC address of the AC when a fault occurs in the AC; and routing, by the AP, a packet sent by the first STA for requesting to access an external server, to a Web server on the WLAN when receiving the packet by using the configured network-layer interface, wherein the packet is used by the first STA to request to access an external server.
Electrical contact connection between a stripped aluminium conductor and a contact element connected thereto, wherein the aluminium conductor is firmly connected to an adapter element and the adapter element is connected mechanically to the contact element, such that the aluminium conductor is in electrical contact with the contact element indirectly via the adapter element, characterised in that the adapter element is a foil.
A method for detecting a fibre misalignment in an elongated structure, such as a wind turbine blade component, having a length along a longitudinal direction and comprising a plurality of stacked reinforcing fibre layers, wherein the plurality of fibre layers comprises fibres having an orientation aligned substantially unidirectionally in the longitudinal direction, wherein the method comprises the steps of: a) scanning a surface of the elongated structure for identifying one or more surface irregularities, using a measurement device for three-dimensional optical measurement of objects, b) selecting one or more regions of interest comprising said one or more surface irregularities, wherein said one or more regions of interest comprise only part of the surface of the elongated structure scanned in step a), c) examining said region of interest using penetrating radiation, and d) determining a position and/or size of the fibre misalignment based on said examining step. a) scanning a surface of the elongated structure for identifying one or more surface irregularities, using a measurement device for three-dimensional optical measurement of objects, b) selecting one or more regions of interest comprising said one or more surface irregularities, wherein said one or more regions of interest comprise only part of the surface of the elongated structure scanned in step a), c) examining said region of interest using penetrating radiation, and d) determining a position and/or size of the fibre misalignment based on said examining step.
A method for communicating with a subscriber station by a base station, the method comprising: generating a bitmap indicating at least one resource element which is not used for downlink transmission among a plurality of resource elements, based on information related to a reference signal; and transmitting configuration information including the bitmap to the subscriber station via a higher layer signaling. generating a bitmap indicating at least one resource element which is not used for downlink transmission among a plurality of resource elements, based on information related to a reference signal; and transmitting configuration information including the bitmap to the subscriber station via a higher layer signaling.
Beam guiding device for guiding a laser beam from a radiation source in the direction of a target region, into which a target material for generating EUV radiation can be introduced, comprising: a focusing device for focusing the laser beam in the target region and a deflection device (8, 19) which is configured to split the laser beam into a deflected first partial beam and into a second partial beam, which are focused at two different focus positions (F1, F2) within the target region, characterized in that a surface (8a, 19a) of the deflection device (8, 19) for the splitting into the two partial beams (4a, 4b) has a first surface region (14a, 16a) and a second surface region (14b, 16b), which is tilted with respect to the first surface region. a focusing device for focusing the laser beam in the target region and a deflection device (8, 19) which is configured to split the laser beam into a deflected first partial beam and into a second partial beam, which are focused at two different focus positions (F1, F2) within the target region, characterized in that a surface (8a, 19a) of the deflection device (8, 19) for the splitting into the two partial beams (4a, 4b) has a first surface region (14a, 16a) and a second surface region (14b, 16b), which is tilted with respect to the first surface region.