mhurhangee/ep-ind-claims huggingface dataset:
A device for X-ray examination of moving products, in particular moving piece goods, (a) having a conveying device with a conveying means on which a product that is to be irradiated rests in a movement plane and which is formed in such a way that the product is transported along a predetermined curve of movement at a predetermined speed or correspondingly a predetermined time-dependent course of speed or position and/or is rotated about a rotational axis that is substantially perpendicular to the movement plane, (b) having a radiation-generating device for generating an X-ray beam provided on one side of the conveying means, and having a detector device provided on the opposite side of the conveying means, (c) wherein the radiation-generating device is arranged and formed in such a way that an X-ray beam is generated that widens in a fan-like manner starting from an X-ray radiation source of the radiation-generating device, has an upper marginal beam and a lower marginal beam and irradiates the product, and (d) wherein the detector device detects the X-ray beam impinging on it and converts it into a signal which is fed to an evaluation and control unit, characterised in that (e) the lower marginal beam of the X-ray beam extends obliquely with respect to the movement plane, and (f) the X-ray radiation source is formed so that it is linearly displaceable in a direction parallel to the direction of the lower marginal beam of the fan-like X-ray beam. (a) having a conveying device with a conveying means on which a product that is to be irradiated rests in a movement plane and which is formed in such a way that the product is transported along a predetermined curve of movement at a predetermined speed or correspondingly a predetermined time-dependent course of speed or position and/or is rotated about a rotational axis that is substantially perpendicular to the movement plane, (b) having a radiation-generating device for generating an X-ray beam provided on one side of the conveying means, and having a detector device provided on the opposite side of the conveying means, (c) wherein the radiation-generating device is arranged and formed in such a way that an X-ray beam is generated that widens in a fan-like manner starting from an X-ray radiation source of the radiation-generating device, has an upper marginal beam and a lower marginal beam and irradiates the product, and (d) wherein the detector device detects the X-ray beam impinging on it and converts it into a signal which is fed to an evaluation and control unit, (e) the lower marginal beam of the X-ray beam extends obliquely with respect to the movement plane, and (f) the X-ray radiation source is formed so that it is linearly displaceable in a direction parallel to the direction of the lower marginal beam of the fan-like X-ray beam.
A cryptologic system comprising: memory; a blockchain (100; 150) stored in the memory, the blockchain comprising a block (B2; 106; 202) with original data, the blockchain secured by a first integrity output (IC; IC; IC; IC(Bn-1)) for a first integrity code, the first integrity code is configured to yield the first integrity output when applied to the original data; characterized by further comprising: rewrite circuitry in data communication with the memory, the rewrite circuitry configured to: access the blockchain; access a key secret for the first integrity code, the key secret facilitating identification of collision data, the collision data different from the original data, the first integrity code is configured to yield the first integrity output when applied to the collision data; determine to rewrite the original data in the block with altered data that is different than the original data, the first integrity code does not yield the first integrity output when applied to the altered data; generate additional data responsive to the key secret and the altered data; generate the collision data based on the altered data and the additional data; and rewrite the block with the collision data. memory; a blockchain (100; 150) stored in the memory, the blockchain comprising a block (B2; 106; 202) with original data, the blockchain secured by a first integrity output (IC; IC; IC; IC(Bn-1)) for a first integrity code, the first integrity code is configured to yield the first integrity output when applied to the original data; characterized by further comprising: rewrite circuitry in data communication with the memory, the rewrite circuitry configured to: access the blockchain; access a key secret for the first integrity code, the key secret facilitating identification of collision data, the collision data different from the original data, the first integrity code is configured to yield the first integrity output when applied to the collision data; determine to rewrite the original data in the block with altered data that is different than the original data, the first integrity code does not yield the first integrity output when applied to the altered data; generate additional data responsive to the key secret and the altered data; generate the collision data based on the altered data and the additional data; and rewrite the block with the collision data. access the blockchain; access a key secret for the first integrity code, the key secret facilitating identification of collision data, the collision data different from the original data, the first integrity code is configured to yield the first integrity output when applied to the collision data; determine to rewrite the original data in the block with altered data that is different than the original data, the first integrity code does not yield the first integrity output when applied to the altered data; generate additional data responsive to the key secret and the altered data; generate the collision data based on the altered data and the additional data; and rewrite the block with the collision data.
A method for forwarding a short message, characterized in that when a roaming terminal roams in a network under a destination gateway conforming to an international standard signaling interworking specification of MAPvl version, the method comprises: the destination gateway receiving a routing information inquiry request for inquiring an address of a present Mobile Switching Center, MSC, of the roaming terminal sent by a source gateway, and inquiring of a destination Home Location Register, HLR, about the address of the present MSC of the roaming terminal; the destination gateway sending a routing information inquiry response to the source gateway to instruct the source gateway to send the short message; the destination gateway receiving the short message sent from the source gateway to the roaming terminal, wherein, the short message is sent from the source gateway through an MAP-FORWARD-SHORT-MESSAGE, FWD, signaling; and the destination gateway forwarding the short message to the MSC according to the address of the present MSC of the roaming terminal obtained by the inquiring. the destination gateway receiving a routing information inquiry request for inquiring an address of a present Mobile Switching Center, MSC, of the roaming terminal sent by a source gateway, and inquiring of a destination Home Location Register, HLR, about the address of the present MSC of the roaming terminal; the destination gateway sending a routing information inquiry response to the source gateway to instruct the source gateway to send the short message; the destination gateway receiving the short message sent from the source gateway to the roaming terminal, wherein, the short message is sent from the source gateway through an MAP-FORWARD-SHORT-MESSAGE, FWD, signaling; and the destination gateway forwarding the short message to the MSC according to the address of the present MSC of the roaming terminal obtained by the inquiring.
Blower wheel for setting a flow of air in circulation, having vanes that extend from a vane root attached to a hub of said blower wheel, said hub having a bottom wall through which a through-orifice for a drive shaft of said blower wheel passes, and a side wall, said hub also having at least one rib located between said orifice and said side wall, said rib being formed by one or more segments (14a, 14b, 14c, 14d), the or one (14a, 14b, 14c) of said segments having at least one free edge extending from said bottom wall and facing toward said side wall, characterized in that said through-orifice is located in a boss for guiding the shaft, and the or one (14a, 14b, 14c) of said segments that has at least one free edge, extending from said bottom wall and facing toward said side wall, extends from said boss.
Car body bearing structure for a motor vehicle body with a passenger cell section, and front structure section (1 b) and rear structure section (1 c) wherein - to form the car body bearing structure at least one bearing structure element (10, 20, 40, 50, 70) is designed as a surface structure of surface elements which extends in all vehicle directions (x, y and z direction), - the surface elements extending in different vehicle directions (x, y, z directions) are connected to each other forming soft transitions, - the surface elements are designed with cross-sectional areas that are structured as a function the occurring loading, and - surface elements subject to low loading or non-bearing are designed with apertures, characterised in that, - provided as a bearing structure element is a base group with common trough-shaped underbody for a passenger cell section (1 a) and the front structure part section (1 b) with a trough base and with trough side parts (13, 13a, 13b, 13c, 13d) connected thereto in one piece, wherein in the area of the front structure section (1 b) the trough base is symmetrically offset vis-à-vis the area of the passenger cell section with a smaller width in the transverse vehicle direction (y direction), and - the base group is designed with trough side parts (13, 13a, 13b, 13c, 13d) surrounding the entire horizontal contour of the trough base and essentially extending in the vertical direction of the vehicle (z direction). - to form the car body bearing structure at least one bearing structure element (10, 20, 40, 50, 70) is designed as a surface structure of surface elements which extends in all vehicle directions (x, y and z direction), - the surface elements extending in different vehicle directions (x, y, z directions) are connected to each other forming soft transitions, - the surface elements are designed with cross-sectional areas that are structured as a function the occurring loading, and - surface elements subject to low loading or non-bearing are designed with apertures, - provided as a bearing structure element is a base group with common trough-shaped underbody for a passenger cell section (1 a) and the front structure part section (1 b) with a trough base and with trough side parts (13, 13a, 13b, 13c, 13d) connected thereto in one piece, wherein in the area of the front structure section (1 b) the trough base is symmetrically offset vis-à-vis the area of the passenger cell section with a smaller width in the transverse vehicle direction (y direction), and - the base group is designed with trough side parts (13, 13a, 13b, 13c, 13d) surrounding the entire horizontal contour of the trough base and essentially extending in the vertical direction of the vehicle (z direction).
An inertial cone crusher comprising a body with an outer cone resting upon the foundation via resilient dampers, and an inner cone arranged inside it on a spherical support, on whose drive shaft an unbalance weight is arranged with the aid of a slide bushing, its center of gravity adjustable relative to the rotation axis, the unbalance weight's slide bushing being connected to a transmission coupler, via which torque from the engine is transmitted, characterized in that the transmission coupler is provided as a disc coupler comprising a driving half-coupler, a driven half-coupler, and a floating disc arranged between them, where the driven half-coupler is rigidly connected to the unbalance weight slide bushing, the driving half-coupler is rigidly connected to the gear, which is rigidly connected to the counterbalance weight, with the driving half-coupler, gear, and counterbalance weight installed on the slide bushing so that driving half-coupler, gear, counterbalance weight, and slide bushing form a single dynamic assembly, which is mounted, via a mounting disc, on a fixed rotation axis resting on a flange, while the flange is rigidly fixed in the bottom part of the crusher's body.
A method for Interlaken protocol packet slicing, characterized by comprising: performing a start of packet, SOP, detection on a data packet to obtain a first detection result; when the SOP detection result indicates that the data packet satisfies a condition for inserting a first burst control word, inserting the first burst control word and filling data control words, corresponding to an interface bit width, each word filled in a unit of the interface bit width; performing an intermediate detection on the data packet to obtain a second detection result; when the second detection result indicates that the data packet satisfies a condition for inserting a second burst control word, inserting the second burst control word, and filling one or more data control words, corresponding to an interface bit width, each word filled in a unit of the interface bit width; performing a packet tail mark detection on the data packet to obtain a third detection result; and inserting, when the third detection result indicates that the data packet has a packet tail mark, a fixed number of idle control words. performing a start of packet, SOP, detection on a data packet to obtain a first detection result; when the SOP detection result indicates that the data packet satisfies a condition for inserting a first burst control word, inserting the first burst control word and filling data control words, corresponding to an interface bit width, each word filled in a unit of the interface bit width; performing an intermediate detection on the data packet to obtain a second detection result; when the second detection result indicates that the data packet satisfies a condition for inserting a second burst control word, inserting the second burst control word, and filling one or more data control words, corresponding to an interface bit width, each word filled in a unit of the interface bit width; performing a packet tail mark detection on the data packet to obtain a third detection result; and inserting, when the third detection result indicates that the data packet has a packet tail mark, a fixed number of idle control words.
Hub for a wind turbine, the hub being longitudinally extended along a longitudinal axis between a front tip and a rear shaft flange connectable to a rotational shaft of the wind turbine, the hub comprising: - three blade flanges for connecting three respective blades (101, 102, 103) to the hub, - at least one top edge on an external surface of the hub, the top edge being positioned with respect to a vertical direction over the front tip, when the hub is positioned around the longitudinal axis in at least a service position in which a flange axis (X1, X2, X3) of one of the blade flanges is vertically oriented and pointing downwards, - a plurality of service steps, each step being oriented for permitting an individual to move between the front tip and the top edge or between the rear shaft flange and the top edge when the hub is positioned around the longitudinal axis in said service position, characterized in that the plurality of service steps are adjacent to the blade flanges, in such a way that when the hub is positioned in the service position with the flange axis of one blade oriented according the vertical direction the top edge is reachable through the service steps respectively adjacent to the blade flanges of the other two blades (102, 103). - three blade flanges for connecting three respective blades (101, 102, 103) to the hub, - at least one top edge on an external surface of the hub, the top edge being positioned with respect to a vertical direction over the front tip, when the hub is positioned around the longitudinal axis in at least a service position in which a flange axis (X1, X2, X3) of one of the blade flanges is vertically oriented and pointing downwards, - a plurality of service steps, each step being oriented for permitting an individual to move between the front tip and the top edge or between the rear shaft flange and the top edge when the hub is positioned around the longitudinal axis in said service position,
A transistor comprising a conductive layer, a dielectric layer and a thin organic semiconductor layer, wherein: a layer of biological material is deposited directly on the surface of said dielectric layer, said organic semiconductor layer is deposited on top of said layer of biological material, said layer of biological material being a layer of a biological recognition system and being comprised between said dielectric layer and said organic semiconductor layer. a layer of biological material is deposited directly on the surface of said dielectric layer, said organic semiconductor layer is deposited on top of said layer of biological material, said layer of biological material being a layer of a biological recognition system and being comprised between said dielectric layer and said organic semiconductor layer.
Distributor device for guiding materials, in particular particulate pharmaceutical solids, comprising: - a process chamber having at least one inlet opening and having at least two outlet openings, - a distributor element for distributing the materials, - wherein the distributor element extends through the process chamber in order to connect the inlet opening to one of the outlet openings, wherein the distributor element is arranged rotatably about an axis of rotation, and - a cleaning apparatus which is designed to clean the process chamber and the distributor element, - wherein the cleaning device has at least one nozzle, and - wherein the nozzle is arranged on the process chamber in order to introduce a liquid cleaning agent into the process chamber. - a process chamber having at least one inlet opening and having at least two outlet openings, - a distributor element for distributing the materials, - wherein the distributor element extends through the process chamber in order to connect the inlet opening to one of the outlet openings, wherein the distributor element is arranged rotatably about an axis of rotation, and - a cleaning apparatus which is designed to clean the process chamber and the distributor element, - wherein the cleaning device has at least one nozzle, and - wherein the nozzle is arranged on the process chamber in order to introduce a liquid cleaning agent into the process chamber.
Setting system for a watchmaking or jewellery article comprising: a setting support; a precious stone mounted in or on the setting support; an elastic element fixed to the setting support in such a way as to link the setting support in a flexible manner to said item; a pin secured to the setting and extending distally from the setting support in a manner substantially parallel to a symmetrical axis when the setting system is not oscillating, the pin comprising a distal extremity cooperating with the elastic element; the elastic element extending in a plane substantially perpendicular to the symmetrical axis when the setting system is not oscillating, the elastic element being able to vibrate in such a manner that the setting support can oscillate with respect to the symmetrical axis, around the distal extremity; characterized in that the elastic element comprises a deformable membrane. a setting support; a precious stone mounted in or on the setting support; an elastic element fixed to the setting support in such a way as to link the setting support in a flexible manner to said item; a pin secured to the setting and extending distally from the setting support in a manner substantially parallel to a symmetrical axis when the setting system is not oscillating, the pin comprising a distal extremity cooperating with the elastic element; the elastic element extending in a plane substantially perpendicular to the symmetrical axis when the setting system is not oscillating, the elastic element being able to vibrate in such a manner that the setting support can oscillate with respect to the symmetrical axis, around the distal extremity; characterized in that the elastic element comprises a deformable membrane.
A composition for oral use comprising hyaluronic acid with an average molecular weight comprised between 800,000 and 4,000,000, and hydroglycerin extract of Rosa Damascena petals having a polyphenol content of at least 8 g/l expressed as equivalents of caffeic acid.
A method for controlling a heating system with a heat generator, with at least one heating circuit for heating buildings, and with a water heating process for heating service water, wherein a selected heat generator flow temperature (θVL/WE) is greater than or equal to the heating circuit target temperature (θsoll/HZ), and a mixer for setting a heating circuit flow temperature (θVL/HZ) is provided, characterized in that a regular heating circuit target temperature (θsoll/HZ) is decreased by a configurable value during the water heating process, and again reset to the regular heating circuit target temperature (^soll/HZ) of the heating operation after the water heating process.
A process for reducing the fouling of microfiltration systems comprising adding to an inlet water source an effective amount of a cationic coagulant, wherein the cationic coagulant is a blend of organic and inorganic polymers, wherein the blend of inorganic and organic cationic polymers comprises from 10 to 50% organic polymers and wherein the inorganic polymers are polyaluminium chloride and the organic polymers are tannins.
A hydrostatic seal assembly for a gas turbine engine, comprising: a seal support; a seal shoe integral to the seal support and radially movable relative to the seal support; a plurality of seal teeth disposed at a radially inboard surface of the seal shoe; a secondary seal located upstream of the seal shoe, wherein the secondary seal is configured to prevent airflow from entering a seal cavity located radially outboard of the seal shoe from a high pressure area upstream of the seal assembly and/or prevent airflow from exiting the seal cavity via an upstream side of the seal assembly; and a scalloped plate disposed downstream of the seal shoe, the scalloped plate including one or more plate openings formed therein to admit airflow into the seal cavity radially outboard of the seal shoe; characterized in that the seal shoe is formed from a first material and the plurality of seal teeth are formed from a second material softer than the first material such that the plurality of seal teeth are abradable in the event of a rub between the plurality of seal teeth and an adjacent rotating component. a seal support; a seal shoe integral to the seal support and radially movable relative to the seal support; a plurality of seal teeth disposed at a radially inboard surface of the seal shoe; a secondary seal located upstream of the seal shoe, wherein the secondary seal is configured to prevent airflow from entering a seal cavity located radially outboard of the seal shoe from a high pressure area upstream of the seal assembly and/or prevent airflow from exiting the seal cavity via an upstream side of the seal assembly; and a scalloped plate disposed downstream of the seal shoe, the scalloped plate including one or more plate openings formed therein to admit airflow into the seal cavity radially outboard of the seal shoe; characterized in that the seal shoe is formed from a first material and the plurality of seal teeth are formed from a second material softer than the first material such that the plurality of seal teeth are abradable in the event of a rub between the plurality of seal teeth and an adjacent rotating component.