mhurhangee/patent-ind-claim-en huggingface dataset:
Post for a post and beam construction comprising a plurality of bearing bodies attached to and projecting from a longitudinal side of the post , wherein the bearing bodies are formed separately from the post and are each connected to the post via an associated load introduction element in a form-locking manner in all directions in a plane in which the longitudinal side of the post extends, for the transmission of bearing loads acting along this plane from the respective bearing body to the post , wherein the load introduction elements are each designed in such a way that the bearing bodies can be arranged with the load introduction element associated with them in different positions on the longitudinal side of the post during their assembly on the longitudinal side of the post , which positions represent different rotational positions of the respective bearing body in the plane of the longitudinal side about an axis of rotation (X) extending perpendicularly to this plane and within the bearing body , wherein the bearing bodies are each secured or can be secured against a rotation about the axis of rotation (X) in one of these positions in a form-locking and/or force-locking manner, and wherein, viewed in the direction of the respective axis of rotation (X), the circumferential boundaries of the bearing bodies each form, over at least one third of the circumferential extent, a limit stop region (S) for butting against the inner boundaries of a hollow crossbar profile to be secured to the post , wherein in this limit stop regions (S) the distance of the circumferential boundaries from the axis of rotation (X) increases as viewed in a first circumferential direction (R), characterized in that the axes of rotation (X) of the bearing bodies , as viewed in the direction perpendicular to the longitudinal side of the post , run through the corners of a polygon, in particular of a triangle or of a rectangle, and wherein the bearing bodies are positioned in such a way that all the bearing bodies project beyond the boundaries of this polygon with at least a part of their limit stop region (S), wherein all bearing bodies have an identical maximum projection of their limit stop region (S) over the boundaries of the polygon and wherein on each side of the polygon exactly one bearing body protrudes over this side with the maximum projection with its limit stop region (S) .
A paging method, comprising: receiving, by a terminal device, broadcast information, wherein the broadcast information indicates a total quantity of synchronization signals in a synchronization signal set, the synchronization signal set includes at least two synchronization signal blocks, and a synchronization signal block includes a primary synchronization signal and a secondary synchronization signal; determining (S301, S403), by the terminal device, based on a terminal device identifier, an occasion set for paging of the terminal device within a discontinuous reception period, wherein the occasion set for paging comprises at least two occasions for paging receiving (S302, S404), by the terminal device, in a time range corresponding to the occasions for paging comprised in the occasion set for paging, a paging message, wherein the terminal device determines the total quantity of occasions for paging included in the occasion set for paging as being the total quantity of synchronization signals in the synchronization signal set. receiving, by a terminal device, broadcast information, wherein the broadcast information indicates a total quantity of synchronization signals in a synchronization signal set, the synchronization signal set includes at least two synchronization signal blocks, and a synchronization signal block includes a primary synchronization signal and a secondary synchronization signal; determining (S301, S403), by the terminal device, based on a terminal device identifier, an occasion set for paging of the terminal device within a discontinuous reception period, wherein the occasion set for paging comprises at least two occasions for paging receiving (S302, S404), by the terminal device, in a time range corresponding to the occasions for paging comprised in the occasion set for paging, a paging message, wherein the terminal device determines the total quantity of occasions for paging included in the occasion set for paging as being the total quantity of synchronization signals in the synchronization signal set.
A method for preparing a high-purity 4'-galactosyl-lactose (4'-GL) composition, the method comprising the steps of: (A) subjecting a 4'-GL-containing galacto-oligosaccharide to activated carbon column chromatography, and performing stepwise elution with plural organic solvent aqueous solutions, wherein the organic solvent aqueous solutions are used such that the concentration of the organic solvent in the organic solvent aqueous solution is higher than the concentration of the organic solvent in the immediately preceding organic solvent aqueous solution with respect to a series of elutions, wherein the organic solvent used in step (A) is methanol and the stepwise elution is performed with an organic solvent aqueous solution containing the organic solvent in a concentration of 10 to 20 mass%, and an organic solvent aqueous solution containing the organic solvent in a concentration of 15 to 30 mass%, in this order; and (B) adding an organic solvent to a final fraction eluted in step (A), and crystallizing the 4'-GL. (A) subjecting a 4'-GL-containing galacto-oligosaccharide to activated carbon column chromatography, and performing stepwise elution with plural organic solvent aqueous solutions, wherein the organic solvent aqueous solutions are used such that the concentration of the organic solvent in the organic solvent aqueous solution is higher than the concentration of the organic solvent in the immediately preceding organic solvent aqueous solution with respect to a series of elutions, wherein the organic solvent used in step (A) is methanol and the stepwise elution is performed with an organic solvent aqueous solution containing the organic solvent in a concentration of 10 to 20 mass%, and an organic solvent aqueous solution containing the organic solvent in a concentration of 15 to 30 mass%, in this order; and (B) adding an organic solvent to a final fraction eluted in step (A), and crystallizing the 4'-GL.
An image transmitting method in a photographing apparatus , comprising: recognizing (s245) a face in an image captured by the photographing apparatus; displaying an indicator around the recognized face in the image; when the indicator is selected by a user input, searching (s250) for information of at least one contact or device corresponding to the recognized face in an address book; displaying (s260) a message requesting confirmation on whether the searched information is matched to the recognized face; - if receiving input (No) by the user when there is no match between the searched information and the recognized face, requesting (s265) whether to register information regarding the detected person by the user or to terminate the process; - if receiving a user input (Yes) for confirming (s270) whether the searched information of at least one contact or device is matched to the recognized face, updating (s280) the address book database by adding the photo of the detected person in the address book, and transmitting (s290) the image to the at least one contact or the device corresponding to the recognized face based on the user input confirming that the searched information is matched to the recognized face being received. recognizing (s245) a face in an image captured by the photographing apparatus; displaying an indicator around the recognized face in the image; when the indicator is selected by a user input, searching (s250) for information of at least one contact or device corresponding to the recognized face in an address book; displaying (s260) a message requesting confirmation on whether the searched information is matched to the recognized face; - if receiving input (No) by the user when there is no match between the searched information and the recognized face, requesting (s265) whether to register information regarding the detected person by the user or to terminate the process; - if receiving a user input (Yes) for confirming (s270) whether the searched information of at least one contact or device is matched to the recognized face, updating (s280) the address book database by adding the photo of the detected person in the address book, and - if receiving input (No) by the user when there is no match between the searched information and the recognized face, requesting (s265) whether to register information regarding the detected person by the user or to terminate the process; - if receiving a user input (Yes) for confirming (s270) whether the searched information of at least one contact or device is matched to the recognized face, updating (s280) the address book database by adding the photo of the detected person in the address book, and transmitting (s290) the image to the at least one contact or the device corresponding to the recognized face based on the user input confirming that the searched information is matched to the recognized face being received.
A method of machining, in particular severing, at least one concrete part , in particular at least one extruded profile for the production of a precast concrete product like for example a hollow ceiling, comprising the following method steps: - there is provided at least one concrete part preferably produced by means of an extruder or slipform production apparatus, - at least one marking is applied to the at least one concrete part , preferably by means of an automatic marking apparatus and/or manually, - at least one machining apparatus , preferably a cutting apparatus, for machining the at least one concrete part , is arranged relative to the at least one concrete part , - the at least one marking is detected by means of at least one marking detection apparatus and the marking data generated in that case are transmitted to the at least one machining apparatus , and - the at least one concrete part is machined using the generated marking data by means of the at least one machining apparatus , characterized in that - in a further method step additional data are provided for positioning the at least one machining apparatus relative to the at least one concrete part and/or for processing the at least one concrete part by the at least one machining apparatus , wherein the at least one concrete part is machined using those additional data by means of the at least one machining apparatus . - there is provided at least one concrete part preferably produced by means of an extruder or slipform production apparatus, - at least one marking is applied to the at least one concrete part , preferably by means of an automatic marking apparatus and/or manually, - at least one machining apparatus , preferably a cutting apparatus, for machining the at least one concrete part , is arranged relative to the at least one concrete part , - the at least one marking is detected by means of at least one marking detection apparatus and the marking data generated in that case are transmitted to the at least one machining apparatus , and - the at least one concrete part is machined using the generated marking data by means of the at least one machining apparatus , characterized in that - in a further method step additional data are provided for positioning the at least one machining apparatus relative to the at least one concrete part and/or for processing the at least one concrete part by the at least one machining apparatus , wherein the at least one concrete part is machined using those additional data by means of the at least one machining apparatus .
A driving device , comprising: a driving device body having a drive gear , that is provided in one structure at a movable section of a wind turbine and meshes with a ring gear provided in another structure at the movable section of the wind turbine , and including a brake mechanism that brakes rotation transmitted to the drive gear or rotation output from the drive gear , characterized by further comprising: an abnormality detection unit for monitoring a force generated between the ring gear and the drive gear , wherein output from the drive gear of the driving device body to the ring gear is stopped and a brake by the brake mechanism on rotation is released, when the abnormality detection unit detected an abnormality. a driving device body having a drive gear , that is provided in one structure at a movable section of a wind turbine and meshes with a ring gear provided in another structure at the movable section of the wind turbine , and including a brake mechanism that brakes rotation transmitted to the drive gear or rotation output from the drive gear , characterized by further comprising: an abnormality detection unit for monitoring a force generated between the ring gear and the drive gear , wherein output from the drive gear of the driving device body to the ring gear is stopped and a brake by the brake mechanism on rotation is released, when the abnormality detection unit detected an abnormality. an abnormality detection unit for monitoring a force generated between the ring gear and the drive gear , wherein output from the drive gear of the driving device body to the ring gear is stopped and a brake by the brake mechanism on rotation is released, when the abnormality detection unit detected an abnormality.
Cell contact-making system for an electrochemical device that comprises a plurality of electrochemical cells , wherein the cell contact-making system comprises a signal conductor system having one or more signal conductors for electrically conductively connecting a signal source to a signal conductor terminal connector or to a monitoring arrangement of the electrochemical device , wherein the signal conductor system comprises at least one flexible printed circuit , wherein the flexible printed circuit comprises at least one flexible insulating film and at least one conductor track that is arranged on the insulating film , wherein the cell contact-making system comprises a support element on which the signal conductor system is arranged, and wherein the support element comprises at least one positioning element on the support element side which cooperates with a positioning element on the signal conductor system side such that the signal conductor system is positioned in a desired location in relation to the support element , characterized in that the support element is placeable on a housing of the electrochemical device in which a plurality of electrochemical cells are arranged and, in the assembled condition of the electrochemical device , closes an upper housing opening through which cell terminals of the electrochemical cells of the electrochemical device project.
System that has a frame for a window, a terrace door or a door, a shading system and a drainage element for the window, the terrace door or the door to drain away collected rain water, with the following features: a) the drainage element has a base plate and at least one tab that is arranged at an angle to the base plate and which is arranged at least on part of an edge of the base plate , which in the mounted state of the drainage element extends transversely to the window plane on an outer side of the window; b) the tab has at least one fastening means; c) the window frame has at least two raised slats ; d) a guide for a curtain of the shading system is arranged on at least two of the raised slats ; e) the guides each have a base rail ; characterised in that f) the tab of the drainage element has a shape corresponding to the profile of the base rail ; g) at least one connecting tab is associated with the tab ; h) the at least one connecting tab engages in a dovetail-like manner into a corresponding groove in the base rail and is secured in the groove in a force-fitting manner. a) the drainage element has a base plate and at least one tab that is arranged at an angle to the base plate and which is arranged at least on part of an edge of the base plate , which in the mounted state of the drainage element extends transversely to the window plane on an outer side of the window; b) the tab has at least one fastening means; c) the window frame has at least two raised slats ; d) a guide for a curtain of the shading system is arranged on at least two of the raised slats ; e) the guides each have a base rail ; characterised in that f) the tab of the drainage element has a shape corresponding to the profile of the base rail ; g) at least one connecting tab is associated with the tab ; h) the at least one connecting tab engages in a dovetail-like manner into a corresponding groove in the base rail and is secured in the groove in a force-fitting manner.
A device for producing droplets of a first liquid in a second liquid, the device comprising: a) a first channel having a first depth, a first width, a first proximal end, a first distal end and a first surface comprising a material; b) a second channel having a second depth, a second width, a second proximal end, and a second distal end, wherein the second channel intersects the first channel between the first proximal and first distal ends; c) a droplet formation region, wherein the droplet formation region comprises a shelf region having a third depth and a third width, and a step region having a fourth depth, wherein the shelf region comprises a hydrophobic coating different from the material of the first surface and wherein the first distal end is in fluid communication with the droplet formation region; and wherein the width, height, and/or expansion angle of the shelf region is configured to allow the first liquid to expand in at least one dimension and the shelf region has at least one inlet and at least one outlet, wherein the shelf region is disposed between the first distal end and the step region, wherein the first channel and droplet formation region are configured to produce droplets of the first liquid in the second liquid. a) a first channel having a first depth, a first width, a first proximal end, a first distal end and a first surface comprising a material; b) a second channel having a second depth, a second width, a second proximal end, and a second distal end, wherein the second channel intersects the first channel between the first proximal and first distal ends; c) a droplet formation region, wherein the droplet formation region comprises a shelf region having a third depth and a third width, and a step region having a fourth depth, wherein the shelf region comprises a hydrophobic coating different from the material of the first surface and wherein the first distal end is in fluid communication with the droplet formation region; and wherein the width, height, and/or expansion angle of the shelf region is configured to allow the first liquid to expand in at least one dimension and the shelf region has at least one inlet and at least one outlet, wherein the shelf region is disposed between the first distal end and the step region, wherein the first channel and droplet formation region are configured to produce droplets of the first liquid in the second liquid.
A scrambling method of a device supporting a device-to-device communication, the method comprising: acquiring a preconfigured value; determining a first initial value of a first scrambling sequence for the device-to-device communication based on the preconfigured value; generating the first scrambling sequence using the first initial value; encoding information into a bit block; performing a scrambling of the bit block with the first scrambling sequence; and performing a modulation on the scrambled bit block, wherein the preconfigured value is an arbitrary integer from 504 to 511. acquiring a preconfigured value; determining a first initial value of a first scrambling sequence for the device-to-device communication based on the preconfigured value; generating the first scrambling sequence using the first initial value; encoding information into a bit block; performing a scrambling of the bit block with the first scrambling sequence; and performing a modulation on the scrambled bit block, wherein the preconfigured value is an arbitrary integer from 504 to 511.
A charge control device for charging a power storage device ( B ) mounted on a vehicle from a power supply outside the vehicle, comprising: a first AC rotating electric machine ( MG1 ) including a star-connected first poly-phase winding as a stator winding; a first inverter connected to said first poly-phase winding and performing power conversion between said first AC rotating electric machine ( MG1 ) and said power storage device ( B ); and a connecting device ( 50, NL1, NL2; 50, NL1, ACL ) configured to allow connection of said power supply to a first neutral point ( N1 ) of said first poly-phase winding ; characterized by an inverter control unit controlling only one phase of said first inverter such that electric power from said power supply applied to said first neutral point ( N1 ) by said connecting device ( 50, NL1, NL2; 50, NL1, ACL ) is converted to charge said power storage device ( B ); and a rotation preventing unit ( 160, 162; 170, 172; 222; 60; 150, 152) configured to prevent rotation of said first AC rotating electric machine ( MG1 ) at the time of charging said power storage device ( B ) from said power supply . a first AC rotating electric machine ( MG1 ) including a star-connected first poly-phase winding as a stator winding; a first inverter connected to said first poly-phase winding and performing power conversion between said first AC rotating electric machine ( MG1 ) and said power storage device ( B ); and a connecting device ( 50, NL1, NL2; 50, NL1, ACL ) configured to allow connection of said power supply to a first neutral point ( N1 ) of said first poly-phase winding ; characterized by an inverter control unit controlling only one phase of said first inverter such that electric power from said power supply applied to said first neutral point ( N1 ) by said connecting device ( 50, NL1, NL2; 50, NL1, ACL ) is converted to charge said power storage device ( B ); and a rotation preventing unit ( 160, 162; 170, 172; 222; 60; 150, 152) configured to prevent rotation of said first AC rotating electric machine ( MG1 ) at the time of charging said power storage device ( B ) from said power supply .
3α-ethynyl, 3β-hydroxy, 5α-pregnan-20-oxime or a pharmaceutically acceptable salt thereof.