mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the production of a multicolor reflection volume hologram, comprising the following steps: - providing a single master hologram with several different monochrome sub-holograms with a predefined design, which meet the respective Bragg conditions and comply with the respective specific reconstruction beams, - the imaging geometry of each monochrome master sub-hologram being calculated such that with reconstruction or copying by means of a single monochrome laser, using a predefined angle of incidence, a contact copy is obtained, such that in the obtained contact copy, while the reconstruction uses white light, all colors are seen in the contact copy, at the same desired viewing angle, - applying a copying layer on the master hologram by lamination or by means of index match material, - creating a contact copy by copying the structure of the reflection master hologram into the assigned copying layer by means of a single monochrome copying/imaging beam of coherent light with a wavelength in the ultraviolet to infrared range, - the single copying beam consisting of a copying beam bundle of the same wavelength for each/all sub-holograms , such as blue laser light, - the copying beam bundle impinging upon the structure formed by the master hologram and the copying layer at a selected angle of incidence, - the incidence angle of the copying beam bundle being calculated such that the structure of the assigned sub-hologram is reflected in the copying layer . - providing a single master hologram with several different monochrome sub-holograms with a predefined design, which meet the respective Bragg conditions and comply with the respective specific reconstruction beams, - the imaging geometry of each monochrome master sub-hologram being calculated such that with reconstruction or copying by means of a single monochrome laser, using a predefined angle of incidence, a contact copy is obtained, such that in the obtained contact copy, while the reconstruction uses white light, all colors are seen in the contact copy, at the same desired viewing angle, - applying a copying layer on the master hologram by lamination or by means of index match material, - creating a contact copy by copying the structure of the reflection master hologram into the assigned copying layer by means of a single monochrome copying/imaging beam of coherent light with a wavelength in the ultraviolet to infrared range, - the single copying beam consisting of a copying beam bundle of the same wavelength for each/all sub-holograms , such as blue laser light, - the copying beam bundle impinging upon the structure formed by the master hologram and the copying layer at a selected angle of incidence, - the incidence angle of the copying beam bundle being calculated such that the structure of the assigned sub-hologram is reflected in the copying layer .
An anion-conducting polymeric membrane comprising a terpolymer of styrene, vinylbenzyl-R s and vinylbenzyl-R x , wherein R s is a positively charged cyclic amine group, wherein R x is at least one constituent selected from the group consisting of Cl and OH; wherein the total weight of the vinylbenzyl-R s groups is between 15% and 90% of the total weight of the membrane; and wherein the total weight of the vinylbenzyl-R x groups is between 1% and 25% of the total weight of the membrane.
Control apparatus for an Earth-remote platform, having a control unit having at least one control input and a control output; and a memory element ; wherein the memory element is configured to hold a plurality of operating variable parameter sets for at least one RF transmission amplifier element ; wherein the control input is configured to receive a control signal; wherein the control unit is configured to take the control signal as a basis for selecting an operating variable parameter set from the memory element ; and wherein the control output is configured to use the selected operating variable parameter set to influence a power supply unit and/or a preamplifier/linearization element such that the RF transmission amplifier element is operable at a determined operating point; wherein the control signal contains the information concerning the frequency or frequency band on or in which the RF transmission amplifier element is supposed to be operated.
A computer implemented method of facilitating capturing visual information, wherein: - visual information representing a virtual environment is rendered using a virtual reality device , - information representing a real environment comprising the virtual reality device is captured using at least one capturing device , and - the captured information is rendered, characterised by the method comprising: - determining an orientation (α) of at least one capturing device relative to the virtual reality device , and - providing in the virtual environment a visual indication of said orientation (α). - visual information representing a virtual environment is rendered using a virtual reality device , - information representing a real environment comprising the virtual reality device is captured using at least one capturing device , and - the captured information is rendered, - determining an orientation (α) of at least one capturing device relative to the virtual reality device , and - providing in the virtual environment a visual indication of said orientation (α).
A key distribution system, comprising: user equipment, UE, a mobile network operator network element, MNO, and a key management system, KMS, wherein the UE is configured to: generate a public key and a private key that have an association relationship, and send a first key request to the MNO , wherein the first key request carries the public key of the UE ; the MNO is configured to: receive the first key request, obtain the public key of the UE carried in the first key request, generate a second key request based on the public key of the UE , and send the second key request to the KMS , wherein the second key request carries the public key of the UE ; the KMS is configured to: receive the second key request; obtain the public key of the UE carried in the second key request; allocate, to the UE , at least one public validation token PVT and one secret signing key SSK used for signing that are based on identity-based cryptography IBC; encrypt the at least one PVT and the one SSK based on the public key of the UE to obtain ciphertext; sign a to-be-signed object based on a preset digital signature private key to obtain a digital signature; determine a signature validation public key associated with the digital signature private key; and send, to the MNO , a key response carrying the signature validation public key, the public key of the UE , the ciphertext, and the digital signature, wherein the to-be-signed object comprises the public key of the UE and the ciphertext; the MNO is further configured to: receive the key response, and return the key response to the UE ; and the UE is further configured to: receive the key response; obtain the signature validation public key, the public key of the UE , the digital signature, and the ciphertext that are carried in the key response; verify the digital signature based on the signature validation public key; and after the validation succeeds, decrypt the ciphertext based on the private key associated with the public key of the UE to obtain the at least one PVT and the one SSK, and store the at least one PVT and the one SSK.
A control system for a hydraulically operated brake device of a vehicle which can be used in the agricultural or construction industry, wherein the brake device has a spring loaded braking cylinder with a pressure chamber which can be charged with hydraulic medium, which can be connected, via a first valve unit which can be actuated into two shift positions and which can be controlled by means of an electronic control device , the first valve unit being in the form of a brake actuation valve , and via a second valve unit , to a source of pressure configured as a pressure accumulator , wherein, in order to operate the brake device when the first valve unit is in a flow position, the second valve unit can be operated by means of an operating means , characterized in that the operating means and the second valve unit are configured not to be fixable.
A VHH specifically binding influenza neuraminidase, wherein said VHH is selected from the group consisting of SEQ ID NO:23 and SEQ ID NO:25.
A charging method, applied to a gateway , comprising: sending, when a first device of a customer establishing a connection to the gateway , a session establishment request message to an online charging system , to establish a customer-level charging session with the online charging system, wherein the session establishment request message comprises an identifier of the customer; sending a request message for requesting quota, in the customer-level charging session, to the online charging system , wherein the request message for requesting quota comprises the identifier of the customer and a rating group; receiving a quota for the rating group that is delivered by the online charging system; applying the quota to devices of the customer that belong to the rating group, wherein the devices include a second device of the customer and a third device of the customer; sending, in the customer-level charging session, a message for reporting charging information of the customer, wherein the identifier of the customer, charging information of the second device of the customer and charging information of the third device of the customer are separately comprised in the message for reporting charging information; wherein the second device of the customer and the third device of the customer have established connections to the gateway . sending, when a first device of a customer establishing a connection to the gateway , a session establishment request message to an online charging system , to establish a customer-level charging session with the online charging system, wherein the session establishment request message comprises an identifier of the customer; sending a request message for requesting quota, in the customer-level charging session, to the online charging system , wherein the request message for requesting quota comprises the identifier of the customer and a rating group; receiving a quota for the rating group that is delivered by the online charging system; applying the quota to devices of the customer that belong to the rating group, wherein the devices include a second device of the customer and a third device of the customer; sending, in the customer-level charging session, a message for reporting charging information of the customer, wherein the identifier of the customer, charging information of the second device of the customer and charging information of the third device of the customer are separately comprised in the message for reporting charging information; wherein the second device of the customer and the third device of the customer have established connections to the gateway .
Saw blade for a circular saw, having a one-part or multi-part circular-disc-shaped blade body on the outer perimeter of which there is arranged a multiplicity of saw teeth distributed around the perimeter and the centre of which has means for fastening the saw blade to a drive shaft , at least one side face of the blade body being provided with open channels for conducting fluids, characterised in that the surface of the side face of the blade body that is provided with channels is provided with a fluid-repellent coating.
A device for self-assembling semiconductor light-emitting diodes on a substrate, comprising: an assembly chamber for accommodating a liquid with semiconductor light-emitting diodes dispersed therein; a substrate chuck for disposing the substrate at an assembly position, wherein the substrate chuck includes a substrate support part for supporting the substrate, a rotating part configured to rotate the substrate support part about a rotation axis, and a vertical moving part configured to move the substrate support part in a vertical direction, and wherein the substrate support part includes a first frame for supporting an assembly surface of the substrate and a second frame facing the first frame for fixing the substrate therebetween; and a controller configured to control driving of the substrate chuck ; wherein the substrate support part includes microholes (hs, hp) for sucking gas or liquid or injecting gas, the microholes (hs, hp) being disposed on a surface of the substrate support part facing the assembly chamber when the substrate support part is in the assembly position; wherein the controller is configured to control sucking or injecting through the microholes (hs, hp) according to a movement of the substrate support part ; and wherein the microholes (hs, hp) are formed on a surface of the first frame facing away from the second frame and/or opposite to a surface of the first frame for supporting the substrate. an assembly chamber for accommodating a liquid with semiconductor light-emitting diodes dispersed therein; a substrate chuck for disposing the substrate at an assembly position, wherein the substrate chuck includes a substrate support part for supporting the substrate, a rotating part configured to rotate the substrate support part about a rotation axis, and a vertical moving part configured to move the substrate support part in a vertical direction, and wherein the substrate support part includes a first frame for supporting an assembly surface of the substrate and a second frame facing the first frame for fixing the substrate therebetween; and a controller configured to control driving of the substrate chuck ; wherein the substrate support part includes microholes (hs, hp) for sucking gas or liquid or injecting gas, the microholes (hs, hp) being disposed on a surface of the substrate support part facing the assembly chamber when the substrate support part is in the assembly position; wherein the controller is configured to control sucking or injecting through the microholes (hs, hp) according to a movement of the substrate support part ; and wherein the microholes (hs, hp) are formed on a surface of the first frame facing away from the second frame and/or opposite to a surface of the first frame for supporting the substrate.
Pressure sensor for measuring pressure inside a fluid tank, comprising the following components: a sensor chip as a pressure transducer , a board with a passage , which is open on one side towards the medium of which the pressure (p1, p2) is to be measured and closed on the other side, referred to as the front side , by the pressure transducer mounted on the front side of the board , electrical terminals , which are arranged on the front side of the board and are suitable for the electrical contacting of the pressure sensor , characterized in that an integrated circuit for processing and passing on the processed electrical signals of the pressure transducer is mounted on the front side of the board and is electrically connected to the pressure transducer and to at least one electrical terminal , in that a cap is connected to the board in such a sealed manner so that components mounted on the front side of the board , at least however the pressure transducer and the integrated circuit , are enclosed in a sealed manner, in that means for the fluid-resistant protection at least of the pressure transducer and the integrated circuit are arranged in the enclosing chamber formed by the cap and the board , the material of the cap and the means for fluid-resistant protection being chemically resistant to the fluid, in that the electrical terminals lie outside the cap and in that the electrical terminals and at least the parts of the conductor paths that contact the electrical terminals and lie outside the cap are formed so as to be chemically resistant with respect to the fluid.
An apparatus, comprising: a cartridge including a body portion , whereby the body portion defines a first reservoir portion and a second reservoir portion ; a cap coupled to the body portion to substantially close the body portion; an absorbent material disposed within the second reservoir portion and configured to inhibit leakage of liquid from the cartridge; a capillary fixedly coupled to the first reservoir portion and in fluid communication with the second reservoir portion ; an opening defined by the cap, the opening configured to allow a vacuum source to be placed in fluid communication with the second reservoir portion; and a protrusion extending from the cap into the body portion, the protrusion being electrically conductive and configured to produce a signal when a fluid level in the first reservoir portion contacts the protrusion. a cartridge including a body portion , whereby the body portion defines a first reservoir portion and a second reservoir portion ; a cap coupled to the body portion to substantially close the body portion; an absorbent material disposed within the second reservoir portion and configured to inhibit leakage of liquid from the cartridge; a capillary fixedly coupled to the first reservoir portion and in fluid communication with the second reservoir portion ; an opening defined by the cap, the opening configured to allow a vacuum source to be placed in fluid communication with the second reservoir portion; and a protrusion extending from the cap into the body portion, the protrusion being electrically conductive and configured to produce a signal when a fluid level in the first reservoir portion contacts the protrusion.
An outdoor unit for an air-conditioning apparatus, comprising: an air passage defined inside a casing; an outdoor heat exchanger installed in the air passage ; an outdoor unit fan configured to introduce air into the outdoor heat exchanger ; and an air passage blocking object configured to block a flow of part of the air in the air passage , wherein the outdoor heat exchanger includes a heat transfer tube configured to allow refrigerant to pass therein, and a fin connected to the heat transfer tube , wherein the heat transfer tube includes a hairpin portion , which is a portion of the heat transfer tube bent and folded back and to which no fin is connected, and wherein the air passage blocking object is configured to cover the hairpin portion , characterized in that the heat transfer tube is a flat tube with an elongate sectional shape, and is arranged so that a longitudinal axis of the elongate sectional shape is horizontally oriented; wherein the heat transfer tube is inserted into a cutout portion formed in the fin , wherein the cutout portion is opened at one end of the fin in a direction orthogonal to a longitudinal direction of the fin , and extends from the one end toward an other end of the fin , and wherein, in the outdoor heat exchanger , the other end of the fin is arranged so as to be oriented toward the air passage blocking object side. an air passage defined inside a casing; an outdoor heat exchanger installed in the air passage ; an outdoor unit fan configured to introduce air into the outdoor heat exchanger ; and an air passage blocking object configured to block a flow of part of the air in the air passage , wherein the outdoor heat exchanger includes a heat transfer tube configured to allow refrigerant to pass therein, and a fin connected to the heat transfer tube , a heat transfer tube configured to allow refrigerant to pass therein, and a fin connected to the heat transfer tube , wherein the heat transfer tube includes a hairpin portion , which is a portion of the heat transfer tube bent and folded back and to which no fin is connected, and wherein the air passage blocking object is configured to cover the hairpin portion , characterized in that the heat transfer tube is a flat tube with an elongate sectional shape, and is arranged so that a longitudinal axis of the elongate sectional shape is horizontally oriented; wherein the heat transfer tube is inserted into a cutout portion formed in the fin , wherein the cutout portion is opened at one end of the fin in a direction orthogonal to a longitudinal direction of the fin , and extends from the one end toward an other end of the fin , and wherein, in the outdoor heat exchanger , the other end of the fin is arranged so as to be oriented toward the air passage blocking object side.
A method for network optimization, comprising steps of: determining, by a Radio network optimization Control Functional unit, RCF, in an edge computing system, an intelligent model by at least one of: a) acquiring the intelligent model from a multi-access edge computing, MEC, management system, b) acquiring the intelligent model from an MEC intelligent algorithm application, APP; and c) obtaining the intelligent model by training according to the real-time data acquired by the RCF per se; determining, by the RCF, real-time features according to real-time data of a radio access network ; performing, by the RCF, online inference based on the intelligent model to generate a radio optimization assistance policy according to the real-time features ; and transmitting, by the RCF, the radio optimization assistance policy to a radio access network element to allow the radio access network element to realize radio resource optimization ; wherein, the RCF is located at a MEC host layer, and connected to an MEC management system, radio access network elements in a 3GPP network, and MEC APPs. determining, by a Radio network optimization Control Functional unit, RCF, in an edge computing system, an intelligent model by at least one of: a) acquiring the intelligent model from a multi-access edge computing, MEC, management system, b) acquiring the intelligent model from an MEC intelligent algorithm application, APP; and c) obtaining the intelligent model by training according to the real-time data acquired by the RCF per se; a) acquiring the intelligent model from a multi-access edge computing, MEC, management system, b) acquiring the intelligent model from an MEC intelligent algorithm application, APP; and c) obtaining the intelligent model by training according to the real-time data acquired by the RCF per se; determining, by the RCF, real-time features according to real-time data of a radio access network ; performing, by the RCF, online inference based on the intelligent model to generate a radio optimization assistance policy according to the real-time features ; and transmitting, by the RCF, the radio optimization assistance policy to a radio access network element to allow the radio access network element to realize radio resource optimization ; wherein, the RCF is located at a MEC host layer, and connected to an MEC management system, radio access network elements in a 3GPP network, and MEC APPs.
A securing nut comprising a shaped collar disposed on an end surface of a nut body and integrally connected to the nut body , the shaped collar having an inner end surface concentric with an internally threaded hole of the nut body , the inner end surface having a distance from the internally threaded hole in an axial direction (A) and having a securing female thread offset from a female thread of the internally threaded hole , the shaped collar forming an undercut portion adjacent to the end surface in the axial direction (A) on a radial outer side of the shaped collar , the shaped collar forming a curved portion on a radial outer side , preferably adjacent to an outer surface , the curved portion having a circular or elliptical contour, characterized in that the undercut portion and/or the curved portion is formed in sections in a circumferential direction.