mhurhangee/patent-ind-claim-en huggingface dataset:
A scale composition determination system that determines a composition of a scale (SC) generated on a surface of a steel material (SM), the scale composition determination system comprising: a measurement means that measures temperatures of the steel material at two wavelengths different from each other by radiation thermometry ; and a determination means that determines whether or not hematite (Fe 2 O 3 ) has been generated in an outermost layer of the scale based on a difference between the temperatures of the steel material measured by the measurement means, wherein a thickness of hematite at an intersection point of a hematite curve at, out of the two wavelengths, a first wavelength and a hematite curve at a second wavelength is determined so as to exceed an upper limit value of a thickness assumed as a thickness of hematite generated in the outermost layer of the scale, and the hematite curves are curves indicating the relationship between a thickness of hematite and a temperature of hematite. determines a composition of a scale (SC) generated on a surface of a steel material (SM), the scale composition determination system comprising: a measurement means that measures temperatures of the steel material at two wavelengths different from each other by radiation thermometry ; and a determination means that determines whether or not hematite (Fe 2 O 3 ) has been generated in an outermost layer of the scale based on a difference between the temperatures of the steel material measured by the measurement means, wherein a thickness of hematite at an intersection point of a hematite curve at, out of the two wavelengths, a first wavelength and a hematite curve at a second wavelength is determined so as to exceed an upper limit value of a thickness assumed as a thickness of hematite generated in the outermost layer of the scale, and the hematite curves are curves indicating the relationship between a thickness of hematite and a temperature of hematite. a measurement means that measures temperatures of the steel material at two wavelengths different from each other by radiation thermometry ; and a determination means that determines whether or not hematite (Fe 2 O 3 ) has been generated in an outermost layer of the scale based on a difference between the temperatures of the steel material measured by the measurement means, wherein a thickness of hematite at an intersection point of a hematite curve at, out of the two wavelengths, a first wavelength and a hematite curve at a second wavelength is determined so as to exceed an upper limit value of a thickness assumed as a thickness of hematite generated in the outermost layer of the scale, and the hematite curves are curves indicating the relationship between a thickness of hematite and a temperature of hematite.
A method, comprising: receiving , by a secondary base station, an indication indicating that for at least one split bearer, downlink data received from a master base station prior to the indication is to be forwarded back to the master base station, and that the at least one split bearer should be kept or maintained at the secondary base station; and in response to the received indication, forwarding the downlink data for the at least one split bearer received from the master base station prior to the indication back to the master base station. receiving , by a secondary base station, an indication indicating that for at least one split bearer, downlink data received from a master base station prior to the indication is to be forwarded back to the master base station, and that the at least one split bearer should be kept or maintained at the secondary base station; and in response to the received indication, forwarding the downlink data for the at least one split bearer received from the master base station prior to the indication back to the master base station.
An instrument cluster comprising: a housing providing multiple chambers ; light sources in communication with the chambers ; the chambers being opaque to prevent light from passing into adjoining chambers and non-opaque display elements in communication with the chambers and having exterior surfaces , indicia etched interiorly of the exterior surfaces without the indicia providing a portion of the exterior surfaces , the light sources configured to illuminate the indicia , wherein each non-opaque display element is arranged in a respective chamber . a housing providing multiple chambers ; light sources in communication with the chambers ; the chambers being opaque to prevent light from passing into adjoining chambers and non-opaque display elements in communication with the chambers and having exterior surfaces , indicia etched interiorly of the exterior surfaces without the indicia providing a portion of the exterior surfaces , the light sources configured to illuminate the indicia , wherein each non-opaque display element is arranged in a respective chamber .
A vaporizer, comprising: a liquid storage housing having a liquid storage cavity formed therein; and a base arranged at one end of the liquid storage housing , wherein the base comprises an air inlet protruding stage , wherein the air inlet protruding stage is provided with at least one first air inlet hole and at least one second air inlet hole , wherein the first air inlet hole and the second air inlet hole have different cross-sectional areas, characterized in that the air inlet protruding stage has an upper surface facing the liquid storage cavity , wherein the upper surface is in a shape of a protrusion, wherein the first air inlet hole and the second air inlet hole extend from the upper surface away from the liquid storage cavity . a liquid storage housing having a liquid storage cavity formed therein; and a base arranged at one end of the liquid storage housing , wherein the base comprises an air inlet protruding stage , wherein the air inlet protruding stage is provided with at least one first air inlet hole and at least one second air inlet hole , wherein the first air inlet hole and the second air inlet hole have different cross-sectional areas, characterized in that the air inlet protruding stage has an upper surface facing the liquid storage cavity , wherein the upper surface is in a shape of a protrusion, wherein the first air inlet hole and the second air inlet hole extend from the upper surface away from the liquid storage cavity .
A network system comprising: at least one server device (200, 200-1, 200-2, 200-3); and a terminal device (100, 100-1, 100-2, 100-3, 100A, 100B) configured to access any of the at least one server device, wherein the terminal device is configured to authenticate a network address of any of the at least one server device and communicate data with the any of the at least one server device, and when the server device receives a request from the terminal device, the server device provides a service in accordance with an authenticated network address of the terminal device that has issued the request, characterized in that the terminal device comprises a first communication program (1322; 132) directed to a data link layer, a second communication program (1324; 132) directed to a transport layer and a network layer, and an address authentication program connected between the first communication program and the second communication program, and the address authentication program is adapted to authenticate, between the address authentication program and the server device, a network address of the server device to be used for data transmission requested by the second communication program. at least one server device (200, 200-1, 200-2, 200-3); and a terminal device (100, 100-1, 100-2, 100-3, 100A, 100B) configured to access any of the at least one server device, wherein the terminal device is configured to authenticate a network address of any of the at least one server device and communicate data with the any of the at least one server device, and when the server device receives a request from the terminal device, the server device provides a service in accordance with an authenticated network address of the terminal device that has issued the request, characterized in that the terminal device comprises a first communication program (1322; 132) directed to a data link layer, a second communication program (1324; 132) directed to a transport layer and a network layer, and an address authentication program connected between the first communication program and the second communication program, and the address authentication program is adapted to authenticate, between the address authentication program and the server device, a network address of the server device to be used for data transmission requested by the second communication program.
A system comprising: a data storage device containing encrypted data to be decrypted; and a virtual zeroisation, VZ, storage device containing key material for decrypting data, wherein the VZ storage device comprises a storage device containing the key material for decrypting data, an encryption unit configured to decrypt the encrypted data by using a portion of the key material and store the decrypted data in the used portion of the key material, and an erase unit configured to erase the decrypted data stored in the storage device after the decrypted data has been read out from the storage device; a cache device comprising volatile memory and coupled to the VZ storage device, the cache device configured to temporarily store the decrypted data received from the storage device; a cache controller configured to erase the decrypted data from the cache device in response to an event, wherein the event is a user triggered event or environmental changes that are detected by sensors. a data storage device containing encrypted data to be decrypted; and a virtual zeroisation, VZ, storage device containing key material for decrypting data, wherein the VZ storage device comprises a storage device containing the key material for decrypting data, an encryption unit configured to decrypt the encrypted data by using a portion of the key material and store the decrypted data in the used portion of the key material, and an erase unit configured to erase the decrypted data stored in the storage device after the decrypted data has been read out from the storage device; a storage device containing the key material for decrypting data, an encryption unit configured to decrypt the encrypted data by using a portion of the key material and store the decrypted data in the used portion of the key material, and an erase unit configured to erase the decrypted data stored in the storage device after the decrypted data has been read out from the storage device; a cache device comprising volatile memory and coupled to the VZ storage device, the cache device configured to temporarily store the decrypted data received from the storage device; a cache controller configured to erase the decrypted data from the cache device in response to an event, wherein the event is a user triggered event or environmental changes that are detected by sensors.
Method for producing a dental prosthesis from a prosthesis base and a plurality of prosthesis teeth , characterized by the following chronological steps: A) Provision of the prosthesis teeth and of the prosthesis base , wherein the prosthesis base is produced and/or processed with a CAM process or a rapid-prototyping process, such that the prosthesis base comprises tooth sockets for locating the basal surfaces of the prosthesis teeth , wherein the tooth sockets of the prosthesis base are larger than the corresponding basal surfaces of the prosthesis teeth , such that the prosthesis teeth are movable in the tooth sockets of the prosthesis base ; B) a plastically deformable connecting means is applied onto the tooth sockets and/or basally onto the prosthesis teeth ; C) the prosthesis teeth are located into the tooth sockets of the prosthesis base , and in this situation are connected with the aid of the connecting means to the prosthesis base in such a way that the prosthesis teeth , after locating in the tooth sockets , are movable in relation to the prosthesis base , wherein the position and the alignment of the prosthesis teeth to the prosthesis base remain retained if no external force effect is exerted onto the prosthesis teeth ; D) the position and/or the alignment of at least one prosthesis tooth in the prosthesis base is changed; and E) the plastically deformable connecting means is hardened, and the prosthesis teeth in this situation are securely connected to the prosthesis base , wherein the position and the alignment of the prosthesis teeth in relation to the prosthesis base remain retained. A) Provision of the prosthesis teeth and of the prosthesis base , wherein the prosthesis base is produced and/or processed with a CAM process or a rapid-prototyping process, such that the prosthesis base comprises tooth sockets for locating the basal surfaces of the prosthesis teeth , wherein the tooth sockets of the prosthesis base are larger than the corresponding basal surfaces of the prosthesis teeth , such that the prosthesis teeth are movable in the tooth sockets of the prosthesis base ; B) a plastically deformable connecting means is applied onto the tooth sockets and/or basally onto the prosthesis teeth ; C) the prosthesis teeth are located into the tooth sockets of the prosthesis base , and in this situation are connected with the aid of the connecting means to the prosthesis base in such a way that the prosthesis teeth , after locating in the tooth sockets , are movable in relation to the prosthesis base , wherein the position and the alignment of the prosthesis teeth to the prosthesis base remain retained if no external force effect is exerted onto the prosthesis teeth ; D) the position and/or the alignment of at least one prosthesis tooth in the prosthesis base is changed; and E) the plastically deformable connecting means is hardened, and the prosthesis teeth in this situation are securely connected to the prosthesis base , wherein the position and the alignment of the prosthesis teeth in relation to the prosthesis base remain retained.
Method for exposure control of a selective laser sintering or laser melting device for producing three-dimensional objects, comprising the following method steps: - providing a selective laser sintering or laser melting device , in which three-dimensional objects can be produced by successive hardening of layers of a powdery construction material , hardenable by means of irradiation, at the points corresponding to the relevant cross-section of the object, wherein the provided device comprises an irradiation means for irradiating layers of the construction material, which irradiation means comprises a plurality of scanners which can be actuated separately and irradiate the construction material simultaneously, characterised by the following method steps: - separate recording of the irradiation times of each individual scanner and /or the irradiation surfaces recorded by each individual scanner in a first step, and storing the recorded irradiation times and/or irradiation surfaces; - comparing the irradiation times and/or irradiation surfaces of the individual scanners with one another; - redetermining the surface regions of a construction material layer that are to be irradiated by each individual scanner in such a way that the irradiation times for each individual scanner are brought as close together as possible and/or the irradiation surfaces of each individual scanner are matched to one another as far as possible, in terms of surface area, wherein the method is performed iteratively. - providing a selective laser sintering or laser melting device , in which three-dimensional objects can be produced by successive hardening of layers of a powdery construction material , hardenable by means of irradiation, at the points corresponding to the relevant cross-section of the object, wherein the provided device comprises an irradiation means for irradiating layers of the construction material, which irradiation means comprises a plurality of scanners which can be actuated separately and irradiate the construction material simultaneously, - separate recording of the irradiation times of each individual scanner and /or the irradiation surfaces recorded by each individual scanner in a first step, and storing the recorded irradiation times and/or irradiation surfaces; - comparing the irradiation times and/or irradiation surfaces of the individual scanners with one another; - redetermining the surface regions of a construction material layer that are to be irradiated by each individual scanner in such a way that the irradiation times for each individual scanner are brought as close together as possible and/or the irradiation surfaces of each individual scanner are matched to one another as far as possible, in terms of surface area, wherein
A controller for a transport climate control system , comprising: a main processor configured to control operation of a compressor of the transport climate control system ; a co-processor separate from the main processor and dedicated to monitoring an independent sensor ; and a verification memory connected in electronic communication with only the co-processor and not in electronic communication with the main processor , wherein the co-processor is configured to receive verification data from the independent sensor via a dedicated bus, wherein the independent sensor is not in communication with the main processor , wherein the main processor and the co-processor are different processor chips included in a single housing, wherein the independent sensor is not used by the controller to control operation of the transport climate control system , and wherein electronic communication between the controller and the independent sensor does not enable sensed verification values or parameters to be utilized in control of a climate control unit of the transport climate control system . a main processor configured to control operation of a compressor of the transport climate control system ; a co-processor separate from the main processor and dedicated to monitoring an independent sensor ; and a verification memory connected in electronic communication with only the co-processor and not in electronic communication with the main processor , wherein the co-processor is configured to receive verification data from the independent sensor via a dedicated bus, wherein the independent sensor is not in communication with the main processor , wherein the main processor and the co-processor are different processor chips included in a single housing, wherein the independent sensor is not used by the controller to control operation of the transport climate control system , and wherein electronic communication between the controller and the independent sensor does not enable sensed verification values or parameters to be utilized in control of a climate control unit of the transport climate control system .
Gluing machine for attaching an edge band (U) to an end face (S) of a workpiece plate (W), with a portable machine housing which may be guided manually along the workpiece plate (W), with an adhesive applicator for the application of adhesive (K) to a rear of the edge band (U) and with a band guidance device to guide the edge band (U) provided with adhesive (K) on to the end face (S) of the workpiece plate (W) for gluing to the end face (S), wherein the gluing machine has at least one workpiece guide surface provided for support and guidance on an upper side (O) of the workpiece plate (W) extending next to the end face (S), so that the gluing machine in its position of use is supported on its upper side (O) during application of the edge band (U) to the end face (S) of the workpiece plate (W), and wherein a band outlet of the band guidance device is located next to the workpiece guide surface to guide the edge band (U) on the end face (S) of a workpiece plate (W), so that the band guidance device in the position of use of the gluing machine guides the edge band (U) beneath the workpiece guide surface on the end face (S) of the workpiece plate (W), characterised in that it has a width setting device for matching the band guidance device to a respective width (B) of the edge band (U).
A lubricating composition comprising: an oil of lubricating viscosity, an alkali earth metal sulphonate detergent present in an amount to provide at least 1 wt % sulphonate soap to the lubricating composition, an alkaline earth metal phenol-based detergent present in amount to provide at least 3.5 wt % to 10 wt% phenol-containing soap to the lubricating composition, wherein the phenol-based detergent is chosen from a salixarate, a salicylate and mixtures thereof, the sulphonate detergent comprises a mixture of a 300 TBN or higher alkaline earth metal sulphonate detergent having a metal ratio of 10 to 40, and a TBN of less than 100 alkaline earth metal sulphonate detergent having a metal ratio of 1 to 6, the sulphonate detergent provides no more than 50% of the total base number derived from a detergent, and the lubricating composition has a total base number of 10 to 25 mg KOH/g. an oil of lubricating viscosity, an alkali earth metal sulphonate detergent present in an amount to provide at least 1 wt % sulphonate soap to the lubricating composition, an alkaline earth metal phenol-based detergent present in amount to provide at least 3.5 wt % to 10 wt% phenol-containing soap to the lubricating composition, wherein the phenol-based detergent is chosen from a salixarate, a salicylate and mixtures thereof, the sulphonate detergent comprises a mixture of a 300 TBN or higher alkaline earth metal sulphonate detergent having a metal ratio of 10 to 40, and a TBN of less than 100 alkaline earth metal sulphonate detergent having a metal ratio of 1 to 6, the sulphonate detergent provides no more than 50% of the total base number derived from a detergent, and the lubricating composition has a total base number of 10 to 25 mg KOH/g.