mhurhangee/ep-ind-claims huggingface dataset:
A system for the application of plaster on a surface, said system comprising at least one group (1, 1') comprising: - support means (2, 14') fixable to said surface; - a plurality of screws (4, 4') which can be screwed into said support means (2, 14'), each screw of said plurality of screws (4, 4') being provided with a head wherein a seat is formed; a level bar, characterized in that said system further comprising: - a plurality of alignment members (7, 7'), wherein each alignment member of said plurality of alignment members (7, 7') is provided with an engagement portion configured to engage rotatably in said seat; in each alignment member of said plurality of alignment members (7, 7') there being formed a groove; and - said level bar (11, 11') is configured in such a way as to be able to be coupled with said groove; so that when said plurality of screws (4, 4') is screwed into said support means (2, 14') fixed, in use, to said surface and said plurality of screws (4, 4'), said plurality of alignment members (7, 7') and said level bar (11, 11') are mutually coupled by inserting said engagement portion into said seat and said level bar (11, 11') in said groove, said level bar (11, 11') is vertically positionable, i.e. plumb, by adjusting the screwing of said plurality of screws (4, 4') so as to provide a rest for levelling, in use, a determined quantity of material for plaster arranged on said surface. - support means (2, 14') fixable to said surface; - a plurality of screws (4, 4') which can be screwed into said support means (2, 14'), each screw of said plurality of screws (4, 4') being provided with a head wherein a seat is formed; a level bar, - a plurality of alignment members (7, 7'), wherein each alignment member of said plurality of alignment members (7, 7') is provided with an engagement portion configured to engage rotatably in said seat; in each alignment member of said plurality of alignment members (7, 7') there being formed a groove; and - said level bar (11, 11') is configured in such a way as to be able to be coupled with said groove;
A method for authenticating a user of an in-home display IHD for checking a usage status of energy in homes using a mobile terminal in a system for authenticating a user of an IHD including an authentication server, wherein the method comprises: receiving and installing, by the mobile terminal, an authentication application from the authentication server; transmitting, by the authentication application on the mobile terminal, authentication request data to the authentication server; transmitting, by the authentication server to a management server that manages the IHD, the authentication request data; transmitting, by the management server to the IHD, the authentication data; displaying, by the IHD, a message in relation to a user confirmation, wherein the message includes a message for requesting the user to identify himself by using unique information of the mobile terminal; receiving (S36; S56), by the IHD, a user confirmation; transmitting, upon the user confirmation, by the IHD, authentication complete data to the management server; transmitting, by the management server, authentication complete data to the authentication server; and transmitting, by the authentication server, a permission message to the IHD or the mobile terminal, wherein the authentication request data includes unique information of the mobile terminal and unique information of the IHD. receiving and installing, by the mobile terminal, an authentication application from the authentication server; transmitting, by the authentication application on the mobile terminal, authentication request data to the authentication server; transmitting, by the authentication server to a management server that manages the IHD, the authentication request data; transmitting, by the management server to the IHD, the authentication data; displaying, by the IHD, a message in relation to a user confirmation, wherein the message includes a message for requesting the user to identify himself by using unique information of the mobile terminal; receiving (S36; S56), by the IHD, a user confirmation; transmitting, upon the user confirmation, by the IHD, authentication complete data to the management server; transmitting, by the management server, authentication complete data to the authentication server; and transmitting, by the authentication server, a permission message to the IHD or the mobile terminal, wherein the authentication request data includes unique information of the mobile terminal and unique information of the IHD.
An apparatus comprising: a processing unit configured to - perform generalized frequency division multiplexing, GFDM, modulation of input data, wherein a symbol is divided into a number of subsymbols, - variably set at least any of bandwidth of a subcarrier or time length of a subsymbol included in a unit resource including one or more subcarriers or one or more subsymbols, and - set at least a part of a frequency band corresponding to an unused subcarrier of a first resource that is provided for use by a first destination as a used subcarrier in a second resource that is provided for use by a second destination, the second resource including the unit resource in which the bandwidth of the subcarrier is less than in the first resource, wherein the first destination is the same as or different than the second destination, and wherein the unused subcarrier of the first resource includes a DC subcarrier of the first resource and/or a subcarrier around a DC subcarrier of the first resource and/or a guard band. a processing unit configured to - perform generalized frequency division multiplexing, GFDM, modulation of input data, wherein a symbol is divided into a number of subsymbols, - variably set at least any of bandwidth of a subcarrier or time length of a subsymbol included in a unit resource including one or more subcarriers or one or more subsymbols, and - set at least a part of a frequency band corresponding to an unused subcarrier of a first resource that is provided for use by a first destination as a used subcarrier in a second resource that is provided for use by a second destination, the second resource including the unit resource in which the bandwidth of the subcarrier is less than in the first resource, - perform generalized frequency division multiplexing, GFDM, modulation of input data, wherein a symbol is divided into a number of subsymbols, - variably set at least any of bandwidth of a subcarrier or time length of a subsymbol included in a unit resource including one or more subcarriers or one or more subsymbols, and - set at least a part of a frequency band corresponding to an unused subcarrier of a first resource that is provided for use by a first destination as a used subcarrier in a second resource that is provided for use by a second destination, the second resource including the unit resource in which the bandwidth of the subcarrier is less than in the first resource, wherein the first destination is the same as or different than the second destination, and wherein the unused subcarrier of the first resource includes a DC subcarrier of the first resource and/or a subcarrier around a DC subcarrier of the first resource and/or a guard band.
Method for starting up a processing plant for producing plastics material granulate, comprising the following steps: - providing a processing plant having -- a screw machine, -- an electric drive device for the screw machine, -- a metering device for feeding a plastics material to be processed into the screw machine, -- a granulating device arranged downstream of the screw machine in a conveying direction of the plastics material, and -- a control device, - driving the screw machine by means of the drive device, - feeding the plastics material to be processed into the screw machine by means of the metering device, - determining at least one conveying position (P 1, P 2) of the plastics material in the screw machine by evaluating at least one measuring signal (p(P 1), p(P 2); M, p(P 2); P W, p(P 2)) determined for the processing plant by means of the control device, and - activating the granulating device depending on the at least one conveying position (P 1, P 2) determined, characterized in that a starting time T 0 for starting a predefined process for putting the granulating device into operation is determined with the aid of the at least one measuring signal (p(P 1); M; P W) by means of the control device, and that a valve of the granulating device for feeding granulating water is activated proceeding from the starting time T 0 at a time interval ΔT W. - providing a processing plant having -- a screw machine, -- an electric drive device for the screw machine, -- a metering device for feeding a plastics material to be processed into the screw machine, -- a granulating device arranged downstream of the screw machine in a conveying direction of the plastics material, and -- a control device, -- a screw machine, -- an electric drive device for the screw machine, -- a metering device for feeding a plastics material to be processed into the screw machine, -- a granulating device arranged downstream of the screw machine in a conveying direction of the plastics material, and -- a control device, - driving the screw machine by means of the drive device, - feeding the plastics material to be processed into the screw machine by means of the metering device, - determining at least one conveying position (P 1, P 2) of the plastics material in the screw machine by evaluating at least one measuring signal (p(P 1), p(P 2); M, p(P 2); P W, p(P 2)) determined for the processing plant by means of the control device, and - activating the granulating device depending on the at least one conveying position (P 1, P 2) determined,
Illumination device for an airport taxiway having a base support, on which at least one lighting unit is mounted, wherein the lighting unit comprises a light source, a reflector and a covering light pane, wherein the light source and the reflector are integrated to a common lighting module, and the light source and the reflector are mounted on a common support of the lighting module, which support is removably attached to the base support (1, 21), characterized in that the light pane is insertable in a recess of the base support through a sealing, and is press-fitted by fixing the lighting module at the base support in the inserted position.
A computer-implemented method for improving fault sensitivity of a digital logic circuit (140; 500), comprising: identifying, by a computing system, a schematic for an initial version of the digital logic circuit (140; 500), the schematic specifying a plurality of digital logic gates (200, 210, 220) and connections among the plurality of digital logic gates (200, 210, 220) in the initial version of the digital logic circuit (140; 500); determining a cumulative output delay for each output gate of the plurality of digital logic gates (200, 210, 220) in the initial version of the digital logic circuit (140; 500); and generating, by the computing system, a modified version of the digital logic circuit by iteratively adding delay elements to the initial version of the digital logic circuit (140; 500) until a variance between the cumulative output delays of the output gates is within a threshold, characterised in that generating the modified version of the digital logic circuit comprises using a genetics algorithm to minimize: (i) a variance between the cumulative output delays of the output gates of the modified version of the digital logic circuit and (ii) a physical size of the modified version of the digital logic circuit. identifying, by a computing system, a schematic for an initial version of the digital logic circuit (140; 500), the schematic specifying a plurality of digital logic gates (200, 210, 220) and connections among the plurality of digital logic gates (200, 210, 220) in the initial version of the digital logic circuit (140; 500); determining a cumulative output delay for each output gate of the plurality of digital logic gates (200, 210, 220) in the initial version of the digital logic circuit (140; 500); and generating, by the computing system, a modified version of the digital logic circuit by iteratively adding delay elements to the initial version of the digital logic circuit (140; 500) until a variance between the cumulative output delays of the output gates is within a threshold, characterised in that generating the modified version of the digital logic circuit comprises using a genetics algorithm to minimize: (i) a variance between the cumulative output delays of the output gates of the modified version of the digital logic circuit and (ii) a physical size of the modified version of the digital logic circuit.
Device for the control of the penetration depth of a needle for injections, comprising: - at least a supporting element, which is associable with at least one between a dispensing device for dispensing a substance and an injection needle for the injection of the substance in the skin of a user; - at least a contact element, which is associable with said supporting element in a translatable way along a sliding direction substantially parallel to said injection needle and suitable for coming into contact with the skin of the user; and - adjustment means (21, 22) for adjusting the travel stroke of said contact element on said supporting element; characterized by the fact that said supporting element comprises interlocking means of said injection needle which comprise at least a tooth element which can be interlocked on a corresponding locator obtained on said injection needle, said supporting element is intended to be fitted on said injection needle, which in turn is fitted over said dispensing device. - at least a supporting element, which is associable with at least one between a dispensing device for dispensing a substance and an injection needle for the injection of the substance in the skin of a user; - at least a contact element, which is associable with said supporting element in a translatable way along a sliding direction substantially parallel to said injection needle and suitable for coming into contact with the skin of the user; and - adjustment means (21, 22) for adjusting the travel stroke of said contact element on said supporting element;
Apparatus for determining a temperature in a passenger compartment of a vehicle, comprising a sensor device for detecting infrared, IR, radiation, preferably an IR camera and/or thermal imaging camera; and a temperature determination device, which is configured to determine a surface temperature of a predetermined object (7a, 7b) located in the passenger compartment of the vehicle depending on measurement data of the sensor device and to determine an air temperature in the passenger compartment of the vehicle from the determined surface temperature of the object (6a, 6b, 7a, 7b) by using a first functional relationship; wherein the temperature determination device is configured to determine a surface temperature, preferably a face and/or hand temperature, for at least one occupant of the passenger compartment depending on measurement data of the sensor device, wherein the temperature determination device is configured to determine a measure of the person's comfort (43a, 43b, 43c, 43d) from the determined surface temperature by using a second functional relationship; characterized in that an equivalent temperature of the face and/or an equivalent temperature of an entire body of the occupant is determined for determining the measure of the person's comfort. a sensor device for detecting infrared, IR, radiation, preferably an IR camera and/or thermal imaging camera; and a temperature determination device, which is configured to determine a surface temperature of a predetermined object (7a, 7b) located in the passenger compartment of the vehicle depending on measurement data of the sensor device and to determine an air temperature in the passenger compartment of the vehicle from the determined surface temperature of the object (6a, 6b, 7a, 7b) by using a first functional relationship; wherein the temperature determination device is configured to determine a surface temperature, preferably a face and/or hand temperature, for at least one occupant of the passenger compartment depending on measurement data of the sensor device, wherein the temperature determination device is configured to determine a measure of the person's comfort (43a, 43b, 43c, 43d) from the determined surface temperature by using a second functional relationship; characterized in that an equivalent temperature of the face and/or an equivalent temperature of an entire body of the occupant is determined for determining the measure of the person's comfort.
A composition comprising two or more different Neisserial proteins, wherein the two or more different Neisserial proteins include a first protein from a Neisseria bacterium and a second protein from a Neisseria bacterium, and wherein (i) the first protein comprises an amino acid sequence selected from (a) SEQ ID NO: 2182; (b) a sequence having greater than 80% sequence identity to SEQ ID NO: 2182; and the second protein comprises an amino acid sequence selected from (a) one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2181 and 2183-4002; (b) a sequence having greater than 80% sequence identity to one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2181 and 2183-4002; or (ii) the first protein comprises an amino acid sequence selected from (a) SEQ ID NO: 2184; (b) a sequence having greater than 80% sequence identity SEQ ID NO: 2184; and the second protein comprises an amino acid sequence selected from (a) one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2183 and 2185-4002; (b) a sequence having greater than 80% sequence identity to one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2183 and 2185-4002; or (iii) the first protein comprises an amino acid sequence selected from (a) SEQ ID NO: 2186; (b) a sequence having greater than 80% sequence identity to SEQ ID NO: 2186; and the second protein comprises an amino acid sequence selected from (a) one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2185 and 2187-4002; (b) a sequence having greater than 80% sequence identity to one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2185 and 2187-4002. (i) the first protein comprises an amino acid sequence selected from (a) SEQ ID NO: 2182; (b) a sequence having greater than 80% sequence identity to SEQ ID NO: 2182; and the second protein comprises an amino acid sequence selected from (a) one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2181 and 2183-4002; (b) a sequence having greater than 80% sequence identity to one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2181 and 2183-4002; or (ii) the first protein comprises an amino acid sequence selected from (a) SEQ ID NO: 2184; (b) a sequence having greater than 80% sequence identity SEQ ID NO: 2184; and the second protein comprises an amino acid sequence selected from (a) one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2183 and 2185-4002; (b) a sequence having greater than 80% sequence identity to one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2183 and 2185-4002; or (iii) the first protein comprises an amino acid sequence selected from (a) SEQ ID NO: 2186; (b) a sequence having greater than 80% sequence identity to SEQ ID NO: 2186; and the second protein comprises an amino acid sequence selected from (a) one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2185 and 2187-4002; (b) a sequence having greater than 80% sequence identity to one of the even SEQ ID NOs selected from SEQ ID NOs: 1-2185 and 2187-4002.
A device for producing pulverulent plastics with as spherical a structure as possible, wherein a hot melt of a product is sprayed and cooled off, comprising a container delimiting an interior space, a nozzle device, which is disposed in an upper region of the interior space and which is connected to a supplying conveyor pipe for the hot melt of the product, wherein the melt exits the nozzle device and separates into small droplets that fall downward in the interior space, a supply unit for a cryogas, preferably CO 2 or N 2, having several outlet openings, which are disposed in a circumferentially distributed manner and to which the cryogas is supplied in a predominantly liquid state, and which a cryogas flow, which comes into contact with the small droplets, exits into the interior space, and a pneumatic discharge device in the lower region of the interior space for discharging the cooled-off, pulverulent substance, characterized in that the supply unit is located above or at the same level as the nozzle device, that the hot melt of the product exits the nozzle device in the shape of a spray cone, that the cryogas flow exits the supply unit in the shape of a cone, and that the spray cone is located within the cone of the cryogas flow.
A multimodality imaging arrangement for providing at least one electro-magnetic radiation to an anatomical structure, comprising: a multimodality imaging system comprising a microstructural imaging system and a complementary imaging system; a multimodality catheter comprising: - at least one optical core for providing a first imaging channel for a microstructural imaging modality; - at least one cladding at least partially surrounding the at least one core for providing a second imaging channel for a complementary imaging modality; and - a low-index crosstalk barrier trench therebetween for reducing a cross-talk between the first and second imaging channels; at least one optical apparatus (250, 260, 430, 460) which includes a lens configuration that is configured to direct the at least one radiation via the at least one optical core to the anatomical structure; and wherein the multimodality imaging system is configured to, via the lens configuration, receive at least two radiations from the anatomical structure via the at least one optical core and the at least one cladding. a multimodality imaging system comprising a microstructural imaging system and a complementary imaging system; a multimodality catheter comprising: - at least one optical core for providing a first imaging channel for a microstructural imaging modality; - at least one cladding at least partially surrounding the at least one core for providing a second imaging channel for a complementary imaging modality; and - a low-index crosstalk barrier trench therebetween for reducing a cross-talk between the first and second imaging channels; - at least one optical core for providing a first imaging channel for a microstructural imaging modality; - at least one cladding at least partially surrounding the at least one core for providing a second imaging channel for a complementary imaging modality; and - a low-index crosstalk barrier trench therebetween for reducing a cross-talk between the first and second imaging channels; at least one optical apparatus (250, 260, 430, 460) which includes a lens configuration that is configured to direct the at least one radiation via the at least one optical core to the anatomical structure; and wherein the multimodality imaging system is configured to, via the lens configuration, receive at least two radiations from the anatomical structure via the at least one optical core and the at least one cladding.