mhurhangee/ep-ind-claims huggingface dataset:
A hot melt adhesive comprising following components: from 20 to 75 wt.%, based on the total weight of the hot melt adhesive, of a base adhesive polymer component, wherein the base adhesive polymer component comprises i) from 5 to 50 wt.%, based on the total weight of the hot melt adhesive, of a metallocene polyolefin component; and, ii) from 20 to 50 wt.%, based on the total weight of the hot melt adhesive, of an amorphous α-olefin polymer component; from 0.5 to 10 wt.%, based on the total weight of the hot melt adhesive, of a maleated polyolefin; and, from 20-60 wt.%, of a hydrogenated hydrocarbon tackifier, based on the total weight of the hot melt adhesive. from 20 to 75 wt.%, based on the total weight of the hot melt adhesive, of a base adhesive polymer component, wherein the base adhesive polymer component comprises i) from 5 to 50 wt.%, based on the total weight of the hot melt adhesive, of a metallocene polyolefin component; and, ii) from 20 to 50 wt.%, based on the total weight of the hot melt adhesive, of an amorphous α-olefin polymer component; i) from 5 to 50 wt.%, based on the total weight of the hot melt adhesive, of a metallocene polyolefin component; and, ii) from 20 to 50 wt.%, based on the total weight of the hot melt adhesive, of an amorphous α-olefin polymer component; from 0.5 to 10 wt.%, based on the total weight of the hot melt adhesive, of a maleated polyolefin; and, from 20-60 wt.%, of a hydrogenated hydrocarbon tackifier, based on the total weight of the hot melt adhesive.
Apparatus comprising: a can body conveying mechanism for conveying can bodies to a printing zone; a blanket wheel comprising a plurality of blanket segments and, affixed to each blanket segment, a blanket having a printing surface, the blanket wheel being configured to bring blanket printing surfaces into contact with can bodies within said printing zone; and a plurality of ink stations each comprising a printing plate configured to contact the printing surfaces of passing blankets in order to impart a primary ink image to the printing surfaces, such that a composite ink image is formed on each blanket printing surface and is printed onto a can body upon contact of the blanket printing surface and the can body within the printing zone, wherein each blanket comprises a secondary image represented by a surface height variation across the printing surface of the blanket, the secondary image being within a surrounding area of lower or reduced height allowing the secondary image to be printed on a can body as a positive image, and characterised in that the printing plates are configured such that said surrounding area lies wholly within a region of the primary ink image that is unprinted onto the blanket. a can body conveying mechanism for conveying can bodies to a printing zone; a blanket wheel comprising a plurality of blanket segments and, affixed to each blanket segment, a blanket having a printing surface, the blanket wheel being configured to bring blanket printing surfaces into contact with can bodies within said printing zone; and a plurality of ink stations each comprising a printing plate configured to contact the printing surfaces of passing blankets in order to impart a primary ink image to the printing surfaces, such that a composite ink image is formed on each blanket printing surface and is printed onto a can body upon contact of the blanket printing surface and the can body within the printing zone, wherein each blanket comprises a secondary image represented by a surface height variation across the printing surface of the blanket, the secondary image being within a surrounding area of lower or reduced height allowing the secondary image to be printed on a can body as a positive image, and characterised in that the printing plates are configured such that said surrounding area lies wholly within a region of the primary ink image that is unprinted onto the blanket.
A data processing device 1 for processing security-critical data elements 2 of a data stream, consisting of: - a first part, the security module 11, and - a second part, the processing module 12, wherein data elements 2 which contain critical information in at least one part which is the same for all data elements 2, the allocation block 21, can be processed in these parts, wherein, in the security module 11, each allocation block 21 of the data element 2 is replaced by a respective interim code 3, which can only be coded in the security module 11, and - the data element 2 which is provided with the interim code 3 is processed in the processing module 12, and - for each processed and each unprocessed data element 2, the interim code 3 can be replaced again by the original allocation block 21 only in the security module 11, characterized in that the critical information of a data element 2 is divided in one direction of the data stream, and - a first part of the critical information can be stored together with the interim code 3 in the security module 11, and - the second part of the critical information can be routed to the processing module 12 together with the interim code 3, and - in the other direction of the data stream, the critical information can be fused back together in the security module 11, and - a series of different interim codes 3 is stored in the security module 11, and - one of these different interim codes can be selected by a random generator in order to replace the allocation block 21 of a data set 2, and - which interim code 3 has replaced which allocation block 21 can be stored in a memory inside the security module, and - when an interim code is converted back, the original allocation block 21 can be called from the memory, and - the security module 11 and the processing module 12 are only connected to each other by one data interface. - a first part, the security module 11, and - a second part, the processing module 12, - the data element 2 which is provided with the interim code 3 is processed in the processing module 12, and - for each processed and each unprocessed data element 2, the interim code 3 can be replaced again by the original allocation block 21 only in the security module 11, - a first part of the critical information can be stored together with the interim code 3 in the security module 11, and - the second part of the critical information can be routed to the processing module 12 together with the interim code 3, and - in the other direction of the data stream, the critical information can be fused back together in the security module 11, and - a series of different interim codes 3 is stored in the security module 11, and - one of these different interim codes can be selected by a random generator in order to replace the allocation block 21 of a data set 2, and - which interim code 3 has replaced which allocation block 21 can be stored in a memory inside the security module, and - when an interim code is converted back, the original allocation block 21 can be called from the memory, and - the security module 11 and the processing module 12 are only connected to each other by one data interface.
An elevator apparatus, comprising: an elevator control portion for controlling operation of a car; and an electronic safety controller for detecting abnormality of an elevator based on a detection signal from a sensor (15, 23, 24) for detecting a state of the elevator and outputting a command signal for shifting the elevator to a safe state, the electronic safety controller calculates, independently from the elevator control portion, the speed of the car, characterized in that the elevator control portion calculates a speed of the car, and the elevator control portion is capable of communicating with the electronic safety controller and is capable of confirming a state of communication with the electronic safety controller at predetermined timings. an elevator control portion for controlling operation of a car; and an electronic safety controller for detecting abnormality of an elevator based on a detection signal from a sensor (15, 23, 24) for detecting a state of the elevator and outputting a command signal for shifting the elevator to a safe state, the electronic safety controller calculates, independently from the elevator control portion, the speed of the car, characterized in that the elevator control portion calculates a speed of the car, and the elevator control portion is capable of communicating with the electronic safety controller and is capable of confirming a state of communication with the electronic safety controller at predetermined timings.
A textile, comprising a main material layer and an information carrier, which contains haptically detectable information and is arranged as an embroidery made of Braille dots which is applied to the main material, characterized in that the embroidery has a multi-ply design, wherein a first ply of the Braille dots is arranged as a star-shaped stitching that is stitched onto the main material layer, and a second ply of the Braille dots is arranged as a first cover stitching ply that covers the first ply and is stitched onto the main material layer and/or the first ply.
A method for wireless communications, comprising: determining frame alignment between a boundary of a slot of a Bluetooth first radio access technology and a boundary of a subframe of a Long Term Evolution, LTE, second radio access technology; determining available communication resources for the first radio access technology according to a timing configuration of the second radio access technology so that a master transmit slot of the first radio access technology is determined to be available if a start of a next slave transmit slot of the first radio access technology is in an LTE downlink subframe or an unused LTE uplink subframe; scheduling communications of the first radio access technology using the master transmit slot in accordance with a current radio frequency interference condition between the first and second radio access technologies; and selecting a transmit packet length of at least one slave transmit slot of the first radio access technology to align a next master transmit slot of the first radio access technology either with a downlink subframe of the second radio access technology or with an uplink subframe of the second radio access technology when the uplink subframe is unused. determining frame alignment between a boundary of a slot of a Bluetooth first radio access technology and a boundary of a subframe of a Long Term Evolution, LTE, second radio access technology; determining available communication resources for the first radio access technology according to a timing configuration of the second radio access technology so that a master transmit slot of the first radio access technology is determined to be available if a start of a next slave transmit slot of the first radio access technology is in an LTE downlink subframe or an unused LTE uplink subframe; scheduling communications of the first radio access technology using the master transmit slot in accordance with a current radio frequency interference condition between the first and second radio access technologies; and selecting a transmit packet length of at least one slave transmit slot of the first radio access technology to align a next master transmit slot of the first radio access technology either with a downlink subframe of the second radio access technology or with an uplink subframe of the second radio access technology when the uplink subframe is unused.
A microscope system, comprising: an observation optical system comprising a microscope objective and an image capturing device and through which a specimen inside a specimen container is observed; a casing with a sealed structure, in which the entire observation optical system is housed; an airtight specimen chamber that houses a stand on which the specimen container is placed and comprises an open/close lid opened and closed when inserting or removing the specimen container and comprises an observation window for observing the specimen with the observation optical system; and an environment control unit that controls temperature and humidity in the specimen chamber and also controls temperature inside the casing, wherein environmental conditions of the specimen chamber and the casing are set independent of each other. an observation optical system comprising a microscope objective and an image capturing device and through which a specimen inside a specimen container is observed; a casing with a sealed structure, in which the entire observation optical system is housed; an airtight specimen chamber that houses a stand on which the specimen container is placed and comprises an open/close lid opened and closed when inserting or removing the specimen container and comprises an observation window for observing the specimen with the observation optical system; and an environment control unit that controls temperature and humidity in the specimen chamber and also controls temperature inside the casing, wherein environmental conditions of the specimen chamber and the casing are set independent of each other.
A computer implemented method comprising: identifying a potential sign position from current optical data collected along a current path by a first collection device, the potential sign position being a position of a sign yet to be confirmed as a sign associated with the current path; analyzing the current optical data as a function of one or more false positive sign locations by comparing a distance between the potential sign position and a closest of the one or more false positive sign locations based on a generated false positive profile indicating one or more false positive sign locations along a current path, the one or more false positive sign locations identified from received optical data collected along the current path by a second collection device; when the distance between the potential sign position and the closest of the one or more false positive sign locations is less than a threshold, applying a first algorithm to the current optical data to remove the potential sign position from consideration as a confirmed sign position in the provision of navigation guidance; and when the distance between the potential sign position and the closest of the one or more false positive sign locations exceeds the threshold, applying a second algorithm to the current optical data to designate the potential sign position as a confirmed sign position. identifying a potential sign position from current optical data collected along a current path by a first collection device, the potential sign position being a position of a sign yet to be confirmed as a sign associated with the current path; analyzing the current optical data as a function of one or more false positive sign locations by comparing a distance between the potential sign position and a closest of the one or more false positive sign locations based on a generated false positive profile indicating one or more false positive sign locations along a current path, the one or more false positive sign locations identified from received optical data collected along the current path by a second collection device; when the distance between the potential sign position and the closest of the one or more false positive sign locations is less than a threshold, applying a first algorithm to the current optical data to remove the potential sign position from consideration as a confirmed sign position in the provision of navigation guidance; and when the distance between the potential sign position and the closest of the one or more false positive sign locations exceeds the threshold, applying a second algorithm to the current optical data to designate the potential sign position as a confirmed sign position.
Water tank with filter cartridge for water-using apparatus, in particular household appliances, such as vending machines, especially coffee machines, drinking water dispensers, cooking and baking equipment, steam equipment, particularly steam irons, steam cleaners, pressure cleaners, air cleaners and conditioners or the like, wherein a suction port is provided on the tank for drawing water from the water tank with means for generating a negative pressure and a filter connection for connecting the filter cartridge in the interior of the water tank, characterised in that mechanical coding structures are provided at the filter connection of the water tank in order to prevent the use of this with non-compliant filter cartridges, wherein a tank-side connection socket has a hexagonal outer contour, whose circumferential outer surface forms a sealing surface and wherein the filter cartridge used is provided with a moulded seal, which also has a hexagonal cross-section and wherein the inner surface thereof forms a sealing surface.
A method performed by a user equipment UE for wireless communication, the method comprising: identifying first offset information and second offset information; receiving a scheduling assignment, SA, for a physical uplink shared channel, PUSCH, transmission; said SA including a configuration, for the UE, of a modulation and coding scheme, MCS, of uplink data of the UE; and transmitting the uplink data with at least one of acknowledgement/non-acknowledgment, ACK/NACK, information and channel quality indicator, CQI, information on the PUSCH, wherein the number of ACK/NACK repetitions is determined based on the first offset information and the MCS of the uplink data, when the ACK/NACK information is transmitted with said uplink data, and wherein the number of symbols for the CQI information is determined based on the second offset information and MCS of the uplink data, when the CQI information is transmitted with said uplink data. identifying first offset information and second offset information; receiving a scheduling assignment, SA, for a physical uplink shared channel, PUSCH, transmission; said SA including a configuration, for the UE, of a modulation and coding scheme, MCS, of uplink data of the UE; and transmitting the uplink data with at least one of acknowledgement/non-acknowledgment, ACK/NACK, information and channel quality indicator, CQI, information on the PUSCH, wherein the number of ACK/NACK repetitions is determined based on the first offset information and the MCS of the uplink data, when the ACK/NACK information is transmitted with said uplink data, and wherein the number of symbols for the CQI information is determined based on the second offset information and MCS of the uplink data, when the CQI information is transmitted with said uplink data.
A process for increasing the purity of organic compounds, wherein the organic compound is crystallized from a stable emulsion comprising water, hydrocarbon and a surfactant, wherein water is dispersed phase and hydrocarbon is continuous phase, and wherein the emulsion comprising water, hydrocarbon and a surfactant is an emulsion comprising water, n-heptane and sodium bis(2-ethylhexyl)sulfosuccinate.
Method for setting up access authorization for a subscriber device to access a subnetwork of a mobile radio network, wherein the subnetwork is administered by way of a mobile radio administration device and the access authorization for the subscriber device to access the subnetwork is checked by way of an access device of the mobile radio network, wherein - access authorization to access the subnetwork is requested from a local administration device in the case of the mobile radio administration device for the subscriber device, - a subnetwork authorization token is assigned to the subscriber device by the mobile radio administration device and is transmitted to the subscriber device, - such an association is communicated to a subnetwork access server, wherein the subscriber device is authorized to access the subnetwork only when the subnetwork authorization token is transmitted to the subnetwork in the event of an access request from the subscriber device and is confirmed as valid by the subnetwork access server or by an authorization server. - access authorization to access the subnetwork is requested from a local administration device in the case of the mobile radio administration device for the subscriber device, - a subnetwork authorization token is assigned to the subscriber device by the mobile radio administration device and is transmitted to the subscriber device, - such an association is communicated to a subnetwork access server,
Method for coupling a gas turbine connected to a generator and a steam turbine, the generator having an excitation winding, the excitation of which can be changed by changing an excitation current flowing through the excitation winding, comprising the following steps: a) accelerating and/or decelerating the steam turbine in such a way that the coupling takes place with a target coupling angle; b) if necessary, changing the excitation current, so that the thus-changed excitation of the excitation winding leads to a changed polar wheel angle, the polar wheel angle being changed in such a way as to be conducive to achieving the target coupling angle. a) accelerating and/or decelerating the steam turbine in such a way that the coupling takes place with a target coupling angle; b) if necessary, changing the excitation current, so that the thus-changed excitation of the excitation winding leads to a changed polar wheel angle,
A computer-implemented method of recording data and documents for a person, the method comprising: linking in a computer system a data object to a person identifier of the person; generating in the computer system a visual code, the visual code encoding reference information for identifying the data object linked to the person; generating a visual representation of the visual code; storing in a mobile communication device the reference information encoded in the visual code and captured from the visual representation of the visual code, using a camera of the mobile communication device; generating in the mobile communication device a data package, the data package including the reference information captured from the visual representation of the visual code and an image of a document of the person; transferring the data package from the mobile communication device to the computer system; and storing in the computer system the image of the document, received in the data package, linked to the data object, defined by the reference information received in the data package. linking in a computer system a data object to a person identifier of the person; generating in the computer system a visual code, the visual code encoding reference information for identifying the data object linked to the person; generating a visual representation of the visual code; storing in a mobile communication device the reference information encoded in the visual code and captured from the visual representation of the visual code, using a camera of the mobile communication device; generating in the mobile communication device a data package, the data package including the reference information captured from the visual representation of the visual code and an image of a document of the person; transferring the data package from the mobile communication device to the computer system; and storing in the computer system the image of the document, received in the data package, linked to the data object, defined by the reference information received in the data package.