mhurhangee/ep-ind-claims huggingface dataset:
Delivery system for a crimping unit, which crimping unit has a base body and a tool mounted thereon, with which crimping of a contact element which has a cable end and which is delivered by means of a contact element strip (C1, C2) can be carried out; the delivery system has: a first carriage movable in a first direction and a second carriage movable in a direction substantially perpendicular to the first direction, and a first delivery mechanism and a second delivery mechanism (30-32, 34-37) for receiving and for delivering one contact element strip (C1, C2) each to the crimping unit, characterised in that the first delivery mechanism and the second delivery mechanism (30-32, 34-37) each define a delivery plane, and in that the first and second delivery mechanisms are connected to the first carriage and to the second carriage and are movable by them. a first carriage movable in a first direction and a second carriage movable in a direction substantially perpendicular to the first direction, and a first delivery mechanism and a second delivery mechanism (30-32, 34-37) for receiving and for delivering one contact element strip (C1, C2) each to the crimping unit, characterised in that the first delivery mechanism and the second delivery mechanism (30-32, 34-37) each define a delivery plane, and in that the first and second delivery mechanisms are connected to the first carriage and to the second carriage and are movable by them.
Nut releasing device, comprising: - pyrotechnic actuation means - a nut arranged to hold a screw comprising a longitudinal axis - a cutter arranged to move in translation in an activation direction, under the action of the pyrotechnic actuation means, so as to split the nut into at least two parts (21, 22), characterized in that the translational movement of the cutter is located in a plane which intersects with the longitudinal axis of the screw. - pyrotechnic actuation means - a nut arranged to hold a screw comprising a longitudinal axis - a cutter arranged to move in translation in an activation direction, under the action of the pyrotechnic actuation means, so as to split the nut into at least two parts (21, 22),
A method comprising: receiving an input indicating a search criteria; determining, by a processor, at least one search result position related to the search criteria; determining a relationship between the at least one search result position and a multi-level map; causing, based on the relationship, a level of the map to be displayed as a currently displayed level and the at least one search result position to be displayed as a search result position indicator representing an icon, wherein the displayed search result position indicator is presented in a different manner based on whether the search result position is on the current level of the map that is displayed or is on another level of the map, wherein the different manner is dependent upon the distance between the search result position and the current level; enabling interaction with the at least one search result position indicator; and wherein interaction with the at least one search result position indicator located on a different level from the currently displayed level further comprises causing to change the currently displayed level to the different level of the search result position. receiving an input indicating a search criteria; determining, by a processor, at least one search result position related to the search criteria; determining a relationship between the at least one search result position and a multi-level map; causing, based on the relationship, a level of the map to be displayed as a currently displayed level and the at least one search result position to be displayed as a search result position indicator representing an icon, wherein the displayed search result position indicator is presented in a different manner based on whether the search result position is on the current level of the map that is displayed or is on another level of the map, wherein the different manner is dependent upon the distance between the search result position and the current level; enabling interaction with the at least one search result position indicator; and wherein interaction with the at least one search result position indicator located on a different level from the currently displayed level further comprises causing to change the currently displayed level to the different level of the search result position.
A surgical adaptor comprising: an arm that includes a longitudinal member and a transverse member, the longitudinal member extending along and being engageable with an extender that is connected with a receiver of a fastener having a shaft fixed with vertebral tissue, the transverse member being disposed about the extender and defining a recess configured for disposal of a spinal rod, the longitudinal member being configured to releasably engage a surgical instrument to manipulate the vertebral tissue. an arm that includes a longitudinal member and a transverse member, the longitudinal member extending along and being engageable with an extender that is connected with a receiver of a fastener having a shaft fixed with vertebral tissue, the transverse member being disposed about the extender and defining a recess configured for disposal of a spinal rod, the longitudinal member being configured to releasably engage a surgical instrument to manipulate the vertebral tissue.
A method of digitally printing with a single colorant a security feature imperceptible to the naked eye, comprising: printing, with the single colorant, first and second patterns of binary pixels of a digital security image, the image having a first region formed by the first pattern and an abutting second region formed by the different second pattern, the first and second printed regions each having a gray level; determining a darker one of the first and second printed patterns; printing the security image with the single colorant, the region corresponding to the darker printed pattern printed at a reduced gray level such that the printed first and second regions appear substantially indistinguishable to the naked eye; characterised by, the first pattern comprising first lines having a first interline spacing and the second pattern comprising second lines having a second interline spacing wherein a thickness of the first lines is less than a thickness of the second lines and the first interline spacing is less than the second interline spacing; and inserting holes at selected locations into at least one of the second lines to result in a set of line segments to thereby encode a message. printing, with the single colorant, first and second patterns of binary pixels of a digital security image, the image having a first region formed by the first pattern and an abutting second region formed by the different second pattern, the first and second printed regions each having a gray level; determining a darker one of the first and second printed patterns; printing the security image with the single colorant, the region corresponding to the darker printed pattern printed at a reduced gray level such that the printed first and second regions appear substantially indistinguishable to the naked eye; characterised by, the first pattern comprising first lines having a first interline spacing and the second pattern comprising second lines having a second interline spacing wherein a thickness of the first lines is less than a thickness of the second lines and the first interline spacing is less than the second interline spacing; and inserting holes at selected locations into at least one of the second lines to result in a set of line segments to thereby encode a message.
An image processing device comprising: image obtaining means for obtaining a three-dimensional image, the three-dimensional image comprising a plurality of tomographic images obtained by carrying out tomographic imaging of a subject; part information obtaining means for obtaining information of a result of part recognition of the subject contained in the three-dimensional image; menu specifying means for specifying, from a plurality of menus for selecting an application for analyzing the three-dimensional image, a menu depending on a part based on the information of the result of part recognition; and display control means for displaying the specified menu on a display means. image obtaining means for obtaining a three-dimensional image, the three-dimensional image comprising a plurality of tomographic images obtained by carrying out tomographic imaging of a subject; part information obtaining means for obtaining information of a result of part recognition of the subject contained in the three-dimensional image; menu specifying means for specifying, from a plurality of menus for selecting an application for analyzing the three-dimensional image, a menu depending on a part based on the information of the result of part recognition; and display control means for displaying the specified menu on a display means.
A method of making an article of footwear, comprising: positioning a base material element in a planar configuration; depositing a first layer material onto the base material element using a printing device; partially curing the first layer material by emitting radiation having a first radiation intensity to the first layer material during a first radiation event; depositing a second layer material onto the first layer material using the printing device, the base material, the first layer material and the second layer material forming a layer system; partially curing the second layer material by emitting radiation having a second radiation intensity to the second layer material during a second radiation event; reshaping the base material element into a nonplanar configuration; and fully curing the layer system by emitting radiation having a third radiation intensity to the layer system during a third radiation event, wherein the third radiation intensity is greater than the first radiation intensity and the second radiation intensity. positioning a base material element in a planar configuration; depositing a first layer material onto the base material element using a printing device; partially curing the first layer material by emitting radiation having a first radiation intensity to the first layer material during a first radiation event; depositing a second layer material onto the first layer material using the printing device, the base material, the first layer material and the second layer material forming a layer system; partially curing the second layer material by emitting radiation having a second radiation intensity to the second layer material during a second radiation event; reshaping the base material element into a nonplanar configuration; and fully curing the layer system by emitting radiation having a third radiation intensity to the layer system during a third radiation event, wherein the third radiation intensity is greater than the first radiation intensity and the second radiation intensity.
A method for inter-eNB carrier aggregation performed by a user equipment, UE, operating in a wireless network with serving cells served by a first and a second base station, wherein each serving cell is configured with an uplink group identifier, the method comprising: detecting an inter-eNB carrier aggregation configuration; determining a first cell group and a second cell group based on a two-tier ID, wherein the two-tier ID comprises a cell group identifier and an uplink group identifier, and the first cell group is with a first cell group identifier and the second cell group is with a second cell group identifier, wherein the first cell group containing one or more serving cells with the same or different uplink group identifiers served by the first base station and the second cell group with the second cell group identifier containing one or more serving cells with the same or different uplink group identifiers served by the second base station; and performing uplink alignment, radio link monitoring and radio resource/component carrier management procedures linking to the first or the second cell group identifier. detecting an inter-eNB carrier aggregation configuration; determining a first cell group and a second cell group based on a two-tier ID, wherein the two-tier ID comprises a cell group identifier and an uplink group identifier, and the first cell group is with a first cell group identifier and the second cell group is with a second cell group identifier, wherein the first cell group containing one or more serving cells with the same or different uplink group identifiers served by the first base station and the second cell group with the second cell group identifier containing one or more serving cells with the same or different uplink group identifiers served by the second base station; and performing uplink alignment, radio link monitoring and radio resource/component carrier management procedures linking to the first or the second cell group identifier.
An adsorptive gas analyzer to measure a concentration of an adsorptive component having a polar character contained in a sample gas, comprising: a body that has a measurement cell to measure the sample gas and an introduction port to introduce the sample gas into the measurement cell, a laser light irradiation part that irradiates laser light on the measurement cell, a heating pipe that is connected to the introduction port and that applies heat to the sample gas introduced into the introduction port, a flow rate limit part that is arranged upstream of the heating pipe and that makes the sample gas at a negative pressure and that introduces the heated negative-pressurized sample gas into the body, and a negative pressure pump that is arranged downstream of the measurement cell and that is connected to the measurement cell, that is adapted to keep the inside of the measurement cell at the negative pressure from a starting time of a sampling to an ending time of the measurement and that is adapted to keep a flow channel from a downstream side of the flow rate limit part to the measurement cell at the negative pressure from the starting time of the sampling to the ending time of the measurement. a body that has a measurement cell to measure the sample gas and an introduction port to introduce the sample gas into the measurement cell, a laser light irradiation part that irradiates laser light on the measurement cell, a heating pipe that is connected to the introduction port and that applies heat to the sample gas introduced into the introduction port, a flow rate limit part that is arranged upstream of the heating pipe and that makes the sample gas at a negative pressure and that introduces the heated negative-pressurized sample gas into the body, and a negative pressure pump that is arranged downstream of the measurement cell and that is connected to the measurement cell, that is adapted to keep the inside of the measurement cell at the negative pressure from a starting time of a sampling to an ending time of the measurement and that is adapted to keep a flow channel from a downstream side of the flow rate limit part to the measurement cell at the negative pressure from the starting time of the sampling to the ending time of the measurement.
A method of regenerating hydrogenation catalyst activity in-situ in the processing of sugars or polysaccharides, the method comprising: a) providing a continuous feed hydrogenation reactor containing a catalyst, said reactor being configured to have a first and a second vessel, each vessel respectively having a first catalyst and a second catalyst, the catalysts being either the same or of a different material; and b) rinsing each respective vessel and catalyst with subcritical deionized water of between 130°C-250°C for an extended period. a) providing a continuous feed hydrogenation reactor containing a catalyst, said reactor being configured to have a first and a second vessel, each vessel respectively having a first catalyst and a second catalyst, the catalysts being either the same or of a different material; and b) rinsing each respective vessel and catalyst with subcritical deionized water of between 130°C-250°C for an extended period.
An analytical method to simultaneously genotype in an intact or degraded nucleic acid sample more than one genetic marker by performing a polymerase chain reaction, the method comprising the following steps: a. Providing an intact or degraded nucleic acid sample; b. Hybridizing said intact or degraded nucleic acid sample to more than one pair of synthetic primers and wherein at least one of said primers in the reaction consists of a single stranded DNA polynucleotide having a length of 60 - 300 nucleotides; c. Subjecting said intact or degraded nucleic acid sample to a PCR, wherein the reaction mixture medium contains said at least one polynucleotide primer; and d. Detecting the amplified products to assess their length. a. Providing an intact or degraded nucleic acid sample; b. Hybridizing said intact or degraded nucleic acid sample to more than one pair of synthetic primers and wherein at least one of said primers in the reaction consists of a single stranded DNA polynucleotide having a length of 60 - 300 nucleotides; c. Subjecting said intact or degraded nucleic acid sample to a PCR, wherein the reaction mixture medium contains said at least one polynucleotide primer; and d. Detecting the amplified products to assess their length.
A device comprising: a light emitting diode, wherein the LED comprises anode and cathode connections (36, 38); an electrically conducting substrate to forward bias the LED, wherein the electrically conducting substrate includes - electrically isolated members that electrically connect to the anode and cathode connections on the LED, and - external portions configured to electrically connect the electrically conducting substrate to a power source; a lens disposed over said LED; and a polymer body molded over the electrically conducting substrate and in direct contact with the lens, wherein the external portions protrude from the polymer body; characterized in that, the polymer body is molded around the LED, the lens, and the electrically conducting substrate, and wherein the lens protrudes from the polymer body. a light emitting diode, wherein the LED comprises anode and cathode connections (36, 38); an electrically conducting substrate to forward bias the LED, wherein the electrically conducting substrate includes - electrically isolated members that electrically connect to the anode and cathode connections on the LED, and - external portions configured to electrically connect the electrically conducting substrate to a power source; wherein the LED comprises anode and cathode connections (36, 38); an electrically conducting substrate to forward bias the LED, wherein the electrically conducting substrate includes - electrically isolated members that electrically connect to the anode and cathode connections on the LED, and - external portions configured to electrically connect the electrically conducting substrate to a power source; - electrically isolated members that electrically connect to the anode and cathode connections on the LED, and - external portions configured to electrically connect the electrically conducting substrate to a power source; a lens disposed over said LED; and a polymer body molded over the electrically conducting substrate and in direct contact with the lens, wherein the external portions protrude from the polymer body; characterized in that, wherein the external portions protrude from the polymer body; characterized in that, the polymer body is molded around the LED, the lens, and the electrically conducting substrate, and wherein the lens protrudes from the polymer body.
A method installable on an image handling device, comprising the steps: launching a host application of the image handling device, the image handling device including at least one embedded function and a network interface, whereby the network interface is configured to connect the image handling device to a server via a network; determining external functions for the image handling device, the external functions utilizing the network interface and including operations which utilize the external server to perform the function remotely from the image handling device; storing information regarding available external functions determined by the determining in a configuration file; presenting a graphical interface that includes selectable graphical indicia representing each function accessible on the image handling device including the at least one embedded function and the available external functions; and executing the at least one embedded function and the determined external functions based on a selection of the corresponding graphical indicia. launching a host application of the image handling device, the image handling device including at least one embedded function and a network interface, whereby the network interface is configured to connect the image handling device to a server via a network; determining external functions for the image handling device, the external functions utilizing the network interface and including operations which utilize the external server to perform the function remotely from the image handling device; storing information regarding available external functions determined by the determining in a configuration file; presenting a graphical interface that includes selectable graphical indicia representing each function accessible on the image handling device including the at least one embedded function and the available external functions; and executing the at least one embedded function and the determined external functions based on a selection of the corresponding graphical indicia.
A method performed by a controller manager, located externally to a communication network, for enabling a switch of the communication network to be controlled by a switch controller that performs logic switch operations, the switch controller belonging to a set of switch controllers, the method comprising: - obtaining (2:2, 302), from a local controller agent, measurements related to connectivity to the set of switch controllers, - selecting (2:4, 306), in response to receiving (2:3, 304) a connection request for the switch from the local controller-agent,-at least one switch controller in the set of switch controllers based on the obtained measurements, to control said switch, and - instructing (2:5, 308) the local controller agent to set up a connection between the switch and the selected at least one switch controller, by sending to the local controller agent connectivity rules, the connectivity rules determining to which one or more switch controllers the switch should be connected. - obtaining (2:2, 302), from a local controller agent, measurements related to connectivity to the set of switch controllers, - selecting (2:4, 306), in response to receiving (2:3, 304) a connection request for the switch from the local controller-agent,-at least one switch controller in the set of switch controllers based on the obtained measurements, to control said switch, and - instructing (2:5, 308) the local controller agent to set up a connection between the switch and the selected at least one switch controller, by sending to the local controller agent connectivity rules, the connectivity rules determining to which one or more switch controllers the switch should be connected.
Domestic appliance comprising a housing, a panel and a controller for operating the domestic appliance, which in a storage means has at least one program for operating the appliance, comprising a communication apparatus having means for transferring data and for providing an operative connection to a mobile device having a control and display apparatus, the domestic appliance being designed to receive and store the program and/or the parameterisation from the mobile device for execution in the controller, characterised in that the domestic appliance is also designed to activate the received program by means of the mobile device.