mhurhangee/ep-ind-claims huggingface dataset:
A network module for providing a communication connection between a data processing entity of a user and a communication network, the network module comprising: a first communication interface for wired communication with the data processing entity; a second communication interface for communication with the communication network; a user interface which is configured to receive a personal characteristic of the user; and a processor which is configured to authenticate the user on the basis of the received personal characteristic for access to the communication network, wherein the processor is further configured to enable a communication connection between the first communication interface and the communication network via the second communication interface if the user is successfully authenticated, characterized in that the processor is configured to instruct the second communication interface to establish the communication connection if the user is successfully authenticated, and wherein the second communication interface is configured to establish the communication connection with the communication network. a first communication interface for wired communication with the data processing entity; a second communication interface for communication with the communication network; a user interface which is configured to receive a personal characteristic of the user; and a processor which is configured to authenticate the user on the basis of the received personal characteristic for access to the communication network, wherein the processor is further configured to enable a communication connection between the first communication interface and the communication network via the second communication interface if the user is successfully authenticated, characterized in that the processor is configured to instruct the second communication interface to establish the communication connection if the user is successfully authenticated, and wherein the second communication interface is configured to establish the communication connection with the communication network.
A method for forming a 3D surface digital model of a patient's teeth, comprising: obtaining a plurality of projection images acquired by scanning a negative impression of the patient's teeth using a computed tomographic imaging apparatus; generating (S330, S800), from the plurality of projection images, an air volume reconstruction model of the air that surrounds the negative impression; defining (S340, S820) a transition surface along edges of the air volume reconstruction model bounded by impression material; forming the 3D surface digital model of the patient's teeth according to the defined transition surface; and displaying, storing, or transmitting at least a portion of the digital model of the teeth; characterized in that generating the air volume reconstruction model comprises: forming a binary mask volume representative of the air volume and of the negative impression, and forward projecting the binary mask volume to form a mask sinogram to combine with a measured sinogram obtained from each of the obtained plurality of projection images to generate a plurality of air sinograms used to reconstruct the air volume reconstruction model. obtaining a plurality of projection images acquired by scanning a negative impression of the patient's teeth using a computed tomographic imaging apparatus; generating (S330, S800), from the plurality of projection images, an air volume reconstruction model of the air that surrounds the negative impression; defining (S340, S820) a transition surface along edges of the air volume reconstruction model bounded by impression material; forming the 3D surface digital model of the patient's teeth according to the defined transition surface; and displaying, storing, or transmitting at least a portion of the digital model of the teeth; characterized in that generating the air volume reconstruction model comprises: forming a binary mask volume representative of the air volume and of the negative impression, and forward projecting the binary mask volume to form a mask sinogram to combine with a measured sinogram obtained from each of the obtained plurality of projection images to generate a plurality of air sinograms used to reconstruct the air volume reconstruction model. forming a binary mask volume representative of the air volume and of the negative impression, and forward projecting the binary mask volume to form a mask sinogram to combine with a measured sinogram obtained from each of the obtained plurality of projection images to generate a plurality of air sinograms used to reconstruct the air volume reconstruction model.
An oriented film comprising: a lactide copolymer including two or more block copolymer repeating units in which hard segments of polylactide repeating units are bound to both ends of soft segments of polyether polyol repeating units, the block copolymer repeating units being represented by Chemical Formula 1, and being linked with each other, wherein the block copolymer repeating units are linked with each other via a urethane linking group induced from a polyvalent isocyanate compound including a mixture of a diisocyanate compound and a polyvalent isocyanate compound having 3 or more equivalents of an isocyanate group, and the polyvalent isocyanate compound has 2.2 to 2.8 equivalents of an average isocyanate group per a molecule, wherein a slope of a stress-strain curve at a section having a strain of 0 to 16% is 0.5 to 1.1, wherein the stress-strain curve is deduced from a tensile test result conducted on the oriented film as disclosed in the description, and wherein the oriented film is a biaxially oriented film: in Chemical Formula 1, D is a C2 to C10 linear or branched alkylene group, x is each independently an integer of 30 to 500, and n is an integer of 30 to 1000. a lactide copolymer including two or more block copolymer repeating units in which hard segments of polylactide repeating units are bound to both ends of soft segments of polyether polyol repeating units, the block copolymer repeating units being represented by Chemical Formula 1, and being linked with each other, wherein the block copolymer repeating units are linked with each other via a urethane linking group induced from a polyvalent isocyanate compound including a mixture of a diisocyanate compound and a polyvalent isocyanate compound having 3 or more equivalents of an isocyanate group, and the polyvalent isocyanate compound has 2.2 to 2.8 equivalents of an average isocyanate group per a molecule, wherein a slope of a stress-strain curve at a section having a strain of 0 to 16% is 0.5 to 1.1, wherein the stress-strain curve is deduced from a tensile test result conducted on the oriented film as disclosed in the description, and wherein the oriented film is a biaxially oriented film: in Chemical Formula 1, D is a C2 to C10 linear or branched alkylene group, x is each independently an integer of 30 to 500, and n is an integer of 30 to 1000.
An image pick-up apparatus comprising: a display unit configured to display a printing progress status of images printed by an image printing apparatus; and a control unit configured to receive printing progress status information from the image printing apparatus and to control the display unit to display printing images by using the printing progress status information; characterized in that: the control unit is further configured to control the display unit to display printing images including a next-to be printed image of the image printing apparatus by using the printing progress status information. a display unit configured to display a printing progress status of images printed by an image printing apparatus; and a control unit configured to receive printing progress status information from the image printing apparatus and to control the display unit to display printing images by using the printing progress status information; characterized in that: the control unit is further configured to control the display unit to display printing images including a next-to be printed image of the image printing apparatus by using the printing progress status information. the control unit is further configured to control the display unit to display printing images including a next-to be printed image of the image printing apparatus by using the printing progress status information.
A laser processing method which performs processing by irradiating a workpiece with a laser light, the laser processing method comprising: a waveform control step of controlling a pulse waveform of the laser light irradiating the workpiece; and an irradiation step of irradiating the workpiece with the laser light whose pulse waveform is controlled in the waveform control step, wherein irradiation of the workpiece with the laser light is performed in a state in which a plasma confinement film is formed thereon in the irradiation step, characterized in that a main pulse (Wm) and a foot pulse (Wp) temporally preceding the main pulse (Wm) are formed into the pulse waveform of the laser light in the waveform control step, and a peak intensity of the foot pulse (Wp) is made smaller than a peak intensity of the main pulse (Wm), and a peak position of the main pulse (Wm) is made to be positioned in a retention time period of plasma generated due to an incidence of the foot pulse on the workpiece. a waveform control step of controlling a pulse waveform of the laser light irradiating the workpiece; and an irradiation step of irradiating the workpiece with the laser light whose pulse waveform is controlled in the waveform control step, wherein irradiation of the workpiece with the laser light is performed in a state in which a plasma confinement film is formed thereon in the irradiation step, characterized in that a main pulse (Wm) and a foot pulse (Wp) temporally preceding the main pulse (Wm) are formed into the pulse waveform of the laser light in the waveform control step, and a peak intensity of the foot pulse (Wp) is made smaller than a peak intensity of the main pulse (Wm), and a peak position of the main pulse (Wm) is made to be positioned in a retention time period of plasma generated due to an incidence of the foot pulse on the workpiece.
Direct-current switching device for interrupting a direct electric current flowing along a medium- or high-voltage current path, comprising an electric circuit arrangement, which comprises at least one mechanical switching device (16, 54) that can be connected in the medium- or high-voltage current path, and at least one switching device (18, 50), in order to force a current zero crossing in the mechanical switching device (16, 54) connected in the medium- or high-voltage current path, wherein the at least one switching device (18, 50) comprises a plurality of capacitive components (20, 22) and a switching device, which are connected in the switching device in such a way, characterized in that the capacitive components (22, 24) - in a first switching state of the switching device are connected in parallel for a respective electrical charging process via the medium- or high-voltage current path and - in a second switching state of the switching device are connected in series to generate a current pulse which forces the current zero crossing. - in a first switching state of the switching device are connected in parallel for a respective electrical charging process via the medium- or high-voltage current path and - in a second switching state of the switching device are connected in series to generate a current pulse which forces the current zero crossing.
A foldable tent, comprising at least three column assemblies, and top rod assemblies which are of the same number of and one-to-one corresponding to the column assemblies, wherein upper end portions of each two adjacent column assemblies are connected via a side rod assembly, whereby each top rod assembly comprises a first top rod, a second top rod and an overhanging rod, which are sequentially arranged from inside to outside and respectively have an inner end portion and an outer end portion; the inner end portions of the first top rods of the respective top rod assemblies are rotatably connected with each other; in each of the top rod assemblies, the outer end portion of the first top rod and the inner end portion of the second top rod are rotatably connected; the tent has an unfolded state and a folded state, when the tent is in the unfolded state, the first top rod, the second top rod and the overhanging rod of each top rod assembly are respectively unfolded with respect to each other and the outer end portion of the overhanging rod extends to an outer side of the corresponding column assembly; when the tent is in the folded state, the first top rod, the second top rod and the overhanging rod of each top rod assembly are respectively drawn close to each other; each of the top rod assemblies further comprises a transmission member connected between the first top rod and the overhanging rod for unfolding or folding the overhanging rod and the first top rod, characterised in that the outer end portion of the second top rod, the inner end portion of the overhanging rod and an upper end portion of a corresponding column assembly are rotatably connected via two axles or coaxially rotatably connected.
A method for configuring a to-be-configured network device, comprising: determining, from a plurality of terminal groups based on a packet receiving and sending characteristic of a target terminal, a target terminal group to which the target terminal belongs, wherein the target terminal is connected to the to-be-configured network device, wherein the packet receiving and sending characteristic is determined based on a plurality of packets received and sent by the target terminal, and the plurality of terminal groups are in a one-to-one correspondence with a plurality of configurations; and configuring the to-be-configured network device based on a target configuration corresponding to the target terminal group, wherein the to-be-configured network device is a network device that forwards the plurality of packets. determining, from a plurality of terminal groups based on a packet receiving and sending characteristic of a target terminal, a target terminal group to which the target terminal belongs, wherein the target terminal is connected to the to-be-configured network device, wherein the packet receiving and sending characteristic is determined based on a plurality of packets received and sent by the target terminal, and the plurality of terminal groups are in a one-to-one correspondence with a plurality of configurations; and configuring the to-be-configured network device based on a target configuration corresponding to the target terminal group, wherein the to-be-configured network device is a network device that forwards the plurality of packets.
A glass-wiping robot comprising a robot main body, a power cord connected to the robot main body and a safety buckle wound by the power cord, characterized in that, a suction cup is provided on said safety buckle for sucking the safety buckle onto a glass.
A structure comprising: a light source comprising a light emitting device connected to a mount, the light emitting device comprising a plurality of segments wherein neighboring segments are spaced less than 200 microns apart, each segment comprising a light emitting layer disposed between an n-type region and a p-type region; a spacer positioned on a top surface of the mount, wherein the light emitting device is positioned in an opening in the spacer; and a plurality of collimators attached to the spacer, wherein each collimator is aligned with a single segment. a light source comprising a light emitting device connected to a mount, the light emitting device comprising a plurality of segments wherein neighboring segments are spaced less than 200 microns apart, each segment comprising a light emitting layer disposed between an n-type region and a p-type region; a spacer positioned on a top surface of the mount, wherein the light emitting device is positioned in an opening in the spacer; and a plurality of collimators attached to the spacer, wherein each collimator is aligned with a single segment.
Hotplate device with a plate unit (14a-c) embodied as a hotplate, with at least one heating unit (12a-c), which, at least in the assembled state, is fastened to the plate unit (14a-c), and with at least one hotplate electronics module (16a-c) at least for supplying the heating unit (12a-c), wherein at least one connecting unit (18a-c) is provided, which connects the heating unit (12a-c) and the hotplate electronics module (16a-c) directly and at least substantially rigidly with one another, characterised in that the connecting unit (18a-c) has at least one electric connecting unit (22a-c) which is provided to electrically connect the heating unit (12a-c) and the hotplate electronics module (16a-c) with one another.
An elastomeric composite polyurethane skin having an average flexural modulus, measured in accordance with ASTM D790-03, smaller than 35 MPa; said elastomeric composite polyurethane skins comprising: - a first aliphatic polyurethane layer made from a first polyurethane reaction mixture wherein said first polyurethane reaction mixture comprises at least one isocyanate compound having at least two NCO-groups which are not directly attached to an aromatic group, at least one isocyanate-reactive component and at least one catalyst component wherein the catalyst component comprises lead in a content lower than 100 ppm, relative to the total weight of the first polyurethane reaction mixture, - a second aromatic polyurethane layer made from a second polyurethane reaction mixture wherein said second polyurethane reaction mixture comprises at least one aromatic isocyanate compound, and at least one isocyanate-reactive component characterised in that the elastomeric composite polyurethane skin has an average areal weight of equal to or less than 750 g/m 2 and the second aromatic polyurethane layer has a second average areal weight of less than 300 g/m 2. - a first aliphatic polyurethane layer made from a first polyurethane reaction mixture wherein said first polyurethane reaction mixture comprises at least one isocyanate compound having at least two NCO-groups which are not directly attached to an aromatic group, at least one isocyanate-reactive component and at least one catalyst component wherein the catalyst component comprises lead in a content lower than 100 ppm, relative to the total weight of the first polyurethane reaction mixture, - a second aromatic polyurethane layer made from a second polyurethane reaction mixture wherein said second polyurethane reaction mixture comprises at least one aromatic isocyanate compound, and at least one isocyanate-reactive component
A method for expanding memory for a system on chip, SoC, the method comprising: detecting a memory card loaded in an expandable memory socket electrically coupled to a system on chip, SoC, via an expansion bus, the memory card comprising a first volatile memory device; in response to detecting the memory card, configuring an expanded virtual memory map comprising a first virtual memory space associated with the first volatile memory device and a second virtual memory space associated with a second volatile memory device electrically coupled to the SoC via a high-performance memory bus; relocating one or more peripheral images associated with the second virtual memory space and assigned to hardware resources to a first portion of the first virtual memory space; and configuring a second portion of the first virtual memory space as a block device for performing swap operations associated with the second virtual memory space. detecting a memory card loaded in an expandable memory socket electrically coupled to a system on chip, SoC, via an expansion bus, the memory card comprising a first volatile memory device; in response to detecting the memory card, configuring an expanded virtual memory map comprising a first virtual memory space associated with the first volatile memory device and a second virtual memory space associated with a second volatile memory device electrically coupled to the SoC via a high-performance memory bus; relocating one or more peripheral images associated with the second virtual memory space and assigned to hardware resources to a first portion of the first virtual memory space; and configuring a second portion of the first virtual memory space as a block device for performing swap operations associated with the second virtual memory space.
A method operable on a mobile device, comprising: determining an optimal path from an estimated location of the mobile device to one or more destinations based at least in part on a physical distance between the estimated location and the one or more destinations, wherein the determining is further based at least in part on a measurement of similarity between one or more points of interest along the optimal path and the one or more destinations, and the similarity between the one or more destinations and the one or more points of interest is measured, at least in part, by comparing values of characteristics associated with the one or more destinations with values of corresponding characteristics associated with the one or more points of interest to determine the optimal path which is a lowest cost path for which cost is determined by adding individual costs of the one or more points of interest with a distance cost for the path, in which points of interest that are relatively dissimilar to the one or more destinations are associated with a relatively high cost and points of interest that are similar to the one or more destinations have a relatively low cost; and presenting the optimal path to a user. determining an optimal path from an estimated location of the mobile device to one or more destinations based at least in part on a physical distance between the estimated location and the one or more destinations, wherein the determining is further based at least in part on a measurement of similarity between one or more points of interest along the optimal path and the one or more destinations, and the similarity between the one or more destinations and the one or more points of interest is measured, at least in part, by comparing values of characteristics associated with the one or more destinations with values of corresponding characteristics associated with the one or more points of interest to determine the optimal path which is a lowest cost path for which cost is determined by adding individual costs of the one or more points of interest with a distance cost for the path, in which points of interest that are relatively dissimilar to the one or more destinations are associated with a relatively high cost and points of interest that are similar to the one or more destinations have a relatively low cost; and presenting the optimal path to a user.
A method for providing at least one product stream, in particular hydrogen, by electrolysis by means of an electrolyzer having a multiplicity of electrolysis cells (16.1) combined to form at least one framework; wherein electrolyte is discharged from the cells and separated into two phases, and wherein the electrolyte is collected upstream of a pump system; characterized in that at least the functions of discharge, phase separation and collection are carried out integrally together in a multifunctional collection container by means of at least one multifunctional collection container with a regulatable filling level, which is coupled to the cells and which is also usable as a buffered pump supply, wherein the multifunctional collection container is a multifunctional outflow header with an integrated functional scope, the collection comprising the following two functions: buffering the electrolyte during a predefinable minimum residence time and temporarily storing the electrolyte with a predefinable minimum volume or minimum filling level in order to make a minimum volume available as a buffered pump supply.