mhurhangee/ep-ind-claims huggingface dataset:
An analysis apparatus that analyzes a Uniform Resource Locator, URL, of a Web page, the analysis apparatus comprising: a classification unit configured to, upon receiving input of an URL of an analysis target Web page, access the URL of the analysis target Web page and classify the analysis target Web page into a category that is an index indicating a Web page leading method; a first detection unit configured to detect an operation target of user operation from the analysis target Web page in accordance with a detection method that is set in advance for the category classified by the classification unit; an execution unit configured to execute operation on the operation target detected by the first detection unit; a second detection unit configured to detect an operation event that occurs after the execution unit has performed the operation on the operation target; and an output unit configured to output log data in which communication that has occurred due to the operation performed by the execution unit, the operation event detected by the second detection unit, and a Web browser screen that has been changed due to the operation performed by the execution unit are associated with the URL of the analysis target Web page. a classification unit configured to, upon receiving input of an URL of an analysis target Web page, access the URL of the analysis target Web page and classify the analysis target Web page into a category that is an index indicating a Web page leading method; a first detection unit configured to detect an operation target of user operation from the analysis target Web page in accordance with a detection method that is set in advance for the category classified by the classification unit; an execution unit configured to execute operation on the operation target detected by the first detection unit; a second detection unit configured to detect an operation event that occurs after the execution unit has performed the operation on the operation target; and an output unit configured to output log data in which communication that has occurred due to the operation performed by the execution unit, the operation event detected by the second detection unit, and a Web browser screen that has been changed due to the operation performed by the execution unit are associated with the URL of the analysis target Web page.
A damping means for damping a blade movement of a turbomachine, the damping means comprising at least one side surface (21, 21') intended to damp the blade movement by frictional contact with a friction surface of the turbomachine, the side surface (21, 21') being asymmetrically convex in shape, and characterized by an anti-turn means.
An airway maintenance device comprising an airway lumen having a proximal end and a distal end, a distal end portion (21, 65) incorporating an optical sensor (22, 64) configured to measure capillary blood flow in tissue surrounding the distal end when in position within a patient's airway, wherein the optical sensor comprises a portion of an optical fibre extending to the distal end portion along the lumen, the portion of the optical fibre being at a distal end of the optical fibre, wherein the distal end portion (21, 65) comprises an inflatable cuff incorporating the optical sensor.
A security device connectable to a consumer product, the security device comprising: a removable housing element having a base, a cover, and at least one opening; at least one attaching mechanism that serves a security purpose to connect the housing to the consumer product, wherein the at least one attaching mechanism is a ball and clutch mechanism or the at least one attaching mechanism is a latch and clutch; wherein the at least one attaching mechanism is sized to fit through the opening in the housing and is configured to be attachable to the housing, the at least one attaching mechanism is completely concealed by the housing and the housing and the at least one attaching mechanism are separable from one another; and wherein the housing is configured to be in a shape representing one of a trademark, trade dress, theme, promotion or commemorative event. a removable housing element having a base, a cover, and at least one opening; at least one attaching mechanism that serves a security purpose to connect the housing to the consumer product, wherein the at least one attaching mechanism is a ball and clutch mechanism or the at least one attaching mechanism is a latch and clutch; wherein the at least one attaching mechanism is sized to fit through the opening in the housing and is configured to be attachable to the housing, the at least one attaching mechanism is completely concealed by the housing and the housing and the at least one attaching mechanism are separable from one another; and wherein the housing is configured to be in a shape representing one of a trademark, trade dress, theme, promotion or commemorative event.
A computer implemented method, performed using one or more processors, comprising: retrieving a data file; parsing the data file into a plurality of object fragments; differencing the plurality of object fragments against one or more objects in an object database to determine differences; storing the differences; and retrieving the differences; characterized in that: the differences are stored in, and retrieved from, an object fragment table, and in that the method further comprises: applying the differences to the object database by: identifying object types of each of the plurality of object fragments; defining one or more import phases determining an order to retrieve the plurality of object fragments, the one or more import phases based on the object types; retrieving the plurality of object fragments based on the one or more import phases; and importing the retrieved object fragments into the object database in the defined sequence of import phases. retrieving a data file; parsing the data file into a plurality of object fragments; differencing the plurality of object fragments against one or more objects in an object database to determine differences; storing the differences; and retrieving the differences; identifying object types of each of the plurality of object fragments; defining one or more import phases determining an order to retrieve the plurality of object fragments, the one or more import phases based on the object types; retrieving the plurality of object fragments based on the one or more import phases; and importing the retrieved object fragments into the object database in the defined sequence of import phases.
Process for the preparation of photochromatic optical elements starting from a given optical body, said process comprising the following steps: - depositing a first layer at least by dip-coating onto a part of said optical body by dip-coating said optical body with a first solution comprising a solution with a water base and a transparent resin, setting speed of withdrawal of the optical body from the first solution to 1.5 - 1.8 mm/s, viscosity of the first solution to 8.0 - 13.0 cp, density of the first solution to 1.0020 - 1.0030 g/cm 3 and surface tension of the first solution to 2.3 ∗ 10 -2 - 2.7 ∗ 10 -2 N/m, and by curing the first solution by means of evaporation of a solvent from the first solution; - depositing by dip-coating on the first layer previously deposited a second layer which is not solubilizable with the first layer by dip-coating said optical body on which the first layer deposited with a second solution comprising a solution with a base of organic solvents and photochromatic pigments, setting speed of withdrawal of the optical body from the second solution to 1.5 - 1.8 mm/s, viscosity of the second solution to 4.0 - 9.0 cp, density of the second solution to 0.9300 - 0.9600 g/cm 3 and surface tension of the second solution to 2.5 ∗ 10 -2 - 3.0 ∗ 10 -2 N/m, and by curing the second solution by means of evaporation of a solvent from the second solution. - depositing a first layer at least by dip-coating onto a part of said optical body by dip-coating said optical body with a first solution comprising a solution with a water base and a transparent resin, setting speed of withdrawal of the optical body from the first solution to 1.5 - 1.8 mm/s, viscosity of the first solution to 8.0 - 13.0 cp, density of the first solution to 1.0020 - 1.0030 g/cm 3 and surface tension of the first solution to 2.3 ∗ 10 -2 - 2.7 ∗ 10 -2 N/m, and by curing the first solution by means of evaporation of a solvent from the first solution; - depositing by dip-coating on the first layer previously deposited a second layer which is not solubilizable with the first layer by dip-coating said optical body on which the first layer deposited with a second solution comprising a solution with a base of organic solvents and photochromatic pigments, setting speed of withdrawal of the optical body from the second solution to 1.5 - 1.8 mm/s, viscosity of the second solution to 4.0 - 9.0 cp, density of the second solution to 0.9300 - 0.9600 g/cm 3 and surface tension of the second solution to 2.5 ∗ 10 -2 - 3.0 ∗ 10 -2 N/m, and by curing the second solution by means of evaporation of a solvent from the second solution.
A modular air conditioning, AC, unit, comprising: a base unit; a blower unit configured to be selected from a group of blower units (70, 72, 74) configured for different cooling capacities, the blower unit being mounted on the base unit; at least one evaporator unit configured to be selected from a group of substantially identical modular evaporator units, the number of evaporator units configured to be selected based upon the desired cooling capacity, wherein the at least one evaporator unit is assembled to the base unit; and at least one condenser unit configured to be selected from a group of substantially identical modular condenser units, the number of condenser units configured to be selected based upon the desired cooling capacity, wherein the blower unit is coupled to the at least one condenser unit and to the evaporator unit, and further wherein the at least one condenser unit is assembled to the base unit and to the evaporator unit to form a modular refrigeration circuit. a base unit; a blower unit configured to be selected from a group of blower units (70, 72, 74) configured for different cooling capacities, the blower unit being mounted on the base unit; at least one evaporator unit configured to be selected from a group of substantially identical modular evaporator units, the number of evaporator units configured to be selected based upon the desired cooling capacity, wherein the at least one evaporator unit is assembled to the base unit; and at least one condenser unit configured to be selected from a group of substantially identical modular condenser units, the number of condenser units configured to be selected based upon the desired cooling capacity, wherein the blower unit is coupled to the at least one condenser unit and to the evaporator unit, and further wherein the at least one condenser unit is assembled to the base unit and to the evaporator unit to form a modular refrigeration circuit.
A connection box for being connected to a distribution network based on glass fibre after the connection box has been affixed in a building, the connection box having at least one optical fibre (05, 06) by means of which optical data signals are transmitted from outside of the building into the building via a building duct, the connection box comprising at least one connection port (12, 13) for providing the optical data signals at the connection box, and the optical fibre (05, 06) to be laid in the building duct being connected at the connection port (12, 13) for transmitting the optical data signals, the optical fibre (05, 06) to be laid in the building duct being pre-mounted at the connection box by the manufacturer and being connected to the connection port (12, 13) in an optical contact point pre-fitted by the manufacturer, characterised in that at least two connection ports (12, 13) are provided at the connection box, an optical fibre (05, 06) being pre-mounted at each connection port (12, 13) by the manufacturer, at least one optical loop element being additionally provided at the connection box, via which the connection ports (12, 13) are connected to one another in pairs for testing purposes, at least one seal element being disposed at the connection positions of the loop element pre-mounted in the connection ports (12, 13), and an initial detachment of one of the connection positions being indicated by means of the seal element.
Spring-loaded clamping terminal for clamping electrical conductors, having a clamping spring and having a busbar, the clamping spring having a contact leg, a spring arc adjoining the contact leg and a clamping leg adjoining the spring arc, and the clamping leg has a clamping edge for forming a clamping point with the adjacent busbar for a conductor to be clamped on, wherein the spring-loaded clamping terminal further comprises a frame member formed as a part separate from the clamping spring and the busbar and having a base portion, a bending portion adjoining the base portion, and a retaining portion adjoining the bending portion and spaced from the base portion, the contact leg of the clamping spring being fixed to the retaining portion, the spring-loaded clamping terminal being in the form of a self-supporting spring-loaded clamping terminal, characterized in that the retaining portion extends in extension of the direction in which the contact leg extends, the bending portion, in the insertion direction of a conductor to be clamped, bounds a conductor receiving space behind the clamping point for receiving a free end of the electrical conductor, and the base portion extends from the bending portion towards the free end of the base portion in the opposite direction to the insertion direction of a conductor to be clamped.
A snowshoe having a boot footbed that permits rotation of a user's boot along two axes of rotation during use of the snowshoe, comprising: a snowshoe frame, a footbed platform with a connected front cleat and binding, to retain a user's boot on the footbed platform, a transverse pivot rod connected to the cleat for rotation of the cleat, footbed and binding on a pitch axis relative to the snowshoe frame, the footbed platform and cleat being positioned between two generally longitudinally extending members of the snowshoe frame, one at a left side of the pivot rod and one at a right side of the pivot rod, and with tension bands secured to the longitudinally extending members and to the pivot rod at the left and right sides, the bands being in tension such that the bands support the footbed platform and attached cleat and binding on the snowshoe frame, and at each end of the pivot rod, a roller extending perpendicular to the pivot rod on a generally longitudinal axis relative to the snowshoe, with the tension band engaged around the roller and the roller being in a rotation connection to the pivot rod, whereby the user's boot is afforded pitch rotation about a pitch axis defined by the transverse pivot rod to facilitate forward steps, and also roll rotation relative to the snowshoe frame, within a transverse vertical plane, to permit comfortable tracking on sidehill terrain. a snowshoe frame, a footbed platform with a connected front cleat and binding, to retain a user's boot on the footbed platform, a transverse pivot rod connected to the cleat for rotation of the cleat, footbed and binding on a pitch axis relative to the snowshoe frame, the footbed platform and cleat being positioned between two generally longitudinally extending members of the snowshoe frame, one at a left side of the pivot rod and one at a right side of the pivot rod, and with tension bands secured to the longitudinally extending members and to the pivot rod at the left and right sides, the bands being in tension such that the bands support the footbed platform and attached cleat and binding on the snowshoe frame, and at each end of the pivot rod, a roller extending perpendicular to the pivot rod on a generally longitudinal axis relative to the snowshoe, with the tension band engaged around the roller and the roller being in a rotation connection to the pivot rod, whereby the user's boot is afforded pitch rotation about a pitch axis defined by the transverse pivot rod to facilitate forward steps, and also roll rotation relative to the snowshoe frame, within a transverse vertical plane, to permit comfortable tracking on sidehill terrain.
A synthetic combination comprising a purified microbial population in association with a plurality of seeds or seedlings of an agricultural plant, wherein the purified microbial population comprises a first endophyte which is capable of production of acetoin, wherein the first endophyte is from the genus Cladosporium, and has an ITS rRNA 100% identical to SEQ ID NO: 3694 and wherein the first endophyte is present in the synthetic combination in an amount effective to provide a benefit to the seeds or seedlings or the plants derived from the seeds or seedlings.
A method, operable in a processor, for operating applications of a touch device, comprising: displaying, on an execution screen, a contact tray comprised of a number of tray items including contact information; receiving an interaction that selects a tray item in the contact tray and moves the selected tray item to an area of the execution screen corresponding to an application; configuring the execution screen for said application based on contact information of the tray item selected by the interaction; and operating the application based on the configured execution screen; wherein configuring the execution screen comprises: identifying a type of the area to which the selected tray item is moved; extracting contact information of the selected tray item corresponding to the identified type of the area; and inputting and displaying the extracted contact information in the area. displaying, on an execution screen, a contact tray comprised of a number of tray items including contact information; receiving an interaction that selects a tray item in the contact tray and moves the selected tray item to an area of the execution screen corresponding to an application; configuring the execution screen for said application based on contact information of the tray item selected by the interaction; and operating the application based on the configured execution screen; wherein configuring the execution screen comprises: identifying a type of the area to which the selected tray item is moved; extracting contact information of the selected tray item corresponding to the identified type of the area; and inputting and displaying the extracted contact information in the area. identifying a type of the area to which the selected tray item is moved; extracting contact information of the selected tray item corresponding to the identified type of the area; and inputting and displaying the extracted contact information in the area.
A control equipment (122,124,126,130,140,150) of a sauna, steam sauna or sauna stove, wherein the control equipment (122,124,126,130,140,150) comprises a thermal cutoff (122,126,140); and the control equipment (122,124,126,130,140,150) is arranged to recognize an overheating situation from that a temperature measured by the thermal cutoff (122,126,140) exceeds a pre-set limit value; characterized in that: the thermal cutoff (122,126,140) comprises a temperature sensor and a parallel temperature sensor for control of heating of the stove. the control equipment (122,124,126,130,140,150) comprises a thermal cutoff (122,126,140); and the control equipment (122,124,126,130,140,150) is arranged to recognize an overheating situation from that a temperature measured by the thermal cutoff (122,126,140) exceeds a pre-set limit value; characterized in that: the thermal cutoff (122,126,140) comprises a temperature sensor and a parallel temperature sensor for control of heating of the stove.
A method of pulse welding, comprising providing an output waveform having a maximum output and at least a frequency from a range of available frequencies not limited to harmonic frequencies and having a power suitable for welding, wherein the waveform comprises a plurality of background portions, wherein the background portions include a portion of a pulse cycle where the output is less than the minimum output plus 25% of the difference between the maximum and the minimum output, alternating with a plurality of peak portions, wherein the peak portions include a portion of a pulse cycle where the output is more than the maximum output less 25% of the difference between the maximum and the minimum output, and wherein a transition down occurs from the peak portion to the background portion with a first acceleration and further wherein a transition up occurs from the background portion to the peak portion with a second acceleration, characterised in that both the first acceleration is non-zero over at least most of the transition down and the second acceleration is non-zero over at least most of the transition up.
A vehicle torsion beam axle comprising two longitudinal links, a transverse profiled element that connects the longitudinal links, and a drive unit which drives, via an input shaft, at least one of the wheels guided by the torsion beam axle and which is mounted in the immediate vicinity of the common axis of rotation of the wheels in the constructed position, and wherein the drive unit is mounted on the vehicle body in such a way as to be rotatable about an axis running parallel to the common axis of rotation of the wheels, characterised in that said degree of rotational freedom is aided by a pivoted support, which is in turn supported fixedly on the axle.
A transmitting method of a signal on a random access channel in a wireless communication system, a terminal transmitting a cyclic prefix and a preamble on the random access channel with a set time length ahead of the end position of an uplink pilot time slot, and the length of the preamble being the length of two symbols without a cyclic prefix; characterized in that the length of said one symbol without the cyclic prefix is a half of the length of the preamble Tpre, i.e. Tpre/2, wherein Tpre=4096×Ts, and wherein Ts=1/30.72us; and the length of the uplink pilot time slot is equal to 4384×Ts, the length of the cyclic prefix Tcp=448×Ts, and the set time length is 4832×Ts.
A surgical stapler for deploying staples in tissue, comprising: a pair of jaws for engaging tissue, the pair of jaws including a staple cartridge and an anvil, at least one of the jaws defining a plurality of recesses; a staple line buttress material positioned on one of the jaws; and a plurality of retainers passing through the staple line buttress material, each of the retainers being disposed within one of the recesses so as to releasably retain the staple line buttress material on the at least one jaw, characterised in that the staple line buttress material includes a plurality of slots and the recesses are formed as slots. a pair of jaws for engaging tissue, the pair of jaws including a staple cartridge and an anvil, at least one of the jaws defining a plurality of recesses; a staple line buttress material positioned on one of the jaws; and a plurality of retainers passing through the staple line buttress material, each of the retainers being disposed within one of the recesses so as to releasably retain the staple line buttress material on the at least one jaw,