mhurhangee/ep-ind-claims huggingface dataset:
A method performed by an automated screening system, comprising: the automated screening system receiving a personal identifier from an individual at an available induction kiosk of a plurality of induction kiosks; the automated screening system issuing a scanning unit at the induction kiosk, wherein a plurality of induction kiosks operate in parallel; the automated screening system associating the scanning unit with the personal identifier; the automated screening system inducting the scanning unit, including at least one item added by the individual, at the induction kiosk; the automated screening system conveying the scanning unit to an imaging device; the automated screening system imaging the scanning unit and the item to produce a scanned image; the automated screening system conveying the scanning unit and the item to a buffer area; the automated screening system receiving the personal identifier at one of a plurality of return kiosks, wherein the plurality of return kiosks operate in parallel; and the automated screening system returning the scanning unit and the item from the buffer area to the individual based on the association between the scanning unit and the personal identifier. the automated screening system receiving a personal identifier from an individual at an available induction kiosk of a plurality of induction kiosks; the automated screening system issuing a scanning unit at the induction kiosk, wherein a plurality of induction kiosks operate in parallel; the automated screening system associating the scanning unit with the personal identifier; the automated screening system inducting the scanning unit, including at least one item added by the individual, at the induction kiosk; the automated screening system conveying the scanning unit to an imaging device; the automated screening system imaging the scanning unit and the item to produce a scanned image; the automated screening system conveying the scanning unit and the item to a buffer area; the automated screening system receiving the personal identifier at one of a plurality of return kiosks, wherein the plurality of return kiosks operate in parallel; and the automated screening system returning the scanning unit and the item from the buffer area to the individual based on the association between the scanning unit and the personal identifier.
A positive electrode for a non-aqueous electrolyte secondary battery, which contains a positive electrode active material layer including olivine-type lithium complex compound particles having a carbonaceous film formed on the surface thereof as a positive electrode active material, characterized in that the coverage factor of the carbonaceous film relative to the surface area of the olivine-type lithium complex compound particles is in the positive electrode of 95% or more, the positive electrode active material layer is generated by mixing, coating and drying a positive electrode active material layer-forming slurry including olivine-type lithium complex compound particles having a carbonaceous film formed on the surface thereof, and during a mixing period of the positive electrode active material layer-forming slurry, excessive mechanical impact energy is not allowed to act on the positive electrode active material in the slurry so that a coverage factor of the carbonaceous film to 95% or more is maintained, wherein the duration of mixing time is shortened within a range that allows obtaining of a homogeneous mixture.
Household refrigeration appliance apparatus (12a-b) having at least one side wall component (14a-b) and at least one machine compartment top wall (16a-b), wherein the household refrigeration appliance apparatus (12a-b) has at least one sealing element (18a-b) which seals at least one region (20a-b) between the side wall component (14a-b) and the machine compartment top wall (16a-b), characterised in that the machine compartment top wall (16a-b) has at least one latching element (26a-b) which is latched with a corresponding latching element (28a-b) of the side wall component (14a-b).
A device for neuromuscular stimulation, comprising: a reusable sleeve; and one or more electrodes housed within the reusable sleeve; wherein the reusable sleeve comprises at least two flexible fingers along which the one or more electrodes are located, the flexible fingers extending in the same direction from a first connector, and one or more conductive mediums disposed on each flexible finger; characterized in that the device further comprises a second connector, wherein at least two additional flexible fingers also extend from the second connector in the same direction as the flexible fingers extending from the first connector; and at least one webbing connects a flexible finger extending from the first connector to a flexible finger extending from the second connector. a reusable sleeve; and one or more electrodes housed within the reusable sleeve; wherein the reusable sleeve comprises at least two flexible fingers along which the one or more electrodes are located, the flexible fingers extending in the same direction from a first connector, and one or more conductive mediums disposed on each flexible finger; characterized in that the device further comprises a second connector, wherein at least two additional flexible fingers also extend from the second connector in the same direction as the flexible fingers extending from the first connector; and at least one webbing connects a flexible finger extending from the first connector to a flexible finger extending from the second connector.
A personal computer comprising: a CPU; a communication unit operatively coupled to the CPU; and a memory device operatively coupled to the CPU, the memory device storing instructions that cause the CPU, in cooperation with the communication unit and the memory device, to, in response to a contactless communication: (a) acquire address information from a memory of a contactless communication card having: (i) a free area including said address information; and (ii) a secure area including account information; (b) connect to a resource of a web server using said acquired address information; and (c) cause a security application module server to: (i) establish a secure communication path; (ii) acquire said account information from the memory of the contactless communication card; and (ii) transmit said acquired account information to the web server such that the web server enables a user to access the resource of the web server using said account information. a CPU; a communication unit operatively coupled to the CPU; and a memory device operatively coupled to the CPU, the memory device storing instructions that cause the CPU, in cooperation with the communication unit and the memory device, to, in response to a contactless communication: (a) acquire address information from a memory of a contactless communication card having: (i) a free area including said address information; and (ii) a secure area including account information; (b) connect to a resource of a web server using said acquired address information; and (c) cause a security application module server to: (i) establish a secure communication path; (ii) acquire said account information from the memory of the contactless communication card; and (ii) transmit said acquired account information to the web server such that the web server enables a user to access the resource of the web server using said account information. (a) acquire address information from a memory of a contactless communication card having: (i) a free area including said address information; and (ii) a secure area including account information; (i) a free area including said address information; and (ii) a secure area including account information; (b) connect to a resource of a web server using said acquired address information; and (c) cause a security application module server to: (i) establish a secure communication path; (ii) acquire said account information from the memory of the contactless communication card; and (ii) transmit said acquired account information to the web server such that the web server enables a user to access the resource of the web server using said account information. (i) establish a secure communication path; (ii) acquire said account information from the memory of the contactless communication card; and (ii) transmit said acquired account information to the web server such that the web server enables a user to access the resource of the web server using said account information.
A method for isolating broken strands of elastic, the method comprising the steps of: advancing a plurality of elastic strands in a first direction to a drum and defining a first strand transport plane; wrapping the plurality of elastic strands along an outer circumferential surface of the drum; advancing the plurality of elastic strands from the outer circumferential surface of the drum in a second direction and defining a second strand transport plane; positioning a snare member adjacent the drum, wherein the snare member has an outer circumferential surface and defines a length defined between a first end portion and a second end portion, wherein the length of the snare member extends in a third direction across the plurality of elastic strands, and wherein the outer circumferential surface of the snare member is positioned between the plurality of elastic strands and the second strand transport plane; separating an elastic strand in the second direction to create an upstream end portion and a downstream end portion; retracting the upstream end portion toward the drum; unwrapping the upstream end portion from the outer circumferential surface of the drum; and wrapping the upstream end portion along the outer circumferential surface of the snare member, (i) wherein the outer circumferential surface of the snare member comprises bristles; and/or (ii) wherein the method further comprises the step of applying adhesive to the outer circumferential surface of the snare member. advancing a plurality of elastic strands in a first direction to a drum and defining a first strand transport plane; wrapping the plurality of elastic strands along an outer circumferential surface of the drum; advancing the plurality of elastic strands from the outer circumferential surface of the drum in a second direction and defining a second strand transport plane; positioning a snare member adjacent the drum, wherein the snare member has an outer circumferential surface and defines a length defined between a first end portion and a second end portion, wherein the length of the snare member extends in a third direction across the plurality of elastic strands, and wherein the outer circumferential surface of the snare member is positioned between the plurality of elastic strands and the second strand transport plane; separating an elastic strand in the second direction to create an upstream end portion and a downstream end portion; retracting the upstream end portion toward the drum; unwrapping the upstream end portion from the outer circumferential surface of the drum; and wrapping the upstream end portion along the outer circumferential surface of the snare member, (i) wherein the outer circumferential surface of the snare member comprises bristles; and/or (ii) wherein the method further comprises the step of applying adhesive to the outer circumferential surface of the snare member. (i) wherein the outer circumferential surface of the snare member comprises bristles; and/or (ii) wherein the method further comprises the step of applying adhesive to the outer circumferential surface of the snare member.
An absorbent article comprising: a multilayer bodyside chassis having an inner elastic construction sandwiched between a first fabric layer and second fabric layer, the inner elastic construction comprising a plurality of spaced apart elastic strands; a multilayer outer chassis having an outer elastic construction; and an absorbent member positioned between the multilayer bodyside chassis and the multilayer outer chassis; wherein said inner elastic construction is supported within the first and second fabric layers to form an elasticized annular cuff projected above the absorbent member, wherein the elasticized annular cuff includes the plurality of spaced apart elastic strands (2110a, 2110b) that encircle a central portion of the absorbent member inward of a periphery of the absorbent member, wherein the elastic strands are positioned above the absorbent member. a multilayer bodyside chassis having an inner elastic construction sandwiched between a first fabric layer and second fabric layer, the inner elastic construction comprising a plurality of spaced apart elastic strands; a multilayer outer chassis having an outer elastic construction; and an absorbent member positioned between the multilayer bodyside chassis and the multilayer outer chassis; wherein said inner elastic construction is supported within the first and second fabric layers to form an elasticized annular cuff projected above the absorbent member, wherein the elasticized annular cuff includes the plurality of spaced apart elastic strands (2110a, 2110b) that encircle a central portion of the absorbent member inward of a periphery of the absorbent member, wherein the elastic strands are positioned above the absorbent member.
A liquid container having a liquid storage chamber configured to store a liquid, the liquid container being configured to be removably mounted to a mounting portion of a liquid consuming apparatus that includes a guide rail (27A, 28A) having a guide surface that guides insertion and removal of the liquid container and a movable lock portion that locks the liquid container when the liquid container is inserted, the liquid container comprising: a first surface that has formed therein a liquid supply opening through which the liquid can flow from the liquid storage chamber to the liquid consuming apparatus, and is on a side in a direction of insertion into the mounting portion; a second surface that opposes the first surface; a third surface that intersects the first surface and the second surface and has formed therein a groove portion configured to engage with the movable lock portion; a fourth surface that opposes the third surface; characterised in that the liquid container further comprises a positioning portion (70ET, 70DT) that is provided on at least one of the third surface and the fourth surface, and is configured to be engaged with and positioned by the guide surface of the guide rail (27A, 28A) of the mounting portion when the liquid container is locked by engagement of the groove portion with the movable lock portion due to the liquid container moving in the direction of insertion into the mounting portion. a first surface that has formed therein a liquid supply opening through which the liquid can flow from the liquid storage chamber to the liquid consuming apparatus, and is on a side in a direction of insertion into the mounting portion; a second surface that opposes the first surface; a third surface that intersects the first surface and the second surface and has formed therein a groove portion configured to engage with the movable lock portion; a fourth surface that opposes the third surface; characterised in that the liquid container further comprises a positioning portion (70ET, 70DT) that is provided on at least one of the third surface and the fourth surface, and is configured to be engaged with and positioned by the guide surface of the guide rail (27A, 28A) of the mounting portion when the liquid container is locked by engagement of the groove portion with the movable lock portion due to the liquid container moving in the direction of insertion into the mounting portion.
Rotary percussion drill bit with a hard material insert (2, 2'), comprising at least one cutting edge (3, 3') and a bottom surface (4, 4') opposite thereto which is fixed with a hard solder (5, 5') in a material joint to an axial base surface (6, 6') in the shaft end (7, 7'), characterised in that the base surface (6, 6') is chamfered at least at the outer radial edge, whereby the hard solder extends over a wedge-shaped radial edge region.
A charging management method, comprising: receiving, by a user plane function entity, UP, a first usage reporting rule, URR, a second URR and a correlation indication from a control plane function entity, CP, wherein the correlation indication is used to indicate that the first URR is correlated with the second URR; when usage information on the UP reaches a threshold of the first URR, obtaining, by the UP, usage information corresponding to the first URR and usage information corresponding to a second URR correlated with the first URR; and sending, by the UP to the CP, the usage information corresponding to the first URR and the usage information corresponding to the second URR, wherein the usage information corresponding to the first URR and the usage information corresponding to the second URR are used to generate a charging data record. receiving, by a user plane function entity, UP, a first usage reporting rule, URR, a second URR and a correlation indication from a control plane function entity, CP, wherein the correlation indication is used to indicate that the first URR is correlated with the second URR; when usage information on the UP reaches a threshold of the first URR, obtaining, by the UP, usage information corresponding to the first URR and usage information corresponding to a second URR correlated with the first URR; and sending, by the UP to the CP, the usage information corresponding to the first URR and the usage information corresponding to the second URR, wherein the usage information corresponding to the first URR and the usage information corresponding to the second URR are used to generate a charging data record.
Method for monitoring the load on rotor blades of wind power plants by means of acceleration measurement on at least one rotor blade of a wind power plant and determining the load on the rotor blade from the recorded acceleration signals, characterized in that the acceleration in the time signals is determined as a frequency-independent variable or the acceleration amplitudes of certain natural frequencies determined therefrom are determined as a load and a frequency distribution of determined loads is determined, wherein the intensity and frequency of the occurrence of individual load values is determined and evaluated over a particular period of time.
A wirelessly detectable object (700, 800, 900) to use in medical procedures, comprising: a piece of absorbent material (704, 804, 904); a first substrate (702, 802, 902) physically coupled to the piece of absorbent material; a radio frequency identification (RFID) transponder (710, 806, 906) to wirelessly receive a first interrogation signal and wirelessly return a first response signal that contains identification information associated with the wirelessly detectable object, the RFID transponder(710, 806, 906) comprising a passive antenna element (716, 814, 914); characterized in that the RFID transponder also comprises an active antenna element (712, 808, 908); wherein the passive antenna element (716, 814, 914) and the active antenna element (712, 808, 908) together operate as a directional antenna and the first substrate (702, 802, 902) carries at least one of the active antenna element and the passive antenna element. a piece of absorbent material (704, 804, 904); a first substrate (702, 802, 902) physically coupled to the piece of absorbent material; a radio frequency identification (RFID) transponder (710, 806, 906) to wirelessly receive a first interrogation signal and wirelessly return a first response signal that contains identification information associated with the wirelessly detectable object, the RFID transponder(710, 806, 906) comprising a passive antenna element (716, 814, 914); characterized in that the RFID transponder also comprises an active antenna element (712, 808, 908); wherein the passive antenna element (716, 814, 914) and the active antenna element (712, 808, 908) together operate as a directional antenna and the first substrate (702, 802, 902) carries at least one of the active antenna element and the passive antenna element.
A combinatorial library of variants of an OB-fold protein, in which 5 to 32, preferably 8 to 20, and more preferably 11 to 16 residues of the binding interface of an OB-fold protein with its native ligand have been randomly substituted, wherein said OB-fold protein is Sac7d or Sac7e from Sulfolobus acidocaldarius, or Sso7d, from Sulfolobus solfataricus, or DBP 7 from Sulfolobus tokodaii, or Ssh7b from Sulfolobus shibatae, or Ssh7a from Sulfolobus shibatae, or p7ss from Sulfolobus solfataricus, wherein said residues that are randomized in said variants are selected amongst the residues corresponding to V2, K3, K5, K7, Y8, K9, G10, E14, T17, K21, K22, W24, V26, G27, K28, M29, S31, T33, D36, N37, G38, K39, T40, R42, A44, S46, E47, K48, D49, A50 and P51 of Sac7d.
An ultrasound system, comprising: a signal acquisition unit configured to transmit and receive ultrasound signals to and from a target object to output baseband IQ signals; a memory configured to store an error condition which is indicative of a specific filter property, a filter decision condition and information on at least two of filters for filtering the baseband IQ signals; a user interface configured to receive a filter selection condition for selecting at least two filters among a plurality of filters stored in the memory; and a processor configured to extract at least two of filters from the memory according to the filter selection condition and the error condition, decide a filter among the extracted at least two of filters based on the filter decision condition and filter the baseband IQ signals by using filter coefficients of the decided filter, characterized in that the error condition includes a permissible matching range which is in a range from -10% to +10% with respect to the filter selection condition. a signal acquisition unit configured to transmit and receive ultrasound signals to and from a target object to output baseband IQ signals; a memory configured to store an error condition which is indicative of a specific filter property, a filter decision condition and information on at least two of filters for filtering the baseband IQ signals; a user interface configured to receive a filter selection condition for selecting at least two filters among a plurality of filters stored in the memory; and a processor configured to extract at least two of filters from the memory according to the filter selection condition and the error condition, decide a filter among the extracted at least two of filters based on the filter decision condition and filter the baseband IQ signals by using filter coefficients of the decided filter, characterized in that the error condition includes a permissible matching range which is in a range from -10% to +10% with respect to the filter selection condition.