mhurhangee/ep-ind-claims huggingface dataset:
A housing for a rodent station, the housing being adapted to hold a trap device in a plurality of different orientations, wherein the housing is adapted to hold two trap devices and comprises two catching zones (24a, 24b), and wherein the housing further comprises exterior side walls and at least one interior wall (26a, 26b), the exterior side walls and at least one interior wall (26a, 26b) at least partially defining the two catching zones (24a, 24b), the housing being characterised by each catching zone (24a, 24b) being adapted to retain a trap device in a first orientation and a second orientation, wherein in the first orientation, the catching zones (24a, 24b) are adapted to retain two trap devices in an end-to-end arrangement and in the second orientation, the catching zones (24a, 24b) are adapted to retain two trap devices in a side-by-side arrangement. wherein the housing is adapted to hold two trap devices and comprises two catching zones (24a, 24b), and wherein the housing further comprises exterior side walls and at least one interior wall (26a, 26b), the exterior side walls and at least one interior wall (26a, 26b) at least partially defining the two catching zones (24a, 24b), the housing being characterised by each catching zone (24a, 24b) being adapted to retain a trap device in a first orientation and a second orientation, wherein in the first orientation, the catching zones (24a, 24b) are adapted to retain two trap devices in an end-to-end arrangement and in the second orientation, the catching zones (24a, 24b) are adapted to retain two trap devices in a side-by-side arrangement.
An access point N1 for use in a wireless network to be established between N1 and at least three other access points N2, N3 and N4, access point N1 comprising: a data storage memory; a program memory; a circuit operatively coupled to a port; a processor operatively coupled to the circuit and the at least one memory; a first set of instructions stored in the program memory that, when executed by the processor, configure N1 to determine whether N3 is actively communicating with N4 and, if so, then determining whether packets are stored in the data storage memory that are to be transmitted by N1 to N2; a second set of instructions stored in the program memory that, when executed by the processor, configure N1 to determine whether N4 is not capable of receiving signals transmitted from N1 and, if so, then determining how many packets can be sent to N2 from N1 with their receipt by N2 acknowledged in the remaining time that N3 is actively communicating with N4 and gathering those packets; a third set of instructions stored in the program memory that are adapted to be executed after the second set of instructions are executed to gather packets, the third set of instructions, when executed by the processor, causing N1 to transmit the gathered packets to N2 at the same time that N3 is actively communicating with N4, wherein N1 is configured to traverse its packet queue such that the gathered packets that are transmitted from N1 to N2 can fit in the remaining time that N3 is actively communicating with N4. a data storage memory; a program memory; a circuit operatively coupled to a port; a processor operatively coupled to the circuit and the at least one memory; a first set of instructions stored in the program memory that, when executed by the processor, configure N1 to determine whether N3 is actively communicating with N4 and, if so, then determining whether packets are stored in the data storage memory that are to be transmitted by N1 to N2; a second set of instructions stored in the program memory that, when executed by the processor, configure N1 to determine whether N4 is not capable of receiving signals transmitted from N1 and, if so, then determining how many packets can be sent to N2 from N1 with their receipt by N2 acknowledged in the remaining time that N3 is actively communicating with N4 and gathering those packets; a third set of instructions stored in the program memory that are adapted to be executed after the second set of instructions are executed to gather packets, the third set of instructions, when executed by the processor, causing N1 to transmit the gathered packets to N2 at the same time that N3 is actively communicating with N4, wherein N1 is configured to traverse its packet queue such that the gathered packets that are transmitted from N1 to N2 can fit in the remaining time that N3 is actively communicating with N4.
A method for managing a trigger on a terminal device, comprising: determining a first trigger that is set by a first application program on the terminal device, wherein the first trigger is set to trigger a first task at a first moment; determining a triggering policy of the first trigger based on an attribute of the first trigger, wherein the triggering policy comprises normal triggering or delaying triggering; and when the triggering policy of the first trigger is normal triggering, executing the first trigger at the first moment to trigger the first task; or when the triggering policy of the first trigger is delaying triggering, delaying the first trigger, so that the first task is triggered at a moment later than the first moment, characterized in that the attribute of the trigger is related to one or more of a purpose, a function, and a degree of impact on user experience of the first trigger, and wherein the attribute of the first trigger is determined based on characteristic information of historical behavior of a user, characteristic information of the first application program, and characteristic information of the first trigger. determining a first trigger that is set by a first application program on the terminal device, wherein the first trigger is set to trigger a first task at a first moment; determining a triggering policy of the first trigger based on an attribute of the first trigger, wherein the triggering policy comprises normal triggering or delaying triggering; and when the triggering policy of the first trigger is normal triggering, executing the first trigger at the first moment to trigger the first task; or when the triggering policy of the first trigger is delaying triggering, delaying the first trigger, so that the first task is triggered at a moment later than the first moment, characterized in that the attribute of the trigger is related to one or more of a purpose, a function, and a degree of impact on user experience of the first trigger, and wherein the attribute of the first trigger is determined based on characteristic information of historical behavior of a user, characteristic information of the first application program, and characteristic information of the first trigger.
A battery pack comprising: a cell assembly unit including a plurality of battery cells and a bus bar configured to electrically connect the plurality of battery cells; a frame unit accommodating the cell assembly unit; a bracket unit fixing the cell assembly unit to the frame unit, wherein the bracket unit and the frame unit form a flow path through which a gas is discharged; and a reverse flow prevention member disposed between the bus bar and the bracket unit, the reverse flow prevention member including a plurality of gas permeation holes, each of which extends from one end facing the bus bar and leads to another end facing the flow path, wherein the bus bar contacts the reverse flow prevention member, and wherein the reverse flow prevention member contacts the bracket unit. a cell assembly unit including a plurality of battery cells and a bus bar configured to electrically connect the plurality of battery cells; a frame unit accommodating the cell assembly unit; a bracket unit fixing the cell assembly unit to the frame unit, wherein the bracket unit and the frame unit form a flow path through which a gas is discharged; and a reverse flow prevention member disposed between the bus bar and the bracket unit, the reverse flow prevention member including a plurality of gas permeation holes, each of which extends from one end facing the bus bar and leads to another end facing the flow path, wherein the bus bar contacts the reverse flow prevention member, and wherein the reverse flow prevention member contacts the bracket unit.
A method for photobleaching a subject's eye for use with a psychophysical test to determine a status of dark adaptation, said method comprising the steps of: a. exposing at least a portion of the retina of the subject's eye to a photobleaching light that emits a spectrum having a wavelength of light or range of wavelengths of light between 485 nm and 510 nm; and b. using the psychophysical test to monitor a response to the photobleaching light, where the psychophysical test is dark adaptometry. a. exposing at least a portion of the retina of the subject's eye to a photobleaching light that emits a spectrum having a wavelength of light or range of wavelengths of light between 485 nm and 510 nm; and b. using the psychophysical test to monitor a response to the photobleaching light, where the psychophysical test is dark adaptometry.
A method for making a plaster board having a first surface and an opposed second surface, the plaster board comprising a body of hardened plaster material extending from the first surface of the plaster board to the second surface of the plaster board, and one or more continuous layers of material disposed within the body, each continuous layer of material having a first side and an opposed second side, the first side and second side of each continuous layer of material being substantially covered by the hardened plaster material, each continuous layer being a damping sheet having a damping loss factor that is greater than a damping loss factor of the hardened plaster material, the method comprising: providing a wet plaster board precursor having a first surface and an opposed second surface, the wet plaster board precursor comprising: a body of wet plaster material extending from the first surface of the wet plaster board precursor to the second surface of the wet plaster board precursor; and one or more continuous layers of material or precursors therefor disposed within the body of wet plaster material, each continuous layer of material or precursor therefor having a first side and an opposed second side, the first side and the second side of each continuous layer of material or precursor therefor being substantially covered by the wet plaster material; and drying the wet plaster board precursor such that the wet plaster material hardens into the body of hardened plaster material, and such that the continuous layer of material or precursor therefor forms the continuous layer of material within the body of hardened plaster material. a body of hardened plaster material extending from the first surface of the plaster board to the second surface of the plaster board, and one or more continuous layers of material disposed within the body, each continuous layer of material having a first side and an opposed second side, the first side and second side of each continuous layer of material being substantially covered by the hardened plaster material, each continuous layer being a damping sheet having a damping loss factor that is greater than a damping loss factor of the hardened plaster material, providing a wet plaster board precursor having a first surface and an opposed second surface, the wet plaster board precursor comprising: a body of wet plaster material extending from the first surface of the wet plaster board precursor to the second surface of the wet plaster board precursor; and one or more continuous layers of material or precursors therefor disposed within the body of wet plaster material, each continuous layer of material or precursor therefor having a first side and an opposed second side, the first side and the second side of each continuous layer of material or precursor therefor being substantially covered by the wet plaster material; and drying the wet plaster board precursor such that the wet plaster material hardens into the body of hardened plaster material, and such that the continuous layer of material or precursor therefor forms the continuous layer of material within the body of hardened plaster material.
Device for storing and ordering biological sampling blocks, said blocks being in the form of a housing provided on one surface with identification information printed on each block in the form of encoded data, namely such as a bar code or matrix code, said device comprising, on the one hand, means for storing formed of at least one element in the form of a horizontally-extending drawer for positioning said blocks vertically in columns and rows, said surface facing upward, through nesting means provided in the form of regularly spaced projections or recesses, thus forming male and female parts at the level of the bottom, in which said blocks can be inserted and, on the other hand, means for referencing the position of each block within said storing means, wherein said referencing means comprise means for automatically reading the identification information, in particular of said encoded data, of each block and for the computerized recording and automatic updating of said two-dimensional position within said drawer, said reading means comprising a reader such as a light scanner for encoded data.
A method of marking of a volume line of a vessel, particularly a glass, during which a line defining a level of a marked volume of a liquid in a vessel is produced in a transparent and/or translucent wall of the vessel, where the line is visible to a naked eye, wherein a volume of a liquid corresponding to the volume to be marked is poured to the vessel, the level of the liquid in the vessel is then contactlessly measured; an element for a production of the lines is set in the height which corresponds to the measured level of the liquid in the vessel; the line is produced on the wall of the vessel; the liquid is subsequently poured out of the vessel, characterized in that during measuring of the height of the level of the liquid in the vessel values of a changing distance of the unstable level of the liquid are measured; from the fluctuating value of the measured distance from the liquid the distance of the level that would be after stabilization is calculated.
A memory card carrier in the form of a flat card with a temporarily attached memory card, where the flat card has a contact field that is accessible on the surface of the flat card; and where the memory card forms an element intended to be snapped out from the flat card's body, the memory card has a contact interface for the connection with a mobile communication device's circuits, and the memory card is especially designed for payment applications with previously loaded data and/or programs is characterized by the fact that the memory card is connected to the body of the flat card over at least one connection strip in the snap-out line, the carrier encompasses a conductive connection, which connects the flat card's contact field to the memory card's circuits while the conductive connection crosses the snap-out line, the conductive connection passes through the connection strip, the memory card is equipped with a conductive connection disconnecter, which is connected on the conductive connection between the snap-out line location and the memory card's circuits.
A one terminal capacitor interface circuit for sensing the capacitance of a capacitor characterized by: a differential integrating amplifier having two input nodes (66, 68), two output nodes (69, 70) and integrating capacitors (46, 48) connected between respective output nodes and input nodes, wherein a voltage of the two input nodes (66, 68) is nominally equal to an input common mode voltage; and a switching circuit for charging said capacitor to a first voltage level (V x) in a first phase, connecting, in a second phase, said capacitor to one of said input nodes (66, 68) of said differential amplifier to provide a first output change substantially representative of the difference between said first voltage level and said input common mode voltage, and also representative of said capacitor; charging said capacitor to a second voltage level (V z), in a third phase, and connecting, in a fourth phase, said capacitor to the other input node (66, 68) of said differential amplifier to provide a second output change substantially representative of the difference between said second voltage level and said input common mode voltage, and also representative of said capacitor; the total charge transferred during the four phases changes representing the capacitance of said capacitor substantially independent of said input common mode voltage. a differential integrating amplifier having two input nodes (66, 68), two output nodes (69, 70) and integrating capacitors (46, 48) connected between respective output nodes and input nodes, wherein a voltage of the two input nodes (66, 68) is nominally equal to an input common mode voltage; and a switching circuit for charging said capacitor to a first voltage level (V x) in a first phase, connecting, in a second phase, said capacitor to one of said input nodes (66, 68) of said differential amplifier to provide a first output change substantially representative of the difference between said first voltage level and said input common mode voltage, and also representative of said capacitor; charging said capacitor to a second voltage level (V z), in a third phase, and connecting, in a fourth phase, said capacitor to the other input node (66, 68) of said differential amplifier to provide a second output change substantially representative of the difference between said second voltage level and said input common mode voltage, and also representative of said capacitor; the total charge transferred during the four phases changes representing the capacitance of said capacitor substantially independent of said input common mode voltage.
A method for welding a workpiece by using a laser, the method comprising the steps of: disposing a workpiece in a region to be irradiated with laser light from a laser apparatus; and relatively moving the laser light and the workpiece so as to cause the laser light to sweep over the workpiece while irradiating the workpiece with the laser light from the laser apparatus, thereby melting and welding an irradiated portion of the workpiece, wherein the laser light is formed of a main beam and an auxiliary beam, at least part of the auxiliary beam being disposed anteriorly in a sweep direction, and the main beam has a power density equal to or greater than a power density of the auxiliary beam, characterized in that the laser light forms a shallow region in a region to be irradiated by the auxiliary beam, the shallow region being a molten pool shallower than a molten pool formed in a region to be irradiated by the main beam, and a melt intensity region of the main beam reaches the shallow region before the shallow region formed in the region to be irradiated by the auxiliary beam solidifies disposing a workpiece in a region to be irradiated with laser light from a laser apparatus; and relatively moving the laser light and the workpiece so as to cause the laser light to sweep over the workpiece while irradiating the workpiece with the laser light from the laser apparatus, thereby melting and welding an irradiated portion of the workpiece, wherein the laser light is formed of a main beam and an auxiliary beam, at least part of the auxiliary beam being disposed anteriorly in a sweep direction, and the main beam has a power density equal to or greater than a power density of the auxiliary beam, characterized in that the laser light forms a shallow region in a region to be irradiated by the auxiliary beam, the shallow region being a molten pool shallower than a molten pool formed in a region to be irradiated by the main beam, and a melt intensity region of the main beam reaches the shallow region before the shallow region formed in the region to be irradiated by the auxiliary beam solidifies
A method of generating a polynucleotide having a predefined sequence, the method comprising: a. synthesizing a plurality of support-bound double-stranded polynucleotides comprising a free single-stranded overhang, the plurality of polynucleotide sequences comprising the predefined polynucleotide sequence, wherein the single-stranded overhang comprises the sequence of a terminal construction oligonucleotide N; b. providing a stem-loop oligonucleotide comprising a single-stranded overhang wherein the single-stranded overhang is complementary to the terminal construction oligonucleotide sequence N; c. hybridizing the stem-loop oligonucleotide to the free overhang of the polynucleotide having predefined sequence; d. ligating the stem-loop oligonucleotide to the free overhang of the polynucleotide having predefined sequence; and e. degrading, using an exonuclease, polynucleotide sequences that comprise a free 3' or 5' end, and that do not comprise the terminal construction oligonucleotide sequence N. a. synthesizing a plurality of support-bound double-stranded polynucleotides comprising a free single-stranded overhang, the plurality of polynucleotide sequences comprising the predefined polynucleotide sequence, wherein the single-stranded overhang comprises the sequence of a terminal construction oligonucleotide N; b. providing a stem-loop oligonucleotide comprising a single-stranded overhang wherein the single-stranded overhang is complementary to the terminal construction oligonucleotide sequence N; c. hybridizing the stem-loop oligonucleotide to the free overhang of the polynucleotide having predefined sequence; d. ligating the stem-loop oligonucleotide to the free overhang of the polynucleotide having predefined sequence; and e. degrading, using an exonuclease, polynucleotide sequences that comprise a free 3' or 5' end, and that do not comprise the terminal construction oligonucleotide sequence N.