mhurhangee/ep-ind-claims huggingface dataset:
A pyroelectric detector system comprising: a chip; a pyroelectric focal plane array integrated into the chip, the focal plane array including a plurality of image sensors configured to convert electromagnetic radiation into an electrical signal; a memory module integrated into the chip and coupled to the focal plane array, wherein the memory module comprises a ferroelectric random access memory; a processor integrated into the chip and coupled to the focal plane array and the memory module; a signal conditioning module integrated into the chip and coupled to the focal plane array and the memory module; a wireless communication module integrated into the chip and coupled to the focal plane array and the memory module; at least one of a power acquisition device and a power storage device; and a power management module integrated into the chip, the power management module configured to conduct a power scheduling function which minimizes current spikes by controlling the simultaneous use of the various on-chip components including the signal conditioning module, the wireless communication module, and the memory module. a chip; a pyroelectric focal plane array integrated into the chip, the focal plane array including a plurality of image sensors configured to convert electromagnetic radiation into an electrical signal; a memory module integrated into the chip and coupled to the focal plane array, wherein the memory module comprises a ferroelectric random access memory; a processor integrated into the chip and coupled to the focal plane array and the memory module; a signal conditioning module integrated into the chip and coupled to the focal plane array and the memory module; a wireless communication module integrated into the chip and coupled to the focal plane array and the memory module; at least one of a power acquisition device and a power storage device; and a power management module integrated into the chip, the power management module configured to conduct a power scheduling function which minimizes current spikes by controlling the simultaneous use of the various on-chip components including the signal conditioning module, the wireless communication module, and the memory module.
A method of allocating Network Temporary Identities, characterized in that the method comprises: obtaining capability information of a Home NodeB, wherein the capability information of the Home NodeB is Home NodeB type information, Home NodeB usage scene information, the number of user equipments needed to be supported by the Home NodeB, or specific identity length needed by the Home NodeB; allocating prefix information for performing identity allocation to the Home NodeB, according to the capability information; sending the allocated prefix information for performing identity allocation to the Home NodeB, so that the Home NodeB implements network temporary identity allocation according to the prefix information for performing identity allocation; wherein the network temporary identity comprises the prefix information for performing the temporary identity allocation, information for identifying a Home NodeB gateway and information for identifying a user equipment under the same Home NodeB; and wherein different prefix information for performing identity allocation corresponds to different Home NodeBs to implement the network temporary identity allocation. obtaining capability information of a Home NodeB, wherein the capability information of the Home NodeB is Home NodeB type information, Home NodeB usage scene information, the number of user equipments needed to be supported by the Home NodeB, or specific identity length needed by the Home NodeB; allocating prefix information for performing identity allocation to the Home NodeB, according to the capability information; sending the allocated prefix information for performing identity allocation to the Home NodeB, so that the Home NodeB implements network temporary identity allocation according to the prefix information for performing identity allocation; wherein the network temporary identity comprises the prefix information for performing the temporary identity allocation, information for identifying a Home NodeB gateway and information for identifying a user equipment under the same Home NodeB; and wherein different prefix information for performing identity allocation corresponds to different Home NodeBs to implement the network temporary identity allocation.
Screwing tool comprising a drive member, an output member rotatably mounted on a drive member about an axis of rotation and having a switchable locking mechanism which comprises a locking body engaging in a toothing of the output member, which locking body is switchable between two switching positions by means of a switching extension protruding from the locking body by a switching element which is pivotable about a switching axis, in which the rotatability of the output member is blocked either in one or the other direction of rotation, wherein the switching extension pivotably engages in an actuation recess of the switching element relative to the switching element and a spring element arranged in the switching element acts upon the switching extension in a locking position, characterized in that the wedge-shaped end section of the switching extension protruding into the actuating recess forms oblique flanks extending towards one another in a roof shape, wherein a central rounded portion of the spring element engages the ridge line of the two oblique flanks, so that the spring element acts on the switching extension in the two switching positions in different directions.
Processing device (100, 101, 102, 200, 300, 400) having a processing wheel (100R, 101R, 201 R, 205, 305, 405) which is in particular continuously driven, comprising at least one processing station (10, 30) for processing containers (1, 21, 23, 43, 53, 71, 77, 410, 411); comprising only one star (17, 201, 307, 407) for feeding and removing containers into and out of said processing device, which has at least two gripper elements (20, 22, 24, 40, 42, 44, 75L, 75R, 430, 431) for feeding containers to be processed (1, 21, 23, 43, 53, 71, 77, 410, 411) to said processing station and for removing said processed containers (1, 21, 23, 43, 53, 71, 77, 410, 411) from said processing station (10, 30); wherein said processing station (10, 30) comprises a processing position within said processing station, characterized in that said processing station (10, 30) has at least one processing element (14, 250, 251, 252, 415) processing containers, which is designed such that it can move said fed containers (1, 21, 23, 43, 53, 71, 77, 410, 411) to be processed and/or said processed containers (1, 21, 23, 43, 53, 71, 77, 410, 411) to be removed at least partially out of said processing position and/or into said processing position, in particular in a vertical or horizontal manner.
A grate firing system with a grate fall-through funnel and a labyrinth seal with a seal housing which is disposed in the grate fall-through funnel and on which outer disks are disposed, and a shaft on which inner disks are disposed, wherein the shaft can be moved eccentrically in the seal housing in such a manner that the inner and the outer disks can move radially relative to one another and thereby overlap in alignment with the shaft, wherein at least one of the disks (5, 6) is divided into several parts (15, 16).
A signal sending method, comprising: sending, by a first apparatus, an optical signal to a second apparatus in a slot before a first wavelength slot; sending, by the first apparatus, a first optical signal to the second apparatus in the first wavelength slot; and sending, by the first apparatus, an optical signal to the second apparatus in a slot after the first wavelength slot, wherein a wavelength of the first optical signal is a first wavelength, a first optical signal sent by the first apparatus in one first wavelength slot is used to carry first wavelength data on one symbol, and wavelengths of the optical signals sent by the first apparatus in the slots before and after the first wavelength slot are wavelengths other than the first wavelength, wherein the first apparatus periodically sends an optical signal, one sending period comprises N slots, N is an integer greater than 1, and the N slots comprise J first wavelength slots where the quantity J of first wavelength slots is configured flexibly with (N/J-1) slots between two adjacent first wavelength slots, wherein N may be exactly divided by J. sending, by a first apparatus, an optical signal to a second apparatus in a slot before a first wavelength slot; sending, by the first apparatus, a first optical signal to the second apparatus in the first wavelength slot; and sending, by the first apparatus, an optical signal to the second apparatus in a slot after the first wavelength slot, wherein a wavelength of the first optical signal is a first wavelength, a first optical signal sent by the first apparatus in one first wavelength slot is used to carry first wavelength data on one symbol, and wavelengths of the optical signals sent by the first apparatus in the slots before and after the first wavelength slot are wavelengths other than the first wavelength, wherein the first apparatus periodically sends an optical signal, one sending period comprises N slots, N is an integer greater than 1, and the N slots comprise J first wavelength slots where the quantity J of first wavelength slots is configured flexibly with (N/J-1) slots between two adjacent first wavelength slots, wherein N may be exactly divided by J.
A fluid receptacle, comprising: a molded outer wall defining a periphery of the fluid receptacle and having a plurality of inward projecting and spaced-apart connection features; and a molded inner wall bonded to a plurality of the connection features of the outer wall at certain locations and spaced from the outer wall at other locations providing gaps between the outer wall and the inner wall and for receiving a fluid within the inner wall; and structural elements located between the inner and outer walls (14, 16), the structural elements being independently selected as fluid routing components or vents. a molded outer wall defining a periphery of the fluid receptacle and having a plurality of inward projecting and spaced-apart connection features; and a molded inner wall bonded to a plurality of the connection features of the outer wall at certain locations and spaced from the outer wall at other locations providing gaps between the outer wall and the inner wall and for receiving a fluid within the inner wall; and structural elements located between the inner and outer walls (14, 16), the structural elements being independently selected as fluid routing components or vents.
A surgical device for holding and rotating an acetabular reaming head comprising: a shaft having a length which runs from a first end to a second end, wherein the first end is adapted for holding an acetabular reaming head, the first and second ends defining an axis which runs through these two end points, characterised in that the device further comprises a rigid protective sleeve surrounding the shaft, within which the shaft rotates, and wherein at least part of the shaft is divergent from said axis, allowing a head held by the device to access the acetabulum in its true anatomical position while avoiding encroachment of the shaft on surrounding body parts. a shaft having a length which runs from a first end to a second end, wherein the first end is adapted for holding an acetabular reaming head, the first and second ends defining an axis which runs through these two end points, characterised in that the device further comprises a rigid protective sleeve surrounding the shaft, within which the shaft rotates, and wherein at least part of the shaft is divergent from said axis, allowing a head held by the device to access the acetabulum in its true anatomical position while avoiding encroachment of the shaft on surrounding body parts.
A breathing tube for use in a breathing circuit, the breathing tube comprising: a corrugated tube wherein the corrugation profile comprises alternating outer crests and inner troughs, said outer crests including a peak region, and local troughs comprising a dip in the peak region; and an outer sheath supported on said outer crests wherein said outer sheath traps air between adjacent outer crests and said outer sheath.
A method for controlling a set top box for causing, from this set top box, a service from a multiplex to be broadcast, the method including: - downloading, through a specific channel, in the set top box, signals of reference table matching multiplex designations to service designations, - applying delivery parameters to reception circuits of the set top box to control it from a designation of a corresponding service, - frequency scanning for detecting designations (ts1, ts2,..., tsp) of multiplex at some frequency values, - a first measurement, in a stream sent by the multiplex to the set top box, of the physical parameters (dell, del2,..., deln), called delivery parameters, and in particular of the frequency value, to which the signals received are coherent, - a second measurement including, on the received stream, reading the designation (ts1, ts2,..., tsp) of the multiplex which sends this received stream in the set top box, - constructing a matching table to associate these delivery parameters and these multiplex designations, and - checking that multiplex designations present in the reference table are also present in the matching table, and - if not, causing a new frequency scanning. - downloading, through a specific channel, in the set top box, signals of reference table matching multiplex designations to service designations, - applying delivery parameters to reception circuits of the set top box to control it from a designation of a corresponding service, - frequency scanning for detecting designations (ts1, ts2,..., tsp) of multiplex at some frequency values, - a first measurement, in a stream sent by the multiplex to the set top box, of the physical parameters (dell, del2,..., deln), called delivery parameters, and in particular of the frequency value, to which the signals received are coherent, - a second measurement including, on the received stream, reading the designation (ts1, ts2,..., tsp) of the multiplex which sends this received stream in the set top box, - constructing a matching table to associate these delivery parameters and these multiplex designations, and - checking that multiplex designations present in the reference table are also present in the matching table, and - if not, causing a new frequency scanning.
A method for providing an enhanced communication service in a communications system, the system comprising a network apparatus (PS1, IPX proxy, PS2) capable of managing presence information related to a first user terminal, wherein if it is detected, in the network apparatus (PS1, IPX proxy, PS2), that presence data received from a first user terminal comprises modified presence information related to the first user terminal, the method comprises analysing, in the network apparatus (PS1, IPX proxy, PS2), the type of the modification, wherein, if it is detected that the presence data comprises a predetermined type of modified presence information, the method comprises indicating, in the network apparatus (PS1, IPX proxy, PS2), that the presence data received from the first user terminal comprises value-added presence information related to the first user terminal, in order to keep track in more detail of such presence status updates of the first user terminal that include value-added presence information in order the first user terminal to be charged separately for the presence status updates that include value-added presence information.
A drying machine, comprising: a dryer comprising a casing having a front open, a grip comprising a cylindrical grip body downward extended from the casing and a lower cover covering a lower opening part of the grip body; and a stand comprising a seating unit on which the dryer is rotatably seated, wherein the seating unit has a hollow portion and at least a part of the grip is inserted into a top opening of the hollow portion, wherein the grip comprises a first electrical terminal and a second electrical terminal, the seating unit comprises a first contact terminal positioned in the hollow portion and electrically connected to the first electrical terminal and a second contact terminal positioned in the hollow portion and electrically connected to the second electrical terminal, and the first and second contact terminals (143, 144) are arranged to maintain an electrical connection with the first and second electrical terminals (95, 96) regardless of the rotation of the dryer in the seating unit, characterized in that the first electrical terminal is positioned in the grip body, and the second electrical terminal is positioned in the lower cover. a dryer comprising a casing having a front open, a grip comprising a cylindrical grip body downward extended from the casing and a lower cover covering a lower opening part of the grip body; and a stand comprising a seating unit on which the dryer is rotatably seated, wherein the seating unit has a hollow portion and at least a part of the grip is inserted into a top opening of the hollow portion, wherein the grip comprises a first electrical terminal and a second electrical terminal, the seating unit comprises a first contact terminal positioned in the hollow portion and electrically connected to the first electrical terminal and a second contact terminal positioned in the hollow portion and electrically connected to the second electrical terminal, and the first and second contact terminals (143, 144) are arranged to maintain an electrical connection with the first and second electrical terminals (95, 96) regardless of the rotation of the dryer in the seating unit, characterized in that the first electrical terminal is positioned in the grip body, and the second electrical terminal is positioned in the lower cover.
A battery module including a plurality of battery cells arranged, the battery cells each having a square battery container and external terminals provided on one surface of the battery container, and a bus bar for conductively connecting adjacent external terminals, the battery module comprising: a cell holder interposed between the battery cells to hold the plurality of battery cells; and a bus bar holder mounted to the cell holder to hold the bus bar; characterized in that the cell holder is provided with a first claw-shaped locking portion, the bus bar holder is provided with a second claw-shaped locking portion, and the first and second claw-shaped locking portions are locked to each other, wherein the first claw-shaped locking portion includes pairs of the first claw-shaped locking portions separately provided in a cell width direction of each battery cell, and having hook shapes projecting in approaching directions, and the second claw-shaped locking portion includes a pair of the second claw-shaped locking portions separately provided in a cell width direction of the battery cell, and having hook shapes projecting in separating directions, wherein the battery module is further comprising a gas exhaust duct arranged opposite to a gas exhaust valve provided on one surface of the battery cell, wherein a third claw-shaped locking portion provided at the cell holder, and a fourth claw-shaped locking portion provided at the gas exhaust duct are locked to each other. a cell holder interposed between the battery cells to hold the plurality of battery cells; and a bus bar holder mounted to the cell holder to hold the bus bar; characterized in that the cell holder is provided with a first claw-shaped locking portion, the bus bar holder is provided with a second claw-shaped locking portion, and the first and second claw-shaped locking portions are locked to each other, wherein the first claw-shaped locking portion includes pairs of the first claw-shaped locking portions separately provided in a cell width direction of each battery cell, and having hook shapes projecting in approaching directions, and the second claw-shaped locking portion includes a pair of the second claw-shaped locking portions separately provided in a cell width direction of the battery cell, and having hook shapes projecting in separating directions, wherein the battery module is further comprising a gas exhaust duct arranged opposite to a gas exhaust valve provided on one surface of the battery cell, wherein a third claw-shaped locking portion provided at the cell holder, and a fourth claw-shaped locking portion provided at the gas exhaust duct are locked to each other.
An optical network unit, ONU, comprising: a passive optical network, PON, interface configured to communicate using physical layer operations, administration, and maintenance, PLOAM, messages; and a processor coupled to the PON interface, characterized in that the processor is configured to: receive a PLOAM reset message comprising a reset level with the reset level comprising an instruction for the ONU to reset a management information base, MIB, to an initial configuration; and reset the MIB of the ONU according to the reset level. a passive optical network, PON, interface configured to communicate using physical layer operations, administration, and maintenance, PLOAM, messages; and a processor coupled to the PON interface, characterized in that the processor is configured to: receive a PLOAM reset message comprising a reset level with the reset level comprising an instruction for the ONU to reset a management information base, MIB, to an initial configuration; and reset the MIB of the ONU according to the reset level. receive a PLOAM reset message comprising a reset level with the reset level comprising an instruction for the ONU to reset a management information base, MIB, to an initial configuration; and reset the MIB of the ONU according to the reset level.
A microscope drape for covering a surgical microscope, comprising: a lens cap (20, 60, 70, 80, 90, 100) that is attached to or detached from a housing of an objective lens of the surgical microscope; a protective lens that is attached to a distal end of the lens cap in a state of being inclined with respect to an optical axis of the objective lens to protect the objective lens; a drape body; and a joint that supports the protective lens with respect to the lens cap so as to change an inclination angle of the protective lens with respect to the optical axis; characterised in that, the drape body is attached to an outer periphery of the protective lens to cover, together with the lens cap, the surgical microscope. a lens cap (20, 60, 70, 80, 90, 100) that is attached to or detached from a housing of an objective lens of the surgical microscope; a protective lens that is attached to a distal end of the lens cap in a state of being inclined with respect to an optical axis of the objective lens to protect the objective lens; a drape body; and a joint that supports the protective lens with respect to the lens cap so as to change an inclination angle of the protective lens with respect to the optical axis; characterised in that, the drape body is attached to an outer periphery of the protective lens to cover, together with the lens cap, the surgical microscope.
A method of removing carbon monoxide from hemoglobin in blood or animal tissue, comprising contacting the blood or animal tissue in vitro with an isolated or recombinant microperoxidase, wherein the isolated or recombinant microperoxidase comprises a peptide bound to a porphyrin moiety, and wherein the amino acid sequence of the peptide comprises CXXCH (SEQ ID NO: 1), where X is any natural or non-canonical amino acid, thereby removing carbon monoxide from hemoglobin in the blood or animal tissue.