mhurhangee/ep-ind-claims huggingface dataset:
An osteotomy assisting member for assisting in cutting and dividing a bone deformed in an abnormal form into bone fragments and for changing and correcting a positional relationship of the bone fragments into a positional relationship of a bone in a normal form, the osteotomy assisting member comprising: a positioning element having a fitting surface, which is formed to fit the surface of the bone to be cut and divided into bone fragments; and a cutting slit formed at a position which corresponds to a cutting section along which the cutting and dividing of the bone are to be performed with the positioning element applied to the surface of the bone, the cutting slit having a shape capable of guiding a cutting jig towards the cutting section; wherein the osteotomy assisting element is provided with a plurality of guide holes configured to guide attachment of a plurality of rods to the bone fragments, said rods formed as to pierce a bone; and wherein the plurality of guide holes is arranged such that each bone fragment can be provided with at least two rods pierced therein; and a block provided with a plurality of insertion holes; characterised in that each of said insertion holes has a shape permitting one of the rods, which is attached to the respective bone fragment, to be inserted there through, when the bone fragments are rotated relative to each other about an axis vertical to the plane of the cutting section. a positioning element having a fitting surface, which is formed to fit the surface of the bone to be cut and divided into bone fragments; and a cutting slit formed at a position which corresponds to a cutting section along which the cutting and dividing of the bone are to be performed with the positioning element applied to the surface of the bone, the cutting slit having a shape capable of guiding a cutting jig towards the cutting section; wherein the osteotomy assisting element is provided with a plurality of guide holes configured to guide attachment of a plurality of rods to the bone fragments, said rods formed as to pierce a bone; and wherein the plurality of guide holes is arranged such that each bone fragment can be provided with at least two rods pierced therein; and a block provided with a plurality of insertion holes; characterised in that each of said insertion holes has a shape permitting one of the rods, which is attached to the respective bone fragment, to be inserted there through, when the bone fragments are rotated relative to each other about an axis vertical to the plane of the cutting section.
A method of generating a data unit by a mobile station in a mobile telecommunication system, wherein the data unit is employed, at least in part, to provide information to a serving base station about the amount of data that is available for transmission in an uplink, the method comprising: determining whether padding bits are available in the data unit; and characterized in that if there are padding bits available in the data unit, inserting into the data unit a truncated buffer status report, BSR, and a sub-header corresponding to the truncated BSR if it is determined that the number of padding bits is greater than or equal to the size of a short BSR plus a corresponding sub-header, but less than the size of a long BSR plus a corresponding sub-header and determined that a plurality of logical channel groups have buffered data available to transmit via the uplink. determining whether padding bits are available in the data unit; and characterized in that if there are padding bits available in the data unit, inserting into the data unit a truncated buffer status report, BSR, and a sub-header corresponding to the truncated BSR if it is determined that the number of padding bits is greater than or equal to the size of a short BSR plus a corresponding sub-header, but less than the size of a long BSR plus a corresponding sub-header and determined that a plurality of logical channel groups have buffered data available to transmit via the uplink.
A device configured to obtain a plurality of higher order ambisonic, HOA, coefficients representative of a soundfield, the device comprising: one or more processors configured to: obtain from a bitstream data indicative of a plurality of weight values that represent a vector, each of the weight values corresponding to a respective one of a plurality of weights in a weighted sum of code vectors that represents the vector, the vector defined in a spherical harmonic domain, and representative of a directional component of an corresponding audio object present in the soundfield represented by the plurality of HOA coefficients; obtain, from the bitstream, data indicative of which of a plurality of code vectors to use for reconstructing the vector; select a subset of the code vectors based on the data indicative of which of a plurality of code vectors to use for reconstructing the vector; reconstruct the vector based on the weight values and the selected subset of the code vectors; and render, based on the reconstructed vector, loudspeaker feeds for playback by loudspeakers to reproduce the soundfield; a memory coupled to the one or more processors, and configured to store the reconstructed vector. obtain from a bitstream data indicative of a plurality of weight values that represent a vector, each of the weight values corresponding to a respective one of a plurality of weights in a weighted sum of code vectors that represents the vector, the vector defined in a spherical harmonic domain, and representative of a directional component of an corresponding audio object present in the soundfield represented by the plurality of HOA coefficients; obtain, from the bitstream, data indicative of which of a plurality of code vectors to use for reconstructing the vector; select a subset of the code vectors based on the data indicative of which of a plurality of code vectors to use for reconstructing the vector; reconstruct the vector based on the weight values and the selected subset of the code vectors; and render, based on the reconstructed vector, loudspeaker feeds for playback by loudspeakers to reproduce the soundfield; a memory coupled to the one or more processors, and configured to store the reconstructed vector.
A method implemented by an access node (201, 202) in a wireless communication system for beam switch, comprising: selecting a transmission mode from a set of predefined transmission modes; transmitting a reference signal to a device (203, 204, 205, 206) according to the selected transmission mode, wherein the set of predefined transmission modes includes at least one of a periodical transmission mode and an on-demand transmission mode; signaling the selected transmission mode to the device (203, 204, 205, 206); and receiving, from the device (203, 204, 205, 206), a mobility measurement report based on the reference signal, wherein beam switching is carried out based on the received mobility measurement report. selecting a transmission mode from a set of predefined transmission modes; transmitting a reference signal to a device (203, 204, 205, 206) according to the selected transmission mode, wherein the set of predefined transmission modes includes at least one of a periodical transmission mode and an on-demand transmission mode; signaling the selected transmission mode to the device (203, 204, 205, 206); and receiving, from the device (203, 204, 205, 206), a mobility measurement report based on the reference signal, wherein beam switching is carried out based on the received mobility measurement report.
A method for optical distance measurement, comprising: generating a first and a second frequency comb signal (201, 202), wherein the first and the second frequency comb signal (201, 202) have different line spacings; a reference measurement comprising superimposing at least one part of the first frequency comb signal and at least one part of the second frequency comb signal in a reference beam path (103, 908), and detecting the superimposition signal propagated via the reference beam path (103, 908); a first measurement comprising superimposing at least one other part of the first frequency comb signal with at least one other part of the second frequency comb signal, wherein the superimposed signals are brought to a state of interference, coupling the superimposition signal into a measurement beam path (104, 907), wherein the superimposition signal propagates via the measurement beam path (104, 907), and detecting the superimposition signal reflected by a measurement object and propagated via the measurement beam path (104, 907); and determining the path difference between the reference beam path (103, 908) and the measurement beam path (104, 907) from the detected superimposition signals. generating a first and a second frequency comb signal (201, 202), wherein the first and the second frequency comb signal (201, 202) have different line spacings; a reference measurement comprising superimposing at least one part of the first frequency comb signal and at least one part of the second frequency comb signal in a reference beam path (103, 908), and detecting the superimposition signal propagated via the reference beam path (103, 908); a first measurement comprising superimposing at least one other part of the first frequency comb signal with at least one other part of the second frequency comb signal, wherein the superimposed signals are brought to a state of interference, coupling the superimposition signal into a measurement beam path (104, 907), wherein the superimposition signal propagates via the measurement beam path (104, 907), and detecting the superimposition signal reflected by a measurement object and propagated via the measurement beam path (104, 907); and
A method of analyzing a test device, the method comprising the following steps: - obtaining at least one image of a test device (100, 1040, 1100), the image comprising at least one representation of at least one portion of an observation surface (120B, 1043) and a visible reference (130, 1041, 1030) having a predetermined format; - identifying a test device according to the visible reference; - identifying at least one graphical element in the at least one portion of the observation surface, said at least one graphical element resulting from a biological or chemical test; - determining at least one geometrical feature of a graphical element identified according to at least the visible reference, the at least one geometrical feature comprising at least a size or a shape; and - analyzing the at least one portion of the observation surface according to an identification of the test device and at least one determined geometrical feature, the analysis step comprising a step of comparing the at least one determined geometrical feature with at least one geometrical feature of a graphical element identified in a portion of an observation surface represented in another image of the same test device. - obtaining at least one image of a test device (100, 1040, 1100), the image comprising at least one representation of at least one portion of an observation surface (120B, 1043) and a visible reference (130, 1041, 1030) having a predetermined format; - identifying a test device according to the visible reference; - identifying at least one graphical element in the at least one portion of the observation surface, said at least one graphical element resulting from a biological or chemical test; - determining at least one geometrical feature of a graphical element identified according to at least the visible reference, the at least one geometrical feature comprising at least a size or a shape; and - analyzing the at least one portion of the observation surface according to an identification of the test device and at least one determined geometrical feature,
An acoustic attenuation method using a muffler, the muffler having a muffler housing with a sound absorption structure lining its internal surface, the method characterized by comprising: providing a temperature gradient between the interior and exterior of the muffler using a refrigeration system, in which the temperature on the exterior of the muffler is lower than that of the interior of the muffler, to thereby deflect acoustic rays inside the muffler toward the external surface and thereby transmit acoustic rays into the sound absorption structure in the form of oblique incidence. providing a temperature gradient between the interior and exterior of the muffler using a refrigeration system, in which the temperature on the exterior of the muffler is lower than that of the interior of the muffler, to thereby deflect acoustic rays inside the muffler toward the external surface and thereby transmit acoustic rays into the sound absorption structure in the form of oblique incidence.
A method for unified communication of a server, wherein the method comprises: receiving, by a baseboard management controller, BMC, a first packet, wherein the first packet is an in-band packet which comprises first management data or service data, and the first packet is transmitted through a first channel, wherein the first channel is a communications path for transmitting the service data to an external network by using a physical network adapter of the server; forwarding, by the BMC according to a forwarding rule, the received first packet to a physical network adapter (135, 23) of the BMC by using a preconfigured virtual network adapter (133, 22), wherein the first packet is sent to the external network via the physical network adapter (135, 23) of the BMC; and forwarding, by the BMC, the first packet to a control module (137, 25) of the BMC by using the virtual network adapter (133, 22), wherein the control module (137, 25) is configured to monitor a running status of the server according to the first management data comprised in the received first packet; wherein the forwarding rule comprises: if a destination MAC address of a received packet is a MAC address of the BMC, the packet is forwarded to the control module (137, 25) of the BMC; and if the destination MAC address of the packet is not the MAC address of the BMC, the packet is forwarded to the physical network adapter (135, 23) of the BMC and sent to the external network via the physical network adapter (135, 23) of the BMC. receiving, by a baseboard management controller, BMC, a first packet, wherein the first packet is an in-band packet which comprises first management data or service data, and the first packet is transmitted through a first channel, wherein the first channel is a communications path for transmitting the service data to an external network by using a physical network adapter of the server; forwarding, by the BMC according to a forwarding rule, the received first packet to a physical network adapter (135, 23) of the BMC by using a preconfigured virtual network adapter (133, 22), wherein the first packet is sent to the external network via the physical network adapter (135, 23) of the BMC; and forwarding, by the BMC, the first packet to a control module (137, 25) of the BMC by using the virtual network adapter (133, 22), wherein the control module (137, 25) is configured to monitor a running status of the server according to the first management data comprised in the received first packet; wherein the forwarding rule comprises: if a destination MAC address of a received packet is a MAC address of the BMC, the packet is forwarded to the control module (137, 25) of the BMC; and if the destination MAC address of the packet is not the MAC address of the BMC, the packet is forwarded to the physical network adapter (135, 23) of the BMC and sent to the external network via the physical network adapter (135, 23) of the BMC.
A bucket (107, 1302) for a floor cleaning system having a flat headed mop having a pole with mop head disposed on one end, the mop head having a mop pad, the mop head movable between an operating position and a folded position, a plane of the mop pad being substantially parallel to the pole in the folded position, the bucket (107, 1302) comprising: at least one compartment (102, 1304); and a wringing assembly (110, 1310) in fluid communication with the at least one compartment (102, 1304), the wringing assembly (110, 1310) comprising at least one roller (132, 134) movable from a first position when the mop head is being inserted to a second position when the mop head is being withdrawn, characterized in that the rollers (132, 134) move from the first position at a first rotation area to the second position at a second rotation area due to the frictional contact between a mop head cover and wheels of the rollers (132, 34). at least one compartment (102, 1304); and a wringing assembly (110, 1310) in fluid communication with the at least one compartment (102, 1304), the wringing assembly (110, 1310) comprising at least one roller (132, 134) movable from a first position when the mop head is being inserted to a second position when the mop head is being withdrawn, characterized in that the rollers (132, 134) move from the first position at a first rotation area to the second position at a second rotation area due to the frictional contact between a mop head cover and wheels of the rollers (132, 34).
An input circuit configured for use in a high speed counter module, the high speed counter module being defined by an extension module for a Programmable Logic Controller configured to input a pulse to a Micro Processor Unit, the input circuit characterized by: a first multi-vibrator configured to generate a pulse by detecting rising/falling edges of a first contact input; a second multi-vibrator configured to generate a pulse by detecting rising/falling edges of a second contact input; a first 3-state buffer configured to output an output of the first multi-vibrator in 3-state; a second 3-state buffer configured to output an output of the second multi-vibrator in 3-state; a first multiplexer (MUX, 40) configured to output any one of an EX-OR signal of the first and second contact inputs and a reverse signal of the EX-OR signal; a second MUX configured to output any one of an output of the first MUX and the second contact input; and a second bus exchange switch configured to output outputs of the first and second 3-state buffers (60, 70) as a first phase input or a second phase input.
A disposable absorbent article comprising a coating of an antimicrobial composition on a surface within the disposable article, wherein the antimicrobial composition comprises: a) a carrier comprising fatty alcohol and a poly(alkyleneoxy) polymer, and b) 5 to 20 wt-% of an antimicrobial agent consisting of antimicrobial organic acid selected from α- and β-hydroxy acids, based on the total weight of the composition. a) a carrier comprising fatty alcohol and a poly(alkyleneoxy) polymer, and b) 5 to 20 wt-% of an antimicrobial agent consisting of antimicrobial organic acid selected from α- and β-hydroxy acids, based on the total weight of the composition.
A circular stapling device comprising: an adaptor assembly including an elongate body, a shell assembly and an anvil retainer, the anvil retainer including a trocar having a trocar body defining a longitudinal axis ("X") and including a distal tapered trocar portion including a trocar tip, the shell assembly supported on a distal portion of the elongate body and including a staple cartridge and a housing, the staple cartridge having a body supported on the housing, the body defining an annular array of staple receiving pockets; an anvil assembly having a center rod and an anvil head, the center rod having a proximal portion and a distal portion and defining a channel that extends from the proximal portion to the distal portion, the anvil head having an annular array of staple deforming pockets, wherein the distal tapered trocar portion is asymmetric such that the trocar tip is positioned at a location offset from the longitudinal axis ("X"); and the anvil assembly further comprises an alignment member (70, 170) positioned within the channel and configured to engage the trocar tip of the anvil retainer when the anvil assembly is attached to the anvil retainer to rotate the anvil assembly in relation to the trocar and move the annular array of staple receiving pockets into alignment with the annular array of staple deforming pockets. an adaptor assembly including an elongate body, a shell assembly and an anvil retainer, the anvil retainer including a trocar having a trocar body defining a longitudinal axis ("X") and including a distal tapered trocar portion including a trocar tip, the shell assembly supported on a distal portion of the elongate body and including a staple cartridge and a housing, the staple cartridge having a body supported on the housing, the body defining an annular array of staple receiving pockets; an anvil assembly having a center rod and an anvil head, the center rod having a proximal portion and a distal portion and defining a channel that extends from the proximal portion to the distal portion, the anvil head having an annular array of staple deforming pockets, wherein the distal tapered trocar portion is asymmetric such that the trocar tip is positioned at a location offset from the longitudinal axis ("X"); and the anvil assembly further comprises an alignment member (70, 170) positioned within the channel and configured to engage the trocar tip of the anvil retainer when the anvil assembly is attached to the anvil retainer to rotate the anvil assembly in relation to the trocar and move the annular array of staple receiving pockets into alignment with the annular array of staple deforming pockets.
A transmitting apparatus for performing multi-user transmission to a plurality of receivers, said apparatus being adapted: a) to divide transmission settings of a multi-user transmission signal into common signal information, which contains common information relevant for multiple ones of said receivers, and user stream specific information, which contains user stream specific information relevant only to a related user stream; and b) to convey said common signal information and said user stream specific information in separate dedicated fields of a preamble portion of said multi-user transmission, wherein the apparatus is adapted to provide in said common information a duration information which indicates the duration of the longest user stream field. a) to divide transmission settings of a multi-user transmission signal into common signal information, which contains common information relevant for multiple ones of said receivers, and user stream specific information, which contains user stream specific information relevant only to a related user stream; and b) to convey said common signal information and said user stream specific information in separate dedicated fields of a preamble portion of said multi-user transmission,
Lamp having at least one lighting means in a lamp housing, which lamp housing comprises at least one light output opening for outputting a light beam from the lamp housing, a spectral distribution variation device, which varies a spectral distribution of the light beam over time, being associated with the lighting means and/or the lamp housing, at least one filter device for varying the spectral distribution being associated with the lamp and in particular the light output opening, which filter device comprises a spectral range filter (12, 13, 14) and can be moved relative to the light output opening, characterized in that: the lamp housing and the filter device are substantially tubular and can be rotated relative to one another.