mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data in a mobile communication system, comprising the steps of: segmenting a data stream into at least two consecutive frames having a variable data length, the data stream being segmented into a plurality of consecutive blocks having a variable data length, each said consecutive block being segmented into a plurality of sub-consecutive blocks having a byte length; attaching, at each head of the consecutive frames, a header including a first set of bits indicating a block sequence number of a consecutive block, a second set of bits indicating a data sequence number of a sub-consecutive block and an indicator indicating whether the last sub-consecutive block included in each consecutive block is included; and transmitting the header-attached consecutive frames, where the size of each consecutive block included in each consecutive frame is less than or equal to a predetermined size. segmenting a data stream into at least two consecutive frames having a variable data length, the data stream being segmented into a plurality of consecutive blocks having a variable data length, each said consecutive block being segmented into a plurality of sub-consecutive blocks having a byte length; attaching, at each head of the consecutive frames, a header including a first set of bits indicating a block sequence number of a consecutive block, a second set of bits indicating a data sequence number of a sub-consecutive block and an indicator indicating whether the last sub-consecutive block included in each consecutive block is included; and transmitting the header-attached consecutive frames, where the size of each consecutive block included in each consecutive frame is less than or equal to a predetermined size.
A method for referencing a tracking system's coordinate frame to a coordinate frame of a 3D model of a rigid body, the rigid body comprising at least a portion of a patient's oral cavity, the method not utilizing any fiducial material present in a pre-operative cone-beam computer tomography (CBCT) scan, comprising the steps of: providing a 3D model depicting some of the surfaces within the patient's oral cavity; providing a tracking system; providing a hand held probe with an affixed probe tracking reference component, the probe having a probe tip; detecting with the tracking system the location of a patient tracking reference component rigidly and removably affixed to a location relative to a patient's oral cavity, the location being determined without use of any fiducial material on the patient tracking reference component; tracking locations of the probe tracking reference component as the probe moves along the surfaces of the patient's oral cavity; determining a three dimensional location of the probe tip for at least three anatomical locations in the patient's oral cavity; storing the locations of the probe tip for each of the at least three anatomical locations; and determining a transform that relates the at least three anatomical locations to the location of the at least three corresponding features in the 3D model. providing a 3D model depicting some of the surfaces within the patient's oral cavity; providing a tracking system; providing a hand held probe with an affixed probe tracking reference component, the probe having a probe tip; detecting with the tracking system the location of a patient tracking reference component rigidly and removably affixed to a location relative to a patient's oral cavity, the location being determined without use of any fiducial material on the patient tracking reference component; tracking locations of the probe tracking reference component as the probe moves along the surfaces of the patient's oral cavity; determining a three dimensional location of the probe tip for at least three anatomical locations in the patient's oral cavity; storing the locations of the probe tip for each of the at least three anatomical locations; and determining a transform that relates the at least three anatomical locations to the location of the at least three corresponding features in the 3D model.
An apparatus, comprising: a medicament delivery device including a housing (1110, 4110), a medicament container (1560, 4560), an actuator, and a medicament delivery member (1512, 4512), the housing defining a first region (1157, 4157) a second region (1153, 4153), at least one sidewall of the housing separating the first region, and the second region from each other, the first region including the medicament container and the medicament delivery member, the medicament delivery member configured to be in fluid communication with an area outside the housing via a first opening of the housing, the second region being fluidically and/or physically isolated from the first region; and an electronic circuit system (1900, 4900) configured to be disposed within the second region, the electronic circuit system configured to output an electronic output when the electronic circuit system is actuated, a cover configured to be removeably coupled to the housing, a first portion of the cover configured to cover the first opening when the cover is coupled to the housing, a second portion of the cover extending into the second region of the housing via a second opening when the cover is coupled to the housing, the electronic circuit system configured to be actuated when the cover is removed from the housing. a medicament delivery device including a housing (1110, 4110), a medicament container (1560, 4560), an actuator, and a medicament delivery member (1512, 4512), the housing defining a first region (1157, 4157) a second region (1153, 4153), at least one sidewall of the housing separating the first region, and the second region from each other, the first region including the medicament container and the medicament delivery member, the medicament delivery member configured to be in fluid communication with an area outside the housing via a first opening of the housing, the second region being fluidically and/or physically isolated from the first region; and an electronic circuit system (1900, 4900) configured to be disposed within the second region, the electronic circuit system configured to output an electronic output when the electronic circuit system is actuated, a cover configured to be removeably coupled to the housing, a first portion of the cover configured to cover the first opening when the cover is coupled to the housing, a second portion of the cover extending into the second region of the housing via a second opening when the cover is coupled to the housing, the electronic circuit system configured to be actuated when the cover is removed from the housing.
Package unit comprising a packaging and a single polishing pad contained in the packaging and adapted for use with hand-guided polishers, characterized in that the packaging is a flow pack, a material of the flow pack is opaque or the flow pack has an opaque coating, the package unit is manufactured from a material layer, which is either rolled up on a roll or folded into a stack or pile in web form, brought into a tubular form by folding the lateral sides of the material layer together and sealing them, inserting the polishing pad therein and permanently sealing a front side and an opposite back side of the tubular form in order to form two transverse airtight sealing seams, and the flow pack has a gas enclosed therein after the opposite sides (26, 28) of the flow pack have been permanently sealed in an airtight manner, the enclosed gas having a larger volume than the polishing pad contained in the flow pack, and the gas providing the polishing pad with an air-cushion damping effect during transport and handling of the package unit. characterized in that the packaging is a flow pack, a material of the flow pack is opaque or the flow pack has an opaque coating, the package unit is manufactured from a material layer, which is either rolled up on a roll or folded into a stack or pile in web form, brought into a tubular form by folding the lateral sides of the material layer together and sealing them, inserting the polishing pad therein and permanently sealing a front side and an opposite back side of the tubular form in order to form two transverse airtight sealing seams, and the flow pack has a gas enclosed therein after the opposite sides (26, 28) of the flow pack have been permanently sealed in an airtight manner, the enclosed gas having a larger volume than the polishing pad contained in the flow pack, and the gas providing the polishing pad with an air-cushion damping effect during transport and handling of the package unit.
A method of producing an optical fiber comprising: providing a porous soot cladding monolith, said soot cladding monolith including a first porous glass cladding layer and having an internal cavity; inserting a core cane into said internal cavity to form a core-cladding assembly, said core-cladding assembly including a channel between said core cane and said soot cladding monolith; exposing said core-cladding assembly to a first gas atmosphere at a first temperature, said first gas atmosphere comprising a chlorine source material, said chlorine source material providing chlorine for doping said first porous glass cladding layer; exposing said core-cladding assembly to a second gas atmosphere at a second temperature, said second gas atmosphere comprising a reducing agent; and heating said core-cladding assembly in the presence of said second gas atmosphere at a third temperature, said heating causing sintering of said first porous glass cladding layer, said sintered first porous glass cladding layer having a chlorine dopant concentration of at least 500 ppm by weight; and drawing a fiber. providing a porous soot cladding monolith, said soot cladding monolith including a first porous glass cladding layer and having an internal cavity; inserting a core cane into said internal cavity to form a core-cladding assembly, said core-cladding assembly including a channel between said core cane and said soot cladding monolith; exposing said core-cladding assembly to a first gas atmosphere at a first temperature, said first gas atmosphere comprising a chlorine source material, said chlorine source material providing chlorine for doping said first porous glass cladding layer; exposing said core-cladding assembly to a second gas atmosphere at a second temperature, said second gas atmosphere comprising a reducing agent; and heating said core-cladding assembly in the presence of said second gas atmosphere at a third temperature, said heating causing sintering of said first porous glass cladding layer, said sintered first porous glass cladding layer having a chlorine dopant concentration of at least 500 ppm by weight; and drawing a fiber.
A method for operating a wireless communication device in communication with a network element of a cellular communication system, wherein the wireless communication device has an uplink buffer for storing uplink data to be sent to the network element in an uplink grant procedure, the method comprising; configuring the wireless communication device with a Discontinuous Transmission, further referred as DTX, pattern, and skipping the transmission of uplink padding transmissions from the wireless communication device to the network element during 'off' periods of the DTX pattern if there is a grant but no uplink data in said uplink buffer, and forbidding skipping transmissions during 'on' periods of the DTX pattern if there is a grant.
A compound of Formula: or a salt or solvate thereof, wherein: X is CR 4; A is: or Q 2 is -C CH=CH 2, -C CH=CHCH 2 N(CH 3) 2, -C C≡CR 7, -C C≡C(phenyl), -C C≡C(C 1-3 hydroxyalkyl), -C C≡CSi(CH 3) 3, or -S 2 CH=CH 2; R 1 is H, -CH 3, -CF 3, or phenyl substituted with zero or 1 R 12; R 2 is H, -CH 3, cyclopropyl, or phenyl substituted with zero or 1 R 12, provided that at least one of R 1 and R 2 is -CH 3; R 3 is F or Cl; R 4 is H or F; R 7, at each occurrence, is independently H, C 1-4 alkyl, or cyclopropyl; and R 12 is F, Cl, -CN, -CF 3, or C 1-3 alkoxy. X is CR 4; A is: or Q 2 is -C CH=CH 2, -C CH=CHCH 2 N(CH 3) 2, -C C≡CR 7, -C C≡C(phenyl), -C C≡C(C 1-3 hydroxyalkyl), -C C≡CSi(CH 3) 3, or -S 2 CH=CH 2; R 1 is H, -CH 3, -CF 3, or phenyl substituted with zero or 1 R 12; R 2 is H, -CH 3, cyclopropyl, or phenyl substituted with zero or 1 R 12, provided that at least one of R 1 and R 2 is -CH 3; R 3 is F or Cl; R 4 is H or F; R 7, at each occurrence, is independently H, C 1-4 alkyl, or cyclopropyl; and R 12 is F, Cl, -CN, -CF 3, or C 1-3 alkoxy.
Red-coloured glass comprising the components of a foundation glass, colouring additives, reducing agents, stabilising agents, the colouring additives containing copper oxides and neodymium oxides and the reducing agents containing tin oxides, the stabilising agents containing antimony oxides, and the foundation glass comprising the following components in a mass fraction of: Oxide/substance wt.% from to SiO 2 50 75 K 2 O 0 12 Na 2 O 8 15 Li 2 O 0 5 ZnO 0 13 CaO 0 11 MgO 0 7 BaO 0 10 Al 2 O 3 0 4 ZrO 2 0 2 B 2 O 3 0 4 F 0 3 Cl 0 2.5 characterised in that the fraction of the copper oxides in the red-coloured glass is between 0.02 and 0.08 wt.%.
An image capturing device on which an interchangeable lens is mountable, the interchangeable lens including an optical axis direction position adjustable lens (210, 230) and an operation member to be operated by a user to drive the optical axis direction position adjustable lens (210, 230), the image capturing device comprising: an acquisition unit that acquires an operation instruction corresponding to setting operation made by a user; and a controller that controls operation of the image capturing device, wherein the controller has a manual mode in which a position of the optical axis direction position adjustable lens (210, 230) is adjusted in accordance with operation of the operation member and an automatic mode in which the position of the optical axis direction position adjustable lens (210, 230) is automatically adjusted, the controller sets a lock function enabled or disabled in accordance with the operation instruction from the user acquired by the acquisition unit, and characterized in that the controller, with the lock function set enabled, prevents a focus lens or a zoom lens as the optical axis direction position adjustable lens (210, 230) from being driven even when the user operates the operation member in the manual mode. an acquisition unit that acquires an operation instruction corresponding to setting operation made by a user; and a controller that controls operation of the image capturing device, wherein the controller has a manual mode in which a position of the optical axis direction position adjustable lens (210, 230) is adjusted in accordance with operation of the operation member and an automatic mode in which the position of the optical axis direction position adjustable lens (210, 230) is automatically adjusted, the controller sets a lock function enabled or disabled in accordance with the operation instruction from the user acquired by the acquisition unit, and characterized in that the controller, with the lock function set enabled, prevents a focus lens or a zoom lens as the optical axis direction position adjustable lens (210, 230) from being driven even when the user operates the operation member in the manual mode.
A system comprising: a frequency modulated signal generator producing a frequency modulated continuous wave signal; a feed system coupled to the frequency modulated signal generator for propagating the frequency modulated continuous wave signal; and an array of antenna elements coupled to the feed system and configured to be excited by the frequency modulated continuous wave signal, each of the antenna elements including a resonant frequency that is determined to generate a radiative field pattern corresponding to a known goal field pattern when the array of antenna elements is excited by the frequency modulated continuous wave signal, wherein each antenna element includes an individual passive antenna lacking an amplifier and lacking a phase shifter; characterised in that the resonant frequency of each of the antenna elements is determined such that, at a particular excitation frequency of the frequency modulated continuous wave signal, a subset of antenna elements in the array of antenna elements produce the radiative field pattern within an error criterion of the known goal field pattern and wherein different field patterns are generated at different excitation frequencies. a frequency modulated signal generator producing a frequency modulated continuous wave signal; a feed system coupled to the frequency modulated signal generator for propagating the frequency modulated continuous wave signal; and an array of antenna elements coupled to the feed system and configured to be excited by the frequency modulated continuous wave signal, each of the antenna elements including a resonant frequency that is determined to generate a radiative field pattern corresponding to a known goal field pattern when the array of antenna elements is excited by the frequency modulated continuous wave signal, wherein each antenna element includes an individual passive antenna lacking an amplifier and lacking a phase shifter; characterised in that the resonant frequency of each of the antenna elements is determined such that, at a particular excitation frequency of the frequency modulated continuous wave signal, a subset of antenna elements in the array of antenna elements produce the radiative field pattern within an error criterion of the known goal field pattern and wherein different field patterns are generated at different excitation frequencies.
A method for manufacturing a phase pure thermoelectric zinc antimonide thin film, the method comprising deposition of zinc and antimony on a substrate wherein the deposited zinc and antimony form a layer of zinc antimonide, wherein the substrate during deposition has a temperature of at least 100 degrees Celsius.
A method in a wireless terminal device (16, 300, 400), the wireless terminal device being configurable with a plurality of carriers for communication with one or more network nodes of a wireless network, the plurality of carriers comprising a first carrier operated by a first network node of the wireless network located at a first cell site, the method comprising: determining whether a second carrier is operated by the first network node or a second network node that is located at the first cell site, responsive to a determination that the second carrier of the plurality of carriers is operated by the first network node or the second network node of the wireless network that is located at the first cell site: obtaining one or more measured values for one or more radio characteristics for the first carrier; and utilizing (118, 120) the one or more measured values to transmit a wireless radio message over the second carrier. obtaining one or more measured values for one or more radio characteristics for the first carrier; and utilizing (118, 120) the one or more measured values to transmit a wireless radio message over the second carrier.
A network system for routing data from a node to a parallel file system, comprising: a plurality of nodes; a plurality of parallel file systems, PFS, devices; a control server; an endpoint device; an access point server; a first link connecting the access point server to the endpoint device; and a second link connecting the access point server to the control server; a database for storing state information of the plurality of PFS devices; and a PFS selector for selecting a PFS device for writing a file from the plurality of PFS devices based on the state information stored in the database; wherein the current state of each device is automatically published to other devices so that the target selection is dynamic and in real-time based on known information; and if there is a lag during the write due to a changing condition, the unsuccessful write is caught and an alternate PFS and target folder can be selected for another try at a write. a plurality of nodes; a plurality of parallel file systems, PFS, devices; a control server; an endpoint device; an access point server; a first link connecting the access point server to the endpoint device; and a second link connecting the access point server to the control server; a database for storing state information of the plurality of PFS devices; and a PFS selector for selecting a PFS device for writing a file from the plurality of PFS devices based on the state information stored in the database; wherein the current state of each device is automatically published to other devices so that the target selection is dynamic and in real-time based on known information; and if there is a lag during the write due to a changing condition, the unsuccessful write is caught and an alternate PFS and target folder can be selected for another try at a write.
An internal washing device for containers comprising a base, a structure including an initial section and at least one additional section (2, 3), said structure being telescopically extendable from a forward end to a rear end and in which at least one cleaning element is housed, characterized in that: - the base comprises a drive shaft activated by a motor, - each section (1, 2, 3) comprises at least one toothed longitudinal segment configured to engage with at least one pinion fastened to the drive shaft, - each section (1, 2, 3) comprises a push pawl (8, 9, 10) on the rear end, - the initial section incorporates a support element on the forward end, and - each additional section (2, 3) incorporates a push pawl (6, 7) on the forward end, and a recess (15, 16) for the fastening of the corresponding push pawl (8, 9, 10), where, - the toothed segments of the sections (1, 2, 3) are parallel and at the same height with respect to the drive shaft, which enables engagement of the toothed segments with the pinions without needing additional movements. - the base comprises a drive shaft activated by a motor, - each section (1, 2, 3) comprises at least one toothed longitudinal segment configured to engage with at least one pinion fastened to the drive shaft, - each section (1, 2, 3) comprises a push pawl (8, 9, 10) on the rear end, - the initial section incorporates a support element on the forward end, and - each additional section (2, 3) incorporates a push pawl (6, 7) on the forward end, and a recess (15, 16) for the fastening of the corresponding push pawl (8, 9, 10), - the toothed segments of the sections (1, 2, 3) are parallel and at the same height with respect to the drive shaft, which enables engagement of the toothed segments with the pinions without needing additional movements.