mhurhangee/patent-ind-claim-en huggingface dataset:
Two-piece nozzle for aerosol dispenser , comprising - an outer piece provided with a tubular wall open on one side and closed on the other by a front wall , thus forming a cavity, the front wall being provided in its center with an outlet opening , the outer piece having a certain symmetry about an axis of symmetry (A), - an inner piece separate from the dispenser for which the nozzle is intended, said inner piece being dimensioned to penetrate into the cavity of the outer piece and be retained there, the inner piece having a front face facing the front wall of the outer piece, - channels being made in the cavity of the outer piece and/or on the surface of the inner piece , wherein said channels open into a turbulence chamber in communication with the outlet opening , the outlet opening being placed in the flow path of the product flow downstream of the turbulence chamber , a protrusion being placed in the center of the front face of the inner piece, this protrusion being dimensioned so that its free portion opposite the front face , which portion is called torpedo , penetrates into the outlet opening to reduce its cross section and form an annular outlet orifice, the nozzle being characterized in that the portion of the outlet opening located near the outer face of the front wall has a frustoconical shape, and in that the end of the torpedo located opposite the front face has a cylindrical shape so that the transverse cross-section of the annular space between the outlet opening and the torpedo decreases as it approaches the outer face of the front wall . - an outer piece provided with a tubular wall open on one side and closed on the other by a front wall , thus forming a cavity, the front wall being provided in its center with an outlet opening , the outer piece having a certain symmetry about an axis of symmetry (A), - an inner piece separate from the dispenser for which the nozzle is intended, said inner piece being dimensioned to penetrate into the cavity of the outer piece and be retained there, the inner piece having a front face facing the front wall of the outer piece, - channels being made in the cavity of the outer piece and/or on the surface of the inner piece , wherein said channels open into a turbulence chamber in communication with the outlet opening , the outlet opening being placed in the flow path of the product flow downstream of the turbulence chamber , a protrusion being placed in the center of the front face of the inner piece, this protrusion being dimensioned so that its free portion opposite the front face , which portion is called torpedo , penetrates into the outlet opening to reduce its cross section and form an annular outlet orifice, the nozzle being characterized in that the portion of the outlet opening located near the outer face of the front wall has a frustoconical shape, and in that the end of the torpedo located opposite the front face has a cylindrical shape so that the transverse cross-section of the annular space between the outlet opening and the torpedo decreases as it approaches the outer face of the front wall .
A registration method, applied to a network side device in a mobile bearer system, wherein the network side device comprises a baseband unit, BBU, and an optical line terminal ,OLT, connected to the BBU, and the method comprises: receiving (S202), by the BBU, a registration request message sent by the OLT, wherein the registration request message comprises a size of a silent window required for ONU registration; determining, based on the size of the silent window required for ONU registration, whether to allow the OLT to perform the ONU registration; temporarily stopping (S204), by the BBU based on the registration request message, allocating a bandwidth resource to user equipment device when determining to allow the OLT to perform the ONU registration; and instructing (S206), by the BBU, the OLT to complete ONU registration. receiving (S202), by the BBU, a registration request message sent by the OLT, wherein the registration request message comprises a size of a silent window required for ONU registration; determining, based on the size of the silent window required for ONU registration, whether to allow the OLT to perform the ONU registration; temporarily stopping (S204), by the BBU based on the registration request message, allocating a bandwidth resource to user equipment device when determining to allow the OLT to perform the ONU registration; and instructing (S206), by the BBU, the OLT to complete ONU registration.
A pullout guide for a movable furniture part, in particular a drawer , having a guide rail fixable on a furniture body and a slide rail mounted so it is movable in relation thereto, wherein at least one coupling element is arranged on the slide rail , which interacts with at least one corresponding coupling element arranged on the furniture part, to connect the furniture part to the slide rail , and wherein at least one adjustment device , for displacing the position of the coupling element in relation to the slide rail in at least one spatial direction, is arranged on the slide rail , characterized in that the coupling element is displaceable in relation to the slide rail in the pullout direction of the pullout guide.
A heater assembly for an aerosol-generating device, comprising a heating chamber for heating an aerosol-forming substrate: a hollow pin arranged centrally within the heating chamber; and a susceptor layer on an outer surface of the hollow pin, characterised in that the hollow pin is air-tight and evacuated. a heating chamber for heating an aerosol-forming substrate: a hollow pin arranged centrally within the heating chamber; and a susceptor layer on an outer surface of the hollow pin, characterised in that the hollow pin is air-tight and evacuated.
Printed product , wherein a substrate of the printed product is printed with a plurality of columns (03.1; 03.2; 03.3; 03.4; 03.5) of repeats (07; 08; 09), in which in each case a plurality of repeats (07; 08; 09) are arranged, and wherein each repeat (07; 08; 09) is designed as a respective precursor of a security paper, and wherein all the repeats (07; 08; 09) of a respective column (03.1; 03.2; 03.3; 03.4; 03.5) are identical to one another, and wherein each of the columns (03.1; 03.2; 03.3; 03.4; 03.5) is assigned to one of a plurality of column categories (04.1; 04.2; 04.3), and wherein the printed product has at least two columns (03.1; 03.2; 03.3; 03.4; 03.5) which are assigned to different column categories (04.1; 04.2; 04.3), wherein repeats (07; 08; 09) in columns (03.1; 03.2; 03.3; 03.4; 03.5) of one respective column category (04.1; 04.2; 04.3) differ in at least one nominal value from repeats (07; 08; 09) in columns (03.1; 03.2; 03.3; 03.4; 03.5) of every other column category (04.1; 04.2; 04.3).
Apparatus for clamping workpieces on machine tools, comprising: - at least one basic frame attachable to a machine tool (M) for the machining of at least one workpiece (P); - at least a first clamping assembly and at least a second clamping assembly associated with said basic frame in a movable manner from a release position to a clamping position of said workpiece (P), along a clamping stroke, and from said clamping position to said release position, along a release stroke; - at least one fluid actuator , provided with a fixed portion associated with said basic frame and with a movable portion associated with said fixed portion in a sliding manner along a direction of sliding (A) and connected to a drive assembly associated with said clamping assemblies , said fluid actuator comprising at least one chamber which can be fed with at least one pressurized fluid to simultaneously displace said clamping assemblies between said release position and said clamping position; characterized by the fact that said drive assembly comprises at least one rocker element hinged to said first clamping assembly and to said second clamping assembly and associated in a rotatable manner with said movable portion , which comprises at least one curved thrust surface arranged in thrust contact against said rocker element during said clamping stroke, wherein said rocker element is rotatable on said curved thrust surface . - at least one basic frame attachable to a machine tool (M) for the machining of at least one workpiece (P); - at least a first clamping assembly and at least a second clamping assembly associated with said basic frame in a movable manner from a release position to a clamping position of said workpiece (P), along a clamping stroke, and from said clamping position to said release position, along a release stroke; - at least one fluid actuator , provided with a fixed portion associated with said basic frame and with a movable portion associated with said fixed portion in a sliding manner along a direction of sliding (A) and connected to a drive assembly associated with said clamping assemblies , said fluid actuator comprising at least one chamber which can be fed with at least one pressurized fluid to simultaneously displace said clamping assemblies between said release position and said clamping position;
A system for synchronizing a local audio processing clock rate of a digital signal processor, DSP, to an audio clock rate of a network to which the DSP is connected, comprising: an adjustable clock synthesizer that is configured to establish the local audio processing clock rate of the DSP ; wherein: - the DSP is configured to generate events that comprise interrupts that are generated when audio data frames are inputted or outputted from a DSP memory, said generated events being associated with the local audio processing clock rate of the DSP and with the DSP memory; and - the DSP is further configured to monitor the generated events over time by counting the interrupts and based on the monitoring cause the adjustable clock synthesizer to adjust the local audio processing clock rate of the DSP to better match the network audio clock rate. - the DSP is configured to generate events that comprise interrupts that are generated when audio data frames are inputted or outputted from a DSP memory, said generated events being associated with the local audio processing clock rate of the DSP and with the DSP memory; and - the DSP is further configured to monitor the generated events over time by counting the interrupts and based on the monitoring cause the adjustable clock synthesizer to adjust the local audio processing clock rate of the DSP to better match the network audio clock rate.
A method for wireless communication over a sidelink connection at a receiving device (115; 210, 215; 405), comprising: receiving (415; 1005; 1105; 1205), over a control channel , a first control signal identifying first scheduling information for a data transmission to the receiving device; determining (430; 1010; 1115; 1215) a number of resource elements of a shared channel for a second control signal based at least in part on a first modulation and coding scheme, MCS, table associated with the second control signal; receiving (420; 1015; 1120; 1220), over the resource elements of the shared channel and based at least in part on the first control signal, the second control signal identifying second scheduling information for the data transmission; decoding (430; 1020; 1125; 1225) the second control signal based at least in part on the first MCS table; receiving , over the shared channel, the data transmission; and decoding the data transmission using a second MCS table identified in the second control signal. receiving (415; 1005; 1105; 1205), over a control channel , a first control signal identifying first scheduling information for a data transmission to the receiving device; determining (430; 1010; 1115; 1215) a number of resource elements of a shared channel for a second control signal based at least in part on a first modulation and coding scheme, MCS, table associated with the second control signal; receiving (420; 1015; 1120; 1220), over the resource elements of the shared channel and based at least in part on the first control signal, the second control signal identifying second scheduling information for the data transmission; decoding (430; 1020; 1125; 1225) the second control signal based at least in part on the first MCS table; receiving , over the shared channel, the data transmission; and decoding the data transmission using a second MCS table identified in the second control signal.
Process for the production of treated pulp comprising the steps of: i. providing a fibre source material; ii. subjecting the fibre source material to pre-hydrolysis; iii. subjecting the pre-hydrolysed fibre source material to alkaline chemical pulping process, preferably kraft pulping, to obtain an alkaline pulp; iv. optionally adjusting the pH of the obtained pulp to above pH 9; v. subjecting the alkaline pulp having a pH over 9 to a bleaching sequence comprising contacting the pulp with ozone (Z) in alkaline conditions to obtain a treated pulp. i. providing a fibre source material; ii. subjecting the fibre source material to pre-hydrolysis; iii. subjecting the pre-hydrolysed fibre source material to alkaline chemical pulping process, preferably kraft pulping, to obtain an alkaline pulp; iv. optionally adjusting the pH of the obtained pulp to above pH 9; v. subjecting the alkaline pulp having a pH over 9 to a bleaching sequence comprising contacting the pulp with ozone (Z) in alkaline conditions to obtain a treated pulp.
A transgenic rodent or rodent cell comprising a genome comprising an engineered partly bovine immunoglobulin light chain locus comprising bovine immunoglobulin λ light chain variable region gene segments, wherein the engineered immunoglobulin locus comprises bovine V λ and J λ gene segment coding sequences embedded in rodent non-coding regulatory or scaffold sequences of a rodent immunoglobulin κ light chain variable region gene locus, wherein the engineered immunoglobulin locus comprises a rodent immunoglobulin κ locus in which one or more rodent V κ gene segment coding sequences and one or more rodent J κ gene segment coding sequences have been deleted and replaced by one or more bovine V λ gene segment coding sequences and one or more J λ gene segment coding sequences, respectively, and in which rodent C κ coding sequences in the locus have been replaced by rodent C λ1 , C λ2 , C λ3 coding sequence, or a combination thereof, and wherein the engineered immunoglobulin locus is capable of expressing immunoglobulin comprising bovine variable domains and wherein the transgenic rodent or the rodent cell produces more immunoglobulin comprising λ light chain than immunoglobulin comprising κ light chain, wherein the immunoglobulin comprises a fully bovine L chain variable domain and a constant region that is native to the rodent or rodent cell.
An electronic circuit operable to drive a gate of a field effect transistor , comprising: a slew rate controlled gate driver circuit configured to generate a gate control signal (V G ), the slew rate controlled gate driver circuit comprising: a first and a second field effect transistor , wherein the gates of said first and second field effect transistors are coupled together and configured to receive a control pulse input (V CTRL ), and wherein the drains of said first and second field effect transistors are coupled together and configured to provide the gate control signal (V G ); a current source coupled to supply current to the source of the first field effect transistor and a switch coupled to the source of the first field effect transistor in parallel to the current source ; characterized by a control logic coupled to receive the gate control signal (V G ) and to provide a switch control signal to the switch , wherein the control logic is configured to control the switch based on a relationship of the gate control signal (V G ) to a first threshold voltage level (V TH1 ) such that the gate control signal rises substantially in step fashion until reaching the first threshold voltage level (V TH1 ), whereupon the gate control signal rises at a controlled slew rate. a first and a second field effect transistor , wherein the gates of said first and second field effect transistors are coupled together and configured to receive a control pulse input (V CTRL ), and wherein the drains of said first and second field effect transistors are coupled together and configured to provide the gate control signal (V G ); a current source coupled to supply current to the source of the first field effect transistor and a switch coupled to the source of the first field effect transistor in parallel to the current source ; characterized by a control logic coupled to receive the gate control signal (V G ) and to provide a switch control signal to the switch , wherein the control logic is configured to control the switch based on a relationship of the gate control signal (V G ) to a first threshold voltage level (V TH1 ) such that the gate control signal rises substantially in step fashion until reaching the first threshold voltage level (V TH1 ), whereupon the gate control signal rises at a controlled slew rate.
A stem for fixating an external prosthesis to a bone , wherein the stem comprises: a first stem portion extending substantially along a longitudinal axis (A), the first stem portion including a first diameter (D1), the first stem portion including a distal portion; and a second stem portion extending substantially distally from the distal portion of the first stem portion along the longitudinal axis (A), the second stem portion including a second diameter (D2) smaller than the first diameter (D1) and smaller than a diameter (D3) of a intramedullary canal of a bone, characterized in that the first diameter (D1) is larger that the diameter (D3) of the intramedullary canal such that the first stem portion is configured to engage the bone , and the second stem portion is securable to the bone independent of the first stem portion , the second stem portion including a distal portion couplable to a compress assembly . a first stem portion extending substantially along a longitudinal axis (A), the first stem portion including a first diameter (D1), the first stem portion including a distal portion; and a second stem portion extending substantially distally from the distal portion of the first stem portion along the longitudinal axis (A), the second stem portion including a second diameter (D2) smaller than the first diameter (D1) and smaller than a diameter (D3) of a intramedullary canal of a bone, characterized in that the first diameter (D1) is larger that the diameter (D3) of the intramedullary canal such that the first stem portion is configured to engage the bone , and the second stem portion is securable to the bone independent of the first stem portion , the second stem portion including a distal portion couplable to a compress assembly .
A chocolate composition comprising dry milk chocolate and an extraneous flavor composition, wherein the extraneous flavor composition comprises a) a highly volatile compound, b) a lactone compound, and c) a caramelic composition, wherein the caramelic composition comprises dimethylhydroxy furanone, phenylacetaldehyde, and maltol; wherein the lactone compound is selected from the group consisting of δ-dodecalactone, δ-decalactone, γ-nonalactone, δ-octalactone, γ-undecalactone, δ-valerolactone, γ-valerolactone, δ-hexalactone, γ-hexalactone, δ-heptalactone, γ-heptalactone, γ-octalactone, δ-octenolactone, δ-nonalactone, γ-decalactone, δ-decenolactone (massoia lactone), δ-undecalactone, γ-dodecalactone, 5-butyldihydro-4-methylfuran-2 -one (whiskey lactone), 6-pentylpyran-2-one, and combinations thereof; and wherein the highly volatile compound is selected from the group consisting of methanethiol, 2,3-butanedione, 2-methylbutanal, 3-methylbutanal, methylpropanal, and combinations thereof.
A passive oil system , comprising: a reservoir housing configured in operation to rotate around a rotational axis , the reservoir housing defining a reservoir between a top wall , a bottom wall , innermost side , and an outer sidewall ; and an outlet positioned adjacent the outer sidewall to discharge a lubrication fluid contained in the reservoir in response to the reservoir housing rotating around the rotational axis ; characterized by : a spillway wall located in the reservoir housing and separating the reservoir from the outlet ; a spillway opening adjacent the innermost side providing fluid communication between the reservoir and the outlet ; and an orifice adjacent the outer sidewall providing fluid communication between the reservoir and the outlet . a reservoir housing configured in operation to rotate around a rotational axis , the reservoir housing defining a reservoir between a top wall , a bottom wall , innermost side , and an outer sidewall ; and an outlet positioned adjacent the outer sidewall to discharge a lubrication fluid contained in the reservoir in response to the reservoir housing rotating around the rotational axis ; characterized by : a spillway wall located in the reservoir housing and separating the reservoir from the outlet ; a spillway opening adjacent the innermost side providing fluid communication between the reservoir and the outlet ; and an orifice adjacent the outer sidewall providing fluid communication between the reservoir and the outlet . a spillway wall located in the reservoir housing and separating the reservoir from the outlet ; a spillway opening adjacent the innermost side providing fluid communication between the reservoir and the outlet ; and an orifice adjacent the outer sidewall providing fluid communication between the reservoir and the outlet .
A method for notifying a user of a second service available for the user instead of a first service, which is a service subscribed for the user, the method executed at a policy controller and comprising the steps of: transmitting (S-1010), to a policy enforcer , a control rule for the first service; receiving (S-1020), from the policy enforcer , an identifier of the first service, hereinafter first service identifier , indicating the first service is used by the user; transmitting (S-425, S-525), to a subscription repository , the first service identifier for the user; receiving (S-430, S-530), from the subscription repository , an identifier of the second service, hereinafter second service identifier , associated with a same service category as the received first service identifier ; triggering (S-1040), towards the user, an offer to accept using the second service instead of the used first service, either by transmitting (S-435), to the policy enforcer , an indication to offer the user an acceptance of using the second service instead of the used first service, or by transmitting (S-540), to the user, the offer to accept using the second service instead of the used first service; receiving (S-1050), from the policy enforcer , a request for control rules for the second service for the user; and transmitting (S-1060), to the policy enforcer , a control rule for the second service. transmitting (S-1010), to a policy enforcer , a control rule for the first service; receiving (S-1020), from the policy enforcer , an identifier of the first service, hereinafter first service identifier , indicating the first service is used by the user; transmitting (S-425, S-525), to a subscription repository , the first service identifier for the user; receiving (S-430, S-530), from the subscription repository , an identifier of the second service, hereinafter second service identifier , associated with a same service category as the received first service identifier ; triggering (S-1040), towards the user, an offer to accept using the second service instead of the used first service, either by transmitting (S-435), to the policy enforcer , an indication to offer the user an acceptance of using the second service instead of the used first service, or by transmitting (S-540), to the user, the offer to accept using the second service instead of the used first service; receiving (S-1050), from the policy enforcer , a request for control rules for the second service for the user; and transmitting (S-1060), to the policy enforcer , a control rule for the second service.