mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining the pose of a moving head light fixture ( ), wherein said moving head light fixture comprises a support structure and a rotatable structure , said rotatable structure is rotatable connected to said support structure and is rotatable around an axis of rotation and said rotatable structure comprises at least one light source generating a light beam , said rotatable structure comprises a first position indicator at said rotatable structure , said position indicator is arranged at a first position offset said axis of rotation , said first position indicator indicates the position of said first position indicator in relation to a reference point ; said method comprising the steps of: - arranging said first position indicator at at least three different positions around said axis of rotation and obtaining the position of said position indicator at each of said at least three different positions, where said position of said position indicator are obtained by using said position indicator and where said position indicator is arranged at said at least three different positions by rotating said rotatable structure around said axis of rotation ; characterized in that the method further comprises: - determining the pose of said moving head light fixture based on said obtained positions of said first position indicator . - arranging said first position indicator at at least three different positions around said axis of rotation and obtaining the position of said position indicator at each of said at least three different positions, where said position of said position indicator are obtained by using said position indicator and where said position indicator is arranged at said at least three different positions by rotating said rotatable structure around said axis of rotation ; - determining the pose of said moving head light fixture based on said obtained positions of said first position indicator .
A method for decoding from a bitstream a current block of a picture of a video sequence, comprising: decoding a slice header of a slice comprising the current block, the slice header comprising a set of first flags specifying a condition allowing a coding of a second flag indicating whether an illumination compensation mode is enabled or disabled for the current block, each first flag being associated to a corresponding reference index of a reference picture in a reference list and indicating with a first value that the second flag is coded in the bitstream for each block in inter mode of the slice using the associated reference index and with a second value that no second flag is coded for any block in inter mode of the slice using the associated reference index; decoding a coding mode for the current block; and, responsive to the coding mode being inter , decoding at least one current reference index of the current block; decoding from the bitstream a value of the second flag of the current block based on the at least one current reference index and on the set of first flags; and, applying the illumination compensation mode to decode the current block based on the value of the second flag. decoding a slice header of a slice comprising the current block, the slice header comprising a set of first flags specifying a condition allowing a coding of a second flag indicating whether an illumination compensation mode is enabled or disabled for the current block, each first flag being associated to a corresponding reference index of a reference picture in a reference list and indicating with a first value that the second flag is coded in the bitstream for each block in inter mode of the slice using the associated reference index and with a second value that no second flag is coded for any block in inter mode of the slice using the associated reference index; decoding a coding mode for the current block; and, responsive to the coding mode being inter , decoding at least one current reference index of the current block; decoding from the bitstream a value of the second flag of the current block based on the at least one current reference index and on the set of first flags; and, applying the illumination compensation mode to decode the current block based on the value of the second flag.
A holder device, comprising: a plurality of multi-core optical adapters each multi-core optical adapter being configured for interconnecting pairs of facing LC type optical connector plugs (P1, P2), and a holder for said plurality of multi-core optical adapters, said holder having a plurality of receiving portions (S) which are each arranged within a rectangular tubular casing so as to be adjacent via a reinforcing intermediate partition portion , wherein the holder device is formed by fitting and arranging said plurality of multi-core optical adapters in the respective plurality of receiving portions (S) of said holder , characterized by further comprising a pulling direction come-off prevention portion (P) constructed by projection portions which are formed in right and left inner wall surfaces and said reinforcing intermediate partition portion of said holder , and concave portions which are formed in right and left outer wall surfaces of said plurality of multi-core optical adapters for fitting and locking said projection portions . a plurality of multi-core optical adapters each multi-core optical adapter being configured for interconnecting pairs of facing LC type optical connector plugs (P1, P2), and a holder for said plurality of multi-core optical adapters, said holder having a plurality of receiving portions (S) which are each arranged within a rectangular tubular casing so as to be adjacent via a reinforcing intermediate partition portion , wherein the holder device is formed by fitting and arranging said plurality of multi-core optical adapters in the respective plurality of receiving portions (S) of said holder , characterized by further comprising a pulling direction come-off prevention portion (P) constructed by projection portions which are formed in right and left inner wall surfaces and said reinforcing intermediate partition portion of said holder , and concave portions which are formed in right and left outer wall surfaces of said plurality of multi-core optical adapters for fitting and locking said projection portions .
Spray gun for watering purposes, comprising a gun body , a spray unit held thereon, a gripping device for a user which is held on the gun body so as to be positionally variable, an inlet , an outlet which is formed by the spray unit and is flow-connected to the inlet via a fluid channel , a valve unit , and an actuating element which is arranged on the gripping device and is in operative connection with the valve unit for selectively unblocking the fluid channel , wherein the gripping device is transferable relative to the gun body from a first position into a second position and vice versa, wherein the actuating element is finger-actuatable in the first position and palm-actuatable in the second position by the user gripping the gripping device , characterized in that the gripping device comprises a grip element forming a receiving space and a fluid channel section of the fluid channel arranged in the receiving space or formed by the receiving space , and in that the fluid channel section defines a grip axis of the gripping device , about which the latter is rotatable relative to the gun body .
A preparation method of microspheres capable of drug-loading, comprising the following steps: Mix an aqueous solution of poly(vinyl alcohol) (PVA) and hydroxyapatite (HA) particles evenly, wherein the mass ratio of the PVA to water is 0.2:100 to 10:100; Add concentrated hydrochloric acid to the evenly mixture solution in Step , and then add glutaraldehyde to obtain a reaction solution, after pre-reacting for 3 to 30 seconds, the pre-reaction solution is added dropwise into a mixture oil phase before the pre-reaction solution is coagulated, stir and react in an oil bath at 50°C-60°C; the mixture oil phase includes liquid paraffin and sorbitan fatty acid ester; Collect the reaction mixture in Step , filter, wash, and dry to obtain microspheres capable of drug-loading. Mix an aqueous solution of poly(vinyl alcohol) (PVA) and hydroxyapatite (HA) particles evenly, wherein the mass ratio of the PVA to water is 0.2:100 to 10:100; Add concentrated hydrochloric acid to the evenly mixture solution in Step , and then add glutaraldehyde to obtain a reaction solution, after pre-reacting for 3 to 30 seconds, the pre-reaction solution is added dropwise into a mixture oil phase before the pre-reaction solution is coagulated, stir and react in an oil bath at 50°C-60°C; the mixture oil phase includes liquid paraffin and sorbitan fatty acid ester; Collect the reaction mixture in Step , filter, wash, and dry to obtain microspheres capable of drug-loading.
An insulin delivery system comprising: an insulin delivery device adapted to receive insulin and deliver insulin subcutaneously; a user interface in communication with the insulin delivery device and adapted to send bolus insulin instructions to the insulin delivery device, the user interface comprising a plurality of user-selectable icons or buttons each representing a respective meal size and each representing a respective amount of carbohydrates; memory to store one or more user-specific dosage parameter; and a processor in communication with the memory, the processor adapted to receive blood glucose data, including postprandial blood glucose data, of a person with diabetes (PWD), the processor being adapted to determine the amount of carbohydrates associated with each of the plurality of user-selectable icons or buttons based on at least one of the user-specific dosage parameters, following the selection of one of the meal size icons or buttons based on estimated carbohydrates consumed by the person with diabetes (PWD), the processor further being adapted to update the amount of carbohydrates associated with at least the selected one of the user-selectable icons or buttons based upon the postprandial blood glucose data, and the processor being adapted to determine an insulin bolus delivery amount based on the amount of carbohydrates associated with the selected one of the user-selectable icons or buttons. an insulin delivery device adapted to receive insulin and deliver insulin subcutaneously; a user interface in communication with the insulin delivery device and adapted to send bolus insulin instructions to the insulin delivery device, the user interface comprising a plurality of user-selectable icons or buttons each representing a respective meal size and each representing a respective amount of carbohydrates; memory to store one or more user-specific dosage parameter; and a processor in communication with the memory, the processor adapted to receive blood glucose data, including postprandial blood glucose data, of a person with diabetes (PWD), the processor being adapted to determine the amount of carbohydrates associated with each of the plurality of user-selectable icons or buttons based on at least one of the user-specific dosage parameters, following the selection of one of the meal size icons or buttons based on estimated carbohydrates consumed by the person with diabetes (PWD), the processor further being adapted to update the amount of carbohydrates associated with at least the selected one of the user-selectable icons or buttons based upon the postprandial blood glucose data, and the processor being adapted to determine an insulin bolus delivery amount based on the amount of carbohydrates associated with the selected one of the user-selectable icons or buttons.
Connecting piece (5; 15; 25; 35; 45; 55; 65; 75; 85; 95; 105; 115; 125; 135; 140; 150) made of metal for pipelines, the connecting piece having at least one cylindrical, tubular receiving section (2a, 2b; 12a, 12b; 92a, 92b; 105a; 115a; 125a; 135a; 145a, 145b; 155a, 155b;) into which a pipeline section (10, 11; 151a, 151b) can be inserted, wherein the receiving section (2a, 2b; 12a, 12b; 92a, 92b; 105a; 115a; 125a; 135a; 145a, 145b; 155a, 155b;) is formed at least partially as a deformable pressing section, wherein at least one first groove (3a, 3b; 13a, 13b; 93a, 93b; 106; 116; 126; 136; 143a, 143b; 153a, 153b) is formed in the receiving section on the inside of the connecting piece along an inner circumference of the connecting piece, wherein an elastic sealing means (4a, 4b; 14a, 14b; 94a, 94b; 104; 114; 124; 134; 144a, 144b; 154a, 154b) is inserted into the first groove (3a, 3b; 13a, 13b; 93a, 93b; 106; 116; 126; 136; 143a, 143b; 153a, 153b), which at least partially fills the groove, characterised in in that intumescent material (6a, 6b; 16a, 16b; 96a, 96b; 102; 113; 122; 132; 146a, 146b; 156a, 156b), in particular expandable graphite material, is arranged at least in areas on the inside of the connecting piece in the receiving section (2a, 2b; 12a, 12b; 92a, 92b; 105a; 115a; 125a; 135a; 145a, 145b; 155a, 155b;). wherein the receiving section (2a, 2b; 12a, 12b; 92a, 92b; 105a; 115a; 125a; 135a; 145a, 145b; 155a, 155b;) is formed at least partially as a deformable pressing section, wherein at least one first groove (3a, 3b; 13a, 13b; 93a, 93b; 106; 116; 126; 136; 143a, 143b; 153a, 153b) is formed in the receiving section on the inside of the connecting piece along an inner circumference of the connecting piece, wherein an elastic sealing means (4a, 4b; 14a, 14b; 94a, 94b; 104; 114; 124; 134; 144a, 144b; 154a, 154b) is inserted into the first groove (3a, 3b; 13a, 13b; 93a, 93b; 106; 116; 126; 136; 143a, 143b; 153a, 153b), which at least partially fills the groove, characterised in in that intumescent material (6a, 6b; 16a, 16b; 96a, 96b; 102; 113; 122; 132; 146a, 146b; 156a, 156b), in particular expandable graphite material, is arranged at least in areas on the inside of the connecting piece in the receiving section (2a, 2b; 12a, 12b; 92a, 92b; 105a; 115a; 125a; 135a; 145a, 145b; 155a, 155b;).
Ring gear carrier part for a two or multiple component gear wheel , wherein - the ring gear carrier part comprises o a ring segment extending in circumferential direction around an axis of rotation (D), o a ring gear arranged radially on the outside of the ring segment , and o an extension extending radially inwards from the ring segment and having a radial inner free end , or - the ring gear carrier part comprises o a ring segment extending around an axis of rotation (D) in circumferential direction, o a ring gear arranged radially on the inside of the ring segment , and o an extension extending radially outwards from the ring segment and having a radial outer free end , - the extension comprises a first width (a) at its radial, inner free end or at its radial outer free end and a second width (b) at its opposite end at the transition to the ring segment , - the first width (a) is smaller than the second width (b), - the extension widens continuously or in segments continuously from the first width (a) to the second width (b), and - numerous protrusions , extending along the axis of rotation (D), are arranged on the extension characterized in that the protrusions transition into the extension over a convex transition surface . - the ring gear carrier part comprises o a ring segment extending in circumferential direction around an axis of rotation (D), o a ring gear arranged radially on the outside of the ring segment , and o an extension extending radially inwards from the ring segment and having a radial inner free end , or o a ring segment extending in circumferential direction around an axis of rotation (D), o a ring gear arranged radially on the outside of the ring segment , and o an extension extending radially inwards from the ring segment and having a radial inner free end , or - the ring gear carrier part comprises o a ring segment extending around an axis of rotation (D) in circumferential direction, o a ring gear arranged radially on the inside of the ring segment , and o an extension extending radially outwards from the ring segment and having a radial outer free end , o a ring segment extending around an axis of rotation (D) in circumferential direction, o a ring gear arranged radially on the inside of the ring segment , and o an extension extending radially outwards from the ring segment and having a radial outer free end , - the extension comprises a first width (a) at its radial, inner free end or at its radial outer free end and a second width (b) at its opposite end at the transition to the ring segment , - the first width (a) is smaller than the second width (b), - the extension widens continuously or in segments continuously from the first width (a) to the second width (b), and - numerous protrusions , extending along the axis of rotation (D), are arranged on the extension
A method for sensing a load current that flows from an amplifier into a load of the amplifier, the method comprising: obtaining a voltage drop across an output impedance of the amplifier; and computing the load current using the output impedance and the voltage drop across the internal impedance; wherein obtaining the voltage drop across the output impedance comprises: measuring an input voltage of the amplifier; measuring an output voltage of the amplifier; multiplying the input voltage by a gain factor of the amplifier to produce a voltage product; and calculating the voltage drop across the output impedance as a voltage difference between the output voltage and the voltage product. obtaining a voltage drop across an output impedance of the amplifier; and computing the load current using the output impedance and the voltage drop across the internal impedance; wherein obtaining the voltage drop across the output impedance comprises: measuring an input voltage of the amplifier; measuring an output voltage of the amplifier; multiplying the input voltage by a gain factor of the amplifier to produce a voltage product; and calculating the voltage drop across the output impedance as a voltage difference between the output voltage and the voltage product. measuring an input voltage of the amplifier; measuring an output voltage of the amplifier; multiplying the input voltage by a gain factor of the amplifier to produce a voltage product; and calculating the voltage drop across the output impedance as a voltage difference between the output voltage and the voltage product.
A portable terminal , comprising: a reception unit that is configured to receive a beacon signal transmitted from each of a plurality of reproduction apparatuses ; a detection unit that is configured to detect an unconnected apparatus from the plurality of reproduction apparatuses on a basis of the received beacon signal, the unconnected apparatus being not communicably connected to a WLAN access point ; a transmission unit that is configured to transmit setting information for communicably connecting to the WLAN access point to the detected unconnected apparatus ; wherein the detection unit is configured to detect, as the unconnected apparatus , each of reproduction apparatuses in the plurality of reproduction apparatuses , each of the reproduction apparatuses having transmitted the received beacon signal; and further comprising: a second communication unit that is communicably connected to the WLAN access point ; and the portable terminal being characterised in that it further comprises: a request unit that is configured to request restriction of transmission of the beacon signal to a connected apparatus in the plurality of reproduction apparatuses via the second communication unit and the WLAN access point , the connected apparatus being communicably connected to the WLAN access point . a reception unit that is configured to receive a beacon signal transmitted from each of a plurality of reproduction apparatuses ; a detection unit that is configured to detect an unconnected apparatus from the plurality of reproduction apparatuses on a basis of the received beacon signal, the unconnected apparatus being not communicably connected to a WLAN access point ; a transmission unit that is configured to transmit setting information for communicably connecting to the WLAN access point to the detected unconnected apparatus ; a second communication unit that is communicably connected to the WLAN access point ; and the portable terminal being characterised in that it further comprises: a request unit that is configured to request restriction of transmission of the beacon signal to a connected apparatus in the plurality of reproduction apparatuses via the second communication unit and the WLAN access point , the connected apparatus being communicably connected to the WLAN access point .
A bearer setup method, performed by a user equipment and comprising the following steps: transmitting (S201), a request message to a control node, wherein the request message is used to request setup of a transmission bearer for transmitting a data packet of a service between the user equipment and the control node, and the request message comprises a parameter of the service; receiving (S202), a response message transmitted by the control node in response to the request message, wherein the response message comprises configuration information of the transmission bearer; and setting up (S203), the transmission bearer with the control node according to the configuration information, wherein the parameter of the service is indicative of a service type of the service, the method characterised in that the service type comprises any one or a combination of: an ultra-reliable service, a short delay service, a streaming service, or a conversational service. transmitting (S201), a request message to a control node, wherein the request message is used to request setup of a transmission bearer for transmitting a data packet of a service between the user equipment and the control node, and the request message comprises a parameter of the service; receiving (S202), a response message transmitted by the control node in response to the request message, wherein the response message comprises configuration information of the transmission bearer; and setting up (S203), the transmission bearer with the control node according to the configuration information, wherein the parameter of the service is indicative of a service type of the service, the method characterised in that the service type comprises any one or a combination of: an ultra-reliable service, a short delay service, a streaming service, or a conversational service.
An insert for supplying a fluid to splines of a drive shaft , the insert extending along an axis of rotation (A R ), the insert comprising: an insert wall extending along the axis of rotation (A R ) and comprising an elastically deformable portion , the elastically deformable portion capable of transitioning between an expanded state and an unexpanded state; and a reservoir defined by the insert wall for storing a fluid ; wherein, the elastically deformable portion is configured to expand to the expanded state in a radial direction with respect to the axis of rotation (A R ), increasing the diameter of the insert to allow the insert to receive a greater volume of fluid , when the fluid is supplied to the reservoir during rotation of the insert and to contract in to the unexpanded state, decreasing the diameter of the insert , when rotation of the insert and supply of the fluid to the reservoir are ceased. an insert wall extending along the axis of rotation (A R ) and comprising an elastically deformable portion , the elastically deformable portion capable of transitioning between an expanded state and an unexpanded state; and a reservoir defined by the insert wall for storing a fluid ; wherein, the elastically deformable portion is configured to expand to the expanded state in a radial direction with respect to the axis of rotation (A R ), increasing the diameter of the insert to allow the insert to receive a greater volume of fluid , when the fluid is supplied to the reservoir during rotation of the insert and to contract in to the unexpanded state, decreasing the diameter of the insert , when rotation of the insert and supply of the fluid to the reservoir are ceased.