mhurhangee/ep-ind-claims huggingface dataset:
An X-ray measurement supporting tool, comprising: an outer form that maintains, when a first bone part of a subject (16; 82) is to be measured, a first limb of the subject (16; 82) in a first orientation; and an inner structure that maintains, when a second bone part of the subject (16; 82) is to be measured, a second limb of the subject (16; 82) in a second orientation wherein the first limb is a lower limb, and the second limb is an upper limb and the second bone part is a radius, wherein the inner structure has a measurement chamber to which a forearm serving as the upper limb is inserted, and a scattering X-ray shielding member that is adapted to block a scattering X-ray generated in the measurement chamber is provided on at least a part of a periphery of the measurement chamber and the first bone part is a lumbar spine, the first orientation is a knee-bent orientation of a lower limb serving as the first limb, and the outer form has a form adapted to be provided below the lower limb and to support the knee-bent orientation of the lower limb. an outer form that maintains, when a first bone part of a subject (16; 82) is to be measured, a first limb of the subject (16; 82) in a first orientation; and an inner structure that maintains, when a second bone part of the subject (16; 82) is to be measured, a second limb of the subject (16; 82) in a second orientation wherein the first limb is a lower limb, and the second limb is an upper limb and the second bone part is a radius, wherein the inner structure has a measurement chamber to which a forearm serving as the upper limb is inserted, and a scattering X-ray shielding member that is adapted to block a scattering X-ray generated in the measurement chamber is provided on at least a part of a periphery of the measurement chamber and the first bone part is a lumbar spine, the first orientation is a knee-bent orientation of a lower limb serving as the first limb, and the outer form has a form adapted to be provided below the lower limb and to support the knee-bent orientation of the lower limb.
An electric drive motorcycle, comprising: • a front portion comprising one or more front wheels and a handlebar; • a rear portion comprising a saddle, a shell body arranged below said saddle, and a rear wheel arranged below said shell body; • an intermediate portion extending as a connection between said front portion and said rear portion; • an electric drive unit connected to said rear wheel; and • a hybrid supply unit supplying said electric drive unit, comprising at least a battery unit and a combustion engine actuating an electric generator apt to supply said battery unit and/or said electric drive unit, wherein said shell body defines a housing space apt to receive at least said battery unit and said combustion engine, with the related electric generator, placed side by side therebetween, characterized in that said housing space extends from one side to the other one of the shell body, the battery unit and the combustion engine with the related electric generator being housed in said housing space, wherein the engine, the electric generator and the battery unit are arranged side by side according to a direction transversal to the front-rear direction of the motorcycle below a helmet carrying compartment. • a front portion comprising one or more front wheels and a handlebar; • a rear portion comprising a saddle, a shell body arranged below said saddle, and a rear wheel arranged below said shell body; • an intermediate portion extending as a connection between said front portion and said rear portion; • an electric drive unit connected to said rear wheel; and • a hybrid supply unit supplying said electric drive unit, comprising at least a battery unit and a combustion engine actuating an electric generator apt to supply said battery unit and/or said electric drive unit,
A base station comprising: means for sending, to a neighbouring base station, a resource status request which defines a periodicity at which a neighbouring base station is to send resource status update messages; means for receiving at least one resource status update message sent by the neighbouring base station in accordance with the periodicity defined by the resource status request; means for performing load balancing operations based on the received one or more resource status update message. means for sending, to a neighbouring base station, a resource status request which defines a periodicity at which a neighbouring base station is to send resource status update messages; means for receiving at least one resource status update message sent by the neighbouring base station in accordance with the periodicity defined by the resource status request; means for performing load balancing operations based on the received one or more resource status update message.
A method for encoding a digital watermark signal for a spot color, said method comprising: obtaining data associated with a first spot color S a, the first spot color S a comprising a component of a color design; determining a plurality of substitute spot color candidates S b1 - S bi, where i is an integer, by consulting a database including spot color information and by evaluating, for each substitute spot color candidate, color distance metrics between data associated with the substitute spot color candidate and the data associated with the first spot color S a; determining at least a Cyan, Magenta and Yellow tint for each of the plurality of substitute spot color candidates S b1 - S bi; simulating an overprint of each of the plurality of substitute spot color candidates S b1 - S bi with its respective CMY tint, and for each of the overprinted substitute spot color candidates, generating a CIELAB distance or Chroma distance metric relative to the first spot color S a; based on generated distance metrics, determining final spot color candidates; for at least one of the final spot color candidates, transforming its respective CMY tint with an information signal, wherein the information signal comprises a digital watermark signal; and substituting the at least one of the final spot color candidates plus its transformed CMY tint for the first spot color S a in the color design. obtaining data associated with a first spot color S a, the first spot color S a comprising a component of a color design; determining a plurality of substitute spot color candidates S b1 - S bi, where i is an integer, by consulting a database including spot color information and by evaluating, for each substitute spot color candidate, color distance metrics between data associated with the substitute spot color candidate and the data associated with the first spot color S a; determining at least a Cyan, Magenta and Yellow tint for each of the plurality of substitute spot color candidates S b1 - S bi; simulating an overprint of each of the plurality of substitute spot color candidates S b1 - S bi with its respective CMY tint, and for each of the overprinted substitute spot color candidates, generating a CIELAB distance or Chroma distance metric relative to the first spot color S a; based on generated distance metrics, determining final spot color candidates; for at least one of the final spot color candidates, transforming its respective CMY tint with an information signal, wherein the information signal comprises a digital watermark signal; and substituting the at least one of the final spot color candidates plus its transformed CMY tint for the first spot color S a in the color design.
A process for the liquid-phase manufacture of a decapeptide represented by formula (P 1)AA 1 -AA 2 -AA 3 -AA 4 (P 4)-AA 5 -AA 6 (P 6)-AA 7 -AA 8 (P 8)-AA 9 -AA 10 -NH 2 wherein AA 1 is D-2Nal, AA 2 is D-4Cpa, AA 3 is D-3Pal, AA 4 is Ser, AA 5 is 4Aph(L-Hor), AA 6 is D-Aph(Cbm), AA 7 is Leu, AA 8 is Lys(iPr), AA 9 is Pro, AA 10 is D-Ala; P 1 is an amino protecting groups or acetyl; P 4 is hydrogen or a hydroxyl protecting group, preferably a hydroxyl protecting group; P 6 is hydrogen or an amino protecting groups; preferably an amino protecting groups; and P 8 is an amino protecting group, or a pharmaceutically acceptable salt or solvate thereof, comprising the step of coupling a first polypeptide represented by formula (P 1)AA 1 -AA 2 -AA 3 or a salt thereof, with a second polypeptide represented by formula AA 4 (P 4)-AA 5 -AA 6 (P 6)-AA 7 -AA 8 (P 8)-AA 9 -AA 10 -NH 2 or a salt thereof, in a liquid reagent medium in the presence of a peptide coupling reagent. wherein AA 1 is D-2Nal, AA 2 is D-4Cpa, AA 3 is D-3Pal, AA 4 is Ser, AA 5 is 4Aph(L-Hor), AA 6 is D-Aph(Cbm), AA 7 is Leu, AA 8 is Lys(iPr), AA 9 is Pro, AA 10 is D-Ala; P 1 is an amino protecting groups or acetyl; P 4 is hydrogen or a hydroxyl protecting group, preferably a hydroxyl protecting group; P 6 is hydrogen or an amino protecting groups; preferably an amino protecting groups; and P 8 is an amino protecting group,
A microorganism culture vessel comprising a sheet-like culture medium inside a culture bag, the culture bag having an opening part for the insertion of the sheet-like culture medium and an inlet, separate from the opening part, through which a sample liquid can be injected after the sheet-like culture medium has been housed and the opening part has been sealed.
A laminate comprising at least one first layer of at least one first metal and at least one further layer of a polyamide composition, wherein the polyamide composition comprises a copolyamide produced by polymerization of the components caprolactam, at least one C 4 -C 40 -diacid and at least one C 4 -C 20 -diamine, wherein the copolyamide has an amide function concentration in the range from 3.5 to 7 amide groups / 1000 g/mol. caprolactam, at least one C 4 -C 40 -diacid and at least one C 4 -C 20 -diamine,
Phosphor composition for a low-pressure discharge lamp with a high light yield and a high color temperature, the phosphor composition containing - phosphors which emit in the red wavelength region and comprise yttrium oxide doped with europium, - phosphors which emit in the green wavelength region and comprise lanthanum phosphate doped with cerium and terbium, and - additionally at least one phosphor which emits in the blue or blue-green wavelength region, characterized in that - the europium-doped yttrium oxide phosphor forms between 30% and 50% by weight, - the cerium- and terbium-doped lanthanum phosphate phosphor forms between 22% and 40% by weight, and - the at least one phosphor which emits in the blue or blue-green wavelength region is europium- and manganese doped barium-magnesium aluminate forming between 7% and 35% by weight, or - europium- and manganese-doped manganese-strontium-barium-magnesium aluminate forming between 10% and 20% by weight, or - the europium-doped strontium aluminate forming between 3% and 15% by weight, or - europium-doped strontium borophosphate forming between 3% and 15% by weight. - phosphors which emit in the red wavelength region and comprise yttrium oxide doped with europium, - phosphors which emit in the green wavelength region and comprise lanthanum phosphate doped with cerium and terbium, and - additionally at least one phosphor which emits in the blue or blue-green wavelength region, - the europium-doped yttrium oxide phosphor forms between 30% and 50% by weight, - the cerium- and terbium-doped lanthanum phosphate phosphor forms between 22% and 40% by weight, and - the at least one phosphor which emits in the blue or blue-green wavelength region is europium- and manganese doped barium-magnesium aluminate forming between 7% and 35% by weight, or - europium- and manganese-doped manganese-strontium-barium-magnesium aluminate forming between 10% and 20% by weight, or - the europium-doped strontium aluminate forming between 3% and 15% by weight, or - europium-doped strontium borophosphate forming between 3% and 15% by weight.
A troubleshooting method, characterized by comprising: sending a forward detection message to at least one node on a path to be detected, wherein the forward detection message carries information about a forward path to be detected and information about a backward path to be detected, the information about the backward path is used to specify the backward path; and performing a fault detection according to a backward detection message returned by the at least one node through the specified backward path. sending a forward detection message to at least one node on a path to be detected, wherein the forward detection message carries information about a forward path to be detected and information about a backward path to be detected, the information about the backward path is used to specify the backward path; and performing a fault detection according to a backward detection message returned by the at least one node through the specified backward path.
A wireless dental apex locator for use in determining the location of the apex of a patient's root, comprising: (i) an electronic module having - a battery power source; - an impedance analyzer circuit and - a radio frequency transmitter; (ii) a return module having a clip for attachment to the patient; (iii) a probe module having an endodontic probe, wherein the probe emits a signal; the electronic module, the return module and the probe module forming a circuit for the emitted signal that is returned to the impedance analyzer circuit through the return module, and radio frequency transmitting the signal; and (iv) an associated but not physically connected display unit having a receiver for receiving radio frequency signals from said transmitter, the display unit further displaying the received radio frequency signals on a graphic display, characterized by a handpiece removably housing the electronic module, while the probe module is assembled at an end of the handpiece with only probe extending from the handpiece and cable being substantially internal to the handpiece, whereby the handpiece further including a motor for powering the endodontic probe and a second DC power source for powering the motor. (i) an electronic module having - a battery power source; - an impedance analyzer circuit and - a radio frequency transmitter; - a battery power source; - an impedance analyzer circuit and - a radio frequency transmitter; (ii) a return module having a clip for attachment to the patient; (iii) a probe module having an endodontic probe, wherein the probe emits a signal; the electronic module, the return module and the probe module forming a circuit for the emitted signal that is returned to the impedance analyzer circuit through the return module, and radio frequency transmitting the signal; and (iv) an associated but not physically connected display unit having a receiver for receiving radio frequency signals from said transmitter, the display unit further displaying the received radio frequency signals on a graphic display, characterized by
A method for operating a wind power installation, which comprises a rotor with at least one rotor blade and an operating control device, characterized in that the rotor speed is reduced to protect bats in cumulative dependency on the environmental variables ambient brightness, calendar date, wind speed and ambient temperature.
A method for establishing an optimized media path applied in an IP multimedia core network subsystem, IMS, the method comprising: during a process of forwarding a session description protocol, SDP, request and response, when receiving a SDP response of a first session, a first signaling gateway, ALG, judging that there is an optimized media path between itself and a second ALG, then when sending, by the first ALG, a SDP response of the first session, including indication information in the SDP response which is sent by the first ALG to indicate that an optimized media path between itself and the second ALG is expected to be established; and the first ALG sending a SDP request with a target being the second ALG and the second ALG sending a SDP response of the first session after having received the SDP response of the first session sent by the first ALG including the indication information. during a process of forwarding a session description protocol, SDP, request and response, when receiving a SDP response of a first session, a first signaling gateway, ALG, judging that there is an optimized media path between itself and a second ALG, then when sending, by the first ALG, a SDP response of the first session, including indication information in the SDP response which is sent by the first ALG to indicate that an optimized media path between itself and the second ALG is expected to be established; and the first ALG sending a SDP request with a target being the second ALG and the second ALG sending a SDP response of the first session after having received the SDP response of the first session sent by the first ALG including the indication information.
A shoe for forming a sliding contact between a swash plate and a piston, comprising: a spherical portion for forming a sliding contact with a hemispherical concave portion of a first movable member; an end surface portion for forming a sliding contact with a flat surface of a second movable member; and a cylindrical portion formed between the spherical portion and the end surface portion; characterized in that a plurality of grooves and/or concave portions are provided in an outer peripheral surface of the cylindrical portion for holding a lubricant oil, the plurality of oil grooves and/or concave portions are formed in the outer peripheral surface of the cylindrical portion from a first boundary between the cylindrical portion and the end surface portion to a second boundary between the cylindrical portion and the spherical portion, and the spherical portion and the end surface portion are free of the grooves and/or the concave portions. a spherical portion for forming a sliding contact with a hemispherical concave portion of a first movable member; an end surface portion for forming a sliding contact with a flat surface of a second movable member; and a cylindrical portion formed between the spherical portion and the end surface portion; characterized in that a plurality of grooves and/or concave portions are provided in an outer peripheral surface of the cylindrical portion for holding a lubricant oil, the plurality of oil grooves and/or concave portions are formed in the outer peripheral surface of the cylindrical portion from a first boundary between the cylindrical portion and the end surface portion to a second boundary between the cylindrical portion and the spherical portion, and the spherical portion and the end surface portion are free of the grooves and/or the concave portions.
An assembly comprising: a turbine that is driven to rotate by moving fluid; a generator having a rotor that is driven by an output shaft of the turbine; a power converter; and a controller providing a main torque reference ( M ref) to the power converter to control the torque of the generator; wherein the controller includes: a power reference function block providing a power reference ( P ref) that is derived from an estimate of the available mechanical power in the turbine or a measured pressure drop (Δ p) across the turbine; a power controller function block that uses the power reference ( P ref) to derive a power control torque reference M ref Po; and characterized in that the controller includes a speed controller function block that uses a comparison of a measured speed ( ω) of the generator and a maximum speed limit ( ω max) to derive a speed control torque reference M ref ω; wherein the main torque reference ( M ref) is derived from one of the power control and speed control torque references M ref Po, M ref ω.. a turbine that is driven to rotate by moving fluid; a generator having a rotor that is driven by an output shaft of the turbine; a power converter; and a controller providing a main torque reference ( M ref) to the power converter to control the torque of the generator; wherein the controller includes: a power reference function block providing a power reference ( P ref) that is derived from an estimate of the available mechanical power in the turbine or a measured pressure drop (Δ p) across the turbine; a power controller function block that uses the power reference ( P ref) to derive a power control torque reference M ref Po; and characterized in that the controller includes a speed controller function block that uses a comparison of a measured speed ( ω) of the generator and a maximum speed limit ( ω max) to derive a speed control torque reference M ref ω; a power reference function block providing a power reference ( P ref) that is derived from an estimate of the available mechanical power in the turbine or a measured pressure drop (Δ p) across the turbine; a power controller function block that uses the power reference ( P ref) to derive a power control torque reference M ref Po; and characterized in that the controller includes a speed controller function block that uses a comparison of a measured speed ( ω) of the generator and a maximum speed limit ( ω max) to derive a speed control torque reference M ref ω; wherein the main torque reference ( M ref) is derived from one of the power control and speed control torque references M ref Po, M ref ω..
Bogie for variable rail gauge for vehicles on rails, comprising - two lateral carrier mountings (1;2), - wheels (1', 1", 2', 2"), - a locking mechanism capable of blocking a variation of the rail gauge of the two lateral carrier mountings, - provisions for supporting a cabin of a vehicle, characterized in that - the two lateral carrier mountings are each equipped with two independent wheels (1', 1", 2', 2"), - the lateral carrier mountings give each other mutual support by means of traverses adjustable in relative position and allowing the variation of the rail gauge of the two lateral carrier mountings (1;2), every position desired can be blocked via the locking mechanism; - the provisions for supporting the cabin of a vehicle comprise a principal traverse being supported by the two lateral carrier mountings (1;2) via an intermediary first suspension and supporting the cabin of a vehicle via an intermediary second suspension, - the mutual support between the lateral carrier mountings (1;2) is implemented such that the traverses on each side of the bogie form an articulation with the corresponding lateral carrier mounting (1;2), the articulation allowing a variation of the rail gauge by sliding between the traverses of one lateral carrier mounting (1;2) and the opposite lateral carrier mounting (2;1), and allowing anytime, also in the blocked position of the rail gauge, a relative rotation between the lateral carrier mountings (1;2) in the vertical planes of the wheels (1', 1", 2', 2"). - two lateral carrier mountings (1;2), - wheels (1', 1", 2', 2"), - a locking mechanism capable of blocking a variation of the rail gauge of the two lateral carrier mountings, - provisions for supporting a cabin of a vehicle, - the two lateral carrier mountings are each equipped with two independent wheels (1', 1", 2', 2"), - the lateral carrier mountings give each other mutual support by means of traverses adjustable in relative position and allowing the variation of the rail gauge of the two lateral carrier mountings (1;2), every position desired can be blocked via the locking mechanism; - the provisions for supporting the cabin of a vehicle comprise a principal traverse being supported by the two lateral carrier mountings (1;2) via an intermediary first suspension and supporting the cabin of a vehicle via an intermediary second suspension, - the mutual support between the lateral carrier mountings (1;2) is implemented such that the traverses on each side of the bogie form an articulation with the corresponding lateral carrier mounting (1;2), the articulation allowing a variation of the rail gauge by sliding between the traverses of one lateral carrier mounting (1;2) and the opposite lateral carrier mounting (2;1), and allowing anytime, also in the blocked position of the rail gauge, a relative rotation between the lateral carrier mountings (1;2) in the vertical planes of the wheels (1', 1", 2', 2").