mhurhangee/ep-ind-claims huggingface dataset:
A system for indicating tension settings of a compression garment, the system comprising: a first strap; a first tension tab releasably attachable to the compression garment; wherein the first tension tab includes at least a first indicator and a second indicator on an outer surface; wherein the first tension tab is attached to the compression garment and the first strap is attached over the first tension tab; wherein the first strap covers at least a first portion of the first tension tab and terminates at a first strap end that exposes a second portion of the first tension tab; wherein a first tension tab setting indicates whether the end of the first strap terminates adjacent or over the first indicator or the second indicator of the first tension tab. a first strap; a first tension tab releasably attachable to the compression garment; wherein the first tension tab includes at least a first indicator and a second indicator on an outer surface; wherein the first tension tab is attached to the compression garment and the first strap is attached over the first tension tab; wherein the first strap covers at least a first portion of the first tension tab and terminates at a first strap end that exposes a second portion of the first tension tab; wherein a first tension tab setting indicates whether the end of the first strap terminates adjacent or over the first indicator or the second indicator of the first tension tab.
A method for performing, by a first device, wireless communication, the method comprising: receiving (S810, S1010), from a second device, latency bound related to an inter UE coordination, IUC, information report; receiving (S820, S1020), from the second device, an IUC request; triggering (S830, S1030) the IUC information reporting procedure, based on the IUC request; determining to include non-preferred resource set information into IUC information; determining to apply timer based mechanism to the triggered IUC information reporting procedure, wherein the timer based mechanism is applied to the IUC information reporting procedure only when the non-preferred resource set information is included in the IUC information; starting (S840, S1040) an IUC report timer related to a transmission of the IUC information, based on the triggered IUC information reporting procedure, wherein a timer value of the IUC report timer is the same as the latency bound; transmitting (S850, S1050), to the second device, the IUC information, based on the IUC report timer being running; stopping (S 1060) the IUC report timer, based on the IUC information being transmitted; and canceling the triggered IUC information reporting procedure, based on the IUC information being transmitted. receiving (S810, S1010), from a second device, latency bound related to an inter UE coordination, IUC, information report; receiving (S820, S1020), from the second device, an IUC request; triggering (S830, S1030) the IUC information reporting procedure, based on the IUC request; determining to include non-preferred resource set information into IUC information; determining to apply timer based mechanism to the triggered IUC information reporting procedure, wherein the timer based mechanism is applied to the IUC information reporting procedure only when the non-preferred resource set information is included in the IUC information; starting (S840, S1040) an IUC report timer related to a transmission of the IUC information, based on the triggered IUC information reporting procedure, wherein a timer value of the IUC report timer is the same as the latency bound; transmitting (S850, S1050), to the second device, the IUC information, based on the IUC report timer being running; stopping (S 1060) the IUC report timer, based on the IUC information being transmitted; and canceling the triggered IUC information reporting procedure, based on the IUC information being transmitted.
A device for adjusting the distance between a pedal module and a seat of a human-powered vehicle, the device comprising: - a guide rail adaptable to be fixed relative to the seat; and - a sliding piece for supporting the pedal module, the sliding piece being adapted to slide on the guide rail, and wherein the sliding piece is lockable to the guide rail on at least one position of the guide rail, wherein the guide rail comprises a perforation and the sliding piece comprises an outward facing protrusion for fastening the sliding piece to the perforation's position on the guide rail, and characterised in that the outward facing protrusion is positioned on the sliding piece so as to be inserted into the perforation due to an increase in distance between the sliding piece and a slidable surface of the guide rail. - a guide rail adaptable to be fixed relative to the seat; and - a sliding piece for supporting the pedal module, the sliding piece being adapted to slide on the guide rail, and wherein the sliding piece is lockable to the guide rail on at least one position of the guide rail, wherein the guide rail comprises a perforation and the sliding piece comprises an outward facing protrusion for fastening the sliding piece to the perforation's position on the guide rail, and characterised in that the outward facing protrusion is positioned on the sliding piece so as to be inserted into the perforation due to an increase in distance between the sliding piece and a slidable surface of the guide rail.
A particle beam therapy system comprising: - an accelerator that is adapted to accelerate a charged particle beam; - an irradiation apparatus that has a beam scanning apparatus (5a, 5b) for performing scanning with the charged particle beam and a first duct (4b, 6b) in which a beam outlet window is provided at a more downstream position than the beam scanning apparatus (5a, 5b), and that is adapted to irradiate the charged particle beam onto an irradiation subject; and - a beam transport apparatus that has a second duct and a deflection electromagnet and is adapted to transport, within the second duct, the charged particle beam exeiting from the accelerator to the irradiation apparatus, wherein a vacuum region inside the first duct (4b, 6b) and a vacuum region inside the second duct communicate with each other, - wherein there is provided a beam position monitor that is disposed either at an upstream position or a downstream position with respect to the beam scanning apparatus (5a, 5b) in the duct (4b, 6b) and measures the position of the charged particle beam transported in the duct (4b, 6b), and - further wherein the beam position monitor can be evacuated from the orbit of the charged particle beam in the first duct (4b, 6b), and characterised in that the duct (4b, 6b) is provided with a duct extension/contraction means that enable the beam outlet window to travel in the axis direction of the charged particle beam. - an accelerator that is adapted to accelerate a charged particle beam; - an irradiation apparatus that has a beam scanning apparatus (5a, 5b) for performing scanning with the charged particle beam and a first duct (4b, 6b) in which a beam outlet window is provided at a more downstream position than the beam scanning apparatus (5a, 5b), and that is adapted to irradiate the charged particle beam onto an irradiation subject; and - a beam transport apparatus that has a second duct and a deflection electromagnet and is adapted to transport, within the second duct, the charged particle beam exeiting from the accelerator to the irradiation apparatus, wherein a vacuum region inside the first duct (4b, 6b) and a vacuum region inside the second duct communicate with each other, - wherein there is provided a beam position monitor that is disposed either at an upstream position or a downstream position with respect to the beam scanning apparatus (5a, 5b) in the duct (4b, 6b) and measures the position of the charged particle beam transported in the duct (4b, 6b), and - further wherein the beam position monitor can be evacuated from the orbit of the charged particle beam in the first duct (4b, 6b), and characterised in that the duct (4b, 6b) is provided with a duct extension/contraction means that enable the beam outlet window to travel in the axis direction of the charged particle beam.
An apparatus configured to collect a sample dose from a drug delivery device, wherein the sample dose is an aerosol, wherein the drug delivery device is selected from the group consisting of a metered dose inhaler, a pressurized metered dose inhaler (pMDI), and a dry powder inhaler, and wherein the apparatus comprises a collection assembly, wherein the collection assembly comprises: i) a collection container, wherein the collection container comprises a hollow cylinder having an inner surface and an outer surface, and a first opening at a proximal end and a second opening at a distal end, wherein the second opening is configured to allow the collection container to connect to a system configured to apply negative pressure through the second opening; ii) a resealable inlet baffle operatively connected to the proximal end of the collection container and comprising a central opening which receives a mouthpiece of the MDI, pMDI, or DPI and forms a seal between the collection container and the mouthpiece; iii) an inlet baffle cap; iv) a filter situated inside the collection container and held in place with a filter lock ring and a filter support, which is configured to allow gas to flow through the filter and trap the aerosol; v) a resealable nozzle operatively connected to the second opening; vi) a removable nozzle cap which is configured to seal the resealable nozzle; and vii) a removable plunger, wherein the central opening of the inlet baffle is configured to receive the removable plunger such that the removable plunger passes through the inlet baffle into the collection container and contacts the inner surface of the collection container. i) a collection container, wherein the collection container comprises a hollow cylinder having an inner surface and an outer surface, and a first opening at a proximal end and a second opening at a distal end, wherein the second opening is configured to allow the collection container to connect to a system configured to apply negative pressure through the second opening; ii) a resealable inlet baffle operatively connected to the proximal end of the collection container and comprising a central opening which receives a mouthpiece of the MDI, pMDI, or DPI and forms a seal between the collection container and the mouthpiece; iii) an inlet baffle cap; iv) a filter situated inside the collection container and held in place with a filter lock ring and a filter support, which is configured to allow gas to flow through the filter and trap the aerosol; v) a resealable nozzle operatively connected to the second opening; vi) a removable nozzle cap which is configured to seal the resealable nozzle; and vii) a removable plunger, wherein the central opening of the inlet baffle is configured to receive the removable plunger such that the removable plunger passes through the inlet baffle into the collection container and contacts the inner surface of the collection container.
A method for the specific detection and optionally quantification of Mycobacterium avium ssp. Paratuberculosis in a sample of an individual comprising the step of: - detecting the IS900 region of a MAP-genome in a sample from an individual by means of a nucleic acid amplification, whereby this amplification is effected with specific oligonucleotides respectively consisting of at least 15 consecutive nucleotides of the sequences according to SEQ ID No. 1 and SEQ ID No. 2, wherein the detection of the IS900 region of at least one MAP-genome indicates the presence of MAP in the individual. - detecting the IS900 region of a MAP-genome in a sample from an individual by means of a nucleic acid amplification, whereby this amplification is effected with specific oligonucleotides respectively consisting of at least 15 consecutive nucleotides of the sequences according to SEQ ID No. 1 and SEQ ID No. 2,
A pharmaceutical composition comprising a recombinant human fibrinogen that has reduced half-life relative to natural plasma fibrinogen and a sialic acid content of 0-2 moles sialic acid per mole fibrinogen, and a pharmaceutically acceptable carrier or diluent, for use in treatment or prophylaxis of bleeding in a patient who is bleeding or is at risk of bleeding, wherein said composition is administered with at least one other protein involved in coagulation or with transfusion.
Drawing, writing or pointing device for data presentations, computer supported work or other interactive use of a computer, the device comprising: one or more code patterns adapted to be detected by a camera and recognition system; and an activation mechanism such that the code patterns may be controlled by the user of the device, wherein the activation mechanism comprises an inner member and an outer member which are displaceable with respect to each other, the device being characterised in that the outer member has the code pattern on a partially transparent body, and when displacing the inner member relative to the outer member, the code pattern on the outer member obtains a contrast coloured background. one or more code patterns adapted to be detected by a camera and recognition system; and an activation mechanism such that the code patterns may be controlled by the user of the device, wherein the activation mechanism comprises an inner member and an outer member which are displaceable with respect to each other, the device being characterised in that the outer member has the code pattern on a partially transparent body, and when displacing the inner member relative to the outer member, the code pattern on the outer member obtains a contrast coloured background.
A modified rubber for a tire obtained by reacting a natural rubber and/or a synthetic rubber with a compound represented by formula: wherein X is an acid to form a salt with a guanidine site, wherein the synthetic rubber is 1,4-polybutadiene, 1,2-polybutadiene, 1,4-polyisoprene, 3,4-polyisoprene, styrene-butadiene rubber, end-modified styrene-butadiene rubber, chloroprene rubber or nitrile rubber.
A lighting module for a motor vehicle, intended to be placed behind a translucent or transparent outer lens or window, in particular a rear windshield of a motor vehicle, said module comprising: - a place for at least one light source that is able to emit light rays; and - an optical system (14, 18) that is able to deviate the light rays emitted by the one or more light sources so as to form a light beam along an optical axis of the module, said optical system extending in a main direction that is transverse to the optical axis and comprising an exit face (18 2) for rays; characterized in that the exit face (18 2) of the optical system (14, 18) has in sagittal cross section a concave or convex curved general profile, and in that the optical system comprises a translucent or transparent first optical element with an entrance face (14 1) that is able to receive, preferably directly, the rays emitted by the one or more light sources, said entrance face (14 1) comprising Fresnel echelons, the Fresnel echelons on the entrance face (14 1) of the first optical element have annular and/or curved profiles, said first optical element comprising an exit face (14 2) with rectilinear Fresnel echelons. - a place for at least one light source that is able to emit light rays; and - an optical system (14, 18) that is able to deviate the light rays emitted by the one or more light sources so as to form a light beam along an optical axis of the module, said optical system extending in a main direction that is transverse to the optical axis and comprising an exit face (18 2) for rays;
Process for producing finely divided silicon dioxide, characterized in that - as Si source a mixture of at least two silicon compounds is used, at least one silicon compound being carbon-containing and at least one silicon compound being carbon-free, - a fuel gas is supplied, - an oxygen-containing source is supplied, - the molar C/Si ratio of this mixture containing the silicon compounds, the fuel gas and the oxygen-containing source is between 10/BET and 35/BET and the molar H/Cl ratio of this mixture is between 0.45+(BET/600) and 0.95+(BET/600), where BET is the specific surface area of the pyrogenic silicon dioxide under production, measured by the BET method (corresponding to DIN ISO 9277), - this mixture is introduced as the main flow into a reaction space and ignited and reacted, and - the resulting solid is isolated. - as Si source a mixture of at least two silicon compounds is used, at least one silicon compound being carbon-containing and at least one silicon compound being carbon-free, at least one silicon compound being carbon-containing and at least one silicon compound being carbon-free, - a fuel gas is supplied, - an oxygen-containing source is supplied, - the molar C/Si ratio of this mixture containing the silicon compounds, the fuel gas and the oxygen-containing source is between 10/BET and 35/BET and the molar H/Cl ratio of this mixture is between 0.45+(BET/600) and 0.95+(BET/600), where BET is the specific surface area of the pyrogenic silicon dioxide under production, measured by the BET method (corresponding to DIN ISO 9277), - this mixture is introduced as the main flow into a reaction space and ignited and reacted, and - the resulting solid is isolated.
A single-phase induction motor comprising: a stator, the stator comprising a main winding with a first coil (P1 a), a second coil (P1 b), a third coil (P2a) and a fourth coil (P2b), wherein: the first coil (P1a) and the third coil (P2a) are manufactured from a first conductive material, the second coil (P1b) and the fourth coil (P2b) are manufactured from a second conductive material, with resistivity other than that of the first conductive material, the first coil (P1 a) and the second coil (P1 b) are arranged at one of the stator poles, the third coil (P2a) and the fourth coil (P2b) are arranged at the pole opposite that of the first coil (P1 a) and of the second coil (P1b), the first coil (P1 a) and the fourth coil (P2b) are electrically connected to each other through a series connection, configuring a first branch, the second coil (P1b) and the third coil (P2a) are electrically connected through a connection in series, configuring a second branch. further characterized in that the first coil (P1 a) and the second coil (P1 b) comprise a number of turns equal to the number of turns of the third coil (P2a) and of the fourth coil (P2b). a stator, the stator comprising a main winding with a first coil (P1 a), a second coil (P1 b), a third coil (P2a) and a fourth coil (P2b), wherein: the first coil (P1a) and the third coil (P2a) are manufactured from a first conductive material, the second coil (P1b) and the fourth coil (P2b) are manufactured from a second conductive material, with resistivity other than that of the first conductive material, the first coil (P1 a) and the second coil (P1 b) are arranged at one of the stator poles, the third coil (P2a) and the fourth coil (P2b) are arranged at the pole opposite that of the first coil (P1 a) and of the second coil (P1b), the first coil (P1 a) and the fourth coil (P2b) are electrically connected to each other through a series connection, configuring a first branch, the second coil (P1b) and the third coil (P2a) are electrically connected through a connection in series, configuring a second branch. further characterized in that the first coil (P1 a) and the second coil (P1 b) comprise a number of turns equal to the number of turns of the third coil (P2a) and of the fourth coil (P2b).
A procedure simulator comprising; an animal heart used as a simulated heart of a human; an expandable and contractible first balloon configured to be inserted into a left ventricle of the heart; an expandable and contractible second balloon configured to be inserted into a right ventricle of the heart; and a pump system configured to cause operating fluid to flow between the first balloon and the second balloon and make the first balloon and the second balloon expand and contract via the operating fluid; characterized by the procedure simulator further comprising a blood supply unit configured to directly supply blood to three coronary arteries of the heart, wherein the blood supply unit includes three blood tubes configured to be inserted into the three coronary arteries respectively. an animal heart used as a simulated heart of a human; an expandable and contractible first balloon configured to be inserted into a left ventricle of the heart; an expandable and contractible second balloon configured to be inserted into a right ventricle of the heart; and a pump system configured to cause operating fluid to flow between the first balloon and the second balloon and make the first balloon and the second balloon expand and contract via the operating fluid; a blood supply unit configured to directly supply blood to three coronary arteries of the heart, wherein the blood supply unit includes three blood tubes configured to be inserted into the three coronary arteries respectively.