mhurhangee/patent-ind-claim-en huggingface dataset:
A system of detecting a blood analyte, comprising: a test strip holder , the test strip holder comprising a base defining a base cavity having a first end and a second end, the base defining a reading window adjacent the second end of the base cavity , the test strip holder further comprising a lid secured to the base over the base cavity , the lid defining a dosing window adjacent the first end of the base cavity ; a wicking membrane received within the base cavity adjacent the first end of the base cavity and aligned under the dosing window ; a lateral flow test strip , received within the base cavity , the lateral flow test strip having a dosing end and a testing end, the dosing end being positioned against the wicking membrane , such that an edge of the dosing end of the lateral flow test strip is in line with an edge of the dosing window ; and a meter for receiving the test strip holder , the meter including a sensor alignable with the reading window , characterised in that the lid is flush with a top of the lateral flow test strip , such that fluid may not flow on top of the lateral test strip between the lid and the lateral flow test strip . a test strip holder , the test strip holder comprising a base defining a base cavity having a first end and a second end, the base defining a reading window adjacent the second end of the base cavity , the test strip holder further comprising a lid secured to the base over the base cavity , the lid defining a dosing window adjacent the first end of the base cavity ; a wicking membrane received within the base cavity adjacent the first end of the base cavity and aligned under the dosing window ; a lateral flow test strip , received within the base cavity , the lateral flow test strip having a dosing end and a testing end, the dosing end being positioned against the wicking membrane , such that an edge of the dosing end of the lateral flow test strip is in line with an edge of the dosing window ; and a meter for receiving the test strip holder , the meter including a sensor alignable with the reading window , characterised in that the lid is flush with a top of the lateral flow test strip , such that fluid may not flow on top of the lateral test strip between the lid and the lateral flow test strip .
A humidity measurement device comprising a processor of diagnosis for performing a self-diagnosis by using a gas temperature and a gas humidity before heating control of circumstances gas, and a gas temperature and a gas humidity that have been heating-controlled, wherein the processor of diagnosis comprises a determination part of diagnosis-start performing diagnosis-start determination processing for determining whether the self-diagnosis can be started or not, based on an exchange state of the circumstances, and the gas temperature and the gas humidity before heating control of circumstances gas, and a diagnosis part performing self-diagnosis processing, characterized in that , the processor of diagnosis further comprises a determination part of diagnosis-continuation performing diagnosis-continuation determination processing for determining whether the self-diagnosis can be continued or not, during the self-diagnosis, based on the gas temperature and the gas humidity that have been heating-controlled, wherein processing proceeds from diagnosis-start determination processing to self-diagnosis and diagnosis-continuation determination processing when the determination part of diagnosis determines that the self-diagnosis can be started. a determination part of diagnosis-start performing diagnosis-start determination processing for determining whether the self-diagnosis can be started or not, based on an exchange state of the circumstances, and the gas temperature and the gas humidity before heating control of circumstances gas, and a diagnosis part performing self-diagnosis processing,
A double-acting cylinder comprising a cylinder housing , a first floating piston , a second floating piston and a central piston which is movable to three stationary positions along an actuation direction of the cylinder , wherein the cylinder housing defines a cylinder bore which extends along the actuation direction and is delimited on opposing ends by a first and a second cylinder cap , respectively, wherein a movement of the first floating piston in the cylinder bore along the actuation direction of the cylinder is delimited towards the second floating piston by a first end stop arrangement , wherein a movement of the second floating piston in the cylinder bore along the actuation direction of the cylinder is delimited towards the first floating piston by a second end stop arrangement , wherein a movement of the central piston in the cylinder bore along the actuation direction of the cylinder is delimited by the first and the second floating piston , wherein each floating piston comprises a first section and a second section , wherein a circumferential length of the first floating piston in a plane extending perpendicular to the actuation direction of the cylinder is greater in the first section than in the second section and a circumferential length of the second floating piston in a plane extending perpendicular to the actuation direction of the cylinder is greater in the first section than in the second section , wherein in the first section of each floating piston a first seal is arranged for a sealing engagement with an inner wall of the cylinder bore and wherein in the second section of each floating piston a second seal is arranged for a sealing engagement with an inner wall of the central piston, wherein the movement of the first floating piston in the cylinder bore along the actuation direction of the cylinder and away from the second floating piston is delimited by the first cylinder cap and wherein the movement of the second floating piston in the cylinder bore along the actuation direction of the cylinder and away from the first floating piston is delimited by the second cylinder cap , characterized in that the first end stop arrangement is attached to the first cylinder cap and the second end stop arrangement is attached to the second cylinder cap , and each cylinder cap comprises a guiding section which extends from the respective cylinder cap towards the central piston and which is spaced from an inner wall of the cylinder bore , wherein the first end stop arrangement is formed by a protrusion arranged at the guiding section of the first cylinder cap and the second end stop arrangement is formed by a protrusion arranged at the guiding section of the second cylinder cap .
Filter apparatus comprising at least a first pressure vessel and a second pressure vessel, each pressure vessel containing a membrane filter, the membrane filter arranged according the cross-filtration principle so that liquid feed entered to a pressure vessel is divided to a permeate part and to a concentrate part, each pressure vessel comprising a feed inlet for pressurized liquid feed and a concentrate outlet for concentrate and a permeate outlet for permeate, characterized in that , the concentrate outlet of the second pressure vessel is connected to the feed inlet of the first pressure vessel and the concentrate outlet of the first pressure vessel is connected to the feed inlet of the second pressure vessel, each liquid path connecting the concentrate outlet of one pressure vessel and the liquid feed inlet of the adjacent pressure vessel comprises a nozzle configured for feeding pressurized liquid towards liquid feed inlet and creating liquid circulation between adjacent pressure vessels.
A fuel injection valve including a swirling chamber (22a-22c) having an inner circumferential wall so formed that the curvature thereof is gradually increased from the upstream side to the downstream side of a fuel flow, a passage (21a-21c) for guiding fuel into the swirling chamber (22a-22c), and a fuel injection hole (23a-23c) which is formed at the bottom of the swirling chamber (22a-22c), wherein a joint is formed between a first side wall of the passage (21a-21c) and the inner circumferential wall on the downstream side of the swirling chamber (22a-22c) at which both walls are connected by a curved surface with each other and is positioned between a first line segment (X1) going through the center (O) of the fuel injection hole (23a-23c) perpendicular in relation to the passage (21a -21c) and a second line segment (X2) tangential to the fuel injection hole (23a-23c) and parallel to the first line segment (X1), wherein the shape of the inner circumferential wall of the swirling chamber (22a-22c) is defined based on flow rate conservation in the radial direction of the center (O) of the fuel injection hole (23a-23c) and in the circumferential direction of the swirling chamber (22a-22c) by a logarithmic spiral of curve radius (r) which is a function of a width (W) of the passage (21a-21c) for guiding fuel into the swirling chamber (22a-22c), a thickness (φK) formed between the first side wall and a line segment arranged parallel to the first side wall and a distance (r 1 ) from the center (O) of the fuel injection hole (23a-23c) to the first side wall of the passage (21a-21c) in accordance with the relationship: r = r 1 − φK e θ tan α ; wherein: tan α = 1 / 2 π × 1 n r 1 + W / r 1 − φK , and θ represents a circumferential angle in radian of the swirling chamber (22a-22c), and wherein a second side wall of the passage (21a-21c) is tangent to a reference circle in contact at a start point (Ssa) of the inner circumferential wall of the swirling chamber (22a-22c) formed in the logarithmic spiral, the reference circle going through the start point (Ssa) with the center (O) of the fuel injection hole (23a-23c) as a center, and the first side wall of the passage (21a-21c) is connected with the end point (Sea) of the inner circumferential wall via the joint .
A CVT provided with a longitudinal drive shaft , a drive disk , a driven disk and an active clamping mechanism, the active clamping mechanism comprising: a pressure-applying element longitudinally movable onto the longitudinal drive shaft; the pressure-applying element having a first surface configured to contact one of the drive and driven disks and an opposite surface including at least three V-shaped double ramps ; a secondary element so mounted to the longitudinal drive shaft as to be axially fixed thereonto; the secondary element having a surface facing the pressure-applying element including at least three V-shaped double ramps; at least three ball bearings interposed between the V-shaped ramps of the pressure-applying and secondary elements; characterized by a radially variable position driving assembly so configured as to transmit torque to both the pressure-applying and secondary elements in a proportion determined by the radial position of a radially movable carriage thereof; one of the pressure-applying element and the secondary element being free to rotate about the longitudinal drive shaft and the other of the pressure-applying element and the secondary element being so mounted to the longitudinal drive shaft as to be prevented from rotating thereabout; whereby, the portion of torque applied to the pressure-applying element results in a pressure applied to the one of the drive and driven disks via a small circumferential displacement of the at least three ball bearings in the facing V-shaped double ramps of the pressure-applying and secondary elements. a pressure-applying element longitudinally movable onto the longitudinal drive shaft; the pressure-applying element having a first surface configured to contact one of the drive and driven disks and an opposite surface including at least three V-shaped double ramps ; a secondary element so mounted to the longitudinal drive shaft as to be axially fixed thereonto; the secondary element having a surface facing the pressure-applying element including at least three V-shaped double ramps; at least three ball bearings interposed between the V-shaped ramps of the pressure-applying and secondary elements; characterized by a radially variable position driving assembly so configured as to transmit torque to both the pressure-applying and secondary elements in a proportion determined by the radial position of a radially movable carriage thereof; one of the pressure-applying element and the secondary element being free to rotate about the longitudinal drive shaft and the other of the pressure-applying element and the secondary element being so mounted to the longitudinal drive shaft as to be prevented from rotating thereabout; whereby, the portion of torque applied to the pressure-applying element results in a pressure applied to the one of the drive and driven disks via a small circumferential displacement of the at least three ball bearings in the facing V-shaped double ramps of the pressure-applying and secondary elements.
A user equipment , comprising: a receiving unit , configured to receive downlink control information associated with downlink data; a determining unit , configured to determine, according the downlink control information, whether the downlink data satisfies a predetermined condition, and determine an hybrid automatic repeat request process number allocated to the downlink data based on an hybrid automatic repeat request process number field and an additional field in the downlink control information when the downlink data satisfies the predetermined condition, wherein the predetermined condition is that a repetition number of the downlink data indicated by the downlink control information is equal to 1, and the determining unit is configured to determine whether the repetition number of the downlink data is equal to 1 according to a downlink data repetition field in the downlink control information. a receiving unit , configured to receive downlink control information associated with downlink data; a determining unit , configured to determine, according the downlink control information, whether the downlink data satisfies a predetermined condition, and determine an hybrid automatic repeat request process number allocated to the downlink data based on an hybrid automatic repeat request process number field and an additional field in the downlink control information when the downlink data satisfies the predetermined condition, wherein the predetermined condition is that a repetition number of the downlink data indicated by the downlink control information is equal to 1, and the determining unit is configured to determine whether the repetition number of the downlink data is equal to 1 according to a downlink data repetition field in the downlink control information.
An optical system, comprising: a light-emitting device comprising a light-emitting die comprising a light generating region and a top surface, wherein the light-emitting die is substantially rectangular; the light-emitting device further comprising an emitter output aperture having a non-rectangular polygon shape positioned over the top surface of the light-emitting device configured such that light emitted by the light-emitting device is transported through the emitter output aperture; and an input aperture having a circular shape arranged to receive light generated by the light generating region and transported through the emitter output aperture, wherein the shape of the emitter output aperture substantially corresponds to the shape of the input aperture, wherein the shapes substantially correspond if a percentage overlap of a surface area of the input aperture and a surface area of the emitter output aperture, when the smaller area of the two surface areas is increased by maintaining its aspect ratio and general shape, and arranged over the surface area of the input aperture to maximise a percentage overlap, is at least about 90%, and wherein the size of the surface area of the input aperture is larger than the size of surface area of the emitter output aperture. a light-emitting device comprising a light-emitting die comprising a light generating region and a top surface, wherein the light-emitting die is substantially rectangular; the light-emitting device further comprising an emitter output aperture having a non-rectangular polygon shape positioned over the top surface of the light-emitting device configured such that light emitted by the light-emitting device is transported through the emitter output aperture; and an input aperture having a circular shape arranged to receive light generated by the light generating region and transported through the emitter output aperture, wherein the shape of the emitter output aperture substantially corresponds to the shape of the input aperture, wherein the shapes substantially correspond if a percentage overlap of a surface area of the input aperture and a surface area of the emitter output aperture, when the smaller area of the two surface areas is increased by maintaining its aspect ratio and general shape, and arranged over the surface area of the input aperture to maximise a percentage overlap, is at least about 90%, and wherein the size of the surface area of the input aperture is larger than the size of surface area of the emitter output aperture.
A cuff-type monitoring device , for collecting cardiovascular data relating to an individual user, comprising : - a control unit housing including at least a pump, - a cuff assembly including a resilient cuff holder and configured, in use, to surround an upper limb of the individual, the cuff assembly having an internal wall , the cuff assembly further comprising a first contact electrode arranged on the internal wall ; and - an interface member arranged at the control unit housing, provided as a separate part, wherein there is provided at least a pneumatic coupling and at least an electrical coupling through the interface member, for coupling the cuff assembly to the control unit housing, wherein the resilient cuff holder comprises two retaining members , the interface member comprising two complementary retaining members , configured to be snap-fit with the retaining members ; wherein the interface member exhibits a first face oriented towards control unit housing and a second face oriented towards the cuff assembly, wherein the first face is concave and is configured to follow a cylindrical body of the control unit housing; wherein there is provided an ECG electrode disposed around at least a part of the control unit housing and the interface member is configured to securely fix the ECG electrode on the control unit housing.; and wherein the electrical coupling comprises a connection wire coupling the contact electrode with the control unit housing. - a control unit housing including at least a pump, - a cuff assembly including a resilient cuff holder and configured, in use, to surround an upper limb of the individual, the cuff assembly having an internal wall , the cuff assembly further comprising a first contact electrode arranged on the internal wall ; and - an interface member arranged at the control unit housing, provided as a separate part, wherein there is provided at least a pneumatic coupling and at least an electrical coupling through the interface member, for coupling the cuff assembly to the control unit housing, wherein the resilient cuff holder comprises two retaining members , the interface member comprising two complementary retaining members , configured to be snap-fit with the retaining members ; wherein the interface member exhibits a first face oriented towards control unit housing and a second face oriented towards the cuff assembly, wherein the first face is concave and is configured to follow a cylindrical body of the control unit housing; wherein there is provided an ECG electrode disposed around at least a part of the control unit housing and the interface member is configured to securely fix the ECG electrode on the control unit housing.; and wherein the electrical coupling comprises a connection wire coupling the contact electrode with the control unit housing.
A valve clamping device, wherein the valve clamping device comprises: a first clamping component , a second clamping component , and a fixing component for fixing the first clamping component and the second clamping component; the first clamping component comprises at least two first clamping arms , the second clamping component comprises a corresponding number of second clamping arms , each first clamping arm and the corresponding second clamping arm are combined into a pair of clamps, wherein the first clamping arms and the second clamping arms respectively have a plurality of clamping teeth matched with each other, characterized in that distal ends of at least one part of the first clamping arms are outwardly provided with first protrusions and inwardly provided with second protrusions along a clamping direction of the first clamping arms.
A stay cable connection assembly, comprising: - a support ; - a bearing surface configured to bear a load applied by a stay cable , the stay cable connection assembly being configured to transfer the load to the support ; - a first adjustment plate , wherein the first adjustment plate is wedge-shaped and arranged between the bearing surface and the support ; and - a second adjustment plate , wherein the second adjustment plate is wedge-shaped and arranged between the bearing surface and the support , characterized in that at least one of the first and second adjustment plates is configured to be rotatable to adjust an orientation of the bearing surface with respect to the support . - a support ; - a bearing surface configured to bear a load applied by a stay cable , the stay cable connection assembly being configured to transfer the load to the support ; - a first adjustment plate , wherein the first adjustment plate is wedge-shaped and arranged between the bearing surface and the support ; and - a second adjustment plate , wherein the second adjustment plate is wedge-shaped and arranged between the bearing surface and the support ,
A material comprising at least one laminate component containing ultrahigh molecular weight polyethylene fibers forming a fabric, wherein the laminate component comprises at least two laminae and the material has an average loss tangent of less than 8 × 10 -3 radians as measured at frequencies of 1.8 GHz; 3.9 GHz; 10 GHz; 39.5 GHz; and 72 GHz, with the average loss tangent being the value of the loss tangent which is an average of the values for the loss tangent obtained by measuring the loss tangent at each of said frequencies, and wherein the laminate component comprises an upper surface and a lower surface opposite to the upper surface, wherein at least said upper surface is coated with a polymeric coating.