mhurhangee/ep-ind-claims huggingface dataset:
System for obtaining medicament related information of specific medicaments and in particular a system to be used with a medicament delivery device, the system comprising a tracker for obtaining medicament related information, the tracker comprising: - a recording unit, said recording unit comprising - a reader, capable of reading information pertained to specific medicaments, said recording unit further comprising - a memory module capable of storing information read by said reader, - wherein said reader is arranged with a three-dimensional contact interface designed to interact with a corresponding contact surface of a medicament delivery device containing information related to specific medicaments, characterized in that the three dimensional contact interface of said reader is arranged with activation elements (88, 92) designed to interact with said corresponding contact surface having certain pattern so that a certain number of the activation elements are activated when the tracker is attached to the medicament delivery device such that activation of specific activation elements correlate to specific information regarding the medicament. - a recording unit, said recording unit comprising - a reader, capable of reading information pertained to specific medicaments, said recording unit further comprising - a memory module capable of storing information read by said reader, - wherein said reader is arranged with a three-dimensional contact interface designed to interact with a corresponding contact surface of a medicament delivery device containing information related to specific medicaments, characterized in that the three dimensional contact interface of said reader is arranged with activation elements (88, 92) designed to interact with said corresponding contact surface having certain pattern so that a certain number of the activation elements are activated when the tracker is attached to the medicament delivery device such that activation of specific activation elements correlate to specific information regarding the medicament.
Method for guiding a cutting head in relation to a material, wherein by means of a cutting process carried out by the cutting head, a cut is made due to a relative movement of the cutting head in relation to the material, wherein the method comprises the steps that: - at least one position setpoint value (x) and at least one speed setpoint value (v) are provided by an interpolator unit for guiding the cutting head - a position and a speed of the cutting head in relation to the material are set by means of a drive unit dependent upon the position setpoint value (x) and the speed setpoint value (v) in that a setpoint location signal is determined from the position setpoint value (x), an actual location signal provided by the drive unit is compared with the setpoint location signal in the context of a first comparison and a control signal is determined for the drive unit dependent upon the first comparison and the speed setpoint value (v), - a distance between the cutting head and the material is detected by means of a distance sensor and a corresponding distance signal is provided, - the distance signal is compared with a pre-determined comparison distance in the context of a second comparison and, dependent upon the second comparison, a distance control signal is determined, and - the control signal is determined, in addition, dependent upon the distance control signal, characterised in that in the context of the second comparison, the comparison distance is subtracted from the distance signal and a difference signal determined thereby is overlaid on the actual location signal delayed by a first timespan in order to determine the distance control signal, wherein the first timespan is dependent upon a delay time of the distance sensor, which the distance sensor needs in order to provide the corresponding distance signal for a detected distance, wherein the determination of the control signal dependent upon the distance control signal comprises a limitation of the distance control signal. - at least one position setpoint value (x) and at least one speed setpoint value (v) are provided by an interpolator unit for guiding the cutting head - a position and a speed of the cutting head in relation to the material are set by means of a drive unit dependent upon the position setpoint value (x) and the speed setpoint value (v) in that a setpoint location signal is determined from the position setpoint value (x), an actual location signal provided by the drive unit is compared with the setpoint location signal in the context of a first comparison and a control signal is determined for the drive unit dependent upon the first comparison and the speed setpoint value (v), - a distance between the cutting head and the material is detected by means of a distance sensor and a corresponding distance signal is provided, - the distance signal is compared with a pre-determined comparison distance in the context of a second comparison and, dependent upon the second comparison, a distance control signal is determined, and - the control signal is determined, in addition, dependent upon the distance control signal,
A CT scanning apparatus, comprising: a support frame; a slip ring rotatably mounted on the support frame; a driving mechanism mounted on the support frame, wherein the driving mechanism comprises a driving wheel; a guide wheel mounted on the support frame; and an endless belt enclosing a closed periphery, wherein the endless belt is in contact with the slip ring, the driving wheel and the guide wheel, so that the driving wheel drives the slip ring and the guide wheel to rotate through the endless belt, wherein the slip ring is in contact with the endless belt on an outer side of the periphery. a support frame; a slip ring rotatably mounted on the support frame; a driving mechanism mounted on the support frame, wherein the driving mechanism comprises a driving wheel; a guide wheel mounted on the support frame; and an endless belt enclosing a closed periphery, wherein the endless belt is in contact with the slip ring, the driving wheel and the guide wheel, so that the driving wheel drives the slip ring and the guide wheel to rotate through the endless belt, wherein the slip ring is in contact with the endless belt on an outer side of the periphery.
An antisense oligomer conjugate of Formula: or a pharmaceutically acceptable salt thereof, wherein each Nu from 1 to 25 and 5' to 3' is: Position Nu Position Nu Position Nu Position Nu Position Nu No. 5' to 3' No. 5' to 3' No. 5' to 3' No. 5' to 3' No. 5' to 3' 1 G 6 C 11 G 16 G 21 X 2 X 7 X 12 X 17 A 22 G 3 X 8 C 13 X 18 A 23 X 4 G 9 C 14 C 19 G 24 X 5 C 10 G 15 X 20 G 25 C and wherein A is, and each X is independently
An implantable device (2, 40), in particular to correct at least one vertebral level, optionally with fusion of said level, comprising: a. a rod (6, 41) having an outer radius (Rt) and a circumference (Ct) determined at an area (z) along its length (L t); b. a flat elongate element (7, 42); c. a device (8, 13, 50) to secure said elongate element (7, 42) in a position partly encasing said area (z); characterized in that said securing device (8, 13, 50) comprises a first fork (9, 14, 51) and a second fork (10, 15, 52) having a first general partly annular shape of inner radius ri1 and ri2 respectively, in that said first (9, 14, 51) and second forks (10, 15, 52) comprise partly annular lower bearing surfaces (9a, 10a, 51a, 52a) respectively delimiting first (9b, 51b) and second (10b, 52b) portions of circumference greater than one half of the circumference (Ct), in that said securing device (8, 13, 50) comprises a shoulder part (11, 24, 60) arranged relative to said lower bearing surfaces (9a, 10a, 51a, 52a) of the first and second forks (9, 14, 51, 10, 15, 52) so as to form a passage for said elongate element in said encasing position between said forks and said shoulder part, and in that the first (9, 14, 51) and second (10, 15, 52) forks and their inner radii ri1 and ri2 are determined in relation to the outer radius Rt of the rod (6, 41) so that the press-fitting of the first (9, 14, 51) and second (10, 15, 52) forks either side of the elongate element (7, 42) partly encasing said rod (6, 7) causes deformation thereof and then their securing to said rod (6, 7). a. a rod (6, 41) having an outer radius (Rt) and a circumference (Ct) determined at an area (z) along its length (L t); b. a flat elongate element (7, 42); c. a device (8, 13, 50) to secure said elongate element (7, 42) in a position partly encasing said area (z);
Measurement apparatus for measuring the absorption of gases, wherein the measurement apparatus comprises a radiation source, a first detector element and a second detector element and a reflector arrangement, wherein the reflector arrangement defines a first optical path between the radiation source and the first detector element and a second optical path between the radiation source and the second detector element, wherein the first optical path has at least two points of intersection with itself, characterized in that the second detector element is arranged outside a first plane that is defined by the radiation source and two points of intersection of the first optical path, wherein the second optical path does not have a point of intersection with itself.
A container adapter (10, 50) for a bicycle luggage carrier comprising a luggage carrier platform a) comprising at least one one-piece or multi-piece traverse (13, 14) which can span the luggage carrier; characterized in that b) at least two latches (15, 16) comprising locking hooks (17, 18) are provided on the adapter (10, 50) and that after the installation of the container adapter on a bicycle luggage carrier b1) the locking hooks (17, 18) form a connection of one of two outmost longitudinal bracings (19, 20) of the luggage carrier with the adapter (10, 50); b1a) that the locking hooks (17, 18) are tongued in the direction of the clamping of the adapter (10, 50) and the luggage carrier b2) that at least one of the springs is arranged above a luggage carrier platform; c) that the latches (15, 16) can be pre-adjusted with respect to the spatial location thereof; d) that in the locked state, the locking hooks, coming from above, reach under respectively one longitudinal bracing (19, 20) of a luggage carrier and e) that the latches (15, 16) are mounted on at least one objective joint axis so as to be rotatable and comprise each a handle (24, 25) for actuating these latches (15, 16). a) comprising at least one one-piece or multi-piece traverse (13, 14) which can span the luggage carrier; b) at least two latches (15, 16) comprising locking hooks (17, 18) are provided on the adapter (10, 50) and that after the installation of the container adapter on a bicycle luggage carrier b1) the locking hooks (17, 18) form a connection of one of two outmost longitudinal bracings (19, 20) of the luggage carrier with the adapter (10, 50); b1a) that the locking hooks (17, 18) are tongued in the direction of the clamping of the adapter (10, 50) and the luggage carrier b2) that at least one of the springs is arranged above a luggage carrier platform; c) that the latches (15, 16) can be pre-adjusted with respect to the spatial location thereof; d) that in the locked state, the locking hooks, coming from above, reach under respectively one longitudinal bracing (19, 20) of a luggage carrier and e) that the latches (15, 16) are mounted on at least one objective joint axis so as to be rotatable and comprise each a handle (24, 25) for actuating these latches (15, 16).
Layer construction comprising an areal photopolymer layer B and an at least partly cured protective layer C obtainable by reaction of an aqueous composition comprising at least one polyvinyl alcohol, at least one crosslinker for polyvinyl alcohols, optionally at least one adhesion promoter, wherein the adhesion promoter is preferably at least one hydrolyzate of an aminoalkyl trialkoxysilane and optionally at least one surfactant, wherein the photopolymer layer B is at least partly joined to the layer C. at least one polyvinyl alcohol, at least one crosslinker for polyvinyl alcohols, optionally at least one adhesion promoter, wherein the adhesion promoter is preferably at least one hydrolyzate of an aminoalkyl trialkoxysilane and optionally at least one surfactant,
An article of footwear (100; 300; 500), comprising: an upper including a top opening, a first side edge extending forward from the top opening and along an instep area, and a second side edge opposite the first side edge and extending forward from the top opening and along the instep area; and a sole structure engaged with the upper, characterized in that the upper includes a foot insertion opening extending rearwardly and downwardly from the first side edge at least to a heel area of the upper, the article of footwear (100; 300; 500) further comprises: a zipper system for at least partially closing the foot insertion opening engaged with the upper, wherein the zipper system includes a slider element; a tightening system for tightening the upper to a wearer's foot, the tightening system including: a first portion extending between the first side edge and the second side edge at the instep area, a second portion extending past the second side edge and around the heel area of the upper, and a third portion engaged with the slider element of the zipper system. an upper including a top opening, a first side edge extending forward from the top opening and along an instep area, and a second side edge opposite the first side edge and extending forward from the top opening and along the instep area; and a sole structure engaged with the upper, characterized in that the upper includes a foot insertion opening extending rearwardly and downwardly from the first side edge at least to a heel area of the upper, the article of footwear (100; 300; 500) further comprises: a zipper system for at least partially closing the foot insertion opening engaged with the upper, wherein the zipper system includes a slider element; a tightening system for tightening the upper to a wearer's foot, the tightening system including: a first portion extending between the first side edge and the second side edge at the instep area, a second portion extending past the second side edge and around the heel area of the upper, and a third portion engaged with the slider element of the zipper system. a zipper system for at least partially closing the foot insertion opening engaged with the upper, wherein the zipper system includes a slider element; a tightening system for tightening the upper to a wearer's foot, the tightening system including: a first portion extending between the first side edge and the second side edge at the instep area, a second portion extending past the second side edge and around the heel area of the upper, and a third portion engaged with the slider element of the zipper system. a first portion extending between the first side edge and the second side edge at the instep area, a second portion extending past the second side edge and around the heel area of the upper, and a third portion engaged with the slider element of the zipper system.
A prebiotic composition comprising a combination of 2'fucosyllactose (2'FL) and isomaltooligosaccharide in a weight ratio of from 1:1 to 1:10, wherein the 2'FL is present in an amount of from 2 to 8 weight percent (wt.%) and the IMO is present is an amount of from 2 to 80 wt.%, each based on the total weight of the prebiotic composition.
An image forming apparatus comprising: a developing device for developing an electrostatic image formed on an image bearing member in accordance with an image signal with a developer including a toner and a carrier; a toner container containing the toner; a supplying member for supplying the toner from said toner container to said developing device; and a density sensor for detecting the density of a reference toner image formed by said developing device, characterized by controlling means for controlling a driving time of the supplying member corresponding to an amount of toner to be supplied to said developing device in accordance with the image signal as a number of time unit blocks per page, wherein when the density of the reference toner image detected by said density sensor becomes equal to or less than a predetermined density value, the controlling means increases the number of time unit blocks per page. a developing device for developing an electrostatic image formed on an image bearing member in accordance with an image signal with a developer including a toner and a carrier; a toner container containing the toner; a supplying member for supplying the toner from said toner container to said developing device; and a density sensor for detecting the density of a reference toner image formed by said developing device, characterized by controlling means for controlling a driving time of the supplying member corresponding to an amount of toner to be supplied to said developing device in accordance with the image signal as a number of time unit blocks per page, wherein when the density of the reference toner image detected by said density sensor becomes equal to or less than a predetermined density value, the controlling means increases the number of time unit blocks per page.
A string trimmer comprising: a guard assembly comprising: a housing having a mounting portion; a deck portion extending from the mounting portion, the deck portion having a proximal end and a distal end, a first skirt member extending substantially downward from the distal end of the deck portion and having an aperture therein; and a first blade assembly including a first blade member provided in the interior of the first skirt member to engage a rotating string member; and characterised by: a second blade assembly including a second blade member secured separately from the guard assembly and extending through the aperture in the deck portion such that when the guard assembly is removed, the second blade assembly remains secured to the string trimmer. a guard assembly comprising: a housing having a mounting portion; a deck portion extending from the mounting portion, the deck portion having a proximal end and a distal end, a first skirt member extending substantially downward from the distal end of the deck portion and having an aperture therein; and a first blade assembly including a first blade member provided in the interior of the first skirt member to engage a rotating string member; and characterised by: a housing having a mounting portion; a deck portion extending from the mounting portion, the deck portion having a proximal end and a distal end, a first skirt member extending substantially downward from the distal end of the deck portion and having an aperture therein; and a first blade assembly including a first blade member provided in the interior of the first skirt member to engage a rotating string member; and characterised by: a second blade assembly including a second blade member secured separately from the guard assembly and extending through the aperture in the deck portion such that when the guard assembly is removed, the second blade assembly remains secured to the string trimmer.
An electrical parameter sensor probe operative to detect an electrical parameter in an insulated conductor without requiring galvanic contact with the insulated conductor, the electrical parameter sensor probe comprising: a body; a flexible arm and a fixed arm coupled to the body, the flexible arm movable between a closed position and an open position, wherein, in the closed position, an end portion of the flexible arm contacts an end portion of the fixed arm to form an enclosed measurement loop that defines a measurement area that receives the insulated conductor and, in the open position, the end portion of the flexible arm is spaced apart from the end portion of the fixed arm to allow the insulated conductor to move into and out of the measurement area; an actuator operatively coupled to the flexible arm, the actuator being responsive to move the flexible arm between the closed position and the open position, and being responsive to move the flexible arm between the open position and the closed position; and at least one non-contact sensor coupled to at least one of the body and the flexible arm, the at least one non-contact sensor positioned proximate to the measurement area and operative to sense at least one electrical parameter in the insulated conductor when the insulated conductor is positioned within the measurement area. a body; a flexible arm and a fixed arm coupled to the body, the flexible arm movable between a closed position and an open position, wherein, in the closed position, an end portion of the flexible arm contacts an end portion of the fixed arm to form an enclosed measurement loop that defines a measurement area that receives the insulated conductor and, in the open position, the end portion of the flexible arm is spaced apart from the end portion of the fixed arm to allow the insulated conductor to move into and out of the measurement area; an actuator operatively coupled to the flexible arm, the actuator being responsive to move the flexible arm between the closed position and the open position, and being responsive to move the flexible arm between the open position and the closed position; and at least one non-contact sensor coupled to at least one of the body and the flexible arm, the at least one non-contact sensor positioned proximate to the measurement area and operative to sense at least one electrical parameter in the insulated conductor when the insulated conductor is positioned within the measurement area.
A method for selecting a user signature vector, implemented by a user terminal, the method comprising: acquiring a measurement result of an actual channel state of the terminal; determining, based on the measurement result and a preset measurement threshold, a measurement result interval to which the measurement result belongs; characterized by determining, based on a preset correspondence between measurement result intervals and user signature vector sets, a candidate user signature vector set corresponding to the measurement result interval to which the measurement result belongs, wherein the candidate user signature vector set comprises one or more user signature vectors; and selecting the user signature vector from the candidate user signature vector set, wherein the user signature vector is for grant-free non-orthogonal uplink transmission. acquiring a measurement result of an actual channel state of the terminal; determining, based on the measurement result and a preset measurement threshold, a measurement result interval to which the measurement result belongs; characterized by determining, based on a preset correspondence between measurement result intervals and user signature vector sets, a candidate user signature vector set corresponding to the measurement result interval to which the measurement result belongs, wherein the candidate user signature vector set comprises one or more user signature vectors; and selecting the user signature vector from the candidate user signature vector set, wherein the user signature vector is for grant-free non-orthogonal uplink transmission.