mhurhangee/ep-ind-claims huggingface dataset:
A conveying apparatus for tampon applicators, having a. a first conveyor track, comprising two transport belts (3.1, 3.2) which are arranged spaced apart from each other and each have a bearing axis (L1, L2); b. a first conveyor drive for driving at least one of the two spaced-apart transport belts (3.1, 3.2), and wherein the transport belts (3.1, 3.2) are arranged spaced apart from each other in such a manner that a tampon applicator which is to be conveyed rests on the two transport belts (3.1, 3.2) in an intermediate space between the transport belts; the bearing axes (L1, L2) of the transport belts (3.1, 3.2) of a conveyor track are arranged parallel; in particular, all of the bearing axes (L1, L2) of the transport belts (3.1, 3.2) which convey in a same conveying direction (F.1, F.2) are arranged parallel; c. an orientation unit which is mounted downstream of the first conveyor track, for rotating a supplied tampon applicator from a first orientation into a second orientation, and characterized in that the orientation unit comprises a baseplate, and wherein the baseplate has a recess through which a tampon applicator which is in a certain, second orientation can drop lengthwise. a. a first conveyor track, comprising two transport belts (3.1, 3.2) which are arranged spaced apart from each other and each have a bearing axis (L1, L2); b. a first conveyor drive for driving at least one of the two spaced-apart transport belts (3.1, 3.2), and wherein the transport belts (3.1, 3.2) are arranged spaced apart from each other in such a manner that a tampon applicator which is to be conveyed rests on the two transport belts (3.1, 3.2) in an intermediate space between the transport belts; the bearing axes (L1, L2) of the transport belts (3.1, 3.2) of a conveyor track are arranged parallel; in particular, all of the bearing axes (L1, L2) of the transport belts (3.1, 3.2) which convey in a same conveying direction (F.1, F.2) are arranged parallel; the transport belts (3.1, 3.2) are arranged spaced apart from each other in such a manner that a tampon applicator which is to be conveyed rests on the two transport belts (3.1, 3.2) in an intermediate space between the transport belts; the bearing axes (L1, L2) of the transport belts (3.1, 3.2) of a conveyor track are arranged parallel; in particular, all of the bearing axes (L1, L2) of the transport belts (3.1, 3.2) which convey in a same conveying direction (F.1, F.2) are arranged parallel; c. an orientation unit which is mounted downstream of the first conveyor track, for rotating a supplied tampon applicator from a first orientation into a second orientation, and
Device for controlling the air supply of a stove comprising means for varying the flow rate of combustion air entering the stove and means for dividing the combustion air between a primary air circuit and a secondary air circuit of the stove, wherein: - the means for varying the flow rate of combustion air comprise at least one air intake opening and first means for closing the air intake opening mounted rotatably with respect to each other in such a way as to vary the cross-section of the passage of the combustion air through the air intake opening and in that - the dividing means comprise at least one primary opening and at least one secondary opening intended to be connected, respectively, to the primary air circuit and to the secondary air circuit as well as second and third closing means arranged movably with respect to the primary opening and secondary opening in such a way as to vary the cross-section of the passage of the combustion air through the primary opening and secondary opening, respectively, the second and third closing means and the primary opening and secondary opening, respectively, being constrained to move together, characterised in that the sum of the cross-sections of the passage of the combustion air through the primary opening and the secondary opening remains constant regardless of the relative position of the second and third closing means with respect to the primary opening and secondary opening. - the means for varying the flow rate of combustion air comprise at least one air intake opening and first means for closing the air intake opening mounted rotatably with respect to each other in such a way as to vary the cross-section of the passage of the combustion air through the air intake opening and in that - the dividing means comprise at least one primary opening and at least one secondary opening intended to be connected, respectively, to the primary air circuit and to the secondary air circuit as well as second and third closing means arranged movably with respect to the primary opening and secondary opening in such a way as to vary the cross-section of the passage of the combustion air through the primary opening and secondary opening, respectively, the second and third closing means and the primary opening and secondary opening, respectively, being constrained to move together, characterised in that the sum of the cross-sections of the passage of the combustion air through the primary opening and the secondary opening remains constant regardless of the relative position of the second and third closing means with respect to the primary opening and secondary opening.
An outer race rotation bearing comprising: an inner race which is stationary; an outer race which is rotatable; a plurality of rolling elements arranged between the inner race and the outer race, wherein an annular space is defined between the inner race and the outer race; and a pair of seals which close respective axial ends of the annular space; the seals each including an annular mounting portion formed of an elastic member and fitted in an annular groove formed in an inner peripheral surface of the outer race; wherein a lubricant is sealed in the annular space; wherein each of the seals is provided with an elastic lip protruding toward an interior of the bearing; and wherein each of the elastic lips is kept in close contact with a groove edge portion of a corresponding one of the annular grooves from an inner peripheral side of the outer race, characterised in that: a ratio of a thickness of each of the elastic lips in the radial direction to a height of each of the elastic lips, which is the protruding length of each of the elastic lips measured from the mounting portion, is not more than 1 and not less than 1/2. an inner race which is stationary; an outer race which is rotatable; a plurality of rolling elements arranged between the inner race and the outer race, wherein an annular space is defined between the inner race and the outer race; and a pair of seals which close respective axial ends of the annular space; the seals each including an annular mounting portion formed of an elastic member and fitted in an annular groove formed in an inner peripheral surface of the outer race; wherein a lubricant is sealed in the annular space; wherein each of the seals is provided with an elastic lip protruding toward an interior of the bearing; and wherein each of the elastic lips is kept in close contact with a groove edge portion of a corresponding one of the annular grooves from an inner peripheral side of the outer race, characterised in that: a ratio of a thickness of each of the elastic lips in the radial direction to a height of each of the elastic lips, which is the protruding length of each of the elastic lips measured from the mounting portion, is not more than 1 and not less than 1/2.
A gripping device for gripping, holding and guiding particularly bottle-like containers, having - at least one gripper arm pair of a first gripper arm as well as a second gripper arm of mirror-inverted configuration, each comprising a grip section, - at least one bearing unit for supporting the gripper arm pair, wherein the bearing unit comprises at least one first and second bearing bolt (18; 19) for the pivotable fixing of the first and second gripper arm (2; 2a), and having - at least one first and one second closure means (8; 9) for moving the grip sections of the gripper arm pair from an open position into a gripping position, wherein the first and second closure means (8; 9) are respectively arranged in the first and second gripper arm (2; 2a), wherein each respective first and second gripper arm (2; 2a) of the gripper arm pair exhibits: - a bore for supporting one of the bearing bolts (18; 19), - a first and second mounting (6; 7) for the first and second closure means (8; 9), the first mounting configured at least as a first blind hole between the bore and the grip section and the second mounting as at least a second blind hole between the bore and the end of the gripper arm opposite the grip section, - the first and the second closure means (8; 9), each formed as a magnet of an attracting / repelling magnet pair, characterized in that the gripping device comprises at least one rotatably mounted control cam for moving a grip section of the gripper arm pair from a gripping position into an open position, the grip section of the first and second gripper arm (2; 2a) comprises at least two gripper fingers (3; 4) which are constructed and designed to serve in holding a container when in the gripping position, wherein the respective edges of the blind holes (6; 7) form a plane which is not parallel but rather set at a certain angle to one another. - at least one gripper arm pair of a first gripper arm as well as a second gripper arm of mirror-inverted configuration, each comprising a grip section, - at least one bearing unit for supporting the gripper arm pair, wherein the bearing unit comprises at least one first and second bearing bolt (18; 19) for the pivotable fixing of the first and second gripper arm (2; 2a), and having - at least one first and one second closure means (8; 9) for moving the grip sections of the gripper arm pair from an open position into a gripping position, wherein the first and second closure means (8; 9) are respectively arranged in the first and second gripper arm (2; 2a), wherein each respective first and second gripper arm (2; 2a) of the gripper arm pair exhibits: - a bore for supporting one of the bearing bolts (18; 19), - a first and second mounting (6; 7) for the first and second closure means (8; 9), the first mounting configured at least as a first blind hole between the bore and the grip section and the second mounting as at least a second blind hole between the bore and the end of the gripper arm opposite the grip section, - the first and the second closure means (8; 9), each formed as a magnet of an attracting / repelling magnet pair,
A method of controlling a computer game system comprising: displaying a computer game at a display viewable by a user of the game, the display comprising at least one avatar and an environment; receiving manual input from a hand-operated controller operated by the user; receiving a stream of images from an image capture device depicting the user; displaying a portal as part of the displayed computer game, the portal being a region of the display representing the stream of images depicting the user; recognizing a gesture of the user by analyzing the stream of images; and controlling the display of the avatar on the basis of the manual input and controlling displayed interaction between the portal and the environment on the basis of the recognized gesture of the user; wherein the steps of recognizing the gesture and receiving manual input occur substantially concurrently; and wherein the step of recognizing a gesture of the user by analyzing the stream of images comprises tracking at least one body part of the user in the stream of images. displaying a computer game at a display viewable by a user of the game, the display comprising at least one avatar and an environment; receiving manual input from a hand-operated controller operated by the user; receiving a stream of images from an image capture device depicting the user; displaying a portal as part of the displayed computer game, the portal being a region of the display representing the stream of images depicting the user; recognizing a gesture of the user by analyzing the stream of images; and controlling the display of the avatar on the basis of the manual input and controlling displayed interaction between the portal and the environment on the basis of the recognized gesture of the user; wherein the steps of recognizing the gesture and receiving manual input occur substantially concurrently; and wherein the step of recognizing a gesture of the user by analyzing the stream of images comprises tracking at least one body part of the user in the stream of images.
A method for managing an authentication confidence score, the method comprising: identifying, in absolute session time, a beginning time and an ending time of an interval of an active user session on a client; determining a first value representing a first subset of a set of prior user sessions, wherein the prior user sessions of the first subset were active for at least as long as the beginning time; determining a second value representing a second subset of the set of prior user sessions, wherein the prior user sessions of the second subset were active for at least as long as the ending time; and determining, based on the first and second values, a decay rate for the authentication confidence score of the active user session. identifying, in absolute session time, a beginning time and an ending time of an interval of an active user session on a client; determining a first value representing a first subset of a set of prior user sessions, wherein the prior user sessions of the first subset were active for at least as long as the beginning time; determining a second value representing a second subset of the set of prior user sessions, wherein the prior user sessions of the second subset were active for at least as long as the ending time; and determining, based on the first and second values, a decay rate for the authentication confidence score of the active user session.
An apparatus comprising means for: receiving, at a network repository function, from a first network function location information for a second network function or network function service in a specific location, and one or more query parameters; and causing information to be provided to said first network function about one or more second network functions or network function services, said one or more second network functions or network function services being selected to match the one or more query parameters when there is no match to said location information. receiving, at a network repository function, from a first network function location information for a second network function or network function service in a specific location, and one or more query parameters; and causing information to be provided to said first network function about one or more second network functions or network function services, said one or more second network functions or network function services being selected to match the one or more query parameters when there is no match to said location information.
An acylated homoharringtonine derivative of formula or formula, wherein R 1 is selected from the group consisting of a C 1 -C 6 alkyl, a C 1 -C 6 alkyl substituted with aryl or heteroaryl, a C 2 -C 6 alkenyl, a C 2 -C 6 alkenyl substituted with aryl or heteroaryl, a C 3 -C 7 cycloalkyl, an aryl, an aryl substituted with C 1 -C 4 alkyl, a heteroaryl and a heteroaryl substituted with C 1 -C 4 alkyl; and R 2 is selected from C 1 -C 6 alkyl; each of which is optionally substituted with one or more halogen atoms; or a pharmaceutically acceptable salt thereof.
Method for setting a constant magnetic field strength ( H konst) of a magnetic field within a commutation interval (Δ t K,1) using a magnetic-inductive flowmeter having a measuring tube and an electromagnet for generating the magnetic field, wherein the electromagnet has a current controller and a coil arrangement, the current controller generating a coil current ( i S) and the generated coil current ( i S) effectuating the magnetic field in the coil arrangement, wherein the current controller has a single controlled current source and a control loop and the current source generates the coil current ( i S), wherein the coil current ( i S) is commutated at the commutation interval (Δ t K,1) and wherein, when a constant setpoint current ( i Soll,konst) of the current controller is preset, the electromagnet generates the constant magnetic field strength ( H konst) in steady state, characterized in, that a first interval ( Δt 1) having a starting point in time ( t 1,A) and an ending point in time ( t 1,E) and a second interval (Δ t 2) having a starting point in time ( t 2,A) and an ending point in time ( t 2,E) are arranged within the commutation interval (Δ t K,1), that a first setpoint current curve ( i Soll,1) is defined for the first interval (Δ t 1), wherein the first setpoint current curve ( i Soll,1) differs by a difference current curve (Δ i Soll) from the constant setpoint current ( i Soll,konst) such that the difference current curve (Δ i Soll), with reference to the constant setpoint current ( i Soll, konst), effectuates a higher rate of change of the magnetic field strength towards the constant magnetic field strength ( H konst), that a second setpoint current curve ( i Soll, 2) is defined for the second interval ( Δt 2), in that the constant setpoint current ( i Soll, konst) is assigned to the second setpoint current curve ( i Soll, 2), and that the current controller is fed the first setpoint current curve ( i Soll,1) in the first interval (Δ t 1) and the second setpoint current curve ( i Soll,2) in the second interval (Δ t 2).
A radio frequency transmission arrangement comprising a ground plate having first and second opposite sides and a projection protruding from said second side of the ground plate, a first signal track provided on the first side of the ground plate, a first transmission line comprising a first elongate conductor passing from the first side of the ground plate through an aperture in the ground plate and the projection, and a second transmission line comprising a second signal track and a ground plane, the projection protruding towards the ground plane, the first elongate conductor being connected to the first signal track and passing through the ground plane to connect to the second signal track, wherein the projection has an end surface disposed in a substantially parallel relationship with the ground plane of the second transmission line, and there is a gap between the end surface of the projection and the ground plane.
A conveying system for material samples, in particular medical samples, with at least one conveyor track forming a conveying section and with a plurality of sample holders designed respectively to hold a sample vessel, which sample holders are self-propelled with adjustable driving parameters, can be displaced along the conveying section and comprise respectively a drive motor, an energy accumulator for supplying the drive motor with driving energy and at least one friction wheel, drivable by the drive motor, for transmitting a driving force to the conveyor track, and with a control unit for controlling the trajectories of the self-propelled sample holders, characterised by signal transmission means (14, 15) arranged along the conveying section at preset positions in the conveyor track, which are set up to build a near-field transmission line with the signal transmission means (29, 31) arranged in the sample holders, wherein the signal transmission means (14, 15) are connected to the control unit and set up for transmitting control data regarding the configuration of the driving parameters, via the near-field transmission line, to the self-propelled sample holders.
An organic light emitting device, comprising: an electron injecting electrode layer and a hole injecting electrode layer; an organic stacked structure that is between the electron and hole injecting electrode layers, and that comprises a light emitting layer and a low refractive organic layer, of which a refractive index is 1.7 or less, and which comprises an organic compound with a refractive index of 1.7 to 1.8; a scattering layer that is in contact with or adjacent to a side opposite to a side adjacent to the organic stacked layer of the hole or electron injecting electrode; and a planarizing layer on the scattering layer, characterized in that the low refractive organic layer further comprises a low refractive material having a refractive index of 1.60 or less. an electron injecting electrode layer and a hole injecting electrode layer; an organic stacked structure that is between the electron and hole injecting electrode layers, and that comprises a light emitting layer and a low refractive organic layer, of which a refractive index is 1.7 or less, and which comprises an organic compound with a refractive index of 1.7 to 1.8; a scattering layer that is in contact with or adjacent to a side opposite to a side adjacent to the organic stacked layer of the hole or electron injecting electrode; and a planarizing layer on the scattering layer, characterized in that the low refractive organic layer further comprises a low refractive material having a refractive index of 1.60 or less.
Process for acquiring a switch position of a switching mechanism comprising at least one switching element (SE1, SE2), whereby the relevant switch position of the switching element (SE1, SE2) is reprevailinged by a value of a physical measured quantity (U M1, U M2) of the switching element which is conveyed via an A/D converter input (A/D) to a microprocessor (μC) for analysis purposes, comprising the process steps: - Identification of the switch position by comparing the acquired actual value of the physical measured quantity (U M1, U M2) with predetermined, fixed set-point values for the individual switch positions, - Calculation of a derived value of a physical comparison value (Uges) for the respectively identified switch position by means of a physical model of the switching mechanism based on the nominal values of the components (M1, M2, S11, S12, S13, S21, S22, S23, S24) and input variables (U Vcc) of the switching mechanism that determine the measured quantity (U M1, U M2), while utilising the acquired actual value of the physical measured quantity (U M1, U M2), - Formation of a differential value (U Diff) between the derived value of the physical comparison value (Uges) and the predetermined nominal value (Vcc) or a currently acquired actual value (U Vcc) of the physical comparison value, - Comparison of the differential value (U Diff) with a differential threshold value (U Diff-s) and qualification of the prevailing switch position acquisition as incorrect if the differential threshold value (U Diff-S) is exceeded by the current differential value (U Diff). - Identification of the switch position by comparing the acquired actual value of the physical measured quantity (U M1, U M2) with predetermined, fixed set-point values for the individual switch positions, - Calculation of a derived value of a physical comparison value (Uges) for the respectively identified switch position by means of a physical model of the switching mechanism based on the nominal values of the components (M1, M2, S11, S12, S13, S21, S22, S23, S24) and input variables (U Vcc) of the switching mechanism that determine the measured quantity (U M1, U M2), while utilising the acquired actual value of the physical measured quantity (U M1, U M2), - Formation of a differential value (U Diff) between the derived value of the physical comparison value (Uges) and the predetermined nominal value (Vcc) or a currently acquired actual value (U Vcc) of the physical comparison value, - Comparison of the differential value (U Diff) with a differential threshold value (U Diff-s) and qualification of the prevailing switch position acquisition as incorrect if the differential threshold value (U Diff-S) is exceeded by the current differential value (U Diff).