mhurhangee/ep-ind-claims huggingface dataset:
An automatically controlled vehicle for transporting an object such as an item of luggage or goods similar thereto such as a parcel, the vehicle comprising: - a chassis having on an upper side a carrying surface for the object, - a first wheel support arm connected to the chassis for pivoting about a first pivot axis and having respectively a left and right first wheel at the opposite outer ends thereof, - a second wheel support arm connected to the chassis for pivoting about a second pivot axis located at a distance from the first pivot axis and having respectively a left and right second wheel at the opposite outer ends thereof, - per wheel (7; 10) an electric drive motor (14; 16) connected thereto for driving the relevant wheel (7; 10), - a control unit for separate control of each of the drive motors (14; 16), - a source of electrical energy such as a battery which is connected to each of the drive motors (14; 16) and to the control unit, characterized in that the control unit is configured to perform the steps of: a) controlling each of the drive motors (14; 16) subject to a predetermined vehicle speed such that an at least substantially equal basic drive torque is applied to each of the wheels (7; 10), and b) for the purpose of changing an angular position of at least one wheel support arm (6; 9) relative to the chassis for changing the direction of the vehicle, controlling the drive motors (14; 16) associated with said at least one wheel support arm (6; 9) such that a steering torque which is of the same magnitude but of opposite direction is applied in addition to the basic drive torque to the wheels (7; 10) associated with said respective drive motors (14; 16). - a chassis having on an upper side a carrying surface for the object, - a first wheel support arm connected to the chassis for pivoting about a first pivot axis and having respectively a left and right first wheel at the opposite outer ends thereof, - a second wheel support arm connected to the chassis for pivoting about a second pivot axis located at a distance from the first pivot axis and having respectively a left and right second wheel at the opposite outer ends thereof, - per wheel (7; 10) an electric drive motor (14; 16) connected thereto for driving the relevant wheel (7; 10), - a control unit for separate control of each of the drive motors (14; 16), - a source of electrical energy such as a battery which is connected to each of the drive motors (14; 16) and to the control unit, characterized in that a) controlling each of the drive motors (14; 16) subject to a predetermined vehicle speed such that an at least substantially equal basic drive torque is applied to each of the wheels (7; 10), and b) for the purpose of changing an angular position of at least one wheel support arm (6; 9) relative to the chassis for changing the direction of the vehicle, controlling the drive motors (14; 16) associated with said at least one wheel support arm (6; 9) such that a steering torque which is of the same magnitude but of opposite direction is applied in addition to the basic drive torque to the wheels (7; 10) associated with said respective drive motors (14; 16).
A patch containing a serotonin receptor antagonist, wherein: the patch contains an adhesive layer comprising 50-95% by weight of a non-functional acrylic adhesive, 1-10% by weight of a water-soluble organic amine, 2-20% by weight of a fatty acid ester, and 1-20% by weight of a serotonin receptor antagonist as an active ingredient; and the serotonin receptor antagonist is ramosetron, granisetron, palonosetron, ondansetron, azasetron, tropisetron, alosetron, or itasetron, or a salt thereof, or a mixture thereof. the patch contains an adhesive layer comprising 50-95% by weight of a non-functional acrylic adhesive, 1-10% by weight of a water-soluble organic amine, 2-20% by weight of a fatty acid ester, and 1-20% by weight of a serotonin receptor antagonist as an active ingredient; and the serotonin receptor antagonist is ramosetron, granisetron, palonosetron, ondansetron, azasetron, tropisetron, alosetron, or itasetron, or a salt thereof, or a mixture thereof.
An intervertebral trial for assessing an intervertebral disc space, comprising: a) a distal head having an upper surface, a lower surface, and a proximal end portion comprising a substantially spherical element; b) a sheath having a throughbore having a threaded portion; c) a rod disposed in the throughbore, the rod having a distal end portion forming a poppet, a threaded intermediate portion, and a proximal end portion; wherein the threaded intermediate portion of the rod threadably mates with the threaded portion of the sheath; wherein the substantially spherical element of the distal head is rotatably received in the poppet to form a universal joint; characterised in that rotation of the rod causes the rod to advance distally and the poppet to bias against the substantially spherical element, thereby locking a position of the distal head. a) a distal head having an upper surface, a lower surface, and a proximal end portion comprising a substantially spherical element; b) a sheath having a throughbore having a threaded portion; c) a rod disposed in the throughbore, the rod having a distal end portion forming a poppet, a threaded intermediate portion, and a proximal end portion;
A method for rule-based document security, comprising: identifying a sensitive component of a document based on one or more rules; encrypting the sensitive component of the document to produce an encrypted sensitive component; replacing the sensitive component in the document with a placeholder component to produce an amended document; and transmitting, to one or more endpoints: the amended document; the encrypted sensitive component; and information relating to reconstructing the document based on the amended document and the encrypted sensitive component wherein the amended document and the encrypted sensitive component are transmitted to the one or more endpoints as separate transmissions further comprising sending an encryption key for the encrypted sensitive component to a key store. identifying a sensitive component of a document based on one or more rules; encrypting the sensitive component of the document to produce an encrypted sensitive component; replacing the sensitive component in the document with a placeholder component to produce an amended document; and transmitting, to one or more endpoints: the amended document; the encrypted sensitive component; and information relating to reconstructing the document based on the amended document and the encrypted sensitive component wherein the amended document and the encrypted sensitive component are transmitted to the one or more endpoints as separate transmissions further comprising sending an encryption key for the encrypted sensitive component to a key store. the amended document; the encrypted sensitive component; and information relating to reconstructing the document based on the amended document and the encrypted sensitive component wherein the amended document and the encrypted sensitive component are transmitted to the one or more endpoints as separate transmissions further comprising sending an encryption key for the encrypted sensitive component to a key store.
A method for data transport, comprising: receiving one or more signals into a reconfigurable and flexible rate shared rate multi-transponder network architecture, wherein the network architecture includes one or more transponders with multiple line side interfaces and one or more client side interfaces, the one or more transponders configured to: map one or more signals to multiple parallel Virtual Ethernet Links; remove idle characters from the one or more signals; buffer one or more blocks of characters using an intermediate block buffer; activate and deactivate one or more portions of input/output electrical lanes of an Ethernet module processing one or more incoming Ethernet frame streams arriving at a transponder from client side interfaces and destined for the same output port i with maximum rate L i at a line side and split into up to k independent streams, and each is carried over a transmission pipe with a rate R i,j, where it may hold that: ∑ j = 1 k R i, j ≤ L i; multiplex and demultiplex the one or more signals to and from the input/output electrical lanes to enable sharing of a single optical transceiver by multiple independent signals, the multiple independent signals being multiplexed and demultiplexed in parallel according to actual traffic demands for each of the multiple independent signals; and insert blocks of idle characters into the one or more signals to enable transmission over a lower rate transmission pipe. map one or more signals to multiple parallel Virtual Ethernet Links; remove idle characters from the one or more signals; buffer one or more blocks of characters using an intermediate block buffer; activate and deactivate one or more portions of input/output electrical lanes of an Ethernet module processing one or more incoming Ethernet frame streams arriving at a transponder from client side interfaces and destined for the same output port i with maximum rate L i at a line side and split into up to k independent streams, and each is carried over a transmission pipe with a rate R i,j, where it may hold that: ∑ j = 1 k R i, j ≤ L i; multiplex and demultiplex the one or more signals to and from the input/output electrical lanes to enable sharing of a single optical transceiver by multiple independent signals, the multiple independent signals being multiplexed and demultiplexed in parallel according to actual traffic demands for each of the multiple independent signals; and insert blocks of idle characters into the one or more signals to enable transmission over a lower rate transmission pipe. multiplex and demultiplex the one or more signals to and from the input/output electrical lanes to enable sharing of a single optical transceiver by multiple independent signals, the multiple independent signals being multiplexed and demultiplexed in parallel according to actual traffic demands for each of the multiple independent signals; and insert blocks of idle characters into the one or more signals to enable transmission over a lower rate transmission pipe.
A vehicle comprising a tachograph for registration of a driver's driving and rest times adapted to store information representing the vehicle's movement, which vehicle further comprises a first motion sensor adapted to deliver a first motion signal, which represents the vehicle's movement, a vehicle safety system, preferably a Lane Departure Warning system or an Automatic Emergency Brake System (AEBS), which comprises a second motion sensor adapted to detect the vehicle's movement and to deliver a second motion signal which represents the vehicle's movement, and a verification circuit positioned in the tachograph and adapted to receive the first and second motion signals containing time information concerning the time when the vehicle's movement is detected, wherein the first motion sensor is a speed sensor which is adapted to deliver the first motion signal to the tachograph and the first motion sensor is positioned close to the vehicle's gearbox, and wherein the second motion sensor is a camera fitted in such a way as to detect the vehicle's movement in relation to the surroundings, characterised in that the camera is arranged to estimate the vehicle's speed, that the verification circuit comprises a comparison circuit adapted to compare the first and second motion signals by establishing a difference between the first and second motion signals' respective values at the same point in time and generate a verified motion signal based on the comparison, that the verification circuit is adapted to generate a verification signal which indicates the result of the comparison between the motion signals, and that the verified motion signal is adapted to be stored in the tachograph as a verified representation of the vehicle's movement.
A drive device, notably for a horology calendar system, the drive device comprising a drive mobile for driving an element that is to be driven, notably a calendar element, the drive mobile being intended to be mounted so that it can rotate about an axis and comprising: - a support; - a first flank for driving the element that is to be driven; and - a second flank (f12') arranged in such a way as to receive an action to retract the drive mobile, notably extending orthoradially or substantially orthoradially with respect to the axis; the mobile comprising a slide link (111, 121; 11, 120; 110, 120') connecting the second flank to the support, wherein the slide link only allows one degree of freedom according to the axis of the slide link. - a support; - a first flank for driving the element that is to be driven; and - a second flank (f12') arranged in such a way as to receive an action to retract the drive mobile, notably extending orthoradially or substantially orthoradially with respect to the axis; the mobile comprising a slide link (111, 121; 11, 120; 110, 120') connecting the second flank to the support, wherein the slide link only allows one degree of freedom according to the axis of the slide link.
Fastening plate for fixing an electric machine, by way of example to a component in the motor vehicle, said fastening plate having a central through-going orifice for receiving a round bearing sleeve, which receives a roller bearing, of the electric machine, wherein the fastening plate comprises fastening orifices in a radially outer region and the electric machine can be fastened to the component by means of said fastening orifices, characterized in that the through-going orifice comprises an approximately polygonal shape having lateral walls that come to lie against the bearing sleeve, wherein deformation cut-outs are arranged radially spaced apart from the lateral walls of the through-going orifice and as a result of this arrangement the lateral walls comprise regions that are embodied as radially deformable connecting pieces, wherein the deformation cut-outs are longer in the tangential direction than in the radial direction.
Structural component (1, 1') comprising: - a flexible structure (1.1) having at least one adjusting mechanism which is formed at least from a plurality of folding elements (2.1a, 2.1m) or lever elements (2.1) and spacer elements (2.2) which are coupled together such that their upper surfaces are connected together by an upper surface element (3.1) and their lower surfaces are connected together by a lower surface element (3.2), wherein the upper surface element (3.1) and the lower surface element (3.2) are set up to move in a defined manner in the event of an inclination movement of the flexible structure (1.1). - a flexible structure (1.1) having at least one adjusting mechanism which is formed at least from a plurality of folding elements (2.1a, 2.1m) or lever elements (2.1) and spacer elements (2.2) which are coupled together such that their upper surfaces are connected together by an upper surface element (3.1) and their lower surfaces are connected together by a lower surface element (3.2), wherein the upper surface element (3.1) and the lower surface element (3.2) are set up to move in a defined manner in the event of an inclination movement of the flexible structure (1.1). which is formed at least from a plurality of folding elements (2.1a, 2.1m) or lever elements (2.1) and spacer elements (2.2) which are coupled together such that their upper surfaces are connected together by an upper surface element (3.1) and their lower surfaces are connected together by a lower surface element (3.2), wherein the upper surface element (3.1) and the lower surface element (3.2) are set up to move in a defined manner in the event of an inclination movement of the flexible structure (1.1).
Connection element for electrically connecting an individual line which has a concentric conductor arrangement and a central channel for a cooling fluid, the connection element comprising: a. an electrically conductive housing; the connection element being characterised in that the housing b. has a sleeve-shaped press-fit section which is suitable for establishing a press-fit connection with the concentric conductor arrangement, c. wherein the electrically conductive housing has an internal cooling channel having a connection opening for an external cooling line, said cooling channel leading into a space surrounded by the sleeve-shaped press-fit section, d. wherein the connection element furthermore comprises a counterpressure element, which can lie at least partially in the space surrounded by the sleeve-shaped press-fit section, e. wherein the counterpressure element is furthermore configured to support a concentric conductor arrangement on the inner side thereof, when the sleeve-shaped press-fit section is compressed while establishing a press-fit connection, and is designed to be fluidpermeable in the pressed state in order to ensure a fluid connection through the counterpressure element. a. an electrically conductive housing; the connection element being characterised in that the housing b. has a sleeve-shaped press-fit section which is suitable for establishing a press-fit connection with the concentric conductor arrangement, c. wherein the electrically conductive housing has an internal cooling channel having a connection opening for an external cooling line, said cooling channel leading into a space surrounded by the sleeve-shaped press-fit section, d. wherein the connection element furthermore comprises a counterpressure element, which can lie at least partially in the space surrounded by the sleeve-shaped press-fit section, e. wherein the counterpressure element is furthermore configured to support a concentric conductor arrangement on the inner side thereof, when the sleeve-shaped press-fit section is compressed while establishing a press-fit connection, and is designed to be fluidpermeable in the pressed state in order to ensure a fluid connection through the counterpressure element.
A solenoid valve, for example for use in a fire sprinkler system, comprising: - a valve housing with an inlet port and outlet port and a flow passage extending there between; - a valve core that is moveable in a longitudinal direction between a first position and second position to control medium flow between the ports (3, 4), which valve core is biased towards its first position, and which valve core comprises an operator part; - a solenoid associated with the valve core for moving the valve core towards its second position in dependence of the solenoid being energized; and - a manually operable override with a latch handle that is movable between an unlatched position and latched position, which latch handle comprises a profile for, in the latched position, latching the valve core in its second position by having the profile block the operator part in the longitudinal direction, and which latch handle is biased towards its latched position, preferably by means of gravitational forces acting upon it, characterized in that, the profile comprises a recessed hook portion for, in the unlatched position of the latch handle, abutting sideways against the operator part for limiting the latch handle to move towards its latched position, wherein the override further comprises a release handle that is movably connected to the latch handle from a starting position towards a release position for forcing the operator part to slide along the hook portion in the longitudinal direction until the hook portion no longer abuts sideways against the operator part and releases the biased latch handle. - a valve housing with an inlet port and outlet port and a flow passage extending there between; - a valve core that is moveable in a longitudinal direction between a first position and second position to control medium flow between the ports (3, 4), which valve core is biased towards its first position, and which valve core comprises an operator part; - a solenoid associated with the valve core for moving the valve core towards its second position in dependence of the solenoid being energized; and - a manually operable override with a latch handle that is movable between an unlatched position and latched position,
A method of detecting Mycoplasma pneumoniae having two or more kinds of antigens which enable detection of said Mycoplasma pneumoniae, said method comprising detecting said Mycoplasma pneumoniae by an immunoassay using a monoclonal antibody or an antigen-binding fragment thereof which recognizes said two or more kinds of antigens, wherein said two or more kinds of antigens are P1 protein and P30 protein.
An aqueous coating composition comprising: reaction products of a polymeric resin containing pendant beta-keto ester functions with aldehyde groups and either ammonia or a primary amine; wherein a portion of said polymeric resin is cross-linked by a Hantzsch dihydropyridine reaction between two equivalents of said beta-keto ester functions, one equivalent of said aldehyde groups and one equivalent of said ammonia or said primary amine.
Use of an agent comprising at least one of cashew nut shell liquid, which may be a cashew nut shell itself, heat-treated cashew nut shell liquid, which may be heat-treated cashew nut shell itself, anacardic acid, cardanol, and cardol for improving reproductivity of a ruminant.
A method of wirelessly streaming display data, the method comprising: establishing a wireless display session between a mobile device and a base station coupled to a display terminal; receiving, at the mobile device, electromagnetic radiation emitted from the base station and incident upon an antenna of the mobile device; and transmitting a screen image for display on the display terminal from the mobile device to the base station by modulating an impedance of the antenna of the mobile device between two or more states to encode the screen image on a backscatter channel of the electromagnetic radiation. establishing a wireless display session between a mobile device and a base station coupled to a display terminal; receiving, at the mobile device, electromagnetic radiation emitted from the base station and incident upon an antenna of the mobile device; and transmitting a screen image for display on the display terminal from the mobile device to the base station by modulating an impedance of the antenna of the mobile device between two or more states to encode the screen image on a backscatter channel of the electromagnetic radiation.