mhurhangee/ep-ind-claims huggingface dataset:
A medicine dispensing apparatus (100, 400), comprising: a plurality of medicine cassettes for respectively dispensing desired types of medicines; allocating means for allocating medicine information on a medicine to be dispensed to one of the medicine cassettes when the medicine information is contained in inputted prescription data; and driving control means (61,11) for driving the medicine cassette according to a predetermined driving condition corresponding to the medicine information allocated to the medicine cassette by the allocating means to dispense the medicine from the medicine cassette, wherein the medicine dispensing apparatus (100, 400) further comprises: a plurality of medicine displaying means respectively provided at the medicine cassettes or mounting portions of the medicine cassettes so as to respectively correspond to the medicine cassettes; and display control means for allowing the medicine displaying means corresponding to one of the medicine cassettes to display the medicine information allocated to the medicine cassette and status information indicating a working status of the medicine cassette. a plurality of medicine cassettes for respectively dispensing desired types of medicines; allocating means for allocating medicine information on a medicine to be dispensed to one of the medicine cassettes when the medicine information is contained in inputted prescription data; and driving control means (61,11) for driving the medicine cassette according to a predetermined driving condition corresponding to the medicine information allocated to the medicine cassette by the allocating means to dispense the medicine from the medicine cassette, wherein the medicine dispensing apparatus (100, 400) further comprises: a plurality of medicine displaying means respectively provided at the medicine cassettes or mounting portions of the medicine cassettes so as to respectively correspond to the medicine cassettes; and display control means for allowing the medicine displaying means corresponding to one of the medicine cassettes to display the medicine information allocated to the medicine cassette and status information indicating a working status of the medicine cassette. a plurality of medicine displaying means respectively provided at the medicine cassettes or mounting portions of the medicine cassettes so as to respectively correspond to the medicine cassettes; and display control means for allowing the medicine displaying means corresponding to one of the medicine cassettes to display the medicine information allocated to the medicine cassette and status information indicating a working status of the medicine cassette.
Centrifugal separator for a vacuum cleaner, comprising: a separation chamber, in which suction air of the vacuum cleaner can rotate, a suction air inlet, through which suction air laden with dust particles can enter the separation chamber, a stationary air introduction means (3, 6) in order to ensure a rotation of the suction air in the separation chamber, a dust ejection opening, through which a dust content of the suction air that has separated from the rotating suction air by means of centrifugal force can exit from the separation chamber, and a suction air outlet, through which suction air that has been freed of the dust content can exit from the separation chamber, wherein in order to influence the rotation of the suction air, the centrifugal separator comprises an air guide which is rotatably arranged in the separation chamber and which can be driven by the suction air, characterised in that the air guide rotates against the rotational direction of the suction air.
Device for handling objects, having an unloading head, on which the objects can be transported and from which the objects can be unloaded by an operator, a lifting means connected to the unloading head, by means of which the height (h) of the unloading head can be adjusted, and a triggerable sensor apparatus, by means of which the lifting means can be activated, characterised in that the sensor apparatus is arranged such that it can be triggered by the operator by means of an object disposed on the unloading head.
A method for detecting anomalies in a water distribution system composed of a network of nodes, said method comprising: - parametrizing a hydraulic model of the water distribution system with a set of values of control variables characterizing the network and its output at the nodes; - using sensors on the network to acquire observations of a subset of state variables at first time references; - identifying at least one target entity where to change the values of control variables based on at least said observations; - changing the set of values of control variables using a stepwise adjustment of the control variables and a break criterion based on residue values of the state variables; - performing a classification of at least one entity of the network in a state according to the set of control variables. - parametrizing a hydraulic model of the water distribution system with a set of values of control variables characterizing the network and its output at the nodes; - using sensors on the network to acquire observations of a subset of state variables at first time references; - identifying at least one target entity where to change the values of control variables based on at least said observations; - changing the set of values of control variables using a stepwise adjustment of the control variables and a break criterion based on residue values of the state variables; - performing a classification of at least one entity of the network in a state according to the set of control variables.
Method for forming an underground pipeline, in which, starting from a cavity in the ground, a bore with a horizontal directional component is incorporated into the ground using a drilling tool, characterized in that the drilling tool comprises a drill bit and comprises a hollow drill shaft for driving the drill bit while exerting a torque, the drill shaft remains in the ground after introducing the drilling tool and the pipeline is formed by the drill shaft.
A composition for use in treating cancer, comprising a pharmaceutically-acceptable carrier and an antibody or antigen-binding fragment thereof that exhibits binding specificity for a histidyl-tRNA synthetase splice variant polypeptide consisting of a sequence set forth in SEQ ID NO:6, 9, and 11, or a fragment of SEQ ID NO:6, 9, and 11, and wherein the antibody or antigen-binding fragment thereof antagonizes a non-canonical activity of the HRS splice variant polypeptide.
An application specific integrated circuit - ASIC-chip (2, 6) capable of measuring stress, comprising: a delay chain array, a resistor-capacitor - RC - circuit, and a microprocessor, wherein the microprocessor outputs a trigger signal to the RC circuit, the RC circuit outputs a first signal START and a second signal STOP to an input port of the delay chain array, the delay chain array outputs a time propagation signal to the microprocessor, and the microprocessor processes the time propagation signal to output a digital signal; wherein the delay chain array comprises a plurality of delay chains, characterized in that: inside the ASIC chip, a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to one side of the ASIC chip, a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to the other side of the ASIC chip, and a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to a bottom surface of the ASIC chip; the two sides of the ASIC chip are perpendicular to each other; and the "four-corner+middle" delay chain combination comprises delay chains disposed at four corners of a plane and a delay chain disposed at a center of the plane, wherein the delay chain disposed at the center of the plane is located in another plane that intersects with the plane at a certain angle. a delay chain array, a resistor-capacitor - RC - circuit, and a microprocessor, wherein the microprocessor outputs a trigger signal to the RC circuit, the RC circuit outputs a first signal START and a second signal STOP to an input port of the delay chain array, the delay chain array outputs a time propagation signal to the microprocessor, and the microprocessor processes the time propagation signal to output a digital signal; wherein the delay chain array comprises a plurality of delay chains, characterized in that: inside the ASIC chip, a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to one side of the ASIC chip, a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to the other side of the ASIC chip, and a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to a bottom surface of the ASIC chip; the two sides of the ASIC chip are perpendicular to each other; and the "four-corner+middle" delay chain combination comprises delay chains disposed at four corners of a plane and a delay chain disposed at a center of the plane, wherein the delay chain disposed at the center of the plane is located in another plane that intersects with the plane at a certain angle.
A Co-robot apparatus for building walls after a building structure is constructed by controlling pouring of a low-viscosity solution and an early bonding into a creep formwork, the co-robot comprises a manipulator, a vertically mounted trolley with a nozzle or nozzles, the creep formwork in form of a horizontal frame and two vertical constructions, the manipulator being adapted to perform the pouring in which a horizontal movement is carried out by the vertically mounted trolley with the nozzle or the nozzles, the vertically mounted trolley being adapted to move horizontally along the horizontal frame, the horizontal frame being adapted to vertically move from the two vertical constructions, characterized in that the horizontal frame is a framed formwork consisting of an internal formwork with a supporting structure which is a rail track on which the vertical trolley is mounted and an outer formwork attached to the internal formwork. for building walls after a building structure is constructed by controlling pouring of a low-viscosity solution and an early bonding into a creep formwork, the co-robot comprises a manipulator, a vertically mounted trolley with a nozzle or nozzles, the creep formwork in form of a horizontal frame and two vertical constructions, the manipulator being adapted to perform the pouring in which a horizontal movement is carried out by the vertically mounted trolley with the nozzle or the nozzles, the vertically mounted trolley being adapted to move horizontally along the horizontal frame, the horizontal frame being adapted to vertically move from the two vertical constructions, characterized in that the horizontal frame is a framed formwork consisting of an internal formwork with a supporting structure which is a rail track on which the vertical trolley is mounted and an outer formwork attached to the internal formwork.
A value token comprising: a central layer having two substantially planar sides and at least one electronic security device; a first outer layer superposed upon a first of the sides of the central layer; a second outer layer superposed upon a second of the sides of the central layer, wherein the central layer and two outer layers are adhered or sealed to each other so as to form a stacked structure with each layer having a common peripheral geometry; characterized in that it has a plurality of apertures on the periphery of the stacked structure and passing through the stacked structure, each of said apertures being filled with a solid body. a central layer having two substantially planar sides and at least one electronic security device; a first outer layer superposed upon a first of the sides of the central layer; a second outer layer superposed upon a second of the sides of the central layer, a plurality of apertures on the periphery of the stacked structure and passing through the stacked structure, each of said apertures being filled with a solid body.
Apparatus for producing biogas by the anaerobic digestion of organic material, comprising at least one anaerobic reactor provided with a loading section for said organic material and a plurality of reaction chambers (4a, 4b, 5a, 5b, 6a, 6b, 7a, 7b), arranged in line and connected one to each other by deflectors provided with lower and upper alternate passages, for the outflow of said organic material through each of said chambers of said plurality of reaction chambers, and means to convey the biogas produced within said one or more reaction chambers outside of said at least one reactor, said at least one reactor comprising, as well, means for the recirculation of said organic material between one or more chambers of said plurality of reaction chambers, wherein said recirculation means comprise, outside of said at least one reactor, at least one main line fluidically connecting one or more reaction chambers one to each other, at least one or more inflow/outflow lines for said organic material connected, at a first end, to said at least one main line and, at least a second end, to at least one chamber of said one or more reaction chambers, at least one recirculation pump for said organic material operating within said at least one main line and/or said one or more inflow/outflow lines, and valve means for connecting by control said one or more reaction chambers to said at least one main line of fluidic connection, said apparatus further comprising at least one pre-treatment tank of said organic material and at least one line for the controlled supply through said at least one loading section of said at least one reactor with said organic material deriving from said at least one pre-treatment tank, characterized in that said means of controlled recirculation comprise as well at least one first connecting line for transferring at least part of the organic material contained in said at least one main line to said at least one pretreatment tank.
Loading arm assembly for a load-handling vehicle, having a main arm, having an auxiliary arm, having a crossbeam and having two corner grippers ( 24, 25), wherein the auxiliary arm is disposed on the main arm, wherein the crossbeam is disposed on the end of the auxiliary arm, wherein the corner grippers ( 24, 25) are each disposed on the ends of the crossbeam, wherein the crossbeam is pivotable relative to the auxiliary arm about two axes ( 48, 49) characterized in that the crossbeam and the auxiliary arm are connected by way of a universal joint, wherein the universal joint has a crosspiece having two axle stump pairs ( 34, 36, and 33, 35), wherein the auxiliary arm is rotatably connected to one axle stump pair ( 34, 36), and the crossbeam is rotatably connected to the other axle stump pair ( 33, 35), wherein the auxiliary arm has a housing, wherein the crossbeam engages through the housing, wherein one axle stump pair ( 34, 36) is rotatably disposed on the housing, wherein the axle stump pair ( 34, 36) that rotatably engages on the housing extends perpendicularly to the crossbeam and perpendicularly to the longitudinal direction of the auxiliary arm.
An electric junction box, comprising: a case including one box-like body and the other box-like body to be assembled together; a substrate received in the case; and a connector fitting portion into which a connector fits, the connector fitting portion having a terminal soldered to the substrate using lead-free solder and electrically connected to the substrate, a holding portion holding the terminal, and a tubular outer wall surrounding the terminal; wherein the holding portion and the outer wall are formed as separate parts, respectively, the holding portion is made of heat-resistant resin which is resistant to heat used during the soldering, and the outer wall is made of non-heat-resistant resin which melts due to the heat used during the soldering, characterized in that the outer wall is divided into two segments (22, 32), the two segments (22, 32) being formed integrally with the one box-like body ans the other box-like body respectively, the connector fitting portion is provided with a guide for guiding the connector to be fitted into the connector fitting portion, the guide extending perpendicularly from the holding portion in a direction of a side of the connector, and the guide has a T-shaped cross-section and is provided with a tapered portion at a tip end of the guide. a case including one box-like body and the other box-like body to be assembled together; a substrate received in the case; and a connector fitting portion into which a connector fits, the connector fitting portion having a terminal soldered to the substrate using lead-free solder and electrically connected to the substrate, a holding portion holding the terminal, and a tubular outer wall surrounding the terminal; wherein the holding portion and the outer wall are formed as separate parts, respectively, the holding portion is made of heat-resistant resin which is resistant to heat used during the soldering, and the outer wall is made of non-heat-resistant resin which melts due to the heat used during the soldering, characterized in that the outer wall is divided into two segments (22, 32), the two segments (22, 32) being formed integrally with the one box-like body ans the other box-like body respectively, the connector fitting portion is provided with a guide for guiding the connector to be fitted into the connector fitting portion, the guide extending perpendicularly from the holding portion in a direction of a side of the connector, and the guide has a T-shaped cross-section and is provided with a tapered portion at a tip end of the guide.
An insert for being embedded in a silicone hydrogel contact lens, comprising a crosslinked polymeric material, which comprises: repeating units of said at least one silicone-containing polymerizable material; repeating units of at least one aryl acrylic monomer; and repeating units of at least one vinylic crosslinking agent, wherein the sum of the amounts of components and of the crosslinked polymeric material is at least about 70% by weight relative to the total weight of the crosslinked polymeric material, wherein the crosslinked polymeric material in dry state has a glass transition temperature of greater than about 28°C, wherein the crosslinked polymeric material in fully hydrated state has a water content of less than about 5% by weight, an oxygen permeability of at least about 60 barrers, and a refractive index of at least about 1.45, wherein the glass transition temperature, the water content in fully hydrated state, the oxygen permeability and the refractive index are measured as described in Example 1. repeating units of said at least one silicone-containing polymerizable material; repeating units of at least one aryl acrylic monomer; and repeating units of at least one vinylic crosslinking agent,
A developer comprising developer particles, each of the developer particles comprising: a binder resin; a brilliant pigment whose principal component is aluminum; a yellow pigment; a magenta pigment; a reddish-orange fluorescent dye; and a yellow fluorescent dye, wherein when a volume average particle diameter of the brilliant pigments included in the developer particles is expressed as D (μm), a number proportion of the developer particles having particle diameters - as measured according to the method defined in the description - in a range from 4 μm to 1.2×D μm in the whole developer particles is less than or equal to 4%. a binder resin; a brilliant pigment whose principal component is aluminum; a yellow pigment; a magenta pigment; a reddish-orange fluorescent dye; and a yellow fluorescent dye, wherein when a volume average particle diameter of the brilliant pigments included in the developer particles is expressed as D (μm), a number proportion of the developer particles having particle diameters - as measured according to the method defined in the description - in a range from 4 μm to 1.2×D μm in the whole developer particles is less than or equal to 4%.
A vise for holding a workpiece in a forming machine, comprising: a moveable jaw moveable between an open position and a clamp position, whereby the moveable jaw allows a workpiece to be positioned in the vise in the open position and the moveable jaw clamps the workpiece in the vise in the clamp position; a gross moveable jaw drive connected to the moveable jaw and operable to actuate the moveable jaw between the open position and the clamp position, the gross moveable jaw drive comprising a lock (28, 28') selectively restricting a movement of the moveable jaw toward the open position; and a fine moveable jaw drive connected to the moveable jaw and operable to actuate the moveable jaw between the open position and the clamp position, whereby the gross moveable jaw drive is operable to actuate the moveable jaw to a near clamp position and the fine moveable jaw drive is operable to actuate the moveable jaw from the near clamp position to the clamp position to hold the workpiece during a forming operation; characterized in that the lock (28, 28') is moveable between an unlock position allowing the gross moveable jaw drive to actuate the moveable jaw between the open position and the clamp position, and a lock position restricting a movement of the moveable jaw toward the open position within one of a plurality of gross increments; and the fine moveable jaw drive is operable to actuate the moveable jaw within one of the plurality of gross increments. a moveable jaw moveable between an open position and a clamp position, whereby the moveable jaw allows a workpiece to be positioned in the vise in the open position and the moveable jaw clamps the workpiece in the vise in the clamp position; a gross moveable jaw drive connected to the moveable jaw and operable to actuate the moveable jaw between the open position and the clamp position, the gross moveable jaw drive comprising a lock (28, 28') selectively restricting a movement of the moveable jaw toward the open position; and a fine moveable jaw drive connected to the moveable jaw and operable to actuate the moveable jaw between the open position and the clamp position, whereby the gross moveable jaw drive is operable to actuate the moveable jaw to a near clamp position and the fine moveable jaw drive is operable to actuate the moveable jaw from the near clamp position to the clamp position to hold the workpiece during a forming operation; characterized in that the lock (28, 28') is moveable between an unlock position allowing the gross moveable jaw drive to actuate the moveable jaw between the open position and the clamp position, and a lock position restricting a movement of the moveable jaw toward the open position within one of a plurality of gross increments; and the fine moveable jaw drive is operable to actuate the moveable jaw within one of the plurality of gross increments.