mhurhangee/ep-ind-claims huggingface dataset:
Clockwork movement with a tourbillon unit, comprising: - a base plate, - a mobile cage (1.03) mounted rotatably on the base plate and being connected to a second pinion (1.21.3), - a balance (1.01) mounted on the mobile cage and an escape wheel (1.04) mounted on the mobile cage (1.03) and being in operative connection with the balance wheel (1.01), - a balance stop device being capable to be brought into engagement with the balance (1.04), characterized in that it further comprises a setting device controlled by an external actuator and intended for setting any angular orientation of said mobile cage (1.03), wherein said tourbillon unit comprises a disengageable fixing wheel unit (1.10) that is capable of being brought into torque-proof engagement either with the mobile cage (1.03) or with the base plate and, in a basic configuration, is fixed to the base plate in a torque-proof manner, and wherein said disengageable fixing wheel unit (1.10) has a ring-type circumferential wheel (1.14), which is provided with an internal toothing arrangement (1.10.2), which meshes with a pinion (1.04a) of the escape wheel (1.04), and with an external toothing arrangement (1.10.1), which meshes with a first, engageable tourbillon setting wheel. - a base plate, - a mobile cage (1.03) mounted rotatably on the base plate and being connected to a second pinion (1.21.3), - a balance (1.01) mounted on the mobile cage and an escape wheel (1.04) mounted on the mobile cage (1.03) and being in operative connection with the balance wheel (1.01), - a balance stop device being capable to be brought into engagement with the balance (1.04),
A method for encapsulating a material comprising the steps of: providing an aqueous solution or suspension of the material that is to be encapsulated, warming the aqueous solution or suspension to a temperature that is sufficient to enable dissolution of a first biocompatible polymer in the aqueous solution or suspension without adversely affecting the properties of the material to be encapsulated, dissolving the first biocompatible polymer in the aqueous solution or suspension, or providing an aqueous solution or suspension of a first biocompatible polymer, warming the aqueous solution or suspension of first biocompatible polymer to a temperature that is sufficient to enable dissolution or suspension, in the aqueous solution, of the material to be encapsulated without adversely affecting the properties of said material, dissolving or suspending the material to be encapsulated in the aqueous solution or suspension, and (d) de-aerating the solution or suspension obtained in step or, (e) emulsifying the solution or suspension obtained in (d) in a biocompatible oil comprising a surfactant to create microdroplets, (f) hardening the microdroplets by dropwise addition of an aqueous solution comprising Zn 2+ ions and a second biocompatible polymer to the emulsion obtained in (e) to form microcapsules, characterised in that the first biocompatible polymer is an alginate and the second biocompatible polymer is chitosan. providing an aqueous solution or suspension of the material that is to be encapsulated, warming the aqueous solution or suspension to a temperature that is sufficient to enable dissolution of a first biocompatible polymer in the aqueous solution or suspension without adversely affecting the properties of the material to be encapsulated, dissolving the first biocompatible polymer in the aqueous solution or suspension, or providing an aqueous solution or suspension of a first biocompatible polymer, warming the aqueous solution or suspension of first biocompatible polymer to a temperature that is sufficient to enable dissolution or suspension, in the aqueous solution, of the material to be encapsulated without adversely affecting the properties of said material, dissolving or suspending the material to be encapsulated in the aqueous solution or suspension, and (d) de-aerating the solution or suspension obtained in step or, (e) emulsifying the solution or suspension obtained in (d) in a biocompatible oil comprising a surfactant to create microdroplets, (f) hardening the microdroplets by dropwise addition of an aqueous solution comprising Zn 2+ ions and a second biocompatible polymer to the emulsion obtained in (e) to form microcapsules, characterised in that the first biocompatible polymer is an alginate and the second biocompatible polymer is chitosan.
A surgical bur comprising: a body extending from a proximal end to a distal end of the surgical bur, wherein the body comprises a plurality of flutes, wherein each of the plurality of flutes comprises a cutting edge, a rake face, and a clearance surface, and a plurality of lands extending from the proximal end toward the distal end of the surgical bur, wherein each of the plurality of lands is convex-shaped along a longitudinal axis of the surgical bur and disposed between a pair of the plurality of flutes; and a drill point comprising a plurality of axial relief surfaces, wherein each of the plurality of axial relief surfaces is distinct from the plurality of lands and borders (i) a distal portion of one of the cutting edges, and (ii) one of the plurality of lands, characterised in that each of the plurality of axial relief surfaces also borders (iii) one of the clearance surfaces, and in that wherein a proximal most edge of each of the plurality of axial relief surfaces borders a distal most edge of a respective one of the plurality of lands. a body extending from a proximal end to a distal end of the surgical bur, wherein the body comprises a plurality of flutes, wherein each of the plurality of flutes comprises a cutting edge, a rake face, and a clearance surface, and a plurality of lands extending from the proximal end toward the distal end of the surgical bur, wherein each of the plurality of lands is convex-shaped along a longitudinal axis of the surgical bur and disposed between a pair of the plurality of flutes; and a plurality of flutes, wherein each of the plurality of flutes comprises a cutting edge, a rake face, and a clearance surface, and a plurality of lands extending from the proximal end toward the distal end of the surgical bur, wherein each of the plurality of lands is convex-shaped along a longitudinal axis of the surgical bur and disposed between a pair of the plurality of flutes; and a drill point comprising a plurality of axial relief surfaces, wherein each of the plurality of axial relief surfaces is distinct from the plurality of lands and borders (i) a distal portion of one of the cutting edges, and (ii) one of the plurality of lands, characterised in that each of the plurality of axial relief surfaces also borders (iii) one of the clearance surfaces, and in that wherein a proximal most edge of each of the plurality of axial relief surfaces borders a distal most edge of a respective one of the plurality of lands.
Device for depositing and holding a vacuum cleaner tube of a vacuum cleaner system, the device having a receiving element with a receiving region, the receiving region being arranged on one side of the device, and the receiving region serving to receive and deposit the vacuum cleaner tube, characterized in that the receiving element has an element for fixing in a parking position of the vacuum cleaner tube, wherein the element for fixing is at least one magnet and serves for self-adjustment of the vacuum cleaner tube in a parking position, and wherein the magnet is arranged centrally in the receiving element.
Storage box comprising side walls (201, 203, 204) and a bottom wall defining an inner volume, said inner volume being accessible through an opening, a closure flap arranged in the inner volume, between the opening and the bottom wall, rotatable between a closure position in which the flap blocks access to a lower quantity located between the bottom wall and said flap and an opening position in which the lower quantity is accessible from outside the stowage, connected by a pivot connection to two of the facing side walls, the stowage box comprising two rotational recesses on the two facing side walls and the flap comprising two projecting rotational items arranged on two opposite sides of the flap, each being inserted in one of the rotational recesses so as to guiding said flap in rotation about an axis of rotation passing through these two items of rotation, characterised in that the stowage box comprises a standstill means (23, 32) for the flap in open position, the standstill means (23, 32) further comprises a standstill recess in open position in one of the side walls and a item standstill projecting from the flap and directed towards the side wall, the standstill recess in an open position and the item standstill being arranged so that the item standstill is inserted into the standstill recess when said flap is in an open position and to lock said flap in this open position.
A method of treating air, adapted to decontaminate air, within the passenger compartment of a motor vehicle, the method comprising: - a temperature determination step within the passenger compartment of the vehicle, - a stage for determining the humidity in the passenger compartment of the vehicle, the said method being characterized in that, if the determined temperature is within a predetermined interval and the determined humidity is within a predetermined interval, the method comprises a step of treating the air within the passenger compartment of the vehicle, said vehicle comprising a temperature measuring sensor and a humidity measuring sensor, the step of determining the temperature and the step of determining the humidity being carried out by means of said measuring sensors (5, 6), and the method comprising a step of calculating the electrical energy required for the air treatment within the passenger compartment of the vehicle, said air treatment step being carried out if the calculated required energy is less than the electrical energy available in the vehicle. - a temperature determination step within the passenger compartment of the vehicle, - a stage for determining the humidity in the passenger compartment of the vehicle,
An interference control method of a power transmitting unit, PTU, the method comprising: determining whether the PTU is in an interference environment in which interference by a neighbor PTU occurs; and controlling an interval of a report signal to be received from a power receiving unit, PRU, and an interval of a response signal from the PTU or the neighbor PTU responding to the report signal in response to determining that the PTU is in the interference environment. determining whether the PTU is in an interference environment in which interference by a neighbor PTU occurs; and controlling an interval of a report signal to be received from a power receiving unit, PRU, and an interval of a response signal from the PTU or the neighbor PTU responding to the report signal in response to determining that the PTU is in the interference environment.
A high pressure fuel supply pump having a variable flow rate which comprises: a suction path which sucks fuel into a compression chamber; and a discharge path which discharges the fuel from the compression chamber, wherein a plunger which reciprocates in the compression chamber sucks and discharges the fuel, and the high pressure fuel supply pump comprises: a suction valve in the suction path; and a discharge valve in the discharge path, wherein an amount of the fuel to be discharged is controlled by opening and closing the suction valve to change whether the suction path and the compression chamber are communicated or not communicated with each other, wherein the suction valve is kept open by a moving element which is to be moved in a valve-closing direction by magnetic attractive force; the moving element comprises: a first member which is subjected to the magnetic attractive force; and a second member which comes in contact with the suction valve, characterised in that even after the first member stops the movement in the valve-closing direction, the second member continues to move in the valve-closing direction. a suction path which sucks fuel into a compression chamber; and a discharge path which discharges the fuel from the compression chamber, wherein a plunger which reciprocates in the compression chamber sucks and discharges the fuel, and the high pressure fuel supply pump comprises: a suction valve in the suction path; and a discharge valve in the discharge path, wherein an amount of the fuel to be discharged is controlled by opening and closing the suction valve to change whether the suction path and the compression chamber are communicated or not communicated with each other, wherein the suction valve is kept open by a moving element which is to be moved in a valve-closing direction by magnetic attractive force; the moving element comprises: a first member which is subjected to the magnetic attractive force; and a second member which comes in contact with the suction valve, characterised in that even after the first member stops the movement in the valve-closing direction, the second member continues to move in the valve-closing direction. a suction valve in the suction path; and a discharge valve in the discharge path, wherein an amount of the fuel to be discharged is controlled by opening and closing the suction valve to change whether the suction path and the compression chamber are communicated or not communicated with each other, wherein the suction valve is kept open by a moving element which is to be moved in a valve-closing direction by magnetic attractive force; the moving element comprises: a first member which is subjected to the magnetic attractive force; and a second member which comes in contact with the suction valve, a first member which is subjected to the magnetic attractive force; and a second member which comes in contact with the suction valve,
A combination therapy for use in a method of treating cancer in a subject in need thereof comprising: (i) administering to the subject an adoptive cell therapeutic comprising a population of CD8+ T cells wherein at least 50%, preferably at least 60% or at least 70%, of the CD8+ T cells display a central memory phenotype and are specific for a tumor antigen expressed by the cancer and (ii) subsequently administering to the subject a replicative oncolytic virus vaccine expressing the tumor antigen. (i) administering to the subject an adoptive cell therapeutic comprising a population of CD8+ T cells wherein at least 50%, preferably at least 60% or at least 70%, of the CD8+ T cells display a central memory phenotype and are specific for a tumor antigen expressed by the cancer and (ii) subsequently administering to the subject a replicative oncolytic virus vaccine expressing the tumor antigen.
A method of programming a processor of a LED driver, comprising: directing, in a normal operation mode, a first control input (22B/22C) of said LED driver to a first processor input (32B/32C) of said processor and a second control input of said LED driver to a second processor input (32B/32C) of said processor; entering a programming mode for feeding one or more programming inputs of the processor; receiving a programming signal; entering the programming mode in response to said programming signal; directing, only in said programming mode, said first control input (22B/22C) to a third processor input (34/39) of said processor and said second control input to a fourth processor input (34/39) of said processor; wherein said third processor input (34/39) and said fourth processor input (34/39) being programming inputs; and said first control input (22B/22C) is routed to said third processor input (34/39) through a switching device (50/55) in said programming mode; and said switching device (50/55) has a selector input (51/56) coupled to a selector output provided by said processor; characterised by receiving, in said normal operation mode, analog sensor signals via said first processor input (32B/32C). directing, in a normal operation mode, a first control input (22B/22C) of said LED driver to a first processor input (32B/32C) of said processor and a second control input of said LED driver to a second processor input (32B/32C) of said processor; entering a programming mode for feeding one or more programming inputs of the processor; receiving a programming signal; entering the programming mode in response to said programming signal; directing, only in said programming mode, said first control input (22B/22C) to a third processor input (34/39) of said processor and said second control input to a fourth processor input (34/39) of said processor; wherein said third processor input (34/39) and said fourth processor input (34/39) being programming inputs; and said first control input (22B/22C) is routed to said third processor input (34/39) through a switching device (50/55) in said programming mode; and said switching device (50/55) has a selector input (51/56) coupled to a selector output provided by said processor; characterised by receiving, in said normal operation mode, analog sensor signals via said first processor input (32B/32C).
A scintillator panel configured to convert radiation into scintillation light, the scintillator panel comprising: a substrate having a front surface and rear surface, the substrate is formed with a plurality of convex sections protruding from the front surface in a predetermined direction from the rear surface toward the front surface, and a concave section defined by the convex sections, the plurality of convex sections being periodically arranged on the front surface in a two-dimensional array; a plurality of first scintillator units respectively extending from the convex sections in the predetermined direction and separated from each other; and a second scintillator unit (30, 30a) formed on the bottom surface of the concave sections of the substrate, wherein the first scintillator units are respectively formed through crystal growth of a plurality of columnar crystals on the convex sections, and at least a part of the columnar crystals of each of said first scintillator units, which are disposed over a bottom surface of the concave section, are laser fused and adhered to each other. a substrate having a front surface and rear surface, the substrate is formed with a plurality of convex sections protruding from the front surface in a predetermined direction from the rear surface toward the front surface, and a concave section defined by the convex sections, the plurality of convex sections being periodically arranged on the front surface in a two-dimensional array; a plurality of first scintillator units respectively extending from the convex sections in the predetermined direction and separated from each other; and a second scintillator unit (30, 30a) formed on the bottom surface of the concave sections of the substrate, wherein the first scintillator units are respectively formed through crystal growth of a plurality of columnar crystals on the convex sections, and at least a part of the columnar crystals of each of said first scintillator units, which are disposed over a bottom surface of the concave section, are laser fused and adhered to each other.
A coin sorting machine for sorting coins comprising a housing, an openable housing cover and a coin conveying device covered by the housing cover at least in a closed position, wherein the coin conveying device comprises at least one coin transport path and at least one coin conveyor movable relative to the coin transport path for conveying coins along the coin transport path wherein the housing cover is coupled to the at least one coin conveyor and, when the housing cover is in an open position, the at least one coin transport path is also open and is accessible from outside the housing and wherein the coin sorting machine comprises at least one positioning device for positioning the at least one coin conveyor relative to the at least one coin transport path, characterized in that at least one delaying member is arranged between the housing cover and the at least one coin conveyor, and in that at least one positioning device is configured to assume an operating position in which the coin conveyor is aligned for transporting coins on the coin transport path, to assume a release position, in which the coin conveyor is released for movement away from the coin transport path, and to assume a rest position, in which the coin conveyor is at least partially spaced further away from the coin transport path than in the operating position.
A method of operation of a Common Services Entity, CSE, node (34, 36) in a Machine-to-Machine, M2M, communications system to enable removal of a notification recipient, comprising: sending a notification of an event to one or more recipients, the one or more recipients being subscribed to notifications of the event by a subscription originator and being different than the subscription originator; receiving a removal request from a recipient of the one or more recipients, the removal request being a request to remove the recipient as a recipient of notifications of the event; determining whether removal of the recipient as a recipient of notifications of the event is permitted based on a removal policy for the recipient; determining whether the removal policy requires approval from the subscription originator, wherein the removal policy indicates that approval of the subscription originator is required before removal of the recipient is permitted, and determining whether removal of the recipient as a recipient of notifications of the event is permitted comprises requesting approval to remove the recipient as a recipient of notifications of the event from the subscription originator, and determining that removal of the recipient as a recipient of notifications of the event is permitted upon receiving approval from the subscription originator; and removing the recipient as a recipient of notifications of the event upon determining that removal of the recipient as a recipient of notifications of the event is permitted. sending a notification of an event to one or more recipients, the one or more recipients being subscribed to notifications of the event by a subscription originator and being different than the subscription originator; receiving a removal request from a recipient of the one or more recipients, the removal request being a request to remove the recipient as a recipient of notifications of the event; determining whether removal of the recipient as a recipient of notifications of the event is permitted based on a removal policy for the recipient; determining whether the removal policy requires approval from the subscription originator, wherein the removal policy indicates that approval of the subscription originator is required before removal of the recipient is permitted, and determining whether removal of the recipient as a recipient of notifications of the event is permitted comprises requesting approval to remove the recipient as a recipient of notifications of the event from the subscription originator, and determining that removal of the recipient as a recipient of notifications of the event is permitted upon receiving approval from the subscription originator; and removing the recipient as a recipient of notifications of the event upon determining that removal of the recipient as a recipient of notifications of the event is permitted.