mhurhangee/ep-ind-claims huggingface dataset:
A drive mechanism for a medication delivery device, comprising: - a body having a proximal end and a distal end, - a piston rod arranged within the body along an axis of rotation, - a drive member arranged within the body, the drive member being rotationally coupled with the piston rod with respect to the axis, - the piston rod being helically movable with respect to the body, the movement comprising a rotation around the axis and a simultaneous shift along the axis, - the piston rod being provided with a guide track comprising a helical element and an axial element, and - a guide element arranged within the body, the guide element being fixed relatively to the body, wherein - the guide element is coupled to the guide track in such a manner as to guide the movement of the piston rod, wherein - when the guide element is coupled to the helical element, the guide element guides the helical movement of the piston rod, and, when the guide element is coupled to the axial element, the guide element guides an axial movement of the piston rod in the direction to the distal end of the body, the axial movement preceding the helical movement. - a body having a proximal end and a distal end, - a piston rod arranged within the body along an axis of rotation, - a drive member arranged within the body, the drive member being rotationally coupled with the piston rod with respect to the axis, - the piston rod being helically movable with respect to the body, the movement comprising a rotation around the axis and a simultaneous shift along the axis, - the piston rod being provided with a guide track comprising a helical element and an axial element, and - a guide element arranged within the body, the guide element being fixed relatively to the body, wherein - the guide element is coupled to the guide track in such a manner as to guide the movement of the piston rod, wherein - when the guide element is coupled to the helical element, the guide element guides the helical movement of the piston rod, and, when the guide element is coupled to the axial element, the guide element guides an axial movement of the piston rod in the direction to the distal end of the body, the axial movement preceding the helical movement.
Method of producing inorganic binders from a material of man-made or natural origin, or from their combination, in which at least one arbitrary material from a set comprising materials produced by burning of solid fuels, metallurgical slag, ground fire products, products from burnt out mining waste dump after mining of fossil fuels, glass production waste, ceramic production waste, brick and concrete construction waste, heat-activated clays, low-crystalline pyroclastic rocks, sedimentary laterite, bauxite, opalolite, allophanolite, diatomite rocks, limestones and claystones and clays, is subjected to a physical treatment by action of at least one power pulse, during which mechanical energy E tk is given to the particles of the material treated by acting of a force of the size from 50 to 3.10 5 N, related to 1 g of the treated material, during a very short time in the range from 1.10 -6 to 1.10 -2 s what is having as consequence that value of the internal energy of the material treated is increasing, the particles of which are becoming more fine, while re-aggregation of its particles is prevented, and thereby, chemical reactivity of the treated material is increasing.
A pneumatic tire, comprising a tread formed from a rubber composition, the rubber composition comprising a rubber component that includes a diene rubber in an amount of 90% by mass or more based on 100% by mass of the rubber component, the rubber composition further comprising a hydrogenated terpene aromatic resin obtained by hydrogenation of double bonds of a terpene aromatic resin, the hydrogenated terpene aromatic resin having a degree of hydrogenation of double bonds of 5% to 100% and a hydroxyl value of 20 mg KOH/g or less, the hydrogenated terpene aromatic resin being present in an amount of 1 to 50 parts by mass per 100 parts by mass of the diene rubber, the rubber composition further comprising an inorganic filler having a nitrogen adsorption specific surface area of 10 to 120 m 2 /g, the inorganic filler comprising at least one selected from the group consisting of compounds represented by the formula below, magnesium sulfate, and silicon carbide, the inorganic filler being present in an amount of 1 to 70 parts by mass per 100 parts by mass of the diene rubber, mM·xSiO y ·zH 2 O wherein M represents an oxide or hydroxide of at least one metal selected from the group consisting of Al, Mg, Ti, Ca, and Zr; m represents an integer of 1 to 5; x represents an integer of 0 to 10; y represents an integer of 2 to 5; and z represents an integer of 0 to 10.
A tissue pumping system, comprising: a main chamber having a plunger slidably translatable within; an injection cannula in fluid communication with the main chamber; a motor in communication with the plunger; and a circuit assembly having a microprocessor in electrical communication with the motor, wherein the microprocessor is programmed to actuate the motor such that the plunger is advanced through the main chamber in a stepped manner where each step defines a predetermined volume of tissue for injection through the cannula, characterised in that the microprocessor is further programmed to change a direction of the plunger within the main chamber when a remaining volume of tissue to be injected through the cannula is less than the predetermined volume of tissue to be injected at each step to maintain the predetermined volume of tissue in each step, that the main chamber defines a bore diameter and a priming bore diameter, the bore diameter separating the priming bore diameter from the cannula, the priming bore diameter being disposed at a proximal portion of the main chamber, and the priming bore diameter being dimensioned greater than the bore diameter of the main chamber, and in that the main chamber includes an opening formed in a wall of the main chamber at the priming bore diameter configured for ejection of air or debris from the main chamber. a main chamber having a plunger slidably translatable within; an injection cannula in fluid communication with the main chamber; a motor in communication with the plunger; and a circuit assembly having a microprocessor in electrical communication with the motor, wherein the microprocessor is programmed to actuate the motor such that the plunger is advanced through the main chamber in a stepped manner where each step defines a predetermined volume of tissue for injection through the cannula, characterised in that the microprocessor is further programmed to change a direction of the plunger within the main chamber when a remaining volume of tissue to be injected through the cannula is less than the predetermined volume of tissue to be injected at each step to maintain the predetermined volume of tissue in each step, that the main chamber defines a bore diameter and a priming bore diameter, the bore diameter separating the priming bore diameter from the cannula, the priming bore diameter being disposed at a proximal portion of the main chamber, and the priming bore diameter being dimensioned greater than the bore diameter of the main chamber, and in that the main chamber includes an opening formed in a wall of the main chamber at the priming bore diameter configured for ejection of air or debris from the main chamber.
A delta like ligand-4 antagonist antibody for use in a method of treating cancer in a subject that has a blood pressure which is consistently less than 140 mmHg systolic or 90 mmHg diastolic, the method comprising administering the antibody and monitoring the subject for the development of hypertension.
Automatic pipetting device with a pipetting arm, wherein the pipetting arm comprises a fastening device for fastening the pipetting arm on a motion device for moving the pipetting arm in a working zone, a receiving device for a pipetting needle arranged essentially perpendicularly to the pipetting arm and a detection device for detecting a mechanical force acting against the free end of the pipetting needle and along the longitudinal axis of the pipetting needle, characterized in that the pipetting arm consists of at least four parts (51, 52, 61, 62), which are connected together by articulated joints, wherein a) one part is a pipetting arm base, on which the fastening device is arranged, b) one part is a pipetting arm end piece, on which the receiving device is arranged, c) one part is a pipetting arm bottom and d) one part is a pipetting arm top, wherein the pipetting arm bottom and the pipetting arm top are arranged one above the other and between the pipetting arm base and the pipetting arm end piece, wherein the pipetting arm bottom and the pipetting arm top are connected by articulated joints to the pipetting arm base and the pipetting arm end piece in such a way that a mechanical force acting against the free end of the pipetting needle and along the longitudinal axis of the pipetting needle leads to an upward movement of the pipetting arm end piece relative to the pipetting arm base, and wherein the detection device is suitable for detecting an upward movement of the pipetting arm end piece relative to the pipetting arm base. a) one part is a pipetting arm base, on which the fastening device is arranged, b) one part is a pipetting arm end piece, on which the receiving device is arranged, c) one part is a pipetting arm bottom and d) one part is a pipetting arm top,
A reversible quiver for the sport of archery, which consists of a carrier element, provided with fastening means that enable securing to the body of the sportsperson, and a container element for arrows, which container element can be interchangeably connected to said carrier element, characterized in that coupling elements of magnetic type are provided for connecting the container element to the carrier element, said coupling elements consisting of a female part and a male part, and wherein said latter part can be inserted coaxially into the female part, while the uncoupling takes place in the direction of the corresponding uncoupling slots, which are provided on the female parts and are equipped with just one uncoupling opening.
A fluid jetting dispenser including a force amplifying driver system, comprising: an actuator including a powered actuating member mounted for movement along a first distance; and a valve including a valve member mounted for movement along a second distance less than said first distance, said powered actuating member movable through a gap before being mechanically coupled with said valve member and subsequently moving with said valve member along said second distance, whereby energy is transferred from said powered actuating member to said valve member along said second distance, said valve member operating to dispense a jet of fluid from the valve as a result of movement through the second distance, wherein said valve member further comprises a valve stem with a tip engageable with a valve seat, said valve seat being located in a fluid chamber, whereby said tip engages said valve seat at the end of the second distance and discharges the jet of fluid further comprising a biased return mechanism operable to return the valve member to a starting position, and a stop for stopping the valve member at the starting position, characterized in that said stop is coupled to the valve member within the fluid chamber. an actuator including a powered actuating member mounted for movement along a first distance; and a valve including a valve member mounted for movement along a second distance less than said first distance, said powered actuating member movable through a gap before being mechanically coupled with said valve member and subsequently moving with said valve member along said second distance, whereby energy is transferred from said powered actuating member to said valve member along said second distance, said valve member operating to dispense a jet of fluid from the valve as a result of movement through the second distance,
A communication system for communicating between a ranged weapon and a projectile for that ranged weapon, the system comprising: a transmitter associated with the ranged weapon, the transmitter being arranged to encode data to be transmitted to the projectile on an electromagnetic carrier wave (102, 112), and to transmit that electromagnetic carrier wave to the projectile; a receiver associated with the projectile, the receiver being arranged to receive the electromagnetic carrier wave (102, 112), and to decode data encoded in the electromagnetic carrier wave to retrieve that data, the data being usable in the activation of a fuse of the projectile, characterised in that the data is encoded in binary form by the presence or absence of particular sub-carriers on the carrier wave, and/or wherein the receiver is arranged to decode the data by detecting the presence or absence of particular sub-carriers on the carrier wave. a transmitter associated with the ranged weapon, the transmitter being arranged to encode data to be transmitted to the projectile on an electromagnetic carrier wave (102, 112), and to transmit that electromagnetic carrier wave to the projectile; a receiver associated with the projectile, the receiver being arranged to receive the electromagnetic carrier wave (102, 112), and to decode data encoded in the electromagnetic carrier wave to retrieve that data, the data being usable in the activation of a fuse of the projectile, characterised in that the data is encoded in binary form by the presence or absence of particular sub-carriers on the carrier wave, and/or wherein the receiver is arranged to decode the data by detecting the presence or absence of particular sub-carriers on the carrier wave.
A system operable to manage roaming of a mobile equipment of a subscriber, when said mobile equipment is roaming between a home network and a foreign network, said system comprising a Home Location Register connected to said home network, characterized in that said system also comprises N number of monitor means (20 1,..., 20 N), wherein N is an integer, and N ≥ 1, wherein each monitor means (20 1;....; 20 N) is operable to monitor a cable in order to detect packets sent on said cable, and a control system connected to said N number of monitor means (20 1,..., 20 N), and operable to decide if a packet is a roaming event, and if it is decided that a packet is a roaming event, said control system is also operable to trigger an action in connection to roaming, and in that said system also comprises a first means operable to store a first list customized for each subscriber, said first list comprises information regarding the countries visited by said mobile equipment, number of times a certain country have been visited by said mobile equipment, and for how long time said certain country have been visited by said mobile equipment, a second means operable to store a second list customized for each subscriber, said second list comprises information about preferred operators for a part of said countries on said first list, wherein said control system also is connected to said home network, said foreign network, said Home Location Register, said first means, and said second means, and in that said action triggered by said control system is to update said first list, and wherein said control system also is operable to periodically examine said first list, and if said first list has changed above a predetermined threshold value, to update said second list, and thereafter to send said updated second list to said mobile equipment.
A multilayer body (28, 28') comprising: a piezoelectric body; a first acoustic matching layer; and a second acoustic matching layer disposed between the piezoelectric body and the first acoustic matching layer; wherein the first acoustic matching layer includes a plastic closed-pore foam containing a plurality of closed pores, the first acoustic matching layer has a density of not less than 10 kg/m 3 and not more than 100 kg/m 3, and an average pore size of the closed pores is not smaller than 1 μm and not larger than 100 μm; and wherein the second acoustic matching layer has a density of not less than 50 kg/m 3 and not more than 1500 kg/m 3 and being larger than the density of the first acoustic matching layer; characterized in that the multilayer body further comprises a structural support layer having a density of not less than 1000 kg/m 3 located between the piezoelectric body and the second acoustic matching layer. a piezoelectric body; a first acoustic matching layer; and a second acoustic matching layer disposed between the piezoelectric body and the first acoustic matching layer; wherein the first acoustic matching layer includes a plastic closed-pore foam containing a plurality of closed pores, the first acoustic matching layer has a density of not less than 10 kg/m 3 and not more than 100 kg/m 3, and an average pore size of the closed pores is not smaller than 1 μm and not larger than 100 μm; and wherein the second acoustic matching layer has a density of not less than 50 kg/m 3 and not more than 1500 kg/m 3 and being larger than the density of the first acoustic matching layer; characterized in that the multilayer body further comprises a structural support layer having a density of not less than 1000 kg/m 3 located between the piezoelectric body and the second acoustic matching layer.
A heat exchanger comprising: a plurality of heat exchange units, each of the heat exchange units including a plurality of plate fins arranged to be spaced one another at intervals so as to allow air to flow therebetween, and a plurality of flat tubes each having an L shape, the flat tubes being joined to the plate fins so that the flat tubes serve as refrigerant channels in a direction in which the plate fins are arranged, wherein the heat exchange units are combined to each other so as to form a rectangular shape, wherein, in each of the heat exchange units, the flat tubes each have a hairpin shape so that a refrigerant inlet of the flat tube is positioned on a same end side of the heat exchange unit as an end side of the heat exchange unit where a refrigerant outlet of the flat tube is positioned, wherein the refrigerant outlet of one of the plurality of flat tubes is connected to the refrigerant inlet of another one of the plurality of flat tubes by a flat U-bend, and wherein a single distributor that distributes the refrigerant to the flat tubes of the plurality of heat exchange units, and a single header that combines the refrigerant flowing from the plurality of heat exchange units are provided. a plurality of heat exchange units, each of the heat exchange units including a plurality of plate fins arranged to be spaced one another at intervals so as to allow air to flow therebetween, and a plurality of flat tubes each having an L shape, the flat tubes being joined to the plate fins so that the flat tubes serve as refrigerant channels in a direction in which the plate fins are arranged, wherein the heat exchange units are combined to each other so as to form a rectangular shape, wherein, in each of the heat exchange units, the flat tubes each have a hairpin shape so that a refrigerant inlet of the flat tube is positioned on a same end side of the heat exchange unit as an end side of the heat exchange unit where a refrigerant outlet of the flat tube is positioned, wherein the refrigerant outlet of one of the plurality of flat tubes is connected to the refrigerant inlet of another one of the plurality of flat tubes by a flat U-bend, and wherein a single distributor that distributes the refrigerant to the flat tubes of the plurality of heat exchange units, and a single header that combines the refrigerant flowing from the plurality of heat exchange units are provided.
A restraint management apparatus for reducing a risk of damage to medical equipment and/or another person, the restraint management apparatus comprising: a processing unit arranged to: receive one or more types of sensor data; determine a status of a subject based on the received sensor data, wherein the status comprises a distance between a hand of the subject and medical equipment and/or another person in the environment around the subject and/or velocity of a hand of the subject towards medical equipment and/or another person in the environment around the subject; determine, based on the determined subject status, a restraint parameter for a restraint device that comprises a wrist strap configured to restrain the hand of the subject, wherein the restraint device is configured to provide a resistance to movement of the hand, and wherein the restraint parameter indicates a level of resistance to movement to be provided by the restraint device, and wherein the restraint parameter is determined such that the level of resistance to movement provided by the restraint device increases as the distance between the hand and the medical equipment and/or other person decreases and/or as the velocity of the hand towards the medical equipment and/or other person increases; and output a signal based on the determined restraint parameter. receive one or more types of sensor data; determine a status of a subject based on the received sensor data, wherein the status comprises a distance between a hand of the subject and medical equipment and/or another person in the environment around the subject and/or velocity of a hand of the subject towards medical equipment and/or another person in the environment around the subject; determine, based on the determined subject status, a restraint parameter for a restraint device that comprises a wrist strap configured to restrain the hand of the subject, wherein the restraint device is configured to provide a resistance to movement of the hand, and wherein the restraint parameter indicates a level of resistance to movement to be provided by the restraint device, and wherein the restraint parameter is determined such that the level of resistance to movement provided by the restraint device increases as the distance between the hand and the medical equipment and/or other person decreases and/or as the velocity of the hand towards the medical equipment and/or other person increases; and output a signal based on the determined restraint parameter.
High-fluidity and non-caking dianhydrohexitol pellets comprising between 90% and 100% by weight of dianhydrohexitols on a dry basis and in which at least 90% by weight of the pellets exhibit a particle size on sieves of greater than or equal to 2000 μm.
A heating device, comprising a device interior in which a burner producing waste gas and a guide for the waste gas are arranged, wherein a discharge line for condensate accumulating in the guide provided with a siphon and leading outside of the device interior is connected to the guide, wherein a free surface of the accumulating condensate is formed in the discharge line during regular operation of the heating device, wherein an additional line is designed to be connected, on the one hand, with the device interior, and, on the other hand, with the discharge line behind the free surface in the direction of condensate discharge, characterized in that the discharge line is designed to extend at its lower end to the siphon and the additional line is designed to branch off laterally from the discharge line.