mhurhangee/ep-ind-claims huggingface dataset:
A system for improving the appearance of a surface of a skin, the system comprising: a hand-held probe comprising: an ultrasound transducer configured to emit ultrasound energy, the ultrasound energy configured to induce a biological effect in the surface of the skin or a subcutaneous tissue; an indicator display; at least one input/output control; a coupling detector; a position sensor; and a rechargeable battery configured to power the hand-held probe, a controller configured to control the hand-held probe, wherein the controller is a personal data assistant, a cell phone, an iPhone, an iPad, a laptop, or a netbook; and a wireless interface configured to couple communication between the controller and the hand-held probe; wherein the ultrasound transducer is elongated along a dimension and is configured to simultaneously create a first conformal region of elevated temperature in subcutaneous tissue, which is elongated along the dimension and a second conformal region of elevated temperature in subcutaneous tissue, which is elongated along the dimension; wherein the first conformal region of elevated temperature and second conformal region of elevated temperature are positioned perpendicular to each other in the subcutaneous tissue. a hand-held probe comprising: an ultrasound transducer configured to emit ultrasound energy, the ultrasound energy configured to induce a biological effect in the surface of the skin or a subcutaneous tissue; an indicator display; at least one input/output control; a coupling detector; a position sensor; and a rechargeable battery configured to power the hand-held probe, an ultrasound transducer configured to emit ultrasound energy, the ultrasound energy configured to induce a biological effect in the surface of the skin or a subcutaneous tissue; an indicator display; at least one input/output control; a coupling detector; a position sensor; and a rechargeable battery configured to power the hand-held probe, a controller configured to control the hand-held probe, wherein the controller is a personal data assistant, a cell phone, an iPhone, an iPad, a laptop, or a netbook; and a wireless interface configured to couple communication between the controller and the hand-held probe; wherein the ultrasound transducer is elongated along a dimension and is configured to simultaneously create a first conformal region of elevated temperature in subcutaneous tissue, which is elongated along the dimension and a second conformal region of elevated temperature in subcutaneous tissue, which is elongated along the dimension; wherein the first conformal region of elevated temperature and second conformal region of elevated temperature are positioned perpendicular to each other in the subcutaneous tissue.
A press for the direct extrusion of metallic material, wherein said press comprises: - a supporting structure which defines an extrusion axis of said metallic material and a transverse direction orthogonal to a vertical plane containing said extrusion axis; - an extrusion die; - a die-holder drawer in which said die is placed; - moving means for moving said drawer along a transverse direction between a first position, in which said die is aligned with said extrusion axis, and a second position in which, when reached, said die can be replaced; - a fixed supporting element which supports said drawer at least when it occupies said first position, characterized in that it comprises: - at least a movable supporting element for supporting said drawer during the movement along said transverse direction; - lifting means for vertically lifting said at least one movable supporting element between a first vertical position, in which said drawer is supported by said fixed supporting element, and a second vertical position, in which said drawer is lifted with respect to said fixed supporting element and supported by said at least one movable supporting element. - a supporting structure which defines an extrusion axis of said metallic material and a transverse direction orthogonal to a vertical plane containing said extrusion axis; - an extrusion die; - a die-holder drawer in which said die is placed; - moving means for moving said drawer along a transverse direction between a first position, in which said die is aligned with said extrusion axis, and a second position in which, when reached, said die can be replaced; - a fixed supporting element which supports said drawer at least when it occupies said first position, - at least a movable supporting element for supporting said drawer during the movement along said transverse direction; - lifting means for vertically lifting said at least one movable supporting element between a first vertical position, in which said drawer is supported by said fixed supporting element, and a second vertical position, in which said drawer is lifted with respect to said fixed supporting element and supported by said at least one movable supporting element.
A ventilated type brake disc rotor comprising: an inboard sliding plate and an outboard sliding plate that are shaped annular and are disposed opposite to each other in an axle direction; and joints that are formed to connect between the inboard sliding plate and the outboard sliding plate, and are arranged along lines extending in a circumferential direction of the inboard sliding plate and the outboard sliding plate, wherein: the joints include first joints arranged along a first line and second joints arranged along a second line located in an outer side with respect to the first line in a radial direction of the inboard sliding plate and the outboard sliding plate; each of the second joints includes a first width part and a second width part formed in an inner side with respect to the first width part in the radial direction; and the second width part is less in circumferential width than the first width part, and is shaped to decrease in circumferential width as going inwardly in the radial direction; characterized in that the first width part is constant in circumferential width, and has a substantially rectangular cross section. an inboard sliding plate and an outboard sliding plate that are shaped annular and are disposed opposite to each other in an axle direction; and joints that are formed to connect between the inboard sliding plate and the outboard sliding plate, and are arranged along lines extending in a circumferential direction of the inboard sliding plate and the outboard sliding plate, wherein: the joints include first joints arranged along a first line and second joints arranged along a second line located in an outer side with respect to the first line in a radial direction of the inboard sliding plate and the outboard sliding plate; each of the second joints includes a first width part and a second width part formed in an inner side with respect to the first width part in the radial direction; and the second width part is less in circumferential width than the first width part, and is shaped to decrease in circumferential width as going inwardly in the radial direction; characterized in that the first width part is constant in circumferential width, and has a substantially rectangular cross section. the joints include first joints arranged along a first line and second joints arranged along a second line located in an outer side with respect to the first line in a radial direction of the inboard sliding plate and the outboard sliding plate; each of the second joints includes a first width part and a second width part formed in an inner side with respect to the first width part in the radial direction; and the second width part is less in circumferential width than the first width part, and is shaped to decrease in circumferential width as going inwardly in the radial direction; characterized in that the first width part is constant in circumferential width, and has a substantially rectangular cross section.
A method for temperature compensation during operation of a burst-mode laser that is thermally coupled to a heater, the method comprising: receiving a burst enable signal indicating the start of a burst period; emitting an optical signal with at least one wavelength during the burst period; and substantially maintaining a temperature of the burst-mode laser throughout the emission of the optical signal to reduce wavelength shift of the optical signal, wherein substantially maintaining the temperature comprises applying, using the heater, heat to the burst-mode laser based on the burst enable signal, wherein the method further comprises: supplying an electric current to the heater for generating at least the heat applied to the burst-mode laser, wherein the electric current reaches a maximal level no later than the start of the emission of the optical signal and then decreases from the maximal level thereafter, wherein the heat is applied to the burst-mode laser prior to a start of the burst period, and wherein the heat is not applied to the burst-mode laser at least during a latter portion of the burst period, wherein the electric current reaches the maximal level at least about 4 microseconds before the start of the burst period to cause the temperature of the burst-mode laser to rise before the start of the burst period, and wherein the electric current decreases to an intermediate level for a first portion of the burst period until the electric current is turned off during the latter portion of the burst period. receiving a burst enable signal indicating the start of a burst period; emitting an optical signal with at least one wavelength during the burst period; and substantially maintaining a temperature of the burst-mode laser throughout the emission of the optical signal to reduce wavelength shift of the optical signal, wherein substantially maintaining the temperature comprises applying, using the heater, heat to the burst-mode laser based on the burst enable signal, wherein the heat is applied to the burst-mode laser prior to a start of the burst period, and wherein the heat is not applied to the burst-mode laser at least during a latter portion of the burst period, wherein the electric current reaches the maximal level at least about 4 microseconds before the start of the burst period to cause the temperature of the burst-mode laser to rise before the start of the burst period, and wherein the electric current decreases to an intermediate level for a first portion of the burst period until the electric current is turned off during the latter portion of the burst period.
A light emitting diode, LED, package comprising: a submount; at least one LED chip on the submount comprising a first face mounted to the submount, a second face that generally opposes the first face, and a sidewall between the first face and the second face, wherein the at least one LED chip comprises a first thickness measured in a direction perpendicular to the submount; a lumiphoric material arranged on the at least one LED chip, on the sidewall, and on at least a portion of the submount adjacent to the LED chip; a light-altering material on the lumiphoric material and arranged around a perimeter of the at least one LED chip such that a portion of the lumiphoric material is arranged between the light-altering material and the submount and the light-altering material is spaced from the lumiphoric material on the sidewall by a gap, wherein the light-altering material comprises a second thickness measured in a direction perpendicular to the submount, wherein the light-altering material comprises light-reflective particles that are suspended in a binder, or comprises a light-absorbing material; and an encapsulant on the lumiphoric material, on the light altering material, and in the gap, wherein the second thickness is greater than or equal to the first thickness. a submount; at least one LED chip on the submount comprising a first face mounted to the submount, a second face that generally opposes the first face, and a sidewall between the first face and the second face, wherein the at least one LED chip comprises a first thickness measured in a direction perpendicular to the submount; a lumiphoric material arranged on the at least one LED chip, on the sidewall, and on at least a portion of the submount adjacent to the LED chip; a light-altering material on the lumiphoric material and arranged around a perimeter of the at least one LED chip such that a portion of the lumiphoric material is arranged between the light-altering material and the submount and the light-altering material is spaced from the lumiphoric material on the sidewall by a gap, wherein the light-altering material comprises a second thickness measured in a direction perpendicular to the submount, wherein the light-altering material comprises light-reflective particles that are suspended in a binder, or comprises a light-absorbing material; and an encapsulant on the lumiphoric material, on the light altering material, and in the gap, wherein the second thickness is greater than or equal to the first thickness.
Thermostatic faucet comprising: - a body provided with a hot water inlet, a cold water inlet and one or more mixed water outlets (6, 7); - a thermostatic core disposed swithin the body and housing a thermostatic cartridge, said thermostatic cartridge determining the outlet temperature of the mixed water; - a diverting core disposed within the body and housing a diverting cartridge, which determines the outflow of mixed water through one of said outlets (6, 7); said thermostatic core comprising a hot water inlet, a cold water inlet and a mixed water outlet; characterized in that said thermostatic and diverting cores are placed one besides the other, being connected to each other by their inlets (10, 18) and outlets (12, 17) of mixed and cold water and in that said diverting core comprises; - a cold water canalization chamber connected by an end to the cold water inlet of said body and by the other end to the cold water inlet of the thermostatic core and, - a mixed water canalization chamber connected to the mixed water outlet of said thermostatic core. - a body provided with a hot water inlet, a cold water inlet and one or more mixed water outlets (6, 7); - a thermostatic core disposed swithin the body and housing a thermostatic cartridge, said thermostatic cartridge determining the outlet temperature of the mixed water; - a diverting core disposed within the body and housing a diverting cartridge, which determines the outflow of mixed water through one of said outlets (6, 7); - a cold water canalization chamber connected by an end to the cold water inlet of said body and by the other end to the cold water inlet of the thermostatic core and, - a mixed water canalization chamber connected to the mixed water outlet of said thermostatic core.
Ligating device for arch wires or orthodontic wires, comprising a bondable base, for coupling to the tooth, and a main body, said main body having a slot, suitable for receiving a metal arch wire or orthodontic wire, having its entrance on one of its gingival or occlusal sides, wherein said device comprises a clip (6; 6') which makes accessible/closable said slot, wherein said body has, on the plane parallel to said base, an opening, suitable for receiving said clip (6; 6'), and wherein said clip (6; 6') opens and closes said slot sliding along a vestibular - lingual axis, wherein said clip (6; 6') is substantially "U"-shaped, having one first arm towards to said entrance of said slot and a second arm opposite in the occlusal-gingival direction to said first arm.
High-performance packaging method for packaging, in particular small-sized, products, preferably confectionery, such as hard or soft caramels, pralines or the like, characterized in that the products are guided in a plurality of product streams (A, B) through at least one packaging device, wherein the products are supplied in two lanes parallel to a removal device of the packaging device with product receiving means for the products of each of the product streams (A, B), after reception of the products a packaging material section is immediately assigned to them and the product is supplied with the packaging material piece in parallel guidance of the product streams (A, B) to a packing device of the packaging device which comprises product/packaging-material holding means for the products of each product stream and the finished packaged product is conveyed away from the packaging device.
A process for the regioselective oxidation of a single secondary hydroxy function of a carbohydrate substrate comprising two or more secondary hydroxy functions, wherein the carbohydrate substrate is a methyl α/β glucopyranoside and wherein the single secondary hydroxyl function is the C3 hydroxyl, or wherein the carbohydrate substrate is a neamine-based aminoglycoside and wherein the single secondary hydroxy function is the C3 hydroxyl of ring I in the neamine-backbone, comprising contacting the substrate in a solvent in the presence of a transition metal catalyst complex with an oxidizing agent selected from the group consisting of a quinone, oxygen, air, peroxide and hydroperoxide, to yield a mono-oxidized carbohydrate as the major oxidation product in at least 3-fold excess of other oxidation product(s), and wherein the catalyst complex is [(2,9-dimethyl-1,10-phenanthroline)-Pd(μ-OAc)] 2 (OTf) 2, or a combination of (Bis[N-(2,6-dimethylphenyl)imino]acenaphthene)-Pd-(OAc) 2 and [(bis[N-(2,6-dimethylphenyl)imino]acenaphthene)-Pd-(CH 3 CN) 2](OTf) 2.
Vehicle steering wheel comprising: - a rim comprising a cavity, - a device arranged in the rim cavity, - a cover arranged to close the cavity, - a polymer injected at least partially around the rim and the cover, characterized in that the steering wheel comprises sealing means arranged to prevent the polymer from being introduced into the cavity during its injection. - a rim comprising a cavity, - a device arranged in the rim cavity, - a cover arranged to close the cavity, - a polymer injected at least partially around the rim and the cover,
Flush-mounting box for touch screen devices adapted to be flush-mounted into a wall and having a bottom wall and side walls which define a box volume, said bottom wall having a plurality of support elements (33, 43) extending cantilevered with respect to said bottom wall inside said box volume, said support elements (33, 43) defining a first support plane for a bracket for the installation of a touch screen device, said flush-mounting box comprising a plurality of spacer elements removably coupled to said flush-mounting box, said spacer elements 34 being removably coupled to said bottom wall 31, said flush-mounting box being characterised in that said spacer elements are arranged to be grasped and subsequently reversibly coupled above respective support elements (33, 43) defining a second support plane parallel with and placed at a predetermined distance from said first support plane.
A container, comprising: a holding bag with a fitment having an orifice for filling the holding bag with a material, wherein the fitment and holding bag are a same single part through the use of thin wall blowmolding or injection blowmolding, the fitment has one or more external mating features for making a secure connection to a molded fiber or pulp-formed skeleton shell and the orifice is sealably or re-sealably closable upon being filled with the material; and the skeleton shell enclosing the holding bag. a holding bag with a fitment having an orifice for filling the holding bag with a material, wherein the fitment and holding bag are a same single part through the use of thin wall blowmolding or injection blowmolding, the fitment has one or more external mating features for making a secure connection to a molded fiber or pulp-formed skeleton shell and the orifice is sealably or re-sealably closable upon being filled with the material; and the skeleton shell enclosing the holding bag.
A method for diagnosing an acute myocardial infarction comprising the steps of: (i) determining an expression profile of a miRNA or a set comprising at least two miRNAs representative for an acute myocardial infarction in a blood cellular fraction comprising erythrocytes, leukocytes and thrombocytes from a human, and (ii) comparing said expression profile to a reference, wherein the comparison of said expression profile to said reference allows for the diagnosis of an acute myocardial infarction and/or applying an algorithm or a mathematical function to said expression profile, wherein the application of said algorithm or mathematical function to said expression profile allows for the diagnosis of an acute myocardial infarction. (i) determining an expression profile of a miRNA or a set comprising at least two miRNAs representative for an acute myocardial infarction in a blood cellular fraction comprising erythrocytes, leukocytes and thrombocytes from a human, and (ii) comparing said expression profile to a reference, wherein the comparison of said expression profile to said reference allows for the diagnosis of an acute myocardial infarction and/or applying an algorithm or a mathematical function to said expression profile, wherein the application of said algorithm or mathematical function to said expression profile allows for the diagnosis of an acute myocardial infarction.
A method of displaying an ultrasound image, the method comprising: obtaining first Doppler data that is generated by transmitting an ultrasound signal to an object and receiving an echo signal reflected from the object by using a probe; displaying a sound source marker indicating a sound source of the ultrasound signal which is transmitted and received by the probe at a first position on a screen; and generating and displaying a first color Doppler image expressing a direction and a velocity of a bloodstream that flows in the object from the first Doppler data, in consideration of the first position; obtaining information of a first angle between the direction of the bloodstream expressed by the first color Doppler image and a reception direction of the ultrasound signal indicated by the sound source marker at the first position; changing a position of the sound source marker from the first position to a second position by a user input; obtaining information of a second angle between the direction of the bloodstream expressed by the first color Doppler image and the reception direction of the ultrasound signal indicated by the sound source marker at the second position; generating a second color Doppler image by correcting the first color Doppler image based on a difference between the first angle and the second angle; and displaying the second color Doppler image on the screen. obtaining first Doppler data that is generated by transmitting an ultrasound signal to an object and receiving an echo signal reflected from the object by using a probe; displaying a sound source marker indicating a sound source of the ultrasound signal which is transmitted and received by the probe at a first position on a screen; and generating and displaying a first color Doppler image expressing a direction and a velocity of a bloodstream that flows in the object from the first Doppler data, in consideration of the first position; obtaining information of a first angle between the direction of the bloodstream expressed by the first color Doppler image and a reception direction of the ultrasound signal indicated by the sound source marker at the first position; changing a position of the sound source marker from the first position to a second position by a user input; obtaining information of a second angle between the direction of the bloodstream expressed by the first color Doppler image and the reception direction of the ultrasound signal indicated by the sound source marker at the second position; generating a second color Doppler image by correcting the first color Doppler image based on a difference between the first angle and the second angle; and displaying the second color Doppler image on the screen.