mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the producing a fluid component of a food base material, in particular ice cream base material, in a preparation device with - a steam generation unit for providing steam, - a discharge unit for discharging the steam and - a steam treatment unit arranged in the direction of flow of the steam between an outlet of the steam generation unit and an inlet of the discharge unit , with a heating device for heating the steam, with the steps - combining at least two components of the fluid component in a mixing vessel , - monitoring the temperature of the fluid component, - warming up the steam provided by the steam generation unit in the steam treatment unit , - introduction of the heated steam into the fluid component via the discharge unit , - controlling the introduction of steam depending on the temperature of the fluid component. - a steam generation unit for providing steam, - a discharge unit for discharging the steam and - a steam treatment unit arranged in the direction of flow of the steam between an outlet of the steam generation unit and an inlet of the discharge unit , with a heating device for heating the steam, - combining at least two components of the fluid component in a mixing vessel , - monitoring the temperature of the fluid component, - warming up the steam provided by the steam generation unit in the steam treatment unit , - introduction of the heated steam into the fluid component via the discharge unit , - controlling the introduction of steam depending on the temperature of the fluid component.
An article of apparel comprising: a nonwoven textile comprising a plurality of fibers, the plurality of fibers having an average staple length ranging from 40 mm to 60 mm and a staple-length standard deviation in a range from 5 mm to 30 mm, wherein the plurality of fibers comprises a first plurality of fibers arranged in a first fiber web and a second plurality of fibers arranged in a second fiber web entangled with the first fiber web , wherein the first fiber web forms, at least in part, a first face of the nonwoven textile .
A cooling device having a cabinet with heat-sealed closed walls configured to form a compartment and a drawer assembly , said drawer assembly comprising; a first rail unit and a second rail unit mounted on an interior surface of the cabinet of the cooling device and being opposite to each other; a first gear configured to rotate throughout a first rack ; a second gear configured to rotate throughout a second rack ; a shaft which interconnects said first gear and second gear for transmitting the movement to each other; said drawer assembly further comprises at least one locking member which is adapted to be movable along said shaft for providing the fixation of the shaft with one of the first gear and/or the second gear , wherein the first gear is configured to be adjacent to a first elongated connection part provided in the first rail unit , wherein the second gear is configured to be adjacent to a second elongated connection part provided in the second rail unit , characterized in that the first elongated connection part and the second elongated connection part have at least one aperture thereon and are adapted to be engaged with said shaft having a locking aperture thereon, and wherein said locking member includes a fixation portion at the inner surface of the locking member , providing a connection by an engagement with said locking aperture on the shaft . a first rail unit and a second rail unit mounted on an interior surface of the cabinet of the cooling device and being opposite to each other; a first gear configured to rotate throughout a first rack ; a second gear configured to rotate throughout a second rack ; a shaft which interconnects said first gear and second gear for transmitting the movement to each other; said drawer assembly further comprises at least one locking member which is adapted to be movable along said shaft for providing the fixation of the shaft with one of the first gear and/or the second gear , wherein the first gear is configured to be adjacent to a first elongated connection part provided in the first rail unit , wherein the second gear is configured to be adjacent to a second elongated connection part provided in the second rail unit , characterized in that the first elongated connection part and the second elongated connection part have at least one aperture thereon and are adapted to be engaged with said shaft having a locking aperture thereon, and wherein said locking member includes a fixation portion at the inner surface of the locking member , providing a connection by an engagement with said locking aperture on the shaft .
Means for covering building envelopes with photovoltaic modules (3, 3', 3", 3′′′) comprising a retaining element which can be attached to a building envelope, characterized by the fact that this has the form of a fastening bracket with at least three-layer mounting possibility for the storage of photovoltaic modules (3, 3', 3", 3′′′) at least approximately vertically from the building envelope surface , and extends in the direction of a longitudinal axis of the retaining element (L) comprising a fastening bar , a wall , a retaining bar , a support wall and an ironing shoe , wherein between wall and fastening bar or retaining bar a angle of at least approximately 90°, wherein the support wall is arranged at an angled angle at the end of the retaining bar facing away from the wall and points approximately vertically away from the retaining bar , wherein the support wall the ironing shoe is arranged, wherein in the area of the support wall or the ironing shoe of the retaining element the individual photovoltaic modules (3, 3', 3", 3′′′), whereby a shingled covering is achieved, whereby the insertion of the first layer between the retaining bar of the retaining element and the building envelope is possible, and the edge area of the second and third layers (3", 3′′′) can lie on the support wall of the retaining element , so that the photovoltaic modules (3, 3', 3", 3′′′) can be mounted vertically hanging.
A method for relaying discovery signals by a user equipment, UE, in Device-to-Device, D2D, communication, the method comprising: detecting a plurality of discovery signals transmitted from a same source UE; determining discovery signals to be relayed among the plurality of discovery signals based on a first hop count included in each of the plurality of discovery signals; and relaying the determined discovery signals, wherein the relayed discovery signals include a second hop count increased by one based on the first hop count, and wherein when a number of the determined discovery signals exceeds a threshold value: a part of the determined discovery signals is selected to be relayed, selection of the part of the determined discovery signals is performed based on a probability of being relayed among the determined discovery signals, and the probability is configured per each of the determined discovery signals and is inversely proportional to the first hop count. detecting a plurality of discovery signals transmitted from a same source UE; determining discovery signals to be relayed among the plurality of discovery signals based on a first hop count included in each of the plurality of discovery signals; and relaying the determined discovery signals, wherein the relayed discovery signals include a second hop count increased by one based on the first hop count, and wherein when a number of the determined discovery signals exceeds a threshold value: a part of the determined discovery signals is selected to be relayed, selection of the part of the determined discovery signals is performed based on a probability of being relayed among the determined discovery signals, and the probability is configured per each of the determined discovery signals and is inversely proportional to the first hop count. a part of the determined discovery signals is selected to be relayed, selection of the part of the determined discovery signals is performed based on a probability of being relayed among the determined discovery signals, and the probability is configured per each of the determined discovery signals and is inversely proportional to the first hop count.
Method for controlling a drive having at least one converter , at least one motor and an associated drive control , wherein a failsafe CPU is provided, which is operated separately from the drive control and only processes safety-relevant information, wherein a number of safety functions are implemented by the failsafe CPU , characterised in that only the failsafe CPU communicates with the converter by way of a communication interface in each case.
A passive shock-absorbing system for a sighting apparatus installed on a device comprising equipment generating said shocks, the system comprising two rigid plates substantially parallel to each other, including a first plate secured to the part of the device that comprises the equipment and a second plate secured to the sighting apparatus , the plates being connected to each other by a position return means for returning the plates to a determined relative rest position after absorbing a shock, characterized in that the position return means comprises a line-point-plane positioning means with balls between the two plates and a set of elastic return members connecting the two plates to each other.
Device for absorbing energy, wherein the device has a plurality of profiles arranged next to one another, wherein the device comprises at least one cover layer , to which the profiles are attached, characterized in that the profiles are produced from lightweight metal or fibre-reinforced plastic, and in that the device has an inlay of rubber or rigid foam, wherein the inlay and the cover layer enclose the profiles or the inlay runs between the cover layer and the profiles or the inlay is arranged running around the profiles .
A method of reducing a thickness of a glass sheet by subjecting the glass sheet to an etching process comprising the steps of: loading the glass sheet onto a conveyor with the glass sheet comprising a first major surface and a second major surface; passing the glass sheet through an etching zone along a conveyance path with the conveyor a plurality of times until an initial thickness of the glass sheet is reduced to a final predetermined thickness of the glass sheet; and washing the glass sheet after each pass through the etching zone. loading the glass sheet onto a conveyor with the glass sheet comprising a first major surface and a second major surface; passing the glass sheet through an etching zone along a conveyance path with the conveyor a plurality of times until an initial thickness of the glass sheet is reduced to a final predetermined thickness of the glass sheet; and washing the glass sheet after each pass through the etching zone.
3D printer , comprising a flat build-up plate and, arranged opposite and parallel to the build-up plate , an exposure element , wherein the distance between the build-up plate and the exposure element is settable with the aid of a drive unit and wherein the build-up plate and/or the exposure element is arranged in a reservoir filled with resin in such a way that the region adjoining the build-up plate between the build-up plate and the exposure element is taken up by the resin in the reservoir , characterized in that the exposure element is a two-dimensional matrix made of individually controllable quantum dot light-emitting diodes lying close next to one another, wherein the quantum dot light-emitting diodes are diodes that are self-luminous when electrically excited.
A vibration damping device comprising: a tubular metal bracket which is connected to any one of a vibration generating portion and a vibration receiving portion; a first attachment member which is connected to the other of the vibration generating portion and the vibration receiving portion; a tubular second attachment member which is inserted into the metal bracket ; an elastic body which connects the first attachment member and the second attachment member to each other; a partition member which partitions a liquid chamber in the second attachment member into a main liquid chamber having the elastic body as a portion of a partition wall and an auxiliary liquid chamber ; and a diaphragm which constitutes a portion of a partition wall of the auxiliary liquid chamber , wherein one of both end opening portions of the second attachment member in an axial direction (O) is closed by the elastic body and the other thereof is closed by the diaphragm , wherein a fixing portion which fixes the second attachment member is formed on the metal bracket , wherein a fixed portion which is fixed to the fixing portion of the metal bracket is formed on the second attachment member , wherein a gap (S2, S21) is provided between a portion of an outer circumferential surface of the second attachment member except for the fixed portion , and a portion of an inner circumferential surface of the metal bracket except for the fixing portion , and wherein a second seal portion is provided between the fixed portion and the fixing portion , characterized in that the gap (S2, S21) is a vacuum sealed space. a tubular metal bracket which is connected to any one of a vibration generating portion and a vibration receiving portion; a first attachment member which is connected to the other of the vibration generating portion and the vibration receiving portion; a tubular second attachment member which is inserted into the metal bracket ; an elastic body which connects the first attachment member and the second attachment member to each other; a partition member which partitions a liquid chamber in the second attachment member into a main liquid chamber having the elastic body as a portion of a partition wall and an auxiliary liquid chamber ; and a diaphragm which constitutes a portion of a partition wall of the auxiliary liquid chamber , wherein one of both end opening portions of the second attachment member in an axial direction (O) is closed by the elastic body and the other thereof is closed by the diaphragm , wherein a fixing portion which fixes the second attachment member is formed on the metal bracket , wherein a fixed portion which is fixed to the fixing portion of the metal bracket is formed on the second attachment member , wherein a gap (S2, S21) is provided between a portion of an outer circumferential surface of the second attachment member except for the fixed portion , and a portion of an inner circumferential surface of the metal bracket except for the fixing portion , and wherein a second seal portion is provided between the fixed portion and the fixing portion , characterized in that the gap (S2, S21) is a vacuum sealed space.
A shoe , comprising: a sole ; an upper joined to the sole ; and a shoe tongue provided in a space formed by the sole and the upper , the shoe tongue being formed of a knitted member, characterized in that the shoe tongue includes a ridge portion of inverted V shape folded to form a mountain-like shape prominent upward, in a middle part of a top surface of the shoe tongue along the front and rear directions of the shoe . a sole ; an upper joined to the sole ; and
An endoscopic system , comprising: a multi-lumen endoscope receiving member having a proximal balloon , the proximal balloon inflatable along a distal portion of the multi-lumen endoscope receiving member , a first lumen configured to receive an endoscope therethrough, a second lumen radially spaced from the first lumen to receive a first instrument therethrough and a third lumen radially spaced from the first lumen to receive a second instrument therethrough, a distal balloon positioned distal of the proximal balloon and inflatable beyond a distal end of the multi-lumen endoscope receiving member to form a chamber between the proximal and distal balloons , first and second strips between the proximal and distal balloons , and an endoscope slidably disposed within the first lumen such that a distal tip of the endoscope is extendable into the chamber . a multi-lumen endoscope receiving member having a proximal balloon , the proximal balloon inflatable along a distal portion of the multi-lumen endoscope receiving member , a first lumen configured to receive an endoscope therethrough, a second lumen radially spaced from the first lumen to receive a first instrument therethrough and a third lumen radially spaced from the first lumen to receive a second instrument therethrough, a distal balloon positioned distal of the proximal balloon and inflatable beyond a distal end of the multi-lumen endoscope receiving member to form a chamber between the proximal and distal balloons , first and second strips between the proximal and distal balloons , and an endoscope slidably disposed within the first lumen such that a distal tip of the endoscope is extendable into the chamber .
A roll for rolling a surface topography of a steel plate, wherein a plurality of raised textured points are arranged on a roll surface; a shape of each single textured point is circular or approximately circular, and the circular shape has a diameter of 50-150 μm; the each single textured point has a raised height of 2-12 μm, and the overlap among adjacent textured points is lower than 10 %; and the quantity variance of the textured points per square millimeter of the roll surface is lower than 20 %, and the coverage area ratio of the textured points in each square millimeter is 30-90 %.
A weighing apparatus comprising: a conveyance unit configured to conveying an article; a weighing unit configured to weigh the article on the conveyance unit; and a processing unit including a plurality of digital filters set in advance and configured to process an original signal output from the weighing unit, characterized in that the processing unit is configured to select one digital filter among the plurality of digital filters, based on a result of applying each of the plurality of digital filters to the original signal when the conveyance unit is in operation and the article is not conveyed by the conveyance unit . a conveyance unit configured to conveying an article; a weighing unit configured to weigh the article on the conveyance unit; and a processing unit including a plurality of digital filters set in advance and configured to process an original signal output from the weighing unit, characterized in that the processing unit is configured to select one digital filter among the plurality of digital filters, based on a result of applying each of the plurality of digital filters to the original signal when the conveyance unit is in operation and the article is not conveyed by the conveyance unit .
Method for pyrolysing or thermolysing a fluid or fluidised starting material in a tube bundle reactor consisting of a plurality of heatable reactor tubes, wherein the starting material is supplied to the tube bundle reactor at one end through at least one supply line , wherein the supply line has a plurality of pressure reduction units , which units allow an overpressure before the starting material is introduced into individual reactor tubes of the tube bundle reactor and a vacuum in the interior of the reactor tubes, wherein the pressure reduction units are capillaries having a different pressure resistance due to different capillary diameters and/or capillary lengths and control a substantially equal inflow of the starting material into individual reactor tubes, and the reactor tubes are heated in at least one primary portion to a decomposition temperature of the starting material, as a result of which the starting material is pyrolysed or thermolysed and a pyrolysis or thermolysis product is obtained.
A device for light treatment of skin, the device comprising: a handpiece comprising an interior compartment having a proximal end and a distal end and an optical aperture disposed at the distal end thereof; a laser or Broad Band Light (BBL) source that produces a laser or BBL beam , the laser or BBL beam having a first optical path disposed within the interior compartment between the proximal end and the distal end and exiting the interior compartment through the optical aperture ; an imaging system configured to receive a return signal from the optical aperture , the return signal having a second optical path disposed within the interior compartment ; a selectively reflective optical element disposed in the first optical path and in the second optical path; and an applicator attached to the distal end of the interior compartment, wherein the selectively reflective optical element transmits at least 60% of the laser or BBL beam incident on the selectively reflective optical element , wherein the selectively reflective optical element reflects to the imaging system at least 1% of incident return signal received from the optical aperture , and wherein the applicator is configured to couple the device to a surface of skin of a patient and to prevent or track relative movement of the surface of skin of the patient in one or more lateral directions relative to the optical aperture . a handpiece comprising an interior compartment having a proximal end and a distal end and an optical aperture disposed at the distal end thereof; a laser or Broad Band Light (BBL) source that produces a laser or BBL beam , the laser or BBL beam having a first optical path disposed within the interior compartment between the proximal end and the distal end and exiting the interior compartment through the optical aperture ; an imaging system configured to receive a return signal from the optical aperture , the return signal having a second optical path disposed within the interior compartment ; a selectively reflective optical element disposed in the first optical path and in the second optical path; and an applicator attached to the distal end of the interior compartment, wherein the selectively reflective optical element transmits at least 60% of the laser or BBL beam incident on the selectively reflective optical element , wherein the selectively reflective optical element reflects to the imaging system at least 1% of incident return signal received from the optical aperture , and wherein the applicator is configured to couple the device to a surface of skin of a patient and to prevent or track relative movement of the surface of skin of the patient in one or more lateral directions relative to the optical aperture .
Method for manufacturing an electroactive polymer device which comprises a layered structure comprising a dielectric polymer layer and an electrode layer , wherein the electrode layer is arranged on a surface of the dielectric polymer layer; the method comprising: providing the dielectric polymer layer; characterized by ; determining a surface area location of a defect on a first surface of the dielectric polymer layer; creating an electrode layer comprising an area void of electrode layer material surrounding the surface area location, wherein the electrode layer comprises a patch of electrode material covering the surface area location and a remainder part of the surface of the dielectric polymer layer surrounding the area void of electrode layer material, wherein the patch and the remainder part are electrically isolated from one another. providing the dielectric polymer layer; characterized by ; determining a surface area location of a defect on a first surface of the dielectric polymer layer; creating an electrode layer comprising an area void of electrode layer material surrounding the surface area location, wherein the electrode layer comprises a patch of electrode material covering the surface area location and a remainder part of the surface of the dielectric polymer layer surrounding the area void of electrode layer material, wherein the patch and the remainder part are electrically isolated from one another.