mhurhangee/patent-ind-claim-en huggingface dataset:
A laser module, comprising: an optical assembly ; a laser chip , disposed on a side of the optical assembly ; a power supply structure , comprising a first electrode and a second electrode , wherein the first electrode and the second electrode are both connected to the laser chip ; a packaging structure in which an accommodating cavity is formed, wherein the optical assembly is at least partially received in the accommodating cavity; and a heat dissipation structure , sleeved on an outer side of the packaging structure , further characterised in that the heat dissipation structure abuts against the first electrode and the second electrode ; the heat dissipation structure comprises a heat dissipation body and a heat conductor , wherein the heat dissipation body is sleeved on the outer side of the packaging structure , one side of the heat conductor abuts against the heat dissipation body , and another side of the heat conductor abuts against the first electrode and the second electrode ; wherein the heat conductor is made of an electrically non-conductive material, and the heat dissipation body is made of a metal material; and the heat dissipation body comprises a substrate and an extension piece , wherein the substrate is sleeved on the outer side of the packaging structure , the substrate comprises a first end and a second end opposite to and facing away from each other, the first end abuts against the heat conductor , the second end is connected to the extension piece , and the extension piece is located on a side of the optical assembly away from the laser chip . an optical assembly ; a laser chip , disposed on a side of the optical assembly ; a power supply structure , comprising a first electrode and a second electrode , wherein the first electrode and the second electrode are both connected to the laser chip ; a packaging structure in which an accommodating cavity is formed, wherein the optical assembly is at least partially received in the accommodating cavity; and a heat dissipation structure , sleeved on an outer side of the packaging structure , further characterised in that the heat dissipation structure abuts against the first electrode and the second electrode ; the heat dissipation structure comprises a heat dissipation body and a heat conductor , wherein the heat dissipation body is sleeved on the outer side of the packaging structure , one side of the heat conductor abuts against the heat dissipation body , and another side of the heat conductor abuts against the first electrode and the second electrode ; wherein the heat conductor is made of an electrically non-conductive material, and the heat dissipation body is made of a metal material; and the heat dissipation body comprises a substrate and an extension piece , wherein the substrate is sleeved on the outer side of the packaging structure , the substrate comprises a first end and a second end opposite to and facing away from each other, the first end abuts against the heat conductor , the second end is connected to the extension piece , and the extension piece is located on a side of the optical assembly away from the laser chip .
Connection joint for cables for a cable stringing plant, wherein the connection joint comprises at least one first tubular element to which a first segment of a flexible member is attached and positioned rotatable, at least with respect to a longitudinal axis (L) of the joint, inside a second tubular element open at a first end and closed at the other end by a bottom wall , said bottom wall comprising at least one hole from which a second segment of said flexible member emerges, said second segment being attached to a portion of a third tubular element , said second and third tubular elements being provided on opposite ends with a corresponding hole directed substantially in a longitudinal direction and able to house a respective segment of cable to be laid, a bushing is housed between said first tubular element and said bottom wall of the second tubular element , said bushing having a surface able to rest on a rounded internal part of the bottom wall of the second tubular element , said surface of said bushing having a rounding corresponding to the rounding of the internal part of the bottom wall .
Method of preparing silicic acid structures with a low degree of cross-linking in a polymer matrix, comprising a) producing an SiO 2 sol in a solvent, wherein the sol particles preferably have a size of 0.5 nm to 20 nm, b) producing a solution of a polymer in a solvent, c) mixing the solution and the sol homogeneously, wherein the solvent is water or alcohol or a mixture of water and alcohol, and wherein the polymer is polyvinylpyrrolidone (PVP), and wherein SiO 2 and polymer in step c) are present in a mass ratio (SiO 2 /polymer) of 0.5/99.5 to 50/50. a) producing an SiO 2 sol in a solvent, wherein the sol particles preferably have a size of 0.5 nm to 20 nm, b) producing a solution of a polymer in a solvent, c) mixing the solution and the sol homogeneously, wherein the solvent is water or alcohol or a mixture of water and alcohol, and wherein the polymer is polyvinylpyrrolidone (PVP), and wherein SiO 2 and polymer in step c) are present in a mass ratio (SiO 2 /polymer) of 0.5/99.5 to 50/50.
Dermal dressing comprising a foam ply and an adhesive layer disposed directly thereon and intended for skin contact, where a textile fabric is disposed on the side of the foam ply facing away from the adhesive layer, characterized in that the textile fabric is a vertically-lapped nonwoven fabric.
A surgical end effector (12; 2012) for use with a surgical instrument (10; 1000), the surgical end effector comprising: an elongate channel (22; 2022) having a proximal end and a distal end; a firing element configured to selectively translate between said proximal end of said elongate channel and said distal end of said elongate channel upon application of a driving motion thereto; and a resistive member (152; 2152) supported for moving contact by said firing element as said firing element is driven from said proximal end to said distal end of said elongate channel such that said resistive member generates output signals indicative of positions of said firing element within said elongate channel. an elongate channel (22; 2022) having a proximal end and a distal end; a firing element configured to selectively translate between said proximal end of said elongate channel and said distal end of said elongate channel upon application of a driving motion thereto; and a resistive member (152; 2152) supported for moving contact by said firing element as said firing element is driven from said proximal end to said distal end of said elongate channel such that said resistive member generates output signals indicative of positions of said firing element within said elongate channel.
Method for optimizing the tribological properties of a timepiece component intended to undergo dynamic friction, realised on the basis of a substrate comprising a layer of silicon of which the crystallographic structure comprises at least one of the monocrystalline, polycrystalline or amorphous forms, said substrate being reinforced by a protection layer realised on its surface during a substrate protection operation, said method comprising a step of ion implantation of at least one ion, by ion bombardment on the surface of said component, wherein the implantation step is performed with C ions, with a dose greater than 5.10 17 ions/cm 2 and/or with N ions, with a does greater than 1.10 16 ions/cm 2 .
An air-processing apparatus comprising: a case having an outlet formed therein; a louver rotatably disposed in the case and configured to adjust a direction of air flowing through the outlet ; and an output device comprising a lamp , a printed circuit board on which the lamp is mounted, and a transparent panel configured to allow light emitted from the lamp to pass therethrough, characterized in that the louver comprises a plurality of vanes spaced apart from each other in a radial direction about a louver rotation shaft , and wherein the transparent panel is disposed in at least one of the plurality of vanes . a case having an outlet formed therein; a louver rotatably disposed in the case and configured to adjust a direction of air flowing through the outlet ; and an output device comprising a lamp , a printed circuit board on which the lamp is mounted, and a transparent panel configured to allow light emitted from the lamp to pass therethrough, characterized in that the louver comprises a plurality of vanes spaced apart from each other in a radial direction about a louver rotation shaft , and wherein the transparent panel is disposed in at least one of the plurality of vanes .
A rotary disc filter device comprising: a rotor 21 ) rotatable about an axis (Ax) of rotation, having a plurality of disc-shaped filter members , each disc-shaped filter member having a frame defining two opposing walls , wherein the frame is made of sheet metal elements made of stainless steel which are connected with each other by rivets, the sheet metal elements include first sheet metal elements, each of which is a ring-shaped mounting plate forming an inner circumference of each of the two opposed walls , each of the ring-shaped mounting plates having a central section extending in a radial direction with respect to the axis (Ax) of rotation, wherein between the opposing central sections there are provided axially running stiffeners running parallel to each other and to the axis of rotation (Ax). wherein the sheet metal elements further include second sheet metal elements forming spikes mounted at each of the ring-shaped mounting plates to extend in an outward direction, and wherein the sheet metal elements further include a third sheet metal element forming an outer circumferential frame element connecting outer ends of the spikes . a rotor 21 ) rotatable about an axis (Ax) of rotation, having a plurality of disc-shaped filter members , each disc-shaped filter member having a frame defining two opposing walls , wherein the frame is made of sheet metal elements made of stainless steel which are connected with each other by rivets, the sheet metal elements include first sheet metal elements, each of which is a ring-shaped mounting plate forming an inner circumference of each of the two opposed walls , each of the ring-shaped mounting plates having a central section extending in a radial direction with respect to the axis (Ax) of rotation, wherein between the opposing central sections there are provided axially running stiffeners running parallel to each other and to the axis of rotation (Ax). wherein the sheet metal elements further include second sheet metal elements forming spikes mounted at each of the ring-shaped mounting plates to extend in an outward direction, and wherein the sheet metal elements further include a third sheet metal element forming an outer circumferential frame element connecting outer ends of the spikes .
A mirror assembly configured for installation on a vehicle and to provide the occupants of the vehicle with a view extending to the rear of the vehicle, wherein the mirror assembly includes a mirror base assembly , one or more support arms and a mirror head , the support arm or arms extend from the mirror base assembly and are configured to connect the mirror base assembly with the mirror head , the mirror head is configured as an enclosure for at least one camera , wherein the mirror head includes a housing , a rearward facing portion of which is open, and with a forward-facing, decorative scalp being attached to the housing and configured to enclose a forward-facing portion of the housing and the scalp being configured to move with the mirror head , as the mirror head moves along the support arm or arms , the forward-facing scalp is attached to the housing of the mirror head , the scalp includes a bottom portion , the bottom portion of the scalp includes an aperture , and the aperture is configured to provide the lens of the camera with a viewing port through the bottom portion of the scalp as the mirror head moves along the support arms , and the camera is positioned such that a viewing lens is oriented in a direction to provide images in generally downward and outward directions, wherein the camera and the viewing lens can be positioned in other orientations suitable to provide other images, such as rearward and/or outward, and the camera can be equipped with different types of lens to provide different desired visual effects or images, wherein the camera is attached to the support arms such that the camera remains stationary relative to the side of the vehicle as the mirror head telescopes along a length of the support arms , from a retracted, inboard position to an extended, outboard position or to intermediate positions, characterized by a lens cleaning system designed to keep the lens clear of dust, dirt, and other road debris associated with driving vehicles, wherein the lens cleaning system includes a bracket that extends over the elongated aperture to support a wiper element in a position where it will engage the lens as the housing telescopes.
A body attachable unit for continuous glucose measurement, the body attachable unit configured to be insertedly attachable to a body by an applicator for the continuous glucose measurement, the body attachable unit comprising: a housing , wherein a bottom surface of the housing is to contact a skin; a printed circuit board (PCB) disposed inside the housing ; a sensor unit installed to the housing, wherein one end portion of the sensor unit outwardly protrudes from the bottom surface of the housing to be inserted into the body when the housing contacts the skin, and an other end portion of the sensor unit is configured to be contacted to a plurality of electric contact points and a pressurizing operation module configured to operate according to manipulation of a user so that the pressuring operation module applies pressure to the other end portion of the sensor unit to be contacted to the electric contact points of the PCB , wherein the electric contact points protruding toward the other end portion of the sensor unit and configured to be contactable with the other end portion of the sensor unit are disposed at the PCB , and at least one of the electric contact points has a higher protruding height than other of the electric contact points . a housing , wherein a bottom surface of the housing is to contact a skin; a printed circuit board (PCB) disposed inside the housing ; a sensor unit installed to the housing, wherein one end portion of the sensor unit outwardly protrudes from the bottom surface of the housing to be inserted into the body when the housing contacts the skin, and an other end portion of the sensor unit is configured to be contacted to a plurality of electric contact points and a pressurizing operation module configured to operate according to manipulation of a user so that the pressuring operation module applies pressure to the other end portion of the sensor unit to be contacted to the electric contact points of the PCB , wherein the electric contact points protruding toward the other end portion of the sensor unit and configured to be contactable with the other end portion of the sensor unit are disposed at the PCB , and at least one of the electric contact points has a higher protruding height than other of the electric contact points .
Device for processing a workpiece by means of laser beams, comprising at least one generating device for generating laser beams , a processing zone which is designed to receive the workpiece to be processed, and an irradiation device associated with the at least one generating device for irradiating the generated laser beams from a plurality of different irradiation directions into the processing zone , whereby the irradiation device is provided, that the focus of the laser beams irradiated from the different irradiation directions lies in a focal zone , which corresponds to the processing zone , wherein the irradiation device comprises a number of mirrors which are used for the elimination of the laser beams, which are provided for irradiating the laser beams in the different irradiation directions, wherein the mirrors are arranged in the beam path of the laser beams between an exit point of the laser beams out of the at least one generating device and the focus of the laser beams , wherein the at least one generating device is provided to irradiate the generated Laser beams optionally or in a predetermined processing sequence via the mirrors into the processing zone , characterized in that the processing zone comprises a defined direction of extension , that the processing zone extends in the direction of extension , that the processing zone has a beginning, and that the mirrors of the irradiation device are arranged in the defined direction of extension offset to each other in a different distance to the beginning of the processing zone .
Continuous flow drier for drying a material by means of hot air , - having a housing , - having a first and a second section through which the material passes in succession in a transport direction and which spatially divide the housing , - having a fresh air supply device for supplying fresh air as supply air , - having an exhaust air recirculation device for removing exhaust air and recirculating it as supply air , and - having a heat exchanger , through which on the one hand the fresh air and on the other hand the exhaust air are guided, for transferring waste heat of the exhaust air into the fresh air , wherein - by means of the exhaust air recirculation device , a first portion of the exhaust air is to be removed from the first section and recirculated directly into the first section as supply air , - by means of the exhaust air recirculation device , a second portion of the exhaust air is to be removed from the first section , guided through the heat exchanger and recirculated into the first section as supply air , characterised in that , by means of the fresh air supply device , the fresh air as supply air is to be supplied through the heat exchanger into the second section , which is located after the first section in the direction of flow of the material, in such a manner that the material is to be dried in the second section with supplied fresh air , wherein the fresh air supply device is provided with a first suction device for extracting exhaust air from the second section by suction, by means of which the fresh air as supply air as air to be conveyed is first drawn by suction through the material to be dried and then subsequently is removed from the second section as exhaust air from the housing into the surroundings thereof, in such a manner that a low pressure is generated within the material and the second section by means of suction. - having a housing , - having a first and a second section through which the material passes in succession in a transport direction and which spatially divide the housing , - having a fresh air supply device for supplying fresh air as supply air , - having an exhaust air recirculation device for removing exhaust air and recirculating it as supply air , and - having a heat exchanger , through which on the one hand the fresh air and on the other hand the exhaust air are guided, for transferring waste heat of the exhaust air into the fresh air , wherein - by means of the exhaust air recirculation device , a first portion of the exhaust air is to be removed from the first section and recirculated directly into the first section as supply air , - by means of the exhaust air recirculation device , a second portion of the exhaust air is to be removed from the first section , guided through the heat exchanger and recirculated into the first section as supply air ,
A method for producing a polyphenol composition comprising a step of subjecting: (A) a hardly water-soluble polyphenol and (B) one or more selected from catechins, chlorogenic acids and methylated compounds of hardly water-soluble polyphenols, wherein a hardly water-soluble polyphenol is one or more selected from hesperidin, quercetin, resveratrol, naringin, curcumin, rutin, caffeic acid and ferulic acid, to a heat treatment at from 100 to 180°C in the presence of an aqueous medium, and a step of cooling the reaction solution obtained by the heat treatment to 90°C or lower at a cooling rate of 1°C/s or more and 100°C/s or less. (A) a hardly water-soluble polyphenol and (B) one or more selected from catechins, chlorogenic acids and methylated compounds of hardly water-soluble polyphenols, wherein a hardly water-soluble polyphenol is one or more selected from hesperidin, quercetin, resveratrol, naringin, curcumin, rutin, caffeic acid and ferulic acid,
An aircraft brake control and monitoring system , comprising: a force sensor system comprising a plurality of force sensors in mechanical communication with a plurality of brakes (B); and a processor configured to receive force measurements of each of the plurality of brakes (B) from the plurality of force sensors and the force measurements defined as a force data set , characterised by the processor further configured to calculate a force data centrality value based on the force data set , the processor further configured to calculate a force deviation value (DV) for each of the plurality of brakes (B) based on the relative forces measured for each of the plurality of brakes (B) compared to the force data centrality value , wherein the processor assigns a health status for each of the plurality of brakes (B). a force sensor system comprising a plurality of force sensors in mechanical communication with a plurality of brakes (B); and a processor configured to receive force measurements of each of the plurality of brakes (B) from the plurality of force sensors and the force measurements defined as a force data set , characterised by the processor further configured to calculate a force data centrality value based on the force data set , the processor further configured to calculate a force deviation value (DV) for each of the plurality of brakes (B) based on the relative forces measured for each of the plurality of brakes (B) compared to the force data centrality value , wherein the processor assigns a health status for each of the plurality of brakes (B).
A computer-implemented method for synchronizing clocks in power grid devices, the method being performed by a clock-leader unit, the method comprising: receiving an indication of a new clock signal for a plurality of clock-follower units to follow, for use in synchronizing clocks of the plurality of clock-follower units; sending an instruction to the plurality of clock-follower units to calibrate based on the new clock signal; obtaining a confirmation that the plurality of clock-follower units has completed calibration; and in response to obtaining the confirmation, sending an instruction to the plurality of clock-follower units to follow the new clock signal. receiving an indication of a new clock signal for a plurality of clock-follower units to follow, for use in synchronizing clocks of the plurality of clock-follower units; sending an instruction to the plurality of clock-follower units to calibrate based on the new clock signal; obtaining a confirmation that the plurality of clock-follower units has completed calibration; and in response to obtaining the confirmation, sending an instruction to the plurality of clock-follower units to follow the new clock signal.