mhurhangee/patent-ind-claim-en huggingface dataset:
Method for treating the surface of at least one molded part produced in a 3D printing method, wherein: (a) the molded part is introduced into an interior of a pressure-tight container , (b) a negative pressure is generated in the interior of the container after the molded part has been introduced into the container , (c) a solvent is heated up to a predetermined solvent temperature, and (d) after the molded part has been introduced into the interior of the container , the heated solvent is introduced from a solvent container into the interior having the negative pressure, wherein the solvent container is designed to be pressure-tight and wherein a negative pressure, in particular an extensive vacuum, is generated in the interior of the solvent container before the solvent is introduced from the solvent container into the interior of the pressure-tight container , wherein - the temperature of the molded part is lower than the solvent temperature, and - the solvent is evaporated or is introduced as a steam into the interior upon being introduced into the interior , wherein the solvent steam condenses on the surface of the molded part . (a) the molded part is introduced into an interior of a pressure-tight container , (b) a negative pressure is generated in the interior of the container after the molded part has been introduced into the container , (c) a solvent is heated up to a predetermined solvent temperature, and (d) after the molded part has been introduced into the interior of the container , the heated solvent is introduced from a solvent container into the interior having the negative pressure, wherein the solvent container is designed to be pressure-tight and wherein a negative pressure, in particular an extensive vacuum, is generated in the interior of the solvent container before the solvent is introduced from the solvent container into the interior of the pressure-tight container , wherein - the temperature of the molded part is lower than the solvent temperature, and - the solvent is evaporated or is introduced as a steam into the interior upon being introduced into the interior , wherein the solvent steam condenses on the surface of the molded part . - the temperature of the molded part is lower than the solvent temperature, and - the solvent is evaporated or is introduced as a steam into the interior upon being introduced into the interior , wherein the solvent steam condenses on the surface of the molded part .
A track roller unit , in particular for an agricultural working machine , comprising - two main wheels disposed one behind the other in the longitudinal direction of the track roller unit as well as opposite one another, - at least one endless belt spanning the main wheels , wherein the main wheels respectively have at least one guide section which extends in the circumferential direction of the respective main wheel , by means of which the endless belt can be guided, wherein the main wheels respectively have at least one transmission unit which is disposed on the belt side on at least one guide section of at least one of the main wheels , wherein the transmission unit comprises a support element on the wheel side as well as a contact element on the belt side which is connected to the support element and which is suitable for coming into direct contact with the endless belt , characterized in that a belt side of the support element facing the contact element is configured with a relief so that a connecting area between the contact element and the support element is enlarged compared with a base area of the contact element . - two main wheels disposed one behind the other in the longitudinal direction of the track roller unit as well as opposite one another, - at least one endless belt spanning the main wheels , wherein the main wheels respectively have at least one guide section which extends in the circumferential direction of the respective main wheel , by means of which the endless belt can be guided, wherein the main wheels respectively have at least one transmission unit which is disposed on the belt side on at least one guide section of at least one of the main wheels , wherein the transmission unit comprises a support element on the wheel side as well as a contact element on the belt side which is connected to the support element and which is suitable for coming into direct contact with the endless belt , characterized in that a belt side of the support element facing the contact element is configured with a relief so that a connecting area between the contact element and the support element is enlarged compared with a base area of the contact element .
A computer-implemented method for generating a subject-specific map of a magnetic susceptibility of a region of interest within a subject , the method comprising the steps of: - Receiving an MR image of the region of interest; - Feeding the MR image into an algorithm , wherein the algorithm comprises at least one trained artificial neural network, wherein the output of the algorithm is an output image having improved contrast between bone and air, wherein the output image of the algorithm is a synthetic CT image , ; - Segmenting the output image into air and at least two types of tissue, namely at least bone and at least one type of soft tissue, to obtain a segmented image; - Assigning pre-determined values for the magnetic susceptibility to each category of tissue and air in the segmented image to obtain the subject-specific map of the magnetic susceptibility. - Receiving an MR image of the region of interest; - Feeding the MR image into an algorithm , wherein the algorithm comprises at least one trained artificial neural network, wherein the output of the algorithm is an output image having improved contrast between bone and air, wherein the output image of the algorithm is a synthetic CT image , ; - Segmenting the output image into air and at least two types of tissue, namely at least bone and at least one type of soft tissue, to obtain a segmented image; - Assigning pre-determined values for the magnetic susceptibility to each category of tissue and air in the segmented image to obtain the subject-specific map of the magnetic susceptibility.
A rivet gun including a housing with a left handle on the bottom and a right handle , wherein the left handle and right handle are all covered by a handle housing and , wherein a U-shaped seat is installed at the top end in the housing , wherein the top end of the right handle is rotated with the top end of the housing through a spindle , wherein a link mechanism is installed at the top end of the right handle , wherein the link mechanism is covered by the housing , wherein the link mechanism includes a first linkage assembly linked to the top end of the right handle and a second linkage assembly connected to the first linkage assembly by means of the right handle and a connecting rod assembly , and the second linkage assembly is used to drive the U-shaped seat to shift forward and backward, characterized in that the link mechanism is fixed to the housing via screws, wherein the first linkage assembly comprises two paralleled first link rods with the same shape and size, wherein one end of the first link rod is fixed to the top end of the right handle , wherein the second linkage assembly comprises two second link rods which are fixed to the top end of the right handle by one end and below the first link rods , and the connecting rod assembly installed on one end of the second link rods to drive the U-shaped seat to shift forward and backward, wherein the connecting rod assembly is slidably connected to both the first linkage assembly and the second linkage assembly .
An apparatus comprising at least one processor and at least one non-transitory memory including computer program code instructions, the computer program code instructions configured to, when executed, cause the apparatus to at least: provide a machine learning model to a client device, wherein the machine learning model is configured to generate a state vector by dimensionally reducing a context vector provided by the client device, the context vector comprising an indication of counts of points-of-interest for respective categories of a plurality of categories of points-of-interest, the points-of-interest being proximate a location or trajectory of the client device; receive the state vector from the client device; determine , based on using the state vector as input to the machine learning model, a representative location of the client device, wherein the representative location of the client device comprises an average context vector; and provide , to the client device, location-related services or information based on the representative location of the client device. provide a machine learning model to a client device, wherein the machine learning model is configured to generate a state vector by dimensionally reducing a context vector provided by the client device, the context vector comprising an indication of counts of points-of-interest for respective categories of a plurality of categories of points-of-interest, the points-of-interest being proximate a location or trajectory of the client device; receive the state vector from the client device; determine , based on using the state vector as input to the machine learning model, a representative location of the client device, wherein the representative location of the client device comprises an average context vector; and provide , to the client device, location-related services or information based on the representative location of the client device.
A method for storage of an item of information comprising: - encoding bytes of the item of information ; - representing, using a representation schema, the encoded bytes by at least one DNA nucleotide to produce a DNA sequence ; - splitting the DNA sequence into a plurality of overlapping DNA segments of a length of 100 bases with an overlap of at least 75 bases, wherein the plurality of overlapping DNA segments build in a redundancy of storage of the items of information ; - augmenting indexing information to the plurality of overlapping DNA segments , the indexing information specifying a unique location in the DNA sequence of any one of the overlapping DNA segments ; - synthesizing the plurality of overlapping DNA segments with the augmented indexing information to produce synthesized DNA segments , the synthesizing including adding adapters to the DNA segments ; and - storing the synthesized DNA segments . - encoding bytes of the item of information ; - representing, using a representation schema, the encoded bytes by at least one DNA nucleotide to produce a DNA sequence ; - splitting the DNA sequence into a plurality of overlapping DNA segments of a length of 100 bases with an overlap of at least 75 bases, wherein the plurality of overlapping DNA segments build in a redundancy of storage of the items of information ; - augmenting indexing information to the plurality of overlapping DNA segments , the indexing information specifying a unique location in the DNA sequence of any one of the overlapping DNA segments ; - synthesizing the plurality of overlapping DNA segments with the augmented indexing information to produce synthesized DNA segments , the synthesizing including adding adapters to the DNA segments ; and - storing the synthesized DNA segments .
A hydraulic torque wrench for applying a rotational force to an object, the torque wrench comprising:- a body ; an object engaging portion for engaging an object to which rotational force is to be applied, the engaging portion having an engaging aperture having internal surfaces arranged to engage the object and a plurality of first ratchet teeth on an external surface thereof; a support member for retaining the object engaging portion, the support member movable relative to said body and said object engaging portion; at least one ratchet mechanism cooperating with said first ratchet teeth to facilitate the application of a rotational force to said object engaging portion in a first rotational direction in response to a force being applied to said support member in a first substantially linear direction and said ratchet mechanism preventing the application of a rotational force in a second rotational direction, opposite to said first rotational direction; and side plates extending from said body at least partially covering a junction between said object engaging portion and said support member, said side plates comprising an aperture through which said object can extend when the wrench is in use, characterised in that said aperture in said side plates is noncircular. a body ; an object engaging portion for engaging an object to which rotational force is to be applied, the engaging portion having an engaging aperture having internal surfaces arranged to engage the object and a plurality of first ratchet teeth on an external surface thereof; a support member for retaining the object engaging portion, the support member movable relative to said body and said object engaging portion; at least one ratchet mechanism cooperating with said first ratchet teeth to facilitate the application of a rotational force to said object engaging portion in a first rotational direction in response to a force being applied to said support member in a first substantially linear direction and said ratchet mechanism preventing the application of a rotational force in a second rotational direction, opposite to said first rotational direction; and side plates extending from said body at least partially covering a junction between said object engaging portion and said support member, said side plates comprising an aperture through which said object can extend when the wrench is in use, characterised in that said aperture in said side plates is noncircular.
A vapor generation system comprising: - a channel for a high temperature fluid; - an economizer arranged in the channel , wherein the economizer is arranged to receive a first fluid to be preheated via an economizer inlet and to preheat the received first fluid by heat exchange with the high temperature fluid; - an evaporator arranged in the channel , wherein the evaporator is arranged to receive a second fluid to be heated and to heat the received second fluid by heat exchange with the high temperature fluid; - a liquid-vapor separator arranged to receive heated second fluid from the evaporator and optionally preheated first fluid from the economizer , wherein the liquid-vapor separator is arranged to separate liquid and vapor of the received heated second fluid and to discharge liquid through a first separator outlet and vapor through a second separator outlet , and - a superheater arranged in the channel , wherein the superheater is arranged to receive a vapor fluid comprising vapor discharged by the liquid-vapor separator , to heat the received vapor fluid by heat exchange with the high temperature fluid so as to provide superheated vapor and to discharge superheated vapor through a superheater outlet ; wherein the second fluid to be heated by the evaporator comprises preheated first fluid provided by the economizer and/or liquid discharged by the liquid-vapor separator , characterized in that the vapor generation system further comprises a first heating device arranged to heat liquid in the liquid-vapor separator so as to convert liquid to vapor. - a channel for a high temperature fluid; - an economizer arranged in the channel , wherein the economizer is arranged to receive a first fluid to be preheated via an economizer inlet and to preheat the received first fluid by heat exchange with the high temperature fluid; - an evaporator arranged in the channel , wherein the evaporator is arranged to receive a second fluid to be heated and to heat the received second fluid by heat exchange with the high temperature fluid; - a liquid-vapor separator arranged to receive heated second fluid from the evaporator and optionally preheated first fluid from the economizer , wherein the liquid-vapor separator is arranged to separate liquid and vapor of the received heated second fluid and to discharge liquid through a first separator outlet and vapor through a second separator outlet , and - a superheater arranged in the channel , wherein the superheater is arranged to receive a vapor fluid comprising vapor discharged by the liquid-vapor separator , to heat the received vapor fluid by heat exchange with the high temperature fluid so as to provide superheated vapor and to discharge superheated vapor through a superheater outlet ;
A joint profile , in particular for joints in road surfaces, comprising a main web extending in a longitudinal direction (L) of the profile cross-section, at least a first and a second side arm extending on a first side of the main web away from the main web with a direction of extension, which has at least one component in a transverse direction (Q) of the profile cross-section, at least one first connecting web which extends between a first of the side arms and a second of the side arms , so that a first cavity is enclosed by the first side arm , the second side arm , the first connecting web and the main web and at least one second connecting web , which extends between the second of the side arms and the main web , so that a second cavity is enclosed by the second connecting web , the second of the side arms and the main web, wherein a first end region enclosing a cavity is arranged at a first end of the joint profile , as seen in the longitudinal direction (L), adjacent to the main web , wherein a second end region is arranged at a second end of the joint profile , as seen in the longitudinal direction (L), adjacent to the main web , wherein the second end portion has a main extension in the transverse direction (Q), wherein the joint profile comprising an end connecting web which extends between the second end portion , in particular a first distal end of the end portion in the transverse direction (Q), and one of the side arms, so that a cavity is enclosed by the second end portion , the side arm and the main web . a main web extending in a longitudinal direction (L) of the profile cross-section, at least a first and a second side arm extending on a first side of the main web away from the main web with a direction of extension, which has at least one component in a transverse direction (Q) of the profile cross-section, at least one first connecting web which extends between a first of the side arms and a second of the side arms , so that a first cavity is enclosed by the first side arm , the second side arm , the first connecting web and the main web and at least one second connecting web , which extends between the second of the side arms and the main web , so that a second cavity is enclosed by the second connecting web , the second of the side arms and the main web, wherein a first end region enclosing a cavity is arranged at a first end of the joint profile , as seen in the longitudinal direction (L), adjacent to the main web , wherein a second end region is arranged at a second end of the joint profile , as seen in the longitudinal direction (L), adjacent to the main web , wherein the second end portion has a main extension in the transverse direction (Q), wherein the joint profile comprising an end connecting web which extends between the second end portion , in particular a first distal end of the end portion in the transverse direction (Q), and one of the side arms, so that a cavity is enclosed by the second end portion , the side arm and the main web .
A video monitor assembly, comprising: a video monitor , preferably an aircraft seatback monitor, comprising a glass screen having a film covering a front face of the glass screen ; a monitor cover comprising a frame portion positioned to overlap an outer perimeter of the front face of the glass screen continuously along a top, a bottom, a left side, and a right side of the front face of the glass screen ; and the frame portion bonded to a front face of the film to provide a continuous seal between the frame portion of the monitor cover and the front face of the film to prevent glass fragment escape in a direction forward of the glass screen . a video monitor , preferably an aircraft seatback monitor, comprising a glass screen having a film covering a front face of the glass screen ; a monitor cover comprising a frame portion positioned to overlap an outer perimeter of the front face of the glass screen continuously along a top, a bottom, a left side, and a right side of the front face of the glass screen ; and the frame portion bonded to a front face of the film to provide a continuous seal between the frame portion of the monitor cover and the front face of the film to prevent glass fragment escape in a direction forward of the glass screen .
A sensor device comprising: a sensing component adapted to be connected to a monitoring system to send signals associated with deformation of a structural member, the sensor component being at least one strain gage adapted to be bonded to a surface of the structural member; a double-sided tape having a first adhesive surface adapted to be adhered to the surface of the structural member to be monitored, with the at least one strain gage being positioned between the tape and the surface of the structural member, and a second adhesive surface adapted to adherently support components associated with the sensing component; and a backing sheet removably connected to the first adhesive surface to protect the first adhesive surface and the at least one strain gage, the at least one strain gauge being between the backing sheet and the first adhesive surface whereby the at least one strain gauge is exposed when the backing sheet is removed from the first adhesive surface. a sensing component adapted to be connected to a monitoring system to send signals associated with deformation of a structural member, the sensor component being at least one strain gage adapted to be bonded to a surface of the structural member; a double-sided tape having a first adhesive surface adapted to be adhered to the surface of the structural member to be monitored, with the at least one strain gage being positioned between the tape and the surface of the structural member, and a second adhesive surface adapted to adherently support components associated with the sensing component; and a backing sheet removably connected to the first adhesive surface to protect the first adhesive surface and the at least one strain gage, the at least one strain gauge being between the backing sheet and the first adhesive surface whereby the at least one strain gauge is exposed when the backing sheet is removed from the first adhesive surface.