mhurhangee/patent-ind-claim-en huggingface dataset:
An outer fin heat exchanger tube, comprising: a heat transfer tube , for separating fluids inside and outside the tube, and implementing heat transfer between the fluids inside and outside the tube by convection and conduction; outer fin groups , for extending an outer side heat exchange surface of the heat transfer tube , forming micro-channels, restricting an counter flow of an outside-of-tube fluid along the axial direction of the heat transfer tube , and simultaneously producing a turbulent flow action, holes are formed in the outer fin groups ; the holes of the multiple outer fin groups form micro-channels parallel to the axial direction of the heat transfer tube ; characterised in that the outer fin heat exchanger tube further comprises outer fin group frames , for reducing transverse flow of the outside-of-tube fluid of the heat transfer tube , wherein, an outer wall of the heat transfer tube is connected to the multiple outer fin groups ; the multiple outer fin groups are arrayed along the axial direction of the heat transfer tube ; and the periphery of each outer fin group is connected to each outer fin group frame . a heat transfer tube , for separating fluids inside and outside the tube, and implementing heat transfer between the fluids inside and outside the tube by convection and conduction; outer fin groups , for extending an outer side heat exchange surface of the heat transfer tube , forming micro-channels, restricting an counter flow of an outside-of-tube fluid along the axial direction of the heat transfer tube , and simultaneously producing a turbulent flow action, holes are formed in the outer fin groups ; the holes of the multiple outer fin groups form micro-channels parallel to the axial direction of the heat transfer tube ; characterised in that the outer fin heat exchanger tube further comprises outer fin group frames , for reducing transverse flow of the outside-of-tube fluid of the heat transfer tube , wherein, an outer wall of the heat transfer tube is connected to the multiple outer fin groups ; the multiple outer fin groups are arrayed along the axial direction of the heat transfer tube ; and the periphery of each outer fin group is connected to each outer fin group frame .
A value document having an at least partially embedded security element , wherein the value document consists of a security paper having two or more layers of identical or different materials, characterized in that the security element is a transfer element which is comprised of one or more functional layers and is applied to an internal surface of one of the layers of the security paper by means of an adhesive and which is at least partially covered by at least one further layer of the multilayer security paper , wherein at least one of the layers of the security paper has at least one recess through which the security element is visible, the transfer element is situated in exact register laterally and/or longitudinally to the at least one recess , and the transfer element is preferably situated in at least partial overlapping with the at least one recess .
A method, comprising: establishing a communication range between a transmitter unit and a receiver unit by placing the receiver unit within a predetermined distance from the transmitter unit; transmitting, from the receiver unit, a plurality of encoded data packets to the transmitter unit when the receiver unit is within the predetermined distance, the plurality of encoded data packets including a plurality of close proximity commands, wherein the transmitter unit decodes and validates the encoded data packets and executes a plurality of routines associated with the plurality of close proximity commands, the executed plurality of routines including a power on routine and a sensor initiation routine, the sensor initiation routine causing transmission of the transmitter's identification information to the receiver unit; and receiving, by the receiver unit, analyte level information from the transmitter unit. establishing a communication range between a transmitter unit and a receiver unit by placing the receiver unit within a predetermined distance from the transmitter unit; transmitting, from the receiver unit, a plurality of encoded data packets to the transmitter unit when the receiver unit is within the predetermined distance, the plurality of encoded data packets including a plurality of close proximity commands, wherein the transmitter unit decodes and validates the encoded data packets and executes a plurality of routines associated with the plurality of close proximity commands, the executed plurality of routines including a power on routine and a sensor initiation routine, the sensor initiation routine causing transmission of the transmitter's identification information to the receiver unit; and receiving, by the receiver unit, analyte level information from the transmitter unit.
A stopper for interposition between an air spring and a truck of a railway vehicle, the stopper comprising: an outer body made of a rubber elastic body; and an inner body made of a rubber elastic body characterised in that the outer body and the inner body are separate members and the inner body is disposed in the outer body so as to be in contact with the outer body. an outer body made of a rubber elastic body; and an inner body made of a rubber elastic body characterised in that the outer body and the inner body are separate members and the inner body is disposed in the outer body so as to be in contact with the outer body.
A kit to identify an air leak in lung tissue in a patient in need thereof, the kit comprising: a pressurized canister including a first composition comprising an indicator and a first component of a multi-part sealant, a second composition to be applied externally to the lung, the second composition comprising a second component of the multi-part sealant, and a dispenser apparatus for housing and actuating the pressurized canister, wherein the dispenser apparatus has a dispensing end capable of coupling to a breathing apparatus to permit flow of the first composition into the lungs via the breathing apparatus. a pressurized canister including a first composition comprising an indicator and a first component of a multi-part sealant, a second composition to be applied externally to the lung, the second composition comprising a second component of the multi-part sealant, and a dispenser apparatus for housing and actuating the
A fire monitoring method comprising the steps of: dividing a monitor image in a monitor region (15-1,15-2) captured by an image-capturing part (16-1,16-2) into a plurality of block images; inputting the block images to a fire detector constituted by a multi-layer-type neural network so that a fire is detected; characterized by dividing, by a learning image generation part , an input image into the plurality of block images as learning images and classifying the images to fire learning block images, normal learning block images (N), or non-learning block images (NG) so as to be stored in a learning image storage part ; and inputting, by a learning control part , the fire learning block images and the normal learning block images (N) stored in the learning image storage part to the fire detector so as to subject the multi- layer-type neural network to learning; wherein the fire learning block images correspond to block images in which flames and smoke are visually observed, the normal learning block images (N) correspond to block images having none of flames and smoke, and the non-learning block images (NG) correspond to block images which include flames and smoke that are hard to be visually observed. dividing a monitor image in a monitor region (15-1,15-2) captured by an image-capturing part (16-1,16-2) into a plurality of block images; inputting the block images to a fire detector constituted by a multi-layer-type neural network so that a fire is detected; characterized by dividing, by a learning image generation part , an input image into the plurality of block images as learning images and classifying the images to fire learning block images, normal learning block images (N), or non-learning block images (NG) so as to be stored in a learning image storage part ; and inputting, by a learning control part , the fire learning block images and the normal learning block images (N) stored in the learning image storage part to the fire detector so as to subject the multi- layer-type neural network to learning;
A vehicle display device comprising: an acquisition unit that acquires a travel environment; a prediction unit that predicts a behavior of another vehicle traveling ahead of a vehicle of a driver , based on the travel environment; and a display unit characterized in that, when the behavior of the other vehicle is predicted to be affected by the travel environment and become unstable, the display unit displays the predicted behavior of the other vehicle to the driver of the vehicle , wherein the travel environment includes at least one of information about wind speed ahead or information about a state of a road surface ahead. an acquisition unit that acquires a travel environment; a prediction unit that predicts a behavior of another vehicle traveling ahead of a vehicle of a driver , based on the travel environment; and a display unit characterized in that, when the behavior of the other vehicle is predicted to be affected by the travel environment and become unstable, the display unit displays the predicted behavior of the other vehicle to the driver of the vehicle , wherein the travel environment includes at least one of information about wind speed ahead or information about a state of a road surface ahead.
A shoe upper , the shoe upper including a base material , the shoe upper comprising: a lateral side and a medial side; a toe box portion; an ankle portion (180; 190) wherein the ankle portion (180; 190) includes at least one weld zone , wherein the weld zone includes multiple welds within the weld zone , and wherein at least 2 of the welds of the weld zone intersect; and a heel support , wherein the heel support spans from the medial side to the lateral side of the upper , wherein the heel support wraps around a heel of the upper , and wherein the heel support is overlaid on the base material ; characterized in that the ankle portion (180; 190) includes additional material on the medial side of the upper , wherein the additional material is in a form of an ankle strap , and wherein the ankle strap is overlaid on the base material ; and wherein the lateral side of the upper lacks the additional material in the form of an ankle strap . a lateral side and a medial side; a toe box portion; an ankle portion (180; 190) wherein the ankle portion (180; 190) includes at least one weld zone , wherein the weld zone includes multiple welds within the weld zone , and wherein at least 2 of the welds of the weld zone intersect; and a heel support , wherein the heel support spans from the medial side to the lateral side of the upper , wherein the heel support wraps around a heel of the upper , and wherein the heel support is overlaid on the base material ; characterized in that the ankle portion (180; 190) includes additional material on the medial side of the upper , wherein the additional material is in a form of an ankle strap , and wherein the ankle strap is overlaid on the base material ; and wherein the lateral side of the upper lacks the additional material in the form of an ankle strap .
A method performed by a server for displaying information, the method comprising: transmitting operation prompt information to terminal equipment used by a first user in response to detection that the first user performs a first preset operation on a page of a second user, wherein the page is used for displaying live broadcast contents shared by the second user, wherein the first preset operation is used for requesting to add a user tag corresponding to the second user for the first user, wherein the first preset operation is set to inputting a preset amount or more of comment information to a text box for comments, and wherein the operation prompt information is used for prompting the first user to perform a second preset operation of completing identity verification; wherein adding a user tag corresponding to the second user for the first user comprises adding a user identity of the first user to a target database of the second user, wherein the target database is used for storing the user identity of the user having the user tag corresponding to the second user; and adding the user tag for the first user in response to detection that the first user completes the identity verification, generating an initial association value for expressing an association degree between the first user and the second user, and displaying the initial association value on the page. transmitting operation prompt information to terminal equipment used by a first user in response to detection that the first user performs a first preset operation on a page of a second user, wherein the page is used for displaying live broadcast contents shared by the second user, wherein the first preset operation is used for requesting to add a user tag corresponding to the second user for the first user, wherein the first preset operation is set to inputting a preset amount or more of comment information to a text box for comments, and wherein the operation prompt information is used for prompting the first user to perform a second preset operation of completing identity verification; wherein adding a user tag corresponding to the second user for the first user comprises adding a user identity of the first user to a target database of the second user, wherein the target database is used for storing the user identity of the user having the user tag corresponding to the second user; and adding the user tag for the first user in response to detection that the first user completes the identity verification, generating an initial association value for expressing an association degree between the first user and the second user, and displaying the initial association value on the page.
A viral expression construct comprising the following elements: a) a nucleotide sequence encoding an insulin operably linked to a first promoter; b) a nucleotide sequence encoding a glucokinase operably linked to a second promoter; wherein the first and the second promoters are positioned in reverse orientation within the expression construct and are located adjacent to each other. a) a nucleotide sequence encoding an insulin operably linked to a first promoter; b) a nucleotide sequence encoding a glucokinase operably linked to a second promoter;
Brush head for a sonic or ultrasonic toothbrush having an ultrasonic generator and a plurality of bristle tufts , which are arranged on a base body or on a base plate which forms a reference plane (EB), and which are caused to oscillate by the ultrasonic generator during operation, wherein the bristle tufts are arranged in a plurality of rows (R1 - R3) that are aligned parallel to and symmetrically about a central longitudinal axis or midplane (M) of the base plate , wherein in a transverse direction (Q) to the central longitudinal axis or midplane (M) at least a first row (R1) and adjacent thereto at least a second row (R2) are provided, wherein the bristle tufts in each row are of the same length, wherein the bristle tufts of the second rows (R2) are longer than the bristle tufts of the at least one first row (R1), wherein the bristle tufts of the second row (R2) are inclined towards the central longitudinal axis or midplane (M), wherein at least a third row (R3) of bristle tufts is provided outside the second row (R2), wherein the bristle tufts of the at least one third row (R3) stand perpendicularly to the reference plane (EB) of the base body or base plate , and wherein the bristle tufts of the second and third rows (R2, R3) are of the same length.
An installed device for detecting the absence of voltage in a monitored circuit located within an electrical enclosure , the monitored circuit being powered by a primary power source , the installed device comprising: a housing; and circuitry electrically connecting the installed device to the monitored circuit and a secondary power source, the secondary power source being independent of the primary power source; the circuitry being configured to: check for the presence of voltage in the monitored circuit; perform, upon a lack of detecting voltage in the monitored circuit or initiation by a user, a self diagnostic using the secondary power source to confirm proper operability of the installed device; test, upon confirming proper operability of the installed device, for connectivity to the monitored circuit; detect, upon confirming connectivity to the monitored circuit, for a de-energized condition of the monitored circuit, the de-energized condition being a substantially zero voltage; re-test, upon detecting the de-energized condition of the monitored circuit, for connectivity to the monitored circuit; re-perform, upon confirming connectivity to the monitored circuit, a self-diagnostic to ensure proper operability of the installed device; and confirm, upon confirming proper operability of the installed device, the de-energized condition of the monitored circuit. a housing; and circuitry electrically connecting the installed device to the monitored circuit and a secondary power source, the secondary power source being independent of the primary power source; check for the presence of voltage in the monitored circuit; perform, upon a lack of detecting voltage in the monitored circuit or initiation by a user, a self diagnostic using the secondary power source to confirm proper operability of the installed device; test, upon confirming proper operability of the installed device, for connectivity to the monitored circuit; detect, upon confirming connectivity to the monitored circuit, for a de-energized condition of the monitored circuit, the de-energized condition being a substantially zero voltage; re-test, upon detecting the de-energized condition of the monitored circuit, for connectivity to the monitored circuit; re-perform, upon confirming connectivity to the monitored circuit, a self-diagnostic to ensure proper operability of the installed device; and confirm, upon confirming proper operability of the installed device, the de-energized condition of the monitored circuit.
A backlight unit comprising: a printed circuit board (PCB) ; a plurality of LED light sources formed on the PCB ; a resin layer on the PCB , to embed the LED light sources therein, and diffusing and guiding light forwards; and a diffusion plate provided above the resin layer , comprising an optical pattern , said diffusion plate provided to shield light emitted from the LED light sources ; wherein the optical pattern is formed on a surface of the diffusion plate , characterized in that the optical pattern comprises a first pattern that is a diffusion pattern for diffusing light formed using light shielding ink, the light shielding ink containing at least one substance selected from the group consisting of TiO 2 , CaCO 3 , BaSO 4 , Al 2 O 3 , and silicon, and wherein the optical pattern further comprises: a second pattern comprising a shielding pattern, and formed by overlapping printing on an upper or lower portion of the first pattern that is a diffusion pattern for diffusing or shielding some of emitted light, thereby shielding or reflecting the emitted light; and a third pattern comprising a diffusion pattern to cover the first and second patterns. a printed circuit board (PCB) ; a plurality of LED light sources formed on the PCB ; a resin layer on the PCB , to embed the LED light sources therein, and diffusing and guiding light forwards; and a diffusion plate provided above the resin layer , comprising an optical pattern , said diffusion plate provided to shield light emitted from the LED light sources ; wherein the optical pattern is formed on a surface of the diffusion plate , characterized in that the optical pattern comprises a first pattern that is a diffusion pattern for diffusing light formed using light shielding ink, the light shielding ink containing at least one substance selected from the group consisting of TiO 2 , CaCO 3 , BaSO 4 , Al 2 O 3 , and silicon, and wherein the optical pattern further comprises: a second pattern comprising a shielding pattern, and formed by overlapping printing on an upper or lower portion of the first pattern that is a diffusion pattern for diffusing or shielding some of emitted light, thereby shielding or reflecting the emitted light; and a third pattern comprising a diffusion pattern to cover the first and second patterns. a second pattern comprising a shielding pattern, and formed by overlapping printing on an upper or lower portion of the first pattern that is a diffusion pattern for diffusing or shielding some of emitted light, thereby shielding or reflecting the emitted light; and a third pattern comprising a diffusion pattern to cover the first and second patterns.
Oscillating armature pump for a household appliance, with at least two housing parts , which are fixedly connected with each other, and with at least one welding seam connecting the housing parts with each other, wherein the at least one welding seam is realised as a laser welding seam, wherein the at least two housing parts form a press fit in which the housing parts are fixated via the at least one welding seam , wherein a first pair of housing parts , which are connected with each other, consist of a radially outer housing part and a radially inner housing part , wherein the inner housing part forms a spring seat for a spring , wherein the at least one welding seam defines a pretension of the spring , wherein the inner housing part has a wall supporting the inner housing part in the outer housing part , the wall being connected to a pump chamber wall of the outer housing part via the at least one welding seam , wherein the at least one welding seam is arranged in a radial direction between the wall and the pump chamber wall and wherein the inner housing part of the pair forms a connection element for a fluid inlet, wherein the first pair of connected housing parts has an overlap region , in which the at least one welding seam is arranged, and wherein at least one of the two connected housing parts is implemented at least partially of a material that is transparent for a welding laser beam.
A method for the production of milk with a high native vitamin D3 content, comprising the irradiation of one or more lactating animals in a roofed enclosure having at least one luminaire comprising a lamp which emits UV-A radiation and UV-B radiation, and the milking of the animals, wherein the lamp is a full-spectrum lamp and the proportion of UV-B radiation in the emission spectrum of the lamp is at least 0.2% and less than 5% of the irradiation intensity of the lamp.