mhurhangee/patent-ind-claim-en huggingface dataset:
A container comprising: a tubular body having a rounded sidewall extending between a closed end defining a base portion and an opposite open end surrounded by a rim portion ; the base portion configured to support the container in an upright orientation relative to a support surface and wherein the base portion defines a support ring having an at least substantially rounded perimeter; the rim portion positioned opposite the base portion ; the rounded sidewall comprising a vertical portion extending between the perimeter of the base portion and the rim portion along a central axis ; and a plurality of grooves each defined within the vertical portion of the rounded sidewall and each of the grooves comprising a length and a width, wherein the length is longer than the width and greater than a height of the vertical portion, and wherein the grooves extend between the base portion and the rim portion along the length, characterized in that the plurality of grooves comprises a first set of grooves and a second set of grooves , wherein the first set of grooves and the second set of grooves helically spiral in opposite directions around the central axis of the tubular body such that the first set of grooves intersect the second set of grooves to create a groove grid defining a plurality of diamond shapes in the vertical portion. a tubular body having a rounded sidewall extending between a closed end defining a base portion and an opposite open end surrounded by a rim portion ; the base portion configured to support the container in an upright orientation relative to a support surface and wherein the base portion defines a support ring having an at least substantially rounded perimeter; the rim portion positioned opposite the base portion ; the rounded sidewall comprising a vertical portion extending between the perimeter of the base portion and the rim portion along a central axis ; and a plurality of grooves each defined within the vertical portion of the rounded sidewall and each of the grooves comprising a length and a width, wherein the length is longer than the width and greater than a height of the vertical portion, and wherein the grooves extend between the base portion and the rim portion along the length, characterized in that the plurality of grooves comprises a first set of grooves and a second set of grooves , wherein the first set of grooves and the second set of grooves helically spiral in opposite directions around the central axis of the tubular body such that the first set of grooves intersect the second set of grooves to create a groove grid defining a plurality of diamond shapes in the vertical portion.
Valve closing element, comprising a bearing point for connecting the valve closing element to a drive, a valve closing element shaft , and a valve closing element head having an upper surface and a lower surface, said upper surface facing the valve closing element shaft and forming a sealing circle (D dicht ) of the valve closing element , the valve closing element head being formed by two segments (4, 5; 13, 14) of a geometric body, the geometric body being a sphere , characterized in that the center (M) of said sphere is located offset from a center longitudinal axis (L) of the valve closing element shaft , and said sphere thus forms a first sphere segment and a second sphere segment in relation to a sectional axis through the center longitudinal axis (L) of the valve closing element shaft , the first sphere segment and the second sphere segment not being equal in size, the first sphere segment being larger than a hemisphere, and the second sphere segment being smaller than a hemisphere, the second sphere segment being mirrored in relation to the center longitudinal axis (L) of the valve closing element shaft , the valve closing element head being formed by part of the second sphere segment and part of the mirrored second sphere segment , part of the resultant geometric body being processed or shaped such that below the valve closing element shaft , a body is formed having a periphery that is circular in every plane of the center longitudinal axis (L).
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a base station, a random access preamble for a 2-step random access and a UE identifier, ID, wherein the random access preamble is transmitted on a first resource and the UE ID is transmitted on a second resource separated with the first resource; receiving, from the base station, a random access response; characterized in that : in case that the random access response does not include the UE ID and includes an uplink grant, transmitting, to the base station, a message 3 of a 4-step random access, the message 3 including the UE ID; and in case that the random access response does not include the UE ID and does not include the uplink grant, transmitting, to the base station, the random access preamble and the UE ID. transmitting, to a base station, a random access preamble for a 2-step random access and a UE identifier, ID, wherein the random access preamble is transmitted on a first resource and the UE ID is transmitted on a second resource separated with the first resource; receiving, from the base station, a random access response; characterized in that : in case that the random access response does not include the UE ID and includes an uplink grant, transmitting, to the base station, a message 3 of a 4-step random access, the message 3 including the UE ID; and in case that the random access response does not include the UE ID and does not include the uplink grant, transmitting, to the base station, the random access preamble and the UE ID. in case that the random access response does not include the UE ID and includes an uplink grant, transmitting, to the base station, a message 3 of a 4-step random access, the message 3 including the UE ID; and in case that the random access response does not include the UE ID and does not include the uplink grant, transmitting, to the base station, the random access preamble and the UE ID.
A light source , comprising: one or more first light sources that are configured to emit first light comprising one or more first color components that occupy a first range that is beyond one or more prescribed ranges of light wavelengths; and a light converter configured to be illuminated by the first light and to convert the first light into second light , the second light comprising one or more second color components that occupy a second range within the one or more prescribed ranges of light wavelengths, each of the one or more second color components in the second light having strengths monitored by a light sensor and regulated by a light regulator to produce a particular point within a specific color gamut, characterized in that the light converter comprises one or more light modulation tiles , at least one of which is replaceable without replacing other components including other light modulation tiles in a display system. one or more first light sources that are configured to emit first light comprising one or more first color components that occupy a first range that is beyond one or more prescribed ranges of light wavelengths; and a light converter configured to be illuminated by the first light and to convert the first light into second light , the second light comprising one or more second color components that occupy a second range within the one or more prescribed ranges of light wavelengths, each of the one or more second color components in the second light having strengths monitored by a light sensor and regulated by a light regulator to produce a particular point within a specific color gamut, characterized in that the light converter comprises one or more light modulation tiles , at least one of which is replaceable without replacing other components including other light modulation tiles in a display system.
A refrigerator comprising a gas sensor for detecting a target gas emitted from food stored in the refrigerator, the gas sensor comprising: a gas-permeable base ; a detector provided on the base, wherein the detector changes colour in response to a pH variation generated when reacting with the target gas having permeated the base; an image detector configured to obtain an image of the detector; a transmitter configured to output data regarding the image detected from the image detector. a gas-permeable base ; a detector provided on the base, wherein the detector changes colour in response to a pH variation generated when reacting with the target gas having permeated the base; an image detector configured to obtain an image of the detector; a transmitter configured to output data regarding the image detected from the image detector.
A method of continuously and electrochemically producing high-purity lead from a lead ion-enriched electroprocessing solvent, comprising: reducing lead ions in the lead ion-enriched electroprocessing solvent on a cathode; wherein the electroprocessing solvent comprises an alkane sulfonic acid in combination with a chelator, and wherein a pH of the electroprocessing solvent is less than 7; wherein the cathode is continuously moved or moved in a reciprocal manner and configured to allow reduction of lead ions on one portion and lead removal on another portion; wherein a cathode material is aluminum, carbon, a matrix comprising at least one polymer and one form of carbon or a Magneli Phase sub-oxide of titanium, or a cathode surface is carbon, a matrix comprising at least one polymer and one form of carbon or a Magneli Phase sub-oxide of titanium; wherein an anode material is titanium, titanium coated with ruthenium oxide or other metal oxide, carbon, a matrix comprising at least one polymer and one form of carbon, aluminum coated with a conducting and non-passivating material or a Magneli Phase sub-oxide of titanium, or a coating on the anode is a Magneli Phase sub-oxide of titanium; and continuously removing lead from the cathode in a non-peeling manner on one segment while additional lead is formed on another segment of the cathode. reducing lead ions in the lead ion-enriched electroprocessing solvent on a cathode; wherein the electroprocessing solvent comprises an alkane sulfonic acid in combination with a chelator, and wherein a pH of the electroprocessing solvent is less than 7; wherein the cathode is continuously moved or moved in a reciprocal manner and configured to allow reduction of lead ions on one portion and lead removal on another portion; wherein a cathode material is aluminum, carbon, a matrix comprising at least one polymer and one form of carbon or a Magneli Phase sub-oxide of titanium, or a cathode surface is carbon, a matrix comprising at least one polymer and one form of carbon or a Magneli Phase sub-oxide of titanium; wherein an anode material is titanium, titanium coated with ruthenium oxide or other metal oxide, carbon, a matrix comprising at least one polymer and one form of carbon, aluminum coated with a conducting and non-passivating material or a Magneli Phase sub-oxide of titanium, or a coating on the anode is a Magneli Phase sub-oxide of titanium; and continuously removing lead from the cathode in a non-peeling manner on one segment while additional lead is formed on another segment of the cathode.
A wind turbine blade extending from a root end to a tip end along a longitudinal axis and comprising a root region , a transition region , and an airfoil region , the wind turbine blade comprising - a profiled contour with a leading edge and a trailing edge and a chord extending between the leading edge and the trailing edge; - a blade shell with a first blade shell part with a pressure side and a second blade shell part with a suction side, the first and second blade shell parts extending from the root end to the tip end and joined along a trailing edge glue joint ; - a first main spar cap integrated in the first blade shell part; - a second main spar cap integrated in the second blade shell part; and - one or more shear webs connected between the first main spar cap and the second main spar cap, wherein one of the first blade shell part and the second blade shell part comprises a shell core arranged between an inner laminate and an outer laminate , characterized in that the shell core comprises a bend having a bend angle of at least 60 degrees between a first part of the shell core and a second part of the shell core. - a profiled contour with a leading edge and a trailing edge and a chord extending between the leading edge and the trailing edge; - a blade shell with a first blade shell part with a pressure side and a second blade shell part with a suction side, the first and second blade shell parts extending from the root end to the tip end and joined along a trailing edge glue joint ; - a first main spar cap integrated in the first blade shell part; - a second main spar cap integrated in the second blade shell part; and - one or more shear webs connected between the first main spar cap and the second main spar cap,
A method for operating a user device , the method comprising: transmitting, by one or more processors of the user device, a request for a first segment of a media file at a first streaming quality level to a server via a communication link; determining, by the one or more processors, that network communication quality of the communication link has decreased; in response to the determining that the network communication quality has decreased, transmitting, by the one or more processors, a request for a second segment of the media file at a second streaming quality level to the server via the communication link, the second streaming quality level being lower than the first streaming quality level; determining, by the one or more processors, that the network communication quality has increased; in response to the determining that network communication quality has increased, transmitting, by the one or more processors, a request for a third segment of the media file at a third streaming quality level to the server via the communication link, the third streaming quality level being higher than the first streaming quality level; receiving, by the user device, a message indicating bandwidth throttling is imposed on a user account associated with the user device; and in response to the receiving, transmitting, by the user device, a request for a fourth segment of the media file at the second streaming quality level or a streaming quality level lower than the second streaming quality level. transmitting, by one or more processors of the user device, a request for a first segment of a media file at a first streaming quality level to a server via a communication link; determining, by the one or more processors, that network communication quality of the communication link has decreased; in response to the determining that the network communication quality has decreased, transmitting, by the one or more processors, a request for a second segment of the media file at a second streaming quality level to the server via the communication link, the second streaming quality level being lower than the first streaming quality level; determining, by the one or more processors, that the network communication quality has increased; in response to the determining that network communication quality has increased, transmitting, by the one or more processors, a request for a third segment of the media file at a third streaming quality level to the server via the communication link, the third streaming quality level being higher than the first streaming quality level; receiving, by the user device, a message indicating bandwidth throttling is imposed on a user account associated with the user device; and in response to the receiving, transmitting, by the user device, a request for a fourth segment of the media file at the second streaming quality level or a streaming quality level lower than the second streaming quality level.
A method for authentication of a communications connection between a server and a remote terminal using an intermediate device, in which: - the server generates first and second key codes, the key codes both being derived from a shared secret known to the server and remote terminal but not to the intermediate device, - the server transmits the first and second key codes to the intermediate device - the remote terminal uses the shared secret to generate a duplicate of the first key code, - the intermediate device moves out of contact with the server - the intermediate device moves into proximity of the remote terminal - the remote terminal transmits the first key code to the intermediate device - the intermediate device compares the first key code and the duplicate of the first key code to verify the authenticity of the remote terminal - the intermediate device transmits the second key code to the remote terminal - the remote terminal uses the shared secret to generate a duplicate of the second key code - the remote terminal compares the second key code and the duplicate of the second key code to verify the authenticity of the intermediate device. - the server generates first and second key codes, the key codes both being derived from a shared secret known to the server and remote terminal but not to the intermediate device, - the server transmits the first and second key codes to the intermediate device - the remote terminal uses the shared secret to generate a duplicate of the first key code, - the intermediate device moves out of contact with the server - the intermediate device moves into proximity of the remote terminal - the remote terminal transmits the first key code to the intermediate device - the intermediate device compares the first key code and the duplicate of the first key code to verify the authenticity of the remote terminal - the intermediate device transmits the second key code to the remote terminal - the remote terminal uses the shared secret to generate a duplicate of the second key code - the remote terminal compares the second key code and the duplicate of the second key code to verify the authenticity of the intermediate device.
A movable shredder for metal material wherein the movable shredder comprises a movable assembly and a drive unit , so that the movable assembly shreds the metal material into fragments by means of a shredding element , and the drive unit being in charge of supplying energy to the movable assembly , being said energy used by the shredding element to shred said metal material, where the movable assembly and the drive unit are independent of each other but work together, and where the movable assembly comprises: - a feeding conveyor belt , - the shredding element , - a metal extraction conveyor belt , and - an outgoing conveyor belt ; and the movable assembly comprises a frame , a system of caterpillar tracks which makes the movable assembly movable and a dosing roller arranged for controlling the size and quantity of material entering the shredding element ; the feeding conveyor belt , the dosing roller , the shredding element , the metal extraction conveyor belt and the outgoing conveyor belt are fastened to the frame and the feeding conveyor belt transports the metal material to an entrance ramp whereby the metal material reaches the dosing roller that regulates the metal material being fed into the shredding element that shreds the metal material into fragments, which once shredded, comes out of the shredding element feeding the metal extraction conveyor belt that in turn feeds the outgoing conveyor belt ; and the dosing roller is attached to the frame of the movable assembly by means of a fastening and guiding system, which comprises at least four guides and two hydraulic cylinders that control a vertical motion of the dosing roller . and where the movable assembly comprises: - a feeding conveyor belt , - the shredding element , - a metal extraction conveyor belt , and - an outgoing conveyor belt ; and - a feeding conveyor belt , - the shredding element , - a metal extraction conveyor belt , and - an outgoing conveyor belt ; and the movable assembly comprises a frame , a system of caterpillar tracks which makes the movable assembly movable and a dosing roller arranged for controlling the size and quantity of material entering the shredding element ; the feeding conveyor belt , the dosing roller , the shredding element , the metal extraction conveyor belt and the outgoing conveyor belt are fastened to the frame and the feeding conveyor belt transports the metal material to an entrance ramp whereby the metal material reaches the dosing roller that regulates the metal material being fed into the shredding element that shreds the metal material into fragments, which once shredded, comes out of the shredding element feeding the metal extraction conveyor belt that in turn feeds the outgoing conveyor belt ; and the dosing roller is attached to the frame of the movable assembly by means of a fastening and guiding system, which comprises at least four guides and two hydraulic cylinders that control a vertical motion of the dosing roller .
A flat panel holder for fastening a flat panel to a frame of a switch cabinet , wherein the flat panel holder is an open clasp which has two free plug-in sections , which can be braced against one another, for engagement in a recess of a frame , wherein the plug-in sections are connected to one another via a fastening flange for a flat panel , which fastening flange has a threaded passage , and wherein the fastening flange is arranged at a distance from one of the plug-in sections and the threaded passage is arranged in alignment with this plug-in section , so that a screw screwed in through the threaded passage strikes the plug-in section aligned with the threaded passage and thus braces the plug-in sections against one another, the plug-in section aligned with the threaded passage being connected to the fastening flange via a curved clamping section and having, at its end facing away from the curved clamping section , a free plug-in lug for engagement in a frame , characterised in that the plug-in lug projects from a contact side of the end , remote from the curved clamping section , of the plug-in section aligned with the threaded passage , and the contact side has toothing or contact claws for the electrical contacting of the flat panel.