mhurhangee/patent-ind-claim-en huggingface dataset:
A releasable coupling for a gas distribution line of a system for refuelling motor vehicles, comprising a first half-part and a second half-part that are reciprocally engageable, wherein said first half-part comprises a longitudinal valve body having a shutter that is axially movable in contrast to and by action of an elastic element , a cylindrical sleeve that is threaded internally in an apical portion thereof for fastening said first half-part to said second half-part , and an enclosing support of said sleeve keyed on said valve body , said sleeve being divided into a plurality of distinct and separate cylinder sectors that are oscillatable for the release of the second half-part , each sector subtending an angle no greater than 90°, characterised in that the enclosing support is housed in a guide bushing having an axial extent such as to entirely contain, within the guide bushing , the assembly made up of the enclosing support and the sleeve positioned therein, an end of the apical portion of the sleeve being positioned rearward relative to an apical end of the guide bushing .
Side wall of a commercial vehicle, in particular a vehicle trailer, with a bottom leg and a side wall leg , wherein the side wall leg has an inner side on which at least one recess is provided, wherein at least one channel is arranged in the recess for fastening and guiding a lashing element , wherein the channel has an opening which opens into the recess in the direction of the bottom leg , characterized in that inner surfaces of the channel adjacent to the opening are inclined towards the opening .
A miniature camera comprising at least one SMA actuator wire arranged to effect focus, zoom or optical image stabilization of the miniature camera , characterised in that the at least one SMA actuator wire is coated with an electrically insulating layer of thickness in the range from 0.3μm to 10μm such that the rate of cooling of the at least one SMA actuator wire is not reduced compared to the electrically insulating layer not being provided.
A terminal device comprising: a reception unit configured to receive a message including first configuration related to a Sidelink Direct Discovery, wherein the first configuration includes frequency information; and a control unit configured to start a timer with a predetermined value being configured; wherein the reception unit is further configured to acquire, from a first base station device , system information related to a Sidelink Direct Discovery announcement monitoring while the timer is running, wherein the system information is broadcast system information of a cell acquired on a frequency indicated by the frequency information, the control unit is further configured to initiate reporting information including the acquired system information upon acquiring the system information before the timer expires, and the acquired system information includes information related to a discovery reception resource pool, the information including the acquired system information is reported to a second base station device different from the first base station device . a reception unit configured to receive a message including first configuration related to a Sidelink Direct Discovery, wherein the first configuration includes frequency information; and a control unit configured to start a timer with a predetermined value being configured; wherein the reception unit is further configured to acquire, from a first base station device , system information related to a Sidelink Direct Discovery announcement monitoring while the timer is running, wherein the system information is broadcast system information of a cell acquired on a frequency indicated by the frequency information, the control unit is further configured to initiate reporting information including the acquired system information upon acquiring the system information before the timer expires, and the acquired system information includes information related to a discovery reception resource pool, the information including the acquired system information is reported to a second base station device different from the first base station device .
A method of requesting media data at a client device using a scalable segment map, comprising: receiving the scalable segment map at the client device , the scalable segment map including metadata with one or more byte ranges corresponding to locations of layers of a media segment , wherein the media segment includes one or more blocks and is associated with a scalable video coded stream including multiple layers that are combinable to form one or more representations; determining, by the client device , one or more layers of a block of the media segment to request; generating, by the client device , a request for the one or more layers of the block, the request including a byte range corresponding to a location of the one or more layers, wherein the byte range is determined from the metadata included in the segment map; transmitting, by the client device , the request for the one or more layers of the block; receiving, at the client device , the one or more layers of the block of media data; and generating, by the client device , a media representation using the one or more layers of the block. receiving the scalable segment map at the client device , the scalable segment map including metadata with one or more byte ranges corresponding to locations of layers of a media segment , wherein the media segment includes one or more blocks and is associated with a scalable video coded stream including multiple layers that are combinable to form one or more representations; determining, by the client device , one or more layers of a block of the media segment to request; generating, by the client device , a request for the one or more layers of the block, the request including a byte range corresponding to a location of the one or more layers, wherein the byte range is determined from the metadata included in the segment map; transmitting, by the client device , the request for the one or more layers of the block; receiving, at the client device , the one or more layers of the block of media data; and generating, by the client device , a media representation using the one or more layers of the block.
A device for the fault-free arrangement of a loading container , having: at least one deposit surface (3; 4) on which at least one loading container can be positioned in a target position specified for loading, and a control device for recognizing a specified target position of at least one loading container positioned on the deposit surface (3; 4), wherein the control device has a signal reproduction unit with which a signal perceptible to a user can be reproduced when recognizing the specified target position of the at least one loading container , characterized in that the control device has a light barrier which is electrically coupled with the signal reproduction unit , wherein a reflector for reflecting a light beam is arranged on a loading container in such a way that a light beam of the light barrier is reflected when the loading container is positioned in the specified target position, wherein a disruption of the light barrier causes the signal reproduction unit to be switched on or switched off, and further characterized by an electric energy storage with which at least the control device is supplied with electric energy, wherein the at least one deposit surface (3; 4), the control device , the signal reproduction unit and the electric energy storage are arranged fixed on a frame construction and wherein the frame construction has rollers with which the frame construction can be moved in a rolling manner. at least one deposit surface (3; 4) on which at least one loading container can be positioned in a target position specified for loading, and a control device for recognizing a specified target position of at least one loading container positioned on the deposit surface (3; 4), wherein the control device has a signal reproduction unit with which a signal perceptible to a user can be reproduced when recognizing the specified target position of the at least one loading container , characterized in that the control device has a light barrier which is electrically coupled with the signal reproduction unit , wherein a reflector for reflecting a light beam is arranged on a loading container in such a way that a light beam of the light barrier is reflected when the loading container is positioned in the specified target position, wherein a disruption of the light barrier causes the signal reproduction unit to be switched on or switched off, and further characterized by an electric energy storage with which at least the control device is supplied with electric energy, wherein the at least one deposit surface (3; 4), the control device , the signal reproduction unit and the electric energy storage are arranged fixed on a frame construction and wherein the frame construction has rollers with which the frame construction can be moved in a rolling manner.
A method comprising: receiving information regarding a status change of a protocol data unit session associated with a mobile communication system, said status change of a protocol data unit session being associated with a status change of a bridge port associated with a bridge; and causing transmission , towards a centralized network controller of a time sensitive network, of information regarding said status change of a bridge port, wherein said bridge enables integration of said mobile communication system with said time sensitive network, wherein said bridge port comprises a bridge port at a user equipment side of said bridge associated with a user equipment of said mobile communication system. receiving information regarding a status change of a protocol data unit session associated with a mobile communication system, said status change of a protocol data unit session being associated with a status change of a bridge port associated with a bridge; and causing transmission , towards a centralized network controller of a time sensitive network, of information regarding said status change of a bridge port, wherein said bridge enables integration of said mobile communication system with said time sensitive network, wherein said bridge port comprises a bridge port at a user equipment side of said bridge associated with a user equipment of said mobile communication system.
Device for providing imaging of one or more aspects of blood perfusion induced by cardiac induced blood motion in a skin region of a subject, said device comprising a processing unit configured to: - obtain (S10) data streams derived from detected electromagnetic radiation transmitted through or reflected from the skin region , said data streams comprising a data signal per skin pixel for a plurality of skin pixels of the skin region, wherein a first data stream is derived from a patterned illumination of the skin region and a second data stream is derived from a patterned illumination and/or homogenous illumination of the skin region; - determine (S20), per skin pixel or group of skin pixels, from the data signals of the first data stream and the second data stream, optical depth indices, ODIs, by dividing, per skin pixel or group of skin pixels, data signals of the first data stream by data signals of the second data stream, wherein the ODIs are indicative of the depth of the blood flow within the skin region at the skin pixels or groups of skin pixels; - create (S30) an ODI image map of the skin region including the plurality of skin pixels from the determined ODIs ; - create (S40) an amplitude image map of the skin region including the plurality of skin pixels from amplitudes of the data signals of the second data stream; and - correct (S50) the amplitude image map by correcting, per skin pixel or group of skin pixels, the amplitudes of the data signals of the second data stream by the determined ODIs . - obtain (S10) data streams derived from detected electromagnetic radiation transmitted through or reflected from the skin region , said data streams comprising a data signal per skin pixel for a plurality of skin pixels of the skin region, wherein a first data stream is derived from a patterned illumination of the skin region and a second data stream is derived from a patterned illumination and/or homogenous illumination of the skin region; - determine (S20), per skin pixel or group of skin pixels, from the data signals of the first data stream and the second data stream, optical depth indices, ODIs, by dividing, per skin pixel or group of skin pixels, data signals of the first data stream by data signals of the second data stream, wherein the ODIs are indicative of the depth of the blood flow within the skin region at the skin pixels or groups of skin pixels; - create (S30) an ODI image map of the skin region including the plurality of skin pixels from the determined ODIs ; - create (S40) an amplitude image map of the skin region including the plurality of skin pixels from amplitudes of the data signals of the second data stream; and - correct (S50) the amplitude image map by correcting, per skin pixel or group of skin pixels, the amplitudes of the data signals of the second data stream by the determined ODIs .
Lifter for rotating kilns made of refractory material, comprising: a base unit comprising a top surface , a contact surface opposite the top surface ; a head unit comprising a lower surface and a contact surface opposite the lower surface ; a fastener for releasably attaching the head unit to the base unit in such a way that the contact surfaces are in mutual contact after attachment in which the fastener comprises: - a base anchor , and - a head anchor cooperating directly or indirectly with the base anchor to ensure the attachment, the base unit comprises a base housing for accommodating the base anchor , and wherein the base anchor comprises a cylindrical base with a polygonal base and the base housing has a shape complementary to the shape of the base anchor . a base unit comprising a top surface , a contact surface opposite the top surface ; a head unit comprising a lower surface and a contact surface opposite the lower surface ; a fastener for releasably attaching the head unit to the base unit in such a way that the contact surfaces are in mutual contact after attachment in which the fastener comprises: - a base anchor , and - a head anchor cooperating directly or indirectly with the base anchor to ensure the attachment, - a base anchor , and - a head anchor cooperating directly or indirectly with the base anchor to ensure the attachment, the base unit comprises a base housing for accommodating the base anchor , and wherein the base anchor comprises a cylindrical base with a polygonal base and the base housing has a shape complementary to the shape of the base anchor .
A window leaf or door leaf , comprising (a) a leaf frame formed from sections of a hollow-chamber profile, wherein a reinforcing element is accommodated in at least one hollow chamber of the hollow-chamber profile; (b) a reinforcing element accommodated in a hollow chamber of the hollow-chamber profile; (c) a panel element accommodated in the leaf frame ; and (d) at least one carrier element to support the panel element in the leaf frame of the window leaf or door leaf , wherein the carrier element comprises a bearing element to provide a bearing surface for the panel element and at least one support element to support the carrier element on a profile wall of a profile section of the hollow-chamber profile, wherein the at least one support element at least partly bears against a profile wall of the geodetically lower profile section of the hollow-chamber profile, characterised in that the carrier element additionally comprises at least one engagement element , which can be brought into engagement with the reinforcing element that is accommodated in a hollow chamber of the profile section that adjoins the profile section on one profile wall of which the at least one support element is supported, wherein the at least one engagement element is engaged with the reinforcing element that is arranged in a hollow chamber of a profile section of the hollow-chamber profile adjoining the geodetically lower profile section . (a) a leaf frame formed from sections of a hollow-chamber profile, wherein a reinforcing element is accommodated in at least one hollow chamber of the hollow-chamber profile; (b) a reinforcing element accommodated in a hollow chamber of the hollow-chamber profile; (c) a panel element accommodated in the leaf frame ; and (d) at least one carrier element to support the panel element in the leaf frame of the window leaf or door leaf , wherein the carrier element comprises a bearing element to provide a bearing surface for the panel element and at least one support element to support the carrier element on a profile wall of a profile section of the hollow-chamber profile, wherein the at least one support element at least partly bears against a profile wall of the geodetically lower profile section of the hollow-chamber profile,
A quick release coupling device for use with a bank stick or rod pod, the coupling device comprising: a first portion having a first end and a second end opposite the first end, wherein the first end comprises a means for attaching a fishing accessory such as a fish bite detector or has a fishing accessory integrally attached; and a second portion having a first end and a second end opposite the first end, wherein the first end of the second portion comprises a means for attachment to a bank stick or rod pod, wherein both the second end of the first portion and the second end of the second portion comprise a magnet , wherein the first and second portions are couplable via said magnets, or wherein the second end of one from the first portion and the second portion comprises a ferromagnetic material and the second end of the other from the first portion and second portion comprises a magnet, wherein the first and second portions are couplable via the attractive force between the magnetic second end and the magnet, characterised in that the second end of one from the first portion and the second portion comprises a projection along a central axis passing through both the first and second ends of said portion, wherein the second end of the other from the first portion and the second portion comprises a recess configured to receive the projection, and in that the projection has a non-circular cross-section along a base section thereof or along an entire length thereof and the recess has a corresponding non-circular cross-section such that the first portion is not rotatable with respect to the second portion. a first portion having a first end and a second end opposite the first end, wherein the first end comprises a means for attaching a fishing accessory such as a fish bite detector or has a fishing accessory integrally attached; and a second portion having a first end and a second end opposite the first end, wherein the first end of the second portion comprises a means for attachment to a bank stick or rod pod, wherein both the second end of the first portion and the second end of the second portion comprise a magnet , wherein the first and second portions are couplable via said magnets, or wherein the second end of one from the first portion and the second portion comprises a ferromagnetic material and the second end of the other from the first portion and second portion comprises a magnet, wherein the first and second portions are couplable via the attractive force between the magnetic second end and the magnet, characterised in that the second end of one from the first portion and the second portion comprises a projection along a central axis passing through both the first and second ends of said portion, wherein the second end of the other from the first portion and the second portion comprises a recess configured to receive the projection, and in that the projection has a non-circular cross-section along a base section thereof or along an entire length thereof and the recess has a corresponding non-circular cross-section such that the first portion is not rotatable with respect to the second portion.
Nozzle device for dispensing a viscous application medium in the form of at least one jet (S1, S2) onto a component , preferably for encompassing application of the application medium onto a fold, an edge or a transition joint of the component , the at least one jet (S1, S2) defining a jet width (B1, B2), comprising: an opening configuration for forming at least one slit opening (3.1, 3.2) for dispensing the application medium, wherein the opening configuration is formed concave in order to bring about a narrowing of the jet width (B1, B2) toward the dispensing side (A), and with a material cut-out incorporated into the nozzle device for feeding the application medium to the opening configuration and thus to the at least one slit opening (3.1, 3.2), characterized in that the material cut-out comprises a conduit section and a chamber section arranged downstream of the conduit section , wherein the chamber section opens into the opening configuration and the passage cross-section of the chamber section is larger than the passage cross-section of the conduit section . an opening configuration for forming at least one slit opening (3.1, 3.2) for dispensing the application medium, wherein the opening configuration is formed concave in order to bring about a narrowing of the jet width (B1, B2) toward the dispensing side (A), and with a material cut-out incorporated into the nozzle device for feeding the application medium to the opening configuration and thus to the at least one slit opening (3.1, 3.2), characterized in that the material cut-out comprises a conduit section and a chamber section arranged downstream of the conduit section , wherein the chamber section opens into the opening configuration and the passage cross-section of the chamber section is larger than the passage cross-section of the conduit section .
An image forming apparatus comprising: a generating unit that generates print data of a sample sheet if a request for outputting the sample sheet is received while print data formed of a plurality of pages is being generated; a print instruction providing unit that provides a print instruction for the print data of the sample sheet after providing a print instruction for the print data that has been generated; and a display that displays , based on the print data of the sample sheet, an attribute of the sample sheet; wherein the print instruction providing unit provides, for print data of a printed result other than the sample sheet, a new print instruction if a total sheet size in a transport direction of print data for which a print instruction has been provided is equal to or smaller than a predetermined size, and provides, for the print data of the sample sheet, a print instruction regardless of the total sheet size in the transport direction of the print data for which a print instruction has been provided. a generating unit that generates print data of a sample sheet if a request for outputting the sample sheet is received while print data formed of a plurality of pages is being generated; a print instruction providing unit that provides a print instruction for the print data of the sample sheet after providing a print instruction for the print data that has been generated; and a display that displays , based on the print data of the sample sheet, an attribute of the sample sheet; wherein the print instruction providing unit provides, for print data of a printed result other than the sample sheet, a new print instruction if a total sheet size in a transport direction of print data for which a print instruction has been provided is equal to or smaller than a predetermined size, and provides, for the print data of the sample sheet, a print instruction regardless of the total sheet size in the transport direction of the print data for which a print instruction has been provided.