mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-turn magnetic sensor , comprising: a nanowire forming a plurality of loops ; a plurality of domain orientation sensors configured to detect locations of a pair of domain walls within the nanowire ; and an initialization circuit configured to inject the pair of domain walls into the nanowire , wherein the nanowire forms a closed-loop via a bridge crossing connecting two of the loops , characterized in that the initialization circuit comprises a first set of metal traces that cross each loop of the plurality of loops at a first crossing and a second crossing , a first spacing between the first set of metal traces at the first crossing being different than a second spacing between the first set of metal traces at the second crossing . a nanowire forming a plurality of loops ; a plurality of domain orientation sensors configured to detect locations of a pair of domain walls within the nanowire ; and an initialization circuit configured to inject the pair of domain walls into the nanowire , wherein the nanowire forms a closed-loop via a bridge crossing connecting two of the loops , characterized in that the initialization circuit comprises a first set of metal traces that cross each loop of the plurality of loops at a first crossing and a second crossing , a first spacing between the first set of metal traces at the first crossing being different than a second spacing between the first set of metal traces at the second crossing .
A method comprising: receiving a downlink data transmission; receiving a downlink scheduling assignment message in a control channel scheduling the downlink data transmission, wherein the downlink scheduling assignment message comprises an indication of a delay between downlink data reception and corresponding feedback; determining whether feedback is to be transmitted on a short control channel or a long control channel in response to receiving the indication of the delay; determining that the feedback is to be transmitted on the short control channel in response to the delay being less than or equal to a first number of symbols and determining that the feedback is to be transmitted on the long control channel in response to the delay being greater than a first number of symbols; transmitting the feedback on symbols at an end of a slot of the short control channel in response to the feedback being determined to be transmitted on the short control channel; and transmitting the feedback on symbols at a beginning of a slot of the long control channel in response to the feedback being determined to be transmitted on the long control channel. receiving a downlink data transmission; receiving a downlink scheduling assignment message in a control channel scheduling the downlink data transmission, wherein the downlink scheduling assignment message comprises an indication of a delay between downlink data reception and corresponding feedback; determining whether feedback is to be transmitted on a short control channel or a long control channel in response to receiving the indication of the delay; determining that the feedback is to be transmitted on the short control channel in response to the delay being less than or equal to a first number of symbols and determining that the feedback is to be transmitted on the long control channel in response to the delay being greater than a first number of symbols; transmitting the feedback on symbols at an end of a slot of the short control channel in response to the feedback being determined to be transmitted on the short control channel; and transmitting the feedback on symbols at a beginning of a slot of the long control channel in response to the feedback being determined to be transmitted on the long control channel.
A hand-held device for locally piercing skin, with: - a housing ; - a drive device, which is disposed in the housing and is configured to provide a driving force; - a piercing device , which is disposed in the housing and has at least one piercing needle disposed on a needle carrier ; and - a coupling device, which is disposed in the housing and which connects the drive device to the piercing device such that the driving force can be transmitted to the piercing device in order to move the needle carrier with the at least one piercing needle repeatedly between a forward and a rearward position during operation; wherein the coupling device has a lever mechanism which is configured to receive a driving stroke provided by the drive device via an input of the lever mechanism on the drive side when the driving force is transmitted, to convert the driving stroke into a working stroke which is different from the driving stroke, and to deliver the working stroke to the piercing device via an output of the lever mechanism , wherein the housing is constructed in multiple pieces with housing parts which can be detached from one another, wherein a handpiece is formed with a rear housing part in which the drive device is disposed, and an interchangeable skin piercing module is formed with a front housing part in which the piercing device is disposed, characterized in that the rear housing part is a handpiece with a drive unit of an electric toothbrush. - a housing ; - a drive device, which is disposed in the housing and is configured to provide a driving force; - a piercing device , which is disposed in the housing and has at least one piercing needle disposed on a needle carrier ; and - a coupling device, which is disposed in the housing and which connects the drive device to the piercing device such that the driving force can be transmitted to the piercing device in order to move the needle carrier with the at least one piercing needle repeatedly between a forward and a rearward position during operation;
Method for managing access of at least one user to at least one application, the access management method implementing a master access management module connected to a first network and configured to store first authentication information of each user for each application, the method comprising, in response to a user access request, on a user terminal connected to a second network distinct from the first network , to a local application hosted on an application server connected to said second network : - if the second network is connected to the first network : • reception of the access request by the master module ; • determination, by the master module , based on the first authentication information, of confirmation or refusal data of access by the user to the local application ; and • transmission of the determined access confirmation or refusal data from the master module to the application server , - otherwise: • reception of the access request by a satellite module located in the second network and configured to store second authentication information of each user for each local application; • determination, by the satellite module , based on the second authentication information, of confirmation or refusal data of access by the user to the local application ; and • transmission of the determined access confirmation or refusal data from the satellite module to the application server . - if the second network is connected to the first network : • reception of the access request by the master module ; • determination, by the master module , based on the first authentication information, of confirmation or refusal data of access by the user to the local application ; and • transmission of the determined access confirmation or refusal data from the master module to the application server , • reception of the access request by the master module ; • determination, by the master module , based on the first authentication information, of confirmation or refusal data of access by the user to the local application ; and • transmission of the determined access confirmation or refusal data from the master module to the application server , - otherwise: • reception of the access request by a satellite module located in the second network and configured to store second authentication information of each user for each local application; • determination, by the satellite module , based on the second authentication information, of confirmation or refusal data of access by the user to the local application ; and • transmission of the determined access confirmation or refusal data from the satellite module to the application server . • reception of the access request by a satellite module located in the second network and configured to store second authentication information of each user for each local application; • determination, by the satellite module , based on the second authentication information, of confirmation or refusal data of access by the user to the local application ; and • transmission of the determined access confirmation or refusal data from the satellite module to the application server .
A water tank installation structure for a ventilation therapy device, comprising a water tank , an installation space , and a connection structure, wherein the water tank is configured to fit into and out of the installation space in a rotational manner, the connection structure is configured to connect the water tank to the installation space when the water tank is rotated into the installation space , and release the connection of the water tank from the installation space when the water tank is detached from the installation space ; wherein the water tank installation structure comprises a first bottom wall , and a first side wall which define the installation space , the water tank comprises a liquid storage cavity , and a second bottom wall and a second side wall that define the liquid storage cavity ; the second bottom wall corresponds to the first bottom wall and the second side wall corresponds to the first side wall when the water tank is mounted into the installation space , characterized in that the first bottom wall comprises a downwardly recessed arc-shaped area , the second bottom wall forms a downwardly protruding arc-shape that matches the arc-shaped area . wherein the water tank installation structure comprises a first bottom wall , and a first side wall which define the installation space , the water tank comprises a liquid storage cavity , and a second bottom wall and a second side wall that define the liquid storage cavity ; the second bottom wall corresponds to the first bottom wall and the second side wall corresponds to the first side wall when the water tank is mounted into the installation space , characterized in that the first bottom wall comprises a downwardly recessed arc-shaped area , the second bottom wall forms a downwardly protruding arc-shape that matches the arc-shaped area .
A camera for recording 3D image data using a light sectioning process that has an illumination unit to project a light pattern in a focal plane , an image sensor having a plurality of light reception elements in an image plane, a reception optics upstream of the image sensor and having an objective plane, and a control and evaluation unit that is configured to generate the 3D image data by evaluating the light pattern in a recording of the image sensor , wherein the image plane is tilted with respect to the focal plane , characterized in that the reception optics has at least one metaelement that compensates an oblique light incidence on the light reception elements to implement smaller angles of incidence on the image sensor and thus to alleviate disturbing side effects of a Scheimpflug arrangement or toe achieve the advantages of a Scheimpflug arrangement without an actual Scheimpflug arrangement.
A refrigerator comprising: a cabinet configured to define a first storage region for storing food; a door rotatably connected to a first rotating shaft via a first hinge member to open or close the first storage region, the first rotating shaft being located at the front of the cabinet ; a gasket provided at the door ; a container configured to define a second storage region, the container being receivable in the first storage region, the container being rotatably connected to a second rotating shaft via a second hinge member , the second rotating shaft being located at the door , wherein the second hinge member is fixed to the container ; a latch member installed to the container ; and a fastening device provided at the door , the fastening device arranged to be selectively coupled to the latch member to selectively couple the door and the container to each other, wherein the fastening device includes a seal configured to prevent outward movement of air through the fastening device in a state in which the door and the container are coupled to each other. a cabinet configured to define a first storage region for storing food; a door rotatably connected to a first rotating shaft via a first hinge member to open or close the first storage region, the first rotating shaft being located at the front of the cabinet ; a gasket provided at the door ; a container configured to define a second storage region, the container being receivable in the first storage region, the container being rotatably connected to a second rotating shaft via a second hinge member , the second rotating shaft being located at the door , wherein the second hinge member is fixed to the container ; a latch member installed to the container ; and a fastening device provided at the door , the fastening device arranged to be selectively coupled to the latch member to selectively couple the door and the container to each other, wherein the fastening device includes a seal configured to prevent outward movement of air through the fastening device in a state in which the door and the container are coupled to each other.
A mobile robot having a chassis with a front end and a back end , comprising at least: • a pair of drive wheels wherein each drive wheel of the pair of drive wheels is coupled to a respective drive motor of a set of drive motors , • a pair of front caster wheels at the front end of the mobile robot, • a pair of back caster wheels at the back end of the mobile robot , wherein ∘ each drive wheel of the pair of drive wheels is mechanically interconnected with a respective front caster wheel of the pair of front caster wheels by a bogie arm having a pivot point , o the robot chassis is supported by the bogie arms at the pivot points and by the pair of back caster wheels , characterized in that • the bogie arms each comprise a bogie arm extension protruding behind the axis of the drive wheels , wherein each bogie arm extension is adapted for mounting of one or more traction weight blocks , • and one or more traction weight blocks . • a pair of drive wheels wherein each drive wheel of the pair of drive wheels is coupled to a respective drive motor of a set of drive motors , • a pair of front caster wheels at the front end of the mobile robot, • a pair of back caster wheels at the back end of the mobile robot , ∘ each drive wheel of the pair of drive wheels is mechanically interconnected with a respective front caster wheel of the pair of front caster wheels by a bogie arm having a pivot point , o the robot chassis is supported by the bogie arms at the pivot points and by the pair of back caster wheels , • the bogie arms each comprise a bogie arm extension protruding behind the axis of the drive wheels , wherein each bogie arm extension is adapted for mounting of one or more traction weight blocks , • and one or more traction weight blocks .
Arrangement of a cover, in particular a grating , on the open longitudinal side of a gutter, on the mutually opposite legs of which support rails are fastened, on which the cover is held in a form-locking manner, which has for this purpose form-locking elements which correspond with form-locking elements of the support rails , characterized in that the cover has at least one bow spring formed from spring wire on a spar of at least one longitudinal side, with a spring leg which engages under a projecting wedge piece of the associated support rail , which wedge piece lies in an indentation of the spar .
A composition comprising: C16:2-C18:2 soap; and C16:1-C18:1 soap, wherein the composition comprises 40 to 90 wt% C16 to C24 saturated soap and 0.5 to 30 wt% C18 unsaturated soap based on the % by weight of the composition; wherein the weight ratio of C16:2-C18:2 soap to C16:1-C18:1 soap in the composition is higher than 0.7; wherein the composition further comprises less than 5% of C 8 to C 12 soap by weight of the composition; and wherein the weight ratio of linoleic acid (C18:2) soap to oleic acid (C18:1) soap is higher than 0.7. C16:2-C18:2 soap; and C16:1-C18:1 soap, wherein the composition comprises 40 to 90 wt% C16 to C24 saturated soap and 0.5 to 30 wt% C18 unsaturated soap based on the % by weight of the composition; wherein the weight ratio of C16:2-C18:2 soap to C16:1-C18:1 soap in the composition is higher than 0.7; wherein the composition further comprises less than 5% of C 8 to C 12 soap by weight of the composition; and wherein the weight ratio of linoleic acid (C18:2) soap to oleic acid (C18:1) soap is higher than 0.7.
A switching device for an agricultural vehicle , the switching device comprising: a first switch moveable along a switch path in a first direction (X1) for control of a first variable of the vehicle, the first switch comprising a rotary switch in the form of an adjustment wheel; and a second switch moveable in a second direction (Y1) different to said first direction (X1) for control of a second variable of the vehicle, characterised in that the second switch is mounted on an outer rim of the adjustment wheel . a first switch moveable along a switch path in a first direction (X1) for control of a first variable of the vehicle, the first switch comprising a rotary switch in the form of an adjustment wheel; and a second switch moveable in a second direction (Y1) different to said first direction (X1) for control of a second variable of the vehicle, characterised in that the second switch is mounted on an outer rim of the adjustment wheel .
Squirrel-cage rotor for an electrical asynchronous machine, having: a laminated core comprising a large number of sheet-metal laminates stacked next to one another in the axial direction; a squirrel cage ; wherein short-circuiting bars of the squirrel cage extend through the laminated core in the axial direction and are each connected to one another by a short-circuiting ring at end faces of the laminated core ; wherein a supporting disc is arranged axially between one of the short-circuiting rings and an adjacent axially outermost one of the sheet-metal laminates , which supporting disc is formed parallel to the sheet-metal laminates in a central region and is bent axially away from the laminated core in a region close to the edge, characterized in that the region close the edge runs through the adjoining short-circuiting ring and projects beyond the short-circuiting ring in the axial direction, and in that the parts of the region close to the edge which project axially beyond the short-circuiting ring are designed as vanes which convey cooling fluid. a laminated core comprising a large number of sheet-metal laminates stacked next to one another in the axial direction; a squirrel cage ; wherein short-circuiting bars of the squirrel cage extend through the laminated core in the axial direction and are each connected to one another by a short-circuiting ring at end faces of the laminated core ; wherein a supporting disc is arranged axially between one of the short-circuiting rings and an adjacent axially outermost one of the sheet-metal laminates , which supporting disc is formed parallel to the sheet-metal laminates in a central region and is bent axially away from the laminated core in a region close to the edge, characterized in that the region close the edge runs through the adjoining short-circuiting ring and projects beyond the short-circuiting ring in the axial direction, and in that the parts of the region close to the edge which project axially beyond the short-circuiting ring are designed as vanes which convey cooling fluid.
A thermoacoustic apparatus, the apparatus comprising: an electromagnetic signal device ; and a sound wave generator which comprises of a carbon nanotube structure which comprises at least one carbon nanotube film, the at least one carbon nanotube film comprising a plurality of carbon nanotubes, the electromagnetic signal device is spaced apart from the sound wave generator by an air medium, the electromagnetic signal device transmits an electromagnetic signal to irradiate the carbon nanotube structure, the carbon nanotube structure converts the electromagnetic signal into heat and the heat transfers to the medium causing a thermoacoustic effect; characterized in that the apparatus further comprises a modulating device disposed between the electromagnetic signal device and the sound wave generator to modulate intensity, frequency or both intensity and frequency of the electromagnetic signal . an electromagnetic signal device ; and a sound wave generator which comprises of a carbon nanotube structure which comprises at least one carbon nanotube film, the at least one carbon nanotube film comprising a plurality of carbon nanotubes, the electromagnetic signal device is spaced apart from the sound wave generator by an air medium, the electromagnetic signal device transmits an electromagnetic signal to irradiate the carbon nanotube structure, the carbon nanotube structure converts the electromagnetic signal into heat and the heat transfers to the medium causing a thermoacoustic effect; characterized in that the apparatus further comprises a modulating device disposed between the electromagnetic signal device and the sound wave generator to modulate intensity, frequency or both intensity and frequency of the electromagnetic signal .
A topical gel comprising diazeniumdiolate-functionalized polysiloxane macromolecules and a hydrophobic, non-aqueous gel base, further comprising mineral oil at a concentration in a range of 10 to 90 weight percent; fumed silica at a concentration in a range of 4 to 8 weight percent; and cyclomethicone at a concentration in a range of 5 to 20 weight percent. diazeniumdiolate-functionalized polysiloxane macromolecules and a hydrophobic, non-aqueous gel base, further comprising mineral oil at a concentration in a range of 10 to 90 weight percent; fumed silica at a concentration in a range of 4 to 8 weight percent; and cyclomethicone at a concentration in a range of 5 to 20 weight percent.
A rotor blade for a wind turbine, comprising: a rotor blade root , a rotor blade outer edge , a leading edge and a trailing edge , the leading edge and the trailing edge defining a profile chord , the length of which is configured so as to increase from the rotor blade root to the rotor blade outer edge , profile chord center points defining a rotor wing center line in a manner which runs from the rotor blade root to the rotor blade outer edge , and the rotor wing center line dividing the rotor blade outer edge into a leading edge section and a trailing edge section , characterized in that a winglet which extends merely along the trailing edge section is arranged on the rotor blade outer edge . a rotor blade root , a rotor blade outer edge , a leading edge and a trailing edge , the leading edge and the trailing edge defining a profile chord , the length of which is configured so as to increase from the rotor blade root to the rotor blade outer edge , profile chord center points defining a rotor wing center line in a manner which runs from the rotor blade root to the rotor blade outer edge , and the rotor wing center line dividing the rotor blade outer edge into a leading edge section and a trailing edge section , characterized in that a winglet which extends merely along the trailing edge section is arranged on the rotor blade outer edge .