mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus including circuitry to cause a communication station, STA , to: perform a time negotiation for a fine timing measurement, FTM, exchange stage with a responding station , the time negotiation including transmission of a first message from the STA to the responding station , and reception at the STA of a second message from the responding station , the second message including a plurality of timing parameters, the plurality of timing parameters including a parameter to indicate a time interval to perform the FTM exchange stage; exchange a plurality of measurements for the FTM exchange stage with the responding station according to the plurality of the timing parameters; and determine a location of the STA based on the FTM exchange stage. perform a time negotiation for a fine timing measurement, FTM, exchange stage with a responding station , the time negotiation including transmission of a first message from the STA to the responding station , and reception at the STA of a second message from the responding station , the second message including a plurality of timing parameters, the plurality of timing parameters including a parameter to indicate a time interval to perform the FTM exchange stage; exchange a plurality of measurements for the FTM exchange stage with the responding station according to the plurality of the timing parameters; and determine a location of the STA based on the FTM exchange stage.
Abutment for a dental implant with a moulded-on contact pin which can be introduced in an assigned shaped recess in a post part which tapers toward its free end, and the cross-section of which comprises at least three main directions, in which the radius in each case assumes a relative maximum value, wherein the outer contour of the cross-section is selected in such a way that at each point it comprises precisely one tangent, is intersected at at most two points by any straight line, and in the areas between two main directions equates to an oval segment.
A method for vertebrae identification implemented by a computing device including at least one processor, the method comprising: acquiring a plurality of image slices related to a vertebral column of an object, the vertebral column including a plurality of vertebrae, the plurality of image slices being a plurality of transverse plane images acquired in a transverse plane of the object; identifying , by the at least one processor, one or more vertebral foramina in the plurality of image slices using a classifier; determining , by the at least one processor, the plurality of vertebrae in the plurality of image slices based on the one or more vertebral foramina; and reconstructing , by the at least one processor, a sagittal plane image of the vertebral column of the object based on the plurality of vertebrae in the plurality of image slices, wherein reconstructing the sagittal plane image comprises: segmenting a spinal cord based on the plurality of vertebrae in the plurality of image slices; determining a boundary of the spinal cord, wherein the boundary ranges from a first coordinate to a second coordinate along an aixs in the transverse plane of the object; and reconstructing the sagittal plane image within the boundary. acquiring a plurality of image slices related to a vertebral column of an object, the vertebral column including a plurality of vertebrae, the plurality of image slices being a plurality of transverse plane images acquired in a transverse plane of the object; identifying , by the at least one processor, one or more vertebral foramina in the plurality of image slices using a classifier; determining , by the at least one processor, the plurality of vertebrae in the plurality of image slices based on the one or more vertebral foramina; and reconstructing , by the at least one processor, a sagittal plane image of the vertebral column of the object based on the plurality of vertebrae in the plurality of image slices, wherein reconstructing the sagittal plane image comprises: segmenting a spinal cord based on the plurality of vertebrae in the plurality of image slices; determining a boundary of the spinal cord, wherein the boundary ranges from a first coordinate to a second coordinate along an aixs in the transverse plane of the object; and reconstructing the sagittal plane image within the boundary. segmenting a spinal cord based on the plurality of vertebrae in the plurality of image slices; determining a boundary of the spinal cord, wherein the boundary ranges from a first coordinate to a second coordinate along an aixs in the transverse plane of the object; and reconstructing the sagittal plane image within the boundary.
A process for producing a cured polymeric product which is a three-dimensional article, comprising providing an additive manufacturing device comprising a source of actinic radiation, an exterior support structure, an interior tank capable of containing a liquid mixture, and an interior support structure, providing a liquid mixture comprising the actinic radiation curable polymeric mixture comprising: (a) a polyfunctionalized diene monomer-containing polymer having the formula: [P][F] n where P represents a diene polymer chain, F represents a functional group, n is 2 to about 15, and each F can be the same or different; (b) optionally a chain extender based upon F or reactive with F; (c) at least one actinic radiation sensitive photoinitiator; (d) optionally, a photosensitizer; and (e) a polyfunctional crosslinker reactive with F to the interior tank, repeatedly forming upon a support structure a layer having a thickness of about 0.01 mm to about 1 mm from the liquid mixture, and using actinic radiation to cure each layer, thereby producing a cured polymeric product. providing an additive manufacturing device comprising a source of actinic radiation, an exterior support structure, an interior tank capable of containing a liquid mixture, and an interior support structure, providing a liquid mixture comprising the actinic radiation curable polymeric mixture comprising: (a) a polyfunctionalized diene monomer-containing polymer having the formula: [P][F] n where P represents a diene polymer chain, F represents a functional group, n is 2 to about 15, and each F can be the same or different; (b) optionally a chain extender based upon F or reactive with F; (c) at least one actinic radiation sensitive photoinitiator; (d) optionally, a photosensitizer; and (e) a polyfunctional crosslinker reactive with F to the interior tank, (a) a polyfunctionalized diene monomer-containing polymer having the formula: [P][F] n where P represents a diene polymer chain, F represents a functional group, n is 2 to about 15, and each F can be the same or different; (b) optionally a chain extender based upon F or reactive with F; (c) at least one actinic radiation sensitive photoinitiator; (d) optionally, a photosensitizer; and (e) a polyfunctional crosslinker reactive with F repeatedly forming upon a support structure a layer having a thickness of about 0.01 mm to about 1 mm from the liquid mixture, and using actinic radiation to cure each layer, thereby producing a cured polymeric product.
Cover member for a greenhouse , wherein the cover member is translucent and has an inner side and an outer side, characterized in that the cover member is configured such that radiation with a high red and/or blue ratio which radiates from the inner side outward through the cover member is influenced so that the total radiation exiting outside has a white hue on the Planck curve.
A funerary method, comprising: a) disposing a deceased adult human body in supine position on an insert , the insert constructed of paper material having side and end walls , at least one side wall and the end walls all having a first height, characterized in that the funerary method further comprises: b) providing the insert on a tray having two end panels and a plurality of side panels affixed to a bottom panel , wherein the end panels and side panels are constructed primarily of wood or metal, c) employing at least a first fabric segment to cover at least a portion of a top edge of at least one side wall of the insert and at least a portion of the deceased human body, such that the deceased human body is sufficiently visible for identification; d) subsequent to step c), removing the insert and the deceased human body from the tray ; and e) disposing a second insert having a second deceased human body thereon on the tray . a) disposing a deceased adult human body in supine position on an insert , the insert constructed of paper material having side and end walls , at least one side wall and the end walls all having a first height, b) providing the insert on a tray having two end panels and a plurality of side panels affixed to a bottom panel , wherein the end panels and side panels are constructed primarily of wood or metal, c) employing at least a first fabric segment to cover at least a portion of a top edge of at least one side wall of the insert and at least a portion of the deceased human body, such that the deceased human body is sufficiently visible for identification; d) subsequent to step c), removing the insert and the deceased human body from the tray ; and e) disposing a second insert having a second deceased human body thereon on the tray .
Human/machine interface making it possible to control at least two functions of a motor vehicle, the human/machine interface comprising: - a capacitive touch pad comprising at least two control zones , each control zone being configured to receive a command for at least one function, - a haptic feedback device configured to provide feedback to the user of the human/machine interface on recognition of the command, - a control device configured to receive from the touch pad a signal representative of a command from the user on said touch pad and to recognize said command when the level of the signal received is greater than or equal to a threshold value, the control device being configured to comprise different threshold values for at least two of the control zones of the touch pad and the haptic feedback device being configured to provide a different haptic effect as a function of the control zone of the touch pad used by the user and at least one of the two control zones of the touch pad being a control zone of "push" type configured to receive a "push" type command and at least one of the two control zones of the touch pad being a control zone of "slide" or "pinch" type configured to receive a "slide" or "pinch" type command and characterized in that the control device is configured to have a threshold value for the control zone of "slide" or "pinch" type greater than the threshold value for the control zone of "push" type. - a capacitive touch pad comprising at least two control zones , each control zone being configured to receive a command for at least one function, - a haptic feedback device configured to provide feedback to the user of the human/machine interface on recognition of the command, - a control device configured to receive from the touch pad a signal representative of a command from the user on said touch pad and to recognize said command when the level of the signal received is greater than or equal to a threshold value,
A display device comprising: a first display panel in a first plane for displaying a first image; a second display panel in a second plane for displaying a second image overlapping the first image, wherein said first and second planes are approximately parallel to each other; a vibrator for mechanically vibrating one of the first and second display panels, but not the other of the first and second display panels, in order to reduce moiré interference, wherein the vibrator is for vibrating said one of the first and second display panels at least in a direction within the plane of said one panel; characterized by a backlight including first, second, and third differently colored light sources, wherein said first, second, and third differently colored light sources are each configured to be selectively controlled based on a position of said one of the first and second display panels with respect to the other display panel so as to reduce blurring of the image perceived by the viewer. a first display panel in a first plane for displaying a first image; a second display panel in a second plane for displaying a second image overlapping the first image, wherein said first and second planes are approximately parallel to each other; a vibrator for mechanically vibrating one of the first and second display panels, but not the other of the first and second display panels, in order to reduce moiré interference, wherein the vibrator is for vibrating said one of the first and second display panels at least in a direction within the plane of said one panel; characterized by a backlight including first, second, and third differently colored light sources, wherein said first, second, and third differently colored light sources are each configured to be selectively controlled based on a position of said one of the first and second display panels with respect to the other display panel so as to reduce blurring of the image perceived by the viewer.
A pumping device defined relative to a direct orthogonal coordinate system comprising a first direction (X), a second direction (Y) and a third direction (Z), the pumping device including: - a progressive cavity pump comprising a helical rotor having a directing axis parallel to the second direction (Y); - a transmission mechanism fastened to the helical rotor , the transmission mechanism comprising a fastening member among a male member and a female member , the rotor comprising the other member among the male member and the female member ; the female member including a casing provided with an axial recess , the axial recess including at least one inner sliding wall extending in a plane containing the second direction (Y); the male member including a base and an axial projection integral with the base; characterised in that the axial projection comprises a first face and a second face opposite to the first face; said first face includes a proximal bearing wall ; said second face comprising an outer locking wall inclined by a locking angle (θ) relative to the inner sliding wall , said locking angle (θ) being comprised between 5° and 90°; and in that the axial recess comprises at least one inner locking wall inclined by said locking angle (θ) relative to said at least one inner sliding wall , the outer locking wall being in abutment against the inner locking wall , when the male member is coupled to the female member . - a progressive cavity pump comprising a helical rotor having a directing axis parallel to the second direction (Y); - a transmission mechanism fastened to the helical rotor , the transmission mechanism comprising a fastening member among a male member and a female member , the rotor comprising the other member among the male member and the female member ;
A creping adhesive comprising: a functionalized crosslinked resin comprising azetidinium moieties and pendent halohydrin moieties disposed on polyamidoamine backbones, wherein: the polyamidoamine backbones are crosslinked by primary crosslinking moieties and propanediyl crosslinking moieties, the primary crosslinking moieties are derived from a functionally-symmetric crosslinker, and the functionalized crosslinked resin has an azetidinium ratio of 0.3 or less. the polyamidoamine backbones are crosslinked by primary crosslinking moieties and propanediyl crosslinking moieties, the primary crosslinking moieties are derived from a functionally-symmetric crosslinker, and the functionalized crosslinked resin has an azetidinium ratio of 0.3 or less.
Slag stopper for closing a tap hole of a metallurgical vessel for separation of a liquid metal and a slag, wherein the slag stopper comprises an arm which is pivotable about an axis (a) and at one end of which a closure stopper for closure of the tap hole of the metallurgical vessel is arranged and wherein the arm is connected with a drive which can produce a pivot movement about the axis (a), wherein the drive comprises: - a shaft which is fixedly connected with the arm , - a gearwheel connected with the shaft to be secure against rotation relative thereto and - a linear actuator which can produce a linear displacing movement (b 1 , b 2 ) of at least one actuator component , wherein the at least one actuator component comprises a rack in mesh with the gearwheel and wherein limiting means by which the pivot movement of the arm can be limited are present, characterised in that the linear actuator comprises two actuator components , wherein the two actuator components can move linearly relative to one another in opposite sense, wherein the two actuator components each comprise a rack , wherein the linear actuator is constructed as a pneumatic piston-cylinder unit and wherein the drive is connected with an energy store, namely a pressure store. - a shaft which is fixedly connected with the arm , - a gearwheel connected with the shaft to be secure against rotation relative thereto and - a linear actuator which can produce a linear displacing movement (b 1 , b 2 ) of at least one actuator component , wherein the at least one actuator component comprises a rack in mesh with the gearwheel and wherein limiting means by which the pivot movement of the arm can be limited are present, characterised in that the linear actuator comprises two actuator components , wherein the two actuator components can move linearly relative to one another in opposite sense, wherein the two actuator components each comprise a rack , wherein the linear actuator is constructed as a pneumatic piston-cylinder unit and wherein the drive is connected with an energy store, namely a pressure store.
An inner assembly for a modular surgical drive hub , the inner assembly comprising: a drive adapter , an inner blade adapter , and a compression member , the inner blade adapter mounted within the drive adapter and biased in a distal direction by the compression member, the drive adapter and the inner blade adapter comprising a key-way and a key for transmitting rotational force from the drive adapter to the inner blade adapter ; wherein the drive adapter comprises a channel to receive debris from an inner blade and to pass the debris to a slough chamber ; wherein the inner assembly is configured to be inserted into and removed from the modular surgical drive hub via an open proximal end of a housing of the modular surgical drive hub ; wherein the inner assembly is further configured to be removably retained within the modular surgical drive hub . a drive adapter , an inner blade adapter , and a compression member , the inner blade adapter mounted within the drive adapter and biased in a distal direction by the compression member, the drive adapter and the inner blade adapter comprising a key-way and a key for transmitting rotational force from the drive adapter to the inner blade adapter ; wherein the drive adapter comprises a channel to receive debris from an inner blade and to pass the debris to a slough chamber ; wherein the inner assembly is configured to be inserted into and removed from the modular surgical drive hub via an open proximal end of a housing of the modular surgical drive hub ; wherein the inner assembly is further configured to be removably retained within the modular surgical drive hub .
A saddled vehicle comprising a cowling covering a front side and lateral sides of a vehicle body, and a wing member attached to an outer side of the cowling , wherein the wing member includes a first wing , a second wing , and a connection section connecting one-end sides of the first wing and the second wing , the first wing is located on a vehicle body front upper side relative to the second wing , the connection section connects the one-end sides of the first wing and the second wing that extend from the cowling toward a transverse-directionally outer side, characterised in that the first wing and the second wing are disposed with a spacing therebetween in a longitudinal vehicle direction, a front edge of the first wing is inclined such that its transverse-directionally outer side portion is located on a vehicle body rear side relative to its transverse-directionally inner side portion, in plan view of the vehicle body, and a rear edge of the first wing is inclined such that its transverse-directionally outer side portion is located on a vehicle body front side relative to its transverse-directionally inner side portion, in plan view of the vehicle body.
Method for determining the remaining capacity (C R ) of a battery for a hybrid vehicle , by means of a battery , an electric machine and at least one control unit , comprising the following method steps: a) controlling the electric machine by means of the control unit in a first driving cycle in such a way that the battery is charged to a predefined maximum first state of charge SOC 1, the maximum first state of charge SOC 1 being maintained until the end of the first driving cycle , b) ending the first driving cycle and transitioning to a first stationary phase , c) carrying out a first OCV measurement (OCV1) after a predefined waiting time (t R1 ) in the first stationary phase , d) assigning a SOC value (SOC1*) to the measurement result of the first OCV measurement, e) discharging the battery to a predefined minimum second state of charge SOC 2, the drawn current (I) being integrated, f) carrying out a second OCV measurement (OCV2) after a predefined waiting time (t R2 ), g) assigning a SOC value (SOC2*) to the measurement result of the second OCV measurement, and h) ascertaining the remaining capacity (C R ) of the battery by means of the assigned SOC values (SOC1*, SOC2*) of the two OCV measurements (OCV1, OCV2) and the current integral. a) controlling the electric machine by means of the control unit in a first driving cycle in such a way that the battery is charged to a predefined maximum first state of charge SOC 1, the maximum first state of charge SOC 1 being maintained until the end of the first driving cycle , b) ending the first driving cycle and transitioning to a first stationary phase , c) carrying out a first OCV measurement (OCV1) after a predefined waiting time (t R1 ) in the first stationary phase , d) assigning a SOC value (SOC1*) to the measurement result of the first OCV measurement, e) discharging the battery to a predefined minimum second state of charge SOC 2, the drawn current (I) being integrated, f) carrying out a second OCV measurement (OCV2) after a predefined waiting time (t R2 ), g) assigning a SOC value (SOC2*) to the measurement result of the second OCV measurement, and h) ascertaining the remaining capacity (C R ) of the battery by means of the assigned SOC values (SOC1*, SOC2*) of the two OCV measurements (OCV1, OCV2) and the current integral.
Brake-pad holding arrangement of a disc brake, in particular for a utility vehicle, wherein brake-pads associated with each side of a brake disc are held by means of in each case a brake-pad holding spring that extends transversely to the axial direction of the brake disc and can be deflected radially on the brake-pad and is spring-loaded in a brake-pad shaft of a positionally fixed brake carrier or brake caliper , against which a brake-pad holding stirrup that extends in the axial direction of the brake disc and is fixed to the brake caliper rests, the said stirrup consisting of a bent wire, characterised in that the brake-pad holding stirrup has two arms arranged parallel to and a distance apart from one another, a web that connects these at the end with one another, and opposite one another two angled stumps directed towards one another, wherein with its web-side ends the brake-pad holding stirrup is located in a pocket of the brake caliper , secured against displacement, and the stumps are plugged into transverse bores of a projection of the brake caliper .