mhurhangee/patent-ind-claim-en huggingface dataset:
An abrasive wheel maker apparatus for forming a continuous single layer bonded abrasive wheel, comprising: a wheel substrate having a dispensing surface; an abrasive material dispenser configured to dispose a binder precursor onto a circular section of the dispensing surface and to dispose a plurality of abrasive particles at least partially within the binder precursor; and a rotation device configured to rotate the dispensing surface relative to the abrasive material dispenser; the apparatus being characterized in that if further comprises: a leveler configured to level the layer of the abrasive mixture at a leveling location, such that the layer has a substantially smooth surface; a compacting tool configured to compact the layer of the abrasive mixture at a compacting location, such that a density of the layer of abrasive mixture increases; a liquid dispenser configured to apply a liquid material from a liquid dispenser at a liquid dispensing station, to the compacted layer of abrasive mixture; a setting station configured to allow the layer of abrasive mixture and dispensed liquid to set. a wheel substrate having a dispensing surface; an abrasive material dispenser configured to dispose a binder precursor onto a circular section of the dispensing surface and to dispose a plurality of abrasive particles at least partially within the binder precursor; and a rotation device configured to rotate the dispensing surface relative to the abrasive material dispenser; the apparatus being characterized in that if further comprises: a leveler configured to level the layer of the abrasive mixture at a leveling location, such that the layer has a substantially smooth surface; a compacting tool configured to compact the layer of the abrasive mixture at a compacting location, such that a density of the layer of abrasive mixture increases; a liquid dispenser configured to apply a liquid material from a liquid dispenser at a liquid dispensing station, to the compacted layer of abrasive mixture; a setting station configured to allow the layer of abrasive mixture and dispensed liquid to set.
Printing forme device for applying identification marks to a printing substrate , comprising at least one numbering unit which is arranged on a rotatable retaining element and of which the position on the rotatable retaining element is adjustable at least in parallel with an axis of rotation of the rotatable retaining element or in parallel with the lateral surface of the rotatable retaining element and, in addition, optionally also in the radial direction, characterized in that the at least one numbering unit is adjustable by means of an actuator in each case for adapting the setting for the printing position on the printing substrate.
An end effector for use with a surgical stapler, the end effector comprising: a staple cartridge channel configured to receive a staple cartridge ; and a staple cartridge comprising: a cartridge body comprising a plurality of staple cavities ; a plurality of staples positioned within said staple cavities; a layer arranged relative to said cartridge body; and a retainer , wherein said layer is positioned intermediate said cartridge body and said retainer, and characterized in that said retainer comprises releasable attachment means for releasably attaching said retainer to said cartridge body such that said retainer releases from said cartridge body when said staple cartridge is received by the staple cartridge channel of the end effector. a staple cartridge channel configured to receive a staple cartridge ; and a staple cartridge comprising: a cartridge body comprising a plurality of staple cavities ; a plurality of staples positioned within said staple cavities; a layer arranged relative to said cartridge body; and a retainer , wherein said layer is positioned intermediate said cartridge body and said retainer, and characterized in that said retainer comprises releasable attachment means for releasably attaching said retainer to said cartridge body such that said retainer releases from said cartridge body when said staple cartridge is received by the staple cartridge channel of the end effector. a cartridge body comprising a plurality of staple cavities ; a plurality of staples positioned within said staple cavities; a layer arranged relative to said cartridge body; and a retainer , wherein said layer is positioned intermediate said cartridge body and said retainer, and characterized in that said retainer comprises releasable attachment means for releasably attaching said retainer to said cartridge body such that said retainer releases from said cartridge body when said staple cartridge is received by the staple cartridge channel of the end effector.
A system comprising: • a dipole antenna, and a dielectric substrate , • wherein the dipole antenna comprises: ∘ a first radiation arm , ∘ a second radiation arm , a feeding point, a reference ground, ∘ a microstrip feeding conductor , and ∘ a balun , wherein the first radiation arm and the second radiation arm are both soldered on the dielectric substrate , the first radiation arm and the second radiation arm are separately connected to the balun electrically, and the balun is electrically connected to the feeding point and the reference ground separately, ∘ wherein the microstrip feeding conductor is printed on the dielectric substrate , and the balun is connected to the feeding point by using the microstrip feeding conductor , and the microstrip feeding conductor and the balun are disposed oppositely and are distributed on different surfaces of the dielectric substrate, wherein a surface where the balun is disposed is a front surface and a surface where the microstrip feeding conductor is disposed is a rear surface, wherein a part of the first radiation arm and a part of the second radiation arm are provided on the front surface of the dielectric substrate , and the remaining parts of the first radiation arm and the second radiation arm extend out of an edge of the dielectric substrate . • a dipole antenna, and a dielectric substrate , • wherein the dipole antenna comprises: ∘ a first radiation arm , ∘ a second radiation arm , ∘ a first radiation arm , ∘ a second radiation arm , ∘ a microstrip feeding conductor , and ∘ a balun , wherein the first radiation arm and the second radiation arm are both soldered on the dielectric substrate , the first radiation arm and the second radiation arm are separately connected to the balun electrically, and the balun is electrically connected to the feeding point and the reference ground separately, ∘ wherein the microstrip feeding conductor is printed on the dielectric substrate , and the balun is connected to the feeding point by using the microstrip feeding conductor , and the microstrip feeding conductor and the balun are disposed oppositely and are distributed on different surfaces of the dielectric substrate, wherein a surface where the balun is disposed is a front surface and a surface where the microstrip feeding conductor is disposed is a rear surface,
Chemically modified mRNA encoding a CF transmembrane conductance regulator or a derivative thereof (CFTR cmRNA) for use in the treatment of a subject having or suspected of having a disease associated with the CFTR gene, said CFTR cmRNA is complexed with a polylactic-co-glycolic acid (PLGA) based nanoparticle.
A surgical prosthetic heart valve , comprising: an internal support frame defining a flow orifice therethrough, wherein the internal support frame is adapted for post-implant expansion; a plurality of flexible leaflets attached to the support frame and extending across the flow orifice and coming together within the orifice to define one-way flow therethrough; and a valve-type indicator that provides information about a characteristic of the heart valve , the valve-type indicator readable using an external imager, wherein the valve-type indicator signifies the capability of the support frame for post-implant expansion of the orifice. an internal support frame defining a flow orifice therethrough, wherein the internal support frame is adapted for post-implant expansion; a plurality of flexible leaflets attached to the support frame and extending across the flow orifice and coming together within the orifice to define one-way flow therethrough; and a valve-type indicator that provides information about a characteristic of the heart valve , the valve-type indicator readable using an external imager, wherein the valve-type indicator signifies the capability of the support frame for post-implant expansion of the orifice.
A method of controlling data accesses to a data object based upon content of the data object between an organization's user systems and independent object stores, the method including: receiving first data packets at a proxy interposed between a user system and an independent object store during transfer of a data object from the user system to the independent object store; determining by the proxy that the data object is subject to content control by applying content inspection rules to the first data packets; generating by the proxy object metadata for the data object and storing the object metadata in a metadata store; receiving at the proxy second data packets from the user system during an application programming interface, API, request to the independent object store, the second data packets comprising a request to access the data object; retrieving the object metadata by the proxy for the data object from the metadata store; and controlling access by the proxy to the data object via the independent object store by the user system based upon the retrieved object metadata for the data object. receiving first data packets at a proxy interposed between a user system and an independent object store during transfer of a data object from the user system to the independent object store; determining by the proxy that the data object is subject to content control by applying content inspection rules to the first data packets; generating by the proxy object metadata for the data object and storing the object metadata in a metadata store; receiving at the proxy second data packets from the user system during an application programming interface, API, request to the independent object store, the second data packets comprising a request to access the data object; retrieving the object metadata by the proxy for the data object from the metadata store; and controlling access by the proxy to the data object via the independent object store by the user system based upon the retrieved object metadata for the data object.
A pergola (P) which comprises a support structure (S) and a foldable shading element (O), the support structure (S) comprising a frame (C) provided with lateral guides (G) for guiding the shading element (O) foldable in its folding and unfolding movements, the foldable shading element (O) consisting of blades articulated together by means of joints (A1, ...., An) consecutive between the blades , a longitudinal direction (L) parallel to the blade and to the direction of folding and unfolding, a transverse direction (T) and a direction perpendicular (V) to the longitudinal (L) and transverse (T) directions which corresponds to the direction of thickness (V) of the blade being defined between the blades, and in that the blades are profiles of total width (I) in the transverse direction (T), the section of the profile having a central body and two ends of joints which have a concave or convex circular envelope section so as to define tubular joints (A1,...., An), the ratio between the diameter (D) of the section of circular envelope and the total width (I) being greater than 0.1, characterized in that certain blades blades comprising at the respective ends of one of the articulations (AR) sliding elements intended to slide through the side guides (G), the sliding elements being wheels (R1, R2) and of which all said blades with the exception of the end blade (L1) being provided with such sliding elements (R1, R2).
A method for wireless communication at a drone-coupled wireless device, comprising: communicating with a serving network node via a bearer while in a non-aerial state; receiving a trigger indicating a change in operation of the drone-coupled wireless device from the non-aerial state to an aerial state; transmitting , to the serving network node, a session connectivity request message based at least in part on the trigger, the session connectivity request message comprising an identifier associated with an aerial state session connection; receiving context information for another bearer associated with the aerial state session connection in response to the session connectivity request message; and communicating with the serving network node via the other bearer while in the aerial state. communicating with a serving network node via a bearer while in a non-aerial state; receiving a trigger indicating a change in operation of the drone-coupled wireless device from the non-aerial state to an aerial state; transmitting , to the serving network node, a session connectivity request message based at least in part on the trigger, the session connectivity request message comprising an identifier associated with an aerial state session connection; receiving context information for another bearer associated with the aerial state session connection in response to the session connectivity request message; and communicating with the serving network node via the other bearer while in the aerial state.
Hydraulically damped unit bearing , in particular for a motor vehicle, wherein the unit bearing has a channel unit which is provided with a membrane which is arranged to be vibratory at least in regions and which is made of an elastic rubber material, and with at least one travel limiter for limiting a deflection of the membrane , which in order to improve the acoustic characteristics of the unit bearing is configured to be flexible, characterised in that the membrane is accommodated in a frame section that is tubularly enveloped by the travel limiter configured as a mesh-like textile surface structure , which is removably connectable to the channel unit in the usage position.
A tire comprising a tread portion , a tread edge (Te) provided in the tread portion , a shoulder main groove extending continuously in the tire circumferential direction in the tread portion , and a shoulder land region being defined between the tread edge (Te) and the shoulder main groove , wherein the shoulder land region is provided with a shoulder lateral groove connecting the shoulder main groove and the tread edge (Te) and a first shoulder lug groove extending axially inwardly from the tread edge (Te) and terminating within the shoulder land region , an angle (θ1) of the shoulder lateral groove with respect to the tire axial direction is larger by 10 to 40 degrees than an angle (θ2) of the first shoulder lug groove with respect to the tire axial direction, the shoulder lateral groove is formed as a crank-shaped bent groove including a first inner lateral groove portion , a first middle lateral groove portion , and a first outer lateral groove portion , wherein each of the first inner lateral groove portion , the first middle lateral groove portion , and the first outer lateral groove portion are formed as a straight line, a bent groove is formed by the first inner lateral groove portion and the first middle lateral groove portion , and a bent groove is formed by the first middle lateral groove portion and the first outer lateral groove portion , wherein the first inner lateral groove portion , the first middle lateral groove portion , and the first outer lateral groove portion are inclined to the same direction with respect to the tire axial direction, and wherein the first shoulder lug groove is arranged in a region overlapping in the tire axial direction when viewed in the tire circumferential direction with the first outer lateral groove portion , characterized in that the length (L2) of the first shoulder lug groove in the tire axial direction is set in a range of 60% to 90% of the length (L1) of the first outer lateral groove portion in the tire axial direction.
Device for producing a customized cosmetic product, by mixing at least two components which are housed in a respective container, at least one of the components being an active component contained in a capsule , and at least one of the components being a base component contained in a pot which preferably comprises a pump nozzle , at least one of said containers comprising an identification code, the device comprising - a mixing device - a device for selecting and dosing at least one base component contained in a pot - a device for selecting at least one active component in its capsule - means for detecting the identification code - an interface (In) for collecting customized data for interaction with the user (Ut) to allow the user to specify their customized data, preferably selected from a predefined database, - a device for processing said data, which comprises an algorithm for processing the customized data in order to automatically define instructions for producing a customized product to determine at least one, preferably all of the components to be contained in the customized product and/or to calculate the quantities of said component(s) according to the customized data, characterized in that the customized data comprise the user's number of hours of sport per day or per week and the user's number of hours of sleep per night, and the characteristics of the user's skin selected from: - the user's skin type, selected from: dry skin, oily skin, combination skin, or normal skin; - the user's skin phototype; - the radiance of the user's complexion, selected from: dull complexion or luminous complexion; - the sensitivity of the user's skin; - the presence of wrinkles and/or fine lines on the user's skin; - the presence of blemishes on the user's skin; - the firmness of the user's skin, and/or; - the presence of dark circles and/or puffiness in the eye contour area. - a mixing device - a device for selecting and dosing at least one base component contained in a pot - a device for selecting at least one active component in its capsule - means for detecting the identification code - an interface (In) for collecting customized data for interaction with the user (Ut) to allow the user to specify their customized data, preferably selected from a predefined database, - a device for processing said data, which comprises an algorithm for processing the customized data in order to automatically define instructions for producing a customized product to determine at least one, preferably all of the components to be contained in the customized product and/or to calculate the quantities of said component(s) according to the customized data, - the user's skin type, selected from: dry skin, oily skin, combination skin, or normal skin; - the user's skin phototype; - the radiance of the user's complexion, selected from: dull complexion or luminous complexion; - the sensitivity of the user's skin; - the presence of wrinkles and/or fine lines on the user's skin; - the presence of blemishes on the user's skin; - the firmness of the user's skin, and/or; - the presence of dark circles and/or puffiness in the eye contour area.
A cooked grooved noodle which has a plurality of grooves before cooking formed along a longitudinal direction (L) of a noodle string, a substantially circular configuration (C) in cross section of the noodle string and a solid region (S) at a center part of a cross section of the noodle string, the cooked grooved noodle comprising, after cooking, a core which accounts for 10% to 15% of a cross-sectional area of the noodle string with the plurality of grooves being closed after cooking and which is not gelatinized, wherein each of the plurality of grooves extends from a surface of the noodle string to an inside of the noodle string in cross section of the noodle string, has a width (W) of an opening part of 0.1 mm to 0.4 mm at the surface of the noodle string, and has a constant groove width or a gradually narrowing groove width from the opening part to the inside of the noodle string, wherein a diameter (D1) of the noodle string is set to 1.8 mm to 2.8 mm. the cooked grooved noodle comprising, after cooking, a core which accounts for 10% to 15% of a cross-sectional area of the noodle string with the plurality of grooves being closed after cooking and which is not gelatinized, wherein each of the plurality of grooves extends from a surface of the noodle string to an inside of the noodle string in cross section of the noodle string, has a width (W) of an opening part of 0.1 mm to 0.4 mm at the surface of the noodle string, and has a constant groove width or a gradually narrowing groove width from the opening part to the inside of the noodle string, wherein a diameter (D1) of the noodle string is set to 1.8 mm to 2.8 mm.
Conveyor belt system , wherein the conveyor belt system has a support frame, a conveyor belt and at least one drive, wherein the conveyor belt has at least one first electronic assembly, wherein the first electronic assembly has at least one first data memory and a first antenna for contactless communication, wherein the conveyor belt system has at least one first read-out communication apparatus for contactless read-out of data from the first data memory of the first electronic assembly, wherein the conveyor belt system has at least one first writing communication apparatus , wherein the conveyor belt system has at least one first sensor , wherein the first sensor is designed to detect the first data of at least one state variable of the conveyor belt system , wherein the first data is transferred from the first sensor to the first data memory during communication between the first writing communication apparatus and the first electronic assembly, wherein the conveyor belt system has at least one second read-out communication apparatus , characterised in that the conveyor belt system has at least one second drive, wherein the first read-out communication apparatus is connected to the first drive, wherein the second read-out communication apparatus is connected to the second drive, wherein the conveyor belt system has a plurality of drives, wherein, in each case, at least one writing communication apparatus is arranged between two adjacent drives, wherein one read-out communication apparatus is arranged adjacent to each drive.
A method comprising: determining to transmit a buffer status report corresponding to uplink data in response to a trigger condition, wherein the trigger condition comprises determining that new uplink data is available for a predetermined number of bearers that belong to a logical channel group prior to expiration of a timer, and the predetermined number of bearers has a priority higher than other bearers having available uplink data that belong to any logical channel group, and the predetermined number of bearers is configured by radio resource control signaling; in response to the expiration of the timer and the trigger condition not occurring, setting the predetermined number of bearers equal to zero; and in response to determining to transmit the buffer status report, transmitting the buffer status report to a parent integrated access backhaul device. determining to transmit a buffer status report corresponding to uplink data in response to a trigger condition, wherein the trigger condition comprises determining that new uplink data is available for a predetermined number of bearers that belong to a logical channel group prior to expiration of a timer, and the predetermined number of bearers has a priority higher than other bearers having available uplink data that belong to any logical channel group, and the predetermined number of bearers is configured by radio resource control signaling; in response to the expiration of the timer and the trigger condition not occurring, setting the predetermined number of bearers equal to zero; and in response to determining to transmit the buffer status report, transmitting the buffer status report to a parent integrated access backhaul device.