mhurhangee/patent-ind-claim-en huggingface dataset:
A head of a personal care device , comprising a head housing having a top aperture and a bottom portion arranged for attachment to a body of the personal care device ; a separate head portion , preferably a treatment assembly, extending through and beyond the top aperture ; a first locking element for positionally confining the separate head portion at the head housing ; a second locking element being disposed underneath the first locking element with respect to a direction from the top aperture towards the bottom portion ; the head housing comprising at least a first mechanical engagement element and the first locking element comprising at least a second mechanical engagement element , the first and the second mechanical engagement elements being mechanically engaged for positionally locking the first locking element at the head housing ; and the head housing comprising at least a third mechanical engagement element and the second locking element comprising at least a fourth mechanical engagement element , the third and the fourth mechanical engagement elements being mechanically engaged for positionally locking the second locking element at the head housing . a head housing having a top aperture and a bottom portion arranged for attachment to a body of the personal care device ; a separate head portion , preferably a treatment assembly, extending through and beyond the top aperture ; a first locking element for positionally confining the separate head portion at the head housing ; a second locking element being disposed underneath the first locking element with respect to a direction from the top aperture towards the bottom portion ; the head housing comprising at least a first mechanical engagement element and the first locking element comprising at least a second mechanical engagement element , the first and the second mechanical engagement elements being mechanically engaged for positionally locking the first locking element at the head housing ; and the head housing comprising at least a third mechanical engagement element and the second locking element comprising at least a fourth mechanical engagement element , the third and the fourth mechanical engagement elements being mechanically engaged for positionally locking the second locking element at the head housing .
Method for inspecting technical rubber articles with a reinforcing ply , such as for example a pneumatic vehicle tyre with a carcass ply , comprising the following steps: A) producing or providing a technical rubber article with at least one reinforcing ply , wherein the reinforcing ply comprises a rubber matrix and a metal reinforcing ply , B) measuring a first distance by means of a first distance measuring unit, wherein the first distance is measured between a measuring area on a surface of the metal reinforcing ply and the first distance measuring unit , wherein the first distance measuring unit comprises at least one radar wave transmitter and at least one radar wave receiver and is suitable for ascertaining a distance in each case from a transit time of a radar wave signal between the radar wave transmitter, the measuring/reference area and the radar wave receiver, C) measuring a second distance by means of a second distance measuring unit , wherein the second distance is measured between a reference area , which is fixed in relation to the measuring area , on an outer wall of the one ply of the technical rubber article and the second distance measuring unit , wherein the second distance measuring unit comprises at least one laser and at least one laser light detector and is suitable for ascertaining the distance in each case from a transit time of a laser signal between the laser, the reference area and the laser light detector, wherein the distance between the outer wall and the surface of the reinforcing ply is then ascertained from the difference between the first distance and the second distance. A) producing or providing a technical rubber article with at least one reinforcing ply , wherein the reinforcing ply comprises a rubber matrix and a metal reinforcing ply , B) measuring a first distance by means of a first distance measuring unit, wherein the first distance is measured between a measuring area on a surface of the metal reinforcing ply and the first distance measuring unit , wherein the first distance measuring unit comprises at least one radar wave transmitter and at least one radar wave receiver and is suitable for ascertaining a distance in each case from a transit time of a radar wave signal between the radar wave transmitter, the measuring/reference area and the radar wave receiver, C) measuring a second distance by means of a second distance measuring unit , wherein the second distance is measured between a reference area , which is fixed in relation to the measuring area , on an outer wall of the one ply of the technical rubber article and the second distance measuring unit , wherein the second distance measuring unit comprises at least one laser and at least one laser light detector and is suitable for ascertaining the distance in each case from a transit time of a laser signal between the laser, the reference area and the laser light detector, wherein the distance between the outer wall and the surface of the reinforcing ply is then ascertained from the difference between the first distance and the second distance.
A scheduling method for a content delivery network, comprising: receiving , by a scheduling system, a play scheduling request sent by a video client; determining , in response to the play scheduling request and based on at least CDN service SLA information of a plurality of CDN service providers, a target CDN service provider that meets a quality requirement; and returning information about a CDN node of the target CDN service provider to the video client, so that the video client sends a play request to the CDN node of the target CDN service provider, wherein the CDN service SLA information comprises at least one of the following: a total quantity of user serving times, a play success rate, a play failure rate, a total quantity of user service stalling times, a user service stalling rate, an origin retrieval rate, a user download fulfillment rate, a service reliability parameter, a play start delay compliance rate, and a download speed; wherein the method further comprises: storing, by the scheduling system, a scheduling rule, wherein the scheduling rule is configured by an administrator; and the scheduling rule comprises: adjusting scheduling proportions of the plurality of CDN service providers based on CDN service SLA quality parameters reported by a plurality of video clients, wherein the CDN service SLA quality parameters reported by the plurality of video clients comprise the following: a play success rate, a user service stalling rate, and a play start delay that are in a statistical period. receiving , by a scheduling system, a play scheduling request sent by a video client; determining , in response to the play scheduling request and based on at least CDN service SLA information of a plurality of CDN service providers, a target CDN service provider that meets a quality requirement; and returning information about a CDN node of the target CDN service provider to the video client, so that the video client sends a play request to the CDN node of the target CDN service provider, wherein the CDN service SLA information comprises at least one of the following: a total quantity of user serving times, a play success rate, a play failure rate, a total quantity of user service stalling times, a user service stalling rate, an origin retrieval rate, a user download fulfillment rate, a service reliability parameter, a play start delay compliance rate, and a download speed; wherein the method further comprises: storing, by the scheduling system, a scheduling rule, wherein the scheduling rule is configured by an administrator; and the scheduling rule comprises: adjusting scheduling proportions of the plurality of CDN service providers based on CDN service SLA quality parameters reported by a plurality of video clients, wherein the CDN service SLA quality parameters reported by the plurality of video clients comprise the following: a play success rate, a user service stalling rate, and a play start delay that are in a statistical period.
A device for valve actuation, comprising a signal input for a predetermined actuation duration for a valve of a reference system, with which a required pressure change can be achieved in the reference system, a signal output for outputting an actuation duration for a valve of a target system in order to achieve the required pressure change in the target system, a storage device in which the effective opening time of the valve of the reference system achieved for the predetermined actuation duration and the required actuation duration for an effective opening time to be achieved for the valve of the target system as well as parameters characterizing the pneumatic properties of the reference system and the target system are stored, a device for determining the effective opening time of the valve belonging to the predetermined actuation duration for the valve of the reference system by means of the data stored in the storage device, a device for determining an effective opening time of the valve of the target system corresponding to the effective opening time of the valve of the reference system by which the same pressure change is achieved in the target system as in the reference system, by means of the parameters characterizing the pneumatic properties of the reference system and the target system, and a device for determining the actuation duration of the valve required to achieve the effective opening time of the valve of the target system by means of the data stored in the storage device. a signal input for a predetermined actuation duration for a valve of a reference system, with which a required pressure change can be achieved in the reference system, a signal output for outputting an actuation duration for a valve of a target system in order to achieve the required pressure change in the target system, a storage device in which the effective opening time of the valve of the reference system achieved for the predetermined actuation duration and the required actuation duration for an effective opening time to be achieved for the valve of the target system as well as parameters characterizing the pneumatic properties of the reference system and the target system are stored, a device for determining the effective opening time of the valve belonging to the predetermined actuation duration for the valve of the reference system by means of the data stored in the storage device, a device for determining an effective opening time of the valve of the target system corresponding to the effective opening time of the valve of the reference system by which the same pressure change is achieved in the target system as in the reference system, by means of the parameters characterizing the pneumatic properties of the reference system and the target system, and a device for determining the actuation duration of the valve required to achieve the effective opening time of the valve of the target system by means of the data stored in the storage device.
Disc filter, comprising a centrally arranged drum and at least one filter disc arranged on the drum , which filter disc comprises a plurality of filter segments projecting radially beyond the drum , which filter segments each have a closed filter frame with two radially projecting frame struts secured to the drum which are connected at the radially outer end via an arcuate connecting strut and have filter inserts mounted in the closed filter frame , characterized in that the filter frames are arranged on the drum at a distance from one another, forming a free space between adjacent filter frames and intermediate filter inserts are accommodated in each free space , and all filter inserts and intermediate filter inserts are covered on the outside with end profiles , which cover the filter inserts accommodated in the filter frames and the intermediate filter inserts and continue one another along a closed circular path, forming a cover ring.
An aircraft capable of hovering comprising: - a motor bay ; - a motor system housed in part inside said motor bay and comprising, in turn, a discharge duct extending at least in part outside said motor bay ; - a heat exchanger arranged outside said motor system ; - a first air intake fluidically connected with said heat exchanger ; - a first duct extending between said first air intake and said discharge duct and along which said heat exchanger is arranged; - a first converging nozzle having a downstream section fluidically connected with said discharge duct and with said first duct , so as to create a first flow rate of air adapted to cool said heat exchanger and crossing, in use, said first duct ; characterized in that it further comprises - a second air intake that is open in said motor bay and distinct from said first air intake ; and - a second converging nozzle having a second downstream section fluidically connected with said discharge duct and with said motor bay , so as to create a second flow rate of cooling air of said motor bay directed from said second air intake towards said discharge duct and by-passing said motor system . - a motor bay ; - a motor system housed in part inside said motor bay and comprising, in turn, a discharge duct extending at least in part outside said motor bay ; - a heat exchanger arranged outside said motor system ; - a first air intake fluidically connected with said heat exchanger ; - a first duct extending between said first air intake and said discharge duct and along which said heat exchanger is arranged; - a first converging nozzle having a downstream section fluidically connected with said discharge duct and with said first duct , so as to create a first flow rate of air adapted to cool said heat exchanger and crossing, in use, said first duct ; characterized in that it further comprises - a second air intake that is open in said motor bay and distinct from said first air intake ; and - a second converging nozzle having a second downstream section fluidically connected with said discharge duct and with said motor bay , so as to create a second flow rate of cooling air of said motor bay directed from said second air intake towards said discharge duct and by-passing said motor system .
A composition, comprising: - a bulking agent comprising a kaolin, - an absorbent material comprising a fumed silica, - a binder comprising an epoxy, and - a first active agent comprising Latanoprost, wherein the composition is in the form of a punctal plug. - a bulking agent comprising a kaolin, - an absorbent material comprising a fumed silica, - a binder comprising an epoxy, and - a first active agent comprising Latanoprost,
A bi-directional nonlinear spring, comprising: a plurality of convolutions revolved about a longitudinal axis each having an annular region with a first thickness integrally formed in series with cylindrical regions having a second thickness, wherein outer portions of adjacent annular regions are integrally formed with a first cylindrical region and inner portions of adjacent annular regions are integrally formed with a second cylindrical region such that the effective spring rate of the bi-directional spring device increases symmetrically as it is displaced in either compression or tension, characterized in that the first thickness is less than the second thickness. a plurality of convolutions revolved about a longitudinal axis each having an annular region with a first thickness integrally formed in series with cylindrical regions having a second thickness, wherein outer portions of adjacent annular regions are integrally formed with a first cylindrical region and inner portions of adjacent annular regions are integrally formed with a second cylindrical region such that the effective spring rate of the bi-directional spring device increases symmetrically as it is displaced in either compression or tension, characterized in that the first thickness is less than the second thickness.
A wringing system with a wringing device and a bucket , wherein a seat is formed on the bucket for receiving the wringing device at two side walls lying opposite one another and within the edge of the bucket, characterised in that the wringing device comprises a funnel with two first walls forming the wide sides lying opposite one another and two second walls forming the narrow sides also lying opposite one another.
Control device for a bicycle, comprising: - a support body having a substantially horizontal reference plane extending from a rear end configured for fixing to a bicycle handlebar to a front part opposite to the rear end , the reference plane dividing the support body into an upper part and a lower part, where the front part comprises a protuberance that extends upwards with respect to the reference plane , - a first manual control member of a first actuator device , the first manual control member being associated with the lower part of the support body , and - a second manual control member of a second actuator device , the second manual control member being associated with the lower part of the support body , and - at least one third manual control member in an operational connection with at least one third actuator device for actuating said at least one third actuator device , wherein said at least one third manual control member is associated with the upper part of the support body and arranged on the protuberance , characterized in that it comprises a fourth manual control member in an operational connection with said at least one third actuator device or with a fourth actuator device, for actuating said at least one third or fourth actuator device, wherein said fourth manual control member is associated with the upper part of the support body and arranged on the protuberance . - a support body having a substantially horizontal reference plane extending from a rear end configured for fixing to a bicycle handlebar to a front part opposite to the rear end , the reference plane dividing the support body into an upper part and a lower part, where the front part comprises a protuberance that extends upwards with respect to the reference plane , - a first manual control member of a first actuator device , the first manual control member being associated with the lower part of the support body , and - a second manual control member of a second actuator device , the second manual control member being associated with the lower part of the support body , and - at least one third manual control member in an operational connection with at least one third actuator device for actuating said at least one third actuator device , wherein said at least one third manual control member is associated with the upper part of the support body and arranged on the protuberance ,
Damping device for pipelines , comprising a compression ring having a plurality of ring segments able to be positioned around a pipe and able to be connected and brought together circumferentially through connection and tightening means , so as to form an annular structure with adjustable circumference with respect to an axis of the pipe , wherein each ring segment forms, in a radially inner surface thereof, a damper seat that receives at least one damping element made of elastomeric material, projecting radially from the ring segment and intended to be compressed radially against an outer surface of the pipe , wherein the damper seat comprises: - one or more axial constraint portions in shape connection with the damping element so as to prevent the damping element from escaping the damper seat in the axial direction, - one or more radial constraint portions in shape connection with the damping element so as to prevent the damping element from escaping the damper seat in the radial direction, characterized in that the compression ring comprises three rigid ring segments having substantially the same circumferential extension and being connected together in series in three connection and tangential tightening areas arranged at an angular pitch of substantially 120°. - one or more axial constraint portions in shape connection with the damping element so as to prevent the damping element from escaping the damper seat in the axial direction, - one or more radial constraint portions in shape connection with the damping element so as to prevent the damping element from escaping the damper seat in the radial direction,
A method for diagnosis, prognosis, prediction and/or monitoring of a malignant disease, comprising determining at least one mutation in genomic DNA, with the steps A) converting at least a part of the cytosines contained in said genomic DNA to uracil or another base with a base-pairing behavior and/or molecular weight distinguishable from that of cytosine, B) performing a mutation analysis with said genomic DNA obtained from step A) to determine said at least one mutation, C) performing a methylation analysis with said genomic DNA obtained from step A) to determine a methylation state of at least one CpG dinucleotide contained in said genomic DNA, D) correlating presence or absence of said mutation with said methylation state of the CpG dinucleotide to determine the diagnosis, prognosis, prediction and/or monitoring of said malignant disease, wherein said mutation analysis comprises at least a part of the BRAF gene and said methylation analysis comprises at least a part of the SHOX2 gene; or wherein said mutation analysis comprises at least a part of the FGFR3, TERT, PIK3CA, KRAS, TP53, NRAS and/or HRAS gene and said methylation analysis comprises at least a part of the ONECUT2, OTX1, SHOX2, SEPT9 and/or TWIST1 gene; or wherein said mutation analysis comprises at least a part of the TP53 gene and/or an insertion of viral DNA, in particular at least a part or several parts of DNA of one or more human papillomaviruses (HPV) and said methylation analysis comprises at least a part of the SEPT9 gene; or wh erein said mutation analysis comprises at least a part of the BRCA1, BRCA2 and/or PALB2 gene and said methylation analysis comprises at least a part of the BRCA1 gene; or wh erein said mutation analysis comprises at least a part of the IDH1, IDH2 and/or EGFR gene and said methylation analysis comprises at least a part of the MGMT gene; or wh erein said mutation analysis comprises at least a part of the TP53 gene and said methylation analysis comprises at least a part of the PITX2 gene; or wherein said mutation analysis comprises at least a part of the AR , ESR1, BRCA1, BRCA2, PALB2 and/or ERBB2 gene and said methylation analysis comprises at least a part of the PITX2 gene. A) converting at least a part of the cytosines contained in said genomic DNA to uracil or another base with a base-pairing behavior and/or molecular weight distinguishable from that of cytosine, B) performing a mutation analysis with said genomic DNA obtained from step A) to determine said at least one mutation, C) performing a methylation analysis with said genomic DNA obtained from step A) to determine a methylation state of at least one CpG dinucleotide contained in said genomic DNA, D) correlating presence or absence of said mutation with said methylation state of the CpG dinucleotide to determine the diagnosis, prognosis, prediction and/or monitoring of said malignant disease,
An antibody or a fragment thereof, wherein the antibody or the fragment thereof comprises a heavy (H) chain variable (V) region and a light (L) chain V region, wherein the H chain V region comprises CDR1 having the amino acid sequence shown in SEQ ID NO: 22, CDR2 having the amino acid sequence shown in SEQ ID NO: 24 and CDR3 having the amino acid sequence shown in SEQ ID NO: 26, and the L chain V region comprises CDR1 having the amino acid sequence shown in SEQ ID NO: 30, CDR2 having the amino acid sequence shown in SEQ ID NO: 32 and CDR3 having the amino acid sequence shown in SEQ ID NO: 34, and wherein the antibody is capable of binding to a CDH3 polypeptide.