mhurhangee/patent-ind-claim-en huggingface dataset:
Plate unit for a steam iron, comprising an ironing soleplate provided with a plurality of holes for the steam to exit, a heating block , an upper closing lid provided with an entrance for the water, a steam chamber enclosed between said heating block and said closing lid and a steam distribution chamber enclosed between said heating block and said soleplate and fluidically connected to said steam chamber by means of steam distribution channels, wherein the plate unit comprises at least one valve unit selectively drivable to open and close at least one discharge aperture made in a wall of said heating block in order to allow a direct discharge of the water from said steam chamber to said steam distribution chamber , and characterized in that said soleplate comprises, in correspondence with said discharge aperture , a plurality of holes or apertures for the water, which have larger sizes than said holes for the steam to exit, in order to allow the direct exit of the water from said distribution chamber toward the outside.
A multilayer collagen membrane comprising a first upper layer that comprises compact collagen, a second middle layer that comprises collagen and elastin, and a third lower layer that comprises mineralized collagen.
A bicycle child seat adapted to be mounted to a bicycle, said bicycle child seat comprising a seat module comprising a seat section and a back rest section , and an attachment module adapted to be mounted to said bicycle, said seat module being pivotally arranged to said attachment module so that said seat module can pivot between a rest position and an upraised position with respect to said attachment module , at least a portion of said seat module and/or said attachment module comprising an arc portion , said bicycle child seat comprising a lock mechanism to lock the position of said seat module with respect to said attachment module , at least in said upraised position and said rest position, characterized in that said seat module can pivot with respect to said attachment module in a rocking-chair manner along said arc portion .
A therapeutically effective amount of: i) vemurafenib, an inhibitor of BRAF, ii) trametinib, an inhibitor of MEK and iii) imatinib, an inhibitor of DDR1/2 for use in the treatment of melanoma in a subject in need thereof.
A continuous inkjet (CIJ) printer that has a drop generator , an ink source , an ink feed line configured to deliver ink from the ink source to the drop generator , a solvent source , a solvent feed line configured to deliver solvent from the solvent source to the drop generator , a flush valve operable to control a flow of solvent through the solvent feed line , a source of negative pressure , a wash valve operable to connect the ink feed line to the source of negative pressure , and a controller operable to control the valves , the solvent feed line and the ink feed line forming a junction such that, in use of the printer , ink and solvent meet at an interface, characterised in that the controller is operable, when carrying out a shutdown sequence of the printer , to control the wash valve and flush valve to cause solvent to be drawn into the ink feed line from the solvent feed line to draw the interface along the ink feed line away from the drop generator .
A sheet like article comprising a fibrous base material formed mainly of ultrafine fibers and impregnated with, as a binder, a polyurethane resin that meets the requirements (I), (II) and (III) given below: (I) the polyurethane resin contains polymeric polyol molecules having an oxycarbonyl group and a carbonate group as ester groups; (II) the polyurethane resin contains a urethane group and/or a urea group with a total content of 7.0 to 11.0 mass%; and (III) 10 mass% to 100 mass% of the polymeric polyol molecules present in the polyurethane resin are accounted for by polyol molecules having an oxycarbonyl group and a carbonate group. (I) the polyurethane resin contains polymeric polyol molecules having an oxycarbonyl group and a carbonate group as ester groups; (II) the polyurethane resin contains a urethane group and/or a urea group with a total content of 7.0 to 11.0 mass%; and (III) 10 mass% to 100 mass% of the polymeric polyol molecules present in the polyurethane resin are accounted for by polyol molecules having an oxycarbonyl group and a carbonate group.
A method performed by a network node for linear chirp detection, the method comprising: Obtaining a first number, N, of samples of a signal; Dividing samples into at least a first group and a second group, the first group comprising a second number, D, of the samples of the signal, the second group comprising a third number, N-D, of the samples of the signal; performing a correlation between the first group of samples and the second group of samples to generate a resultant group of samples of the signal, within the resultant group of samples, identifying a peak value in the frequency domain; and based on at least one property associated with the peak value, determining whether there is a linear chirp within the signal. Obtaining a first number, N, of samples of a signal; Dividing samples into at least a first group and a second group, the first group comprising a second number, D, of the samples of the signal, the second group comprising a third number, N-D, of the samples of the signal; performing a correlation between the first group of samples and the second group of samples to generate a resultant group of samples of the signal, within the resultant group of samples, identifying a peak value in the frequency domain; and based on at least one property associated with the peak value, determining whether there is a linear chirp within the signal.
A monoclonal antibody or an antibody fragment thereof directed against JMJD6 protein, having the variable region of the light chains (VkCk) that comprises the following sequence: (VkCk) and the variable region of the heavy chains (VkCh) that comprises the following sequence: (VhCh) or (VhCh) (VhCh) or (VhCh)
An asphalt heater system , comprising a source of a flow of inert gas, a heater for heating the flow of inert gas and means for directing the flow of heated inert gas to the asphalt surface, wherein the means for directing the flow of heated inert gas to the asphalt surface is a lance , wherein the heater is configured to heat the inert gas flow to a temperature of from about 40 oC to about 650 oC, and wherein the inert gas has a flow rate of between 100 and 600 Lmin -1 when the heated inert gas exits the lance, wherein the lance is configured to allow fine control in directing the flow of heated inert gas.
An emulsion comprising: an internal phase comprising acid ; an external phase comprising supercritical carbon dioxide ; and a plurality of nanoparticles to stabilize the internal phase and the external phase, wherein the acid comprises hydrochloric acid. an internal phase comprising acid ; an external phase comprising supercritical carbon dioxide ; and a plurality of nanoparticles to stabilize the internal phase and the external phase, wherein the acid comprises hydrochloric acid.
A system capable of displaying mechanical activation patterns for a heart, the system comprising the following: a data input adapted to receive data from an electrophysiology apparatus ; a processor electrically connected to the data input, the processor configured to execute the following steps: calculate mechanical activation parameters from the data; generate an anatomical representation of the heart from the data; divide the anatomical representation into segments ; and generate a depiction that displays magnitudes of the mechanical activation parameter relative to the segments such that performance of a plurality of segments can be simultaneously evaluated; and an output adapted to transmit the depiction that displays magnitudes of the mechanical activation parameter relative to the segments to a display; and wherein the display is configured and arranged to facilitate clinician diagnosis based on the visualized magnitudes of the mechanical activation parameter relative to the segments , and the mechanical activation parameter comprises a time or displacement parameter. a data input adapted to receive data from an electrophysiology apparatus ; a processor electrically connected to the data input, the processor configured to execute the following steps: calculate mechanical activation parameters from the data; generate an anatomical representation of the heart from the data; divide the anatomical representation into segments ; and generate a depiction that displays magnitudes of the mechanical activation parameter relative to the segments such that performance of a plurality of segments can be simultaneously evaluated; and calculate mechanical activation parameters from the data; generate an anatomical representation of the heart from the data; divide the anatomical representation into segments ; and generate a depiction that displays magnitudes of the mechanical activation parameter relative to the segments such that performance of a plurality of segments can be simultaneously evaluated; and an output adapted to transmit the depiction that displays magnitudes of the mechanical activation parameter relative to the segments to a display; and wherein the display is configured and arranged to facilitate clinician diagnosis based on the visualized magnitudes of the mechanical activation parameter relative to the segments , and the mechanical activation parameter comprises a time or displacement parameter.
A method in a network entity for Quality of Service, QoS, control of a service to be provided by a Service Provider, SP, to a user, comprising: - receiving (S210) from another network entity a QoS capability request including a QoS requested by the SP for the service; - retrieving (S220) a QoS profile of the user from a user database, the QoS profile including a maximum allowable QoS for the user dependent on the user's subscription with a network operator; and - controlling (S230) a QoS to be authorized to the service based on the requested QoS and the maximum allowable QoS, wherein the controlling is further based on a prioritization indication, dependent on the SP's subscription with the network operator, when the requested QoS is not allowed by the maximum allowable QoS, wherein the prioritization indication indicates whether the requested QoS shall be prioritized over the maximum allowable QoS, the prioritization indication is included in the received QoS capability request or retrieved from the user database based on a user identifier, ID, of the user and/or an SP ID of the SP included in the received QoS capability request. - receiving (S210) from another network entity a QoS capability request including a QoS requested by the SP for the service; - retrieving (S220) a QoS profile of the user from a user database, the QoS profile including a maximum allowable QoS for the user dependent on the user's subscription with a network operator; and - controlling (S230) a QoS to be authorized to the service based on the requested QoS and the maximum allowable QoS, wherein the controlling is further based on a prioritization indication, dependent on the SP's subscription with the network operator, when the requested QoS is not allowed by the maximum allowable QoS, wherein the prioritization indication indicates whether the requested QoS shall be prioritized over the maximum allowable QoS, the prioritization indication is included in the received QoS capability request or retrieved from the user database based on a user identifier, ID, of the user and/or an SP ID of the SP included in the received QoS capability request.
Handling machine for labelling and/or printing onto containers , comprising a container table which can be rotated about a vertical machine axis , clamping stations circulating thereon that comprise centring elements and control rollers for lowering the centring elements onto the containers , and a rotationally fixed lifting cam , the lifting cam being mounted on an upper machine part which is centrally adjustable in height with respect to the container table , characterised in that the control rollers are resiliently prestressed against the top and/or the bottom of the lifting cam by means of resilient elements and are arranged on both sides of the lifting cam at the top and bottom thereof.
A method for manufacturing by integral molding a vehicle seat core member including securing attachments used for securing the vehicle seat core member to a vehicle and embedded in a molded article of expanded beads made of thermoplastic resin, the securing attachments being disposed near both ends in a front portion of the vehicle seat core member and connected by a connecting member embedded in a front portion of the molded article of expanded beads , the connecting member extending in a longitudinal direction of the seat core member , each of the securing attachments including a base embedded in the molded article of expanded beads , an upright frame joined to the base to extend out of the molded article of expanded beads , and a securing portion extending from the upright frame to project away from a surface of the molded article of expanded beads , the method is characterized by comprising creating, during or after molding the molded article of expanded beads , a space at an outside position from a part of the molded article of expanded beads where the upright frame of the securing attachment is embedded in a longitudinal direction of the seat core member , or a notch at an outside position from the part of the molded article of expanded beads in a longitudinal direction of the seat core member where the upright frame of the securing attachment is embedded toward an outer side in a longitudinal direction of the seat core member .
A vehicle loudspeaker system comprising: - a vehicle interior space (S1) defined on an inner side of a front windshield ; a vehicle exterior utility space (S2) defined on a front side of the vehicle interior space (S1) such that a partition is disposed between the vehicle exterior utility space (S2) and the vehicle interior space (S1); a cowl box disposed between an upper end of the partition and a lower end of the front windshield ; and a loudspeaker including a diaphragm , the loudspeaker being disposed in the cowl box such that sound pressure generated by the diaphragm is introduced into the vehicle interior space (S1), characterized in that the loudspeaker includes a frame that holds a peripheral part of the diaphragm , and the frame holds a magnetic circuit located above the diaphragm , and the frame includes exhaust portions that communicate a space on an upper surface of the diaphragm with the cowl box, such that antiphase sound pressure generated by vibration of the diaphragm is discharged into the cowl box through the exhaust portions . - a vehicle interior space (S1) defined on an inner side of a front windshield ; a vehicle exterior utility space (S2) defined on a front side of the vehicle interior space (S1) such that a partition is disposed between the vehicle exterior utility space (S2) and the vehicle interior space (S1); a cowl box disposed between an upper end of the partition and a lower end of the front windshield ; and a loudspeaker including a diaphragm , the loudspeaker being disposed in the cowl box such that sound pressure generated by the diaphragm is introduced into the vehicle interior space (S1), characterized in that the loudspeaker includes a frame that holds a peripheral part of the diaphragm , and the frame holds a magnetic circuit located above the diaphragm , and the frame includes exhaust portions that communicate a space on an upper surface of the diaphragm with the cowl box, such that antiphase sound pressure generated by vibration of the diaphragm is discharged into the cowl box through the exhaust portions .
A heat transfer plate comprising a first end portion , a second end portion and a center portion arranged in succession along a longitudinal center axis (L) dividing the heat transfer plate into a first and a second half , the first and second end portions each comprising a number of port holes , the center portion comprising a heat transfer area provided with a heat transfer pattern comprising support ridges and support valleys , which support ridges and support valleys longitudinally extend parallel to the longitudinal center axis (L) of the heat transfer plate , and which support ridges and support valleys each comprise an intermediate portion arranged between two end portions , a respective top portion of the support ridges extending in a first plane and a respective bottom portion of the support valleys extending in a second plane , which first and second planes are parallel to each other, the support ridges and support valleys being alternately arranged along a number = x of separated imaginary longitudinal straight lines extending parallel to the longitudinal center axis (L) of the heat transfer plate and along a number of separated imaginary transverse straight lines extending perpendicular to the longitudinal center axis (L) of the heat transfer plate , the support ridges and support valleys being centered with respect to the imaginary longitudinal straight lines and extending between adjacent ones of the imaginary transverse straight lines , the heat transfer pattern further comprising turbulence ridges and turbulence valleys , a respective top portion of the turbulence ridges extending in a third plane arranged between, and parallel to, the first and second planes , and a respective bottom portion of the turbulence valleys extending in a fourth plane arranged between, and parallel to, the second and third planes , the turbulence ridges and turbulence valleys being alternately arranged, with a pitch (p) between adjacent turbulence ridges and adjacent turbulence valleys , in interspaces between the imaginary longitudinal straight lines and connecting the support ridges and support valleys along adjacent ones of the imaginary longitudinal straight lines , characterized in that at least a plurality of the turbulence ridges and turbulence valleys along at least a center portion of their longitudinal extension extend inclined in relation to the transverse imaginary straight lines .
Apparatus for treating a workpiece , in particular for cutting or engraving a sheet workpiece made of paperboard, paper or film, having a laser source , a treatment area for treating the workpiece by means of a laser beam from the laser source , a conveying device for transporting the workpiece into the treatment area of the apparatus and out of the treatment area of the apparatus , wherein the conveying device has a conveyor belt that can be moved in a conveying direction (Z), wherein the conveyor belt has a carrier structure , wherein the carrier structure has a plurality of bearing rods , wherein the conveyor belt has a multiplicity of supporting elements arranged at a distance from one another, wherein the respective supporting element has a bearing section and a supporting section , wherein the respective supporting element is detachably supported by its bearing section in the carrier structure , and wherein the supporting section of the respective supporting element projects with respect to the carrier structure at an end facing away from the bearing section , wherein the respective supporting element is mounted in two bearing rods , wherein the respective supporting element is pivotably mounted in the respective bearing rod , wherein the supporting element has two recesses , wherein one recess accommodates one bearing rod of the two bearing rods , and the other recess accommodates the other bearing rod of the two bearing rods , characterized in that the supporting sections of the adjacent supporting elements form a supporting surface for the workpiece , wherein (i) the supporting section is plate-like, wherein opposite main extension surfaces of the supporting section are formed at an angle to the conveying direction (Z), wherein outer edges of the supporting section of the supporting elements , formed between the main extension surfaces , form the supporting surface for the workpiece , wherein the outer edge forming the supporting surface has a plurality of projections projecting in the direction facing away from the carrier structure in order to avoid reflections of the laser beam onto an underside of the workpiece , and/or (ii) the supporting section of the supporting element has a cross section tapering in the direction facing away from the carrier structure to avoid reflections of the laser beam onto the underside of the workpiece . (i) the supporting section is plate-like, wherein opposite main extension surfaces of the supporting section are formed at an angle to the conveying direction (Z), wherein outer edges of the supporting section of the supporting elements , formed between the main extension surfaces , form the supporting surface for the workpiece , wherein the outer edge forming the supporting surface has a plurality of projections projecting in the direction facing away from the carrier structure in order to avoid reflections of the laser beam onto an underside of the workpiece , and/or (ii) the supporting section of the supporting element has a cross section tapering in the direction facing away from the carrier structure to avoid reflections of the laser beam onto the underside of the workpiece .
Working device for carrying out installation or maintenance work in an elevator shaft , the working device comprising at least one working platform comprising a standing surface and a railing , the standing surface providing space for at least one person and the railing surrounding the standing surface at least in part, characterized in that the working device comprises at least one additional platform , it being possible to attach the additional platform to the railing of the working platform , and the additional platform providing an additional standing surface for at least one person, which additional standing surface is arranged above the handrail , characterized in that the additional standing surface , when viewed from the standing surface of the working platform , is arranged outside the railing at least in part.
A manufacturing system , comprising: a stator base having a planar stator surface covering an array of electrical coils configured to generate an electromagnetic field; a plurality of movers , each containing multiple permanent magnets configured to cause the movers to levitate and move relative to the stator surface in response to the electromagnetic field; one or more end effectors coupled to the movers , each end effector configured to perform one or more functions in relation to a material sheet ; and a controller configured to selectively activate the electrical coils in a manner causing independent, coordinated movement of the movers over the stator surface , and causing the end effectors to engage with and operate on the material sheet . a stator base having a planar stator surface covering an array of electrical coils configured to generate an electromagnetic field; a plurality of movers , each containing multiple permanent magnets configured to cause the movers to levitate and move relative to the stator surface in response to the electromagnetic field; one or more end effectors coupled to the movers , each end effector configured to perform one or more functions in relation to a material sheet ; and a controller configured to selectively activate the electrical coils in a manner causing independent, coordinated movement of the movers over the stator surface , and causing the end effectors to engage with and operate on the material sheet .