mhurhangee/patent-ind-claim-en huggingface dataset:
Dental laser comprising a handpiece having a grip region and having a treatment tip with an exit point for laser light disposed at a distal end, and further comprising a light conduction means disposed in the handpiece for providing laser light at the exit point , which originates from a light source disposed inside or outside the handpiece, characterized in that the laser light has a wavelength of 445 ± 20 nm, in particular 445 ± 10 nm, and more particularly 445 ± 5 nm, and that optical power in a power range of at least 2 W to at most 5 W, advantageously at least 3 W and in particular 3.5 Watts, is provided at the exit point .
A pack for cigarettes or rod-shaped objects, having a box part , which is delimited by at least one front wall , one rear wall , side walls and one bottom wall , and with one preferably cuboid cigarette group or group of rod-shaped objects wrapped in an inner blank , wherein the box part serves for receiving the preferably cuboid cigarette group or group of rod-shaped objects and wherein the pack comprises predefined dimensions with regard to the width, the depth and the height and at least one dimension of the at least one cigarette group or of the group of rod-shaped objects is smaller than a corresponding dimension of the interior of the box part so that the at least one cigarette group or the group of rod-shaped objects does not fill out the interior of the box part with reference to the at least one dimension, and wherein a collar is arranged in the box part , consisting of at least one collar front wall , which abuts against the front wall of the box part , and collar side walls which are arranged adjacent to side walls of the box part , and wherein at least one bottom flap , which extends directed transversely to the collar front wall as bottom-side support of the at least one cigarette group or group of rod-shaped objects, is arranged as an extension of the collar front wall so that the collar serves for compensating for at least one different dimension of the cigarette group or group of rod-shaped objects, wherein the bottom flap is connected in an articulated manner to the collar front wall , in particular at a lower edge of the same, characterized in that in that the bottom flap is held on the collar side walls in its position directed transversely to the collar front wall by at least one bearing element, wherein bearing projections impressed in the material of the collar side walls or collar support tabs , which are folded out of the plane of the collar side walls into the region below the bottom flap and which support the bottom flap at the bottom, serve as a bearing element.
A lighting device (DE) including first (S1) and second (S2) light sources suitable for generating photons, first (GL1) and second (GL2) light guides suitable for ensuring respectively first and second predefined photometric functions from photons generated by said first (S1) and second (S2) light sources, characterized in that said first (GL1) and second (GL2) light guides include respectively first (GT1) and second (GT2) groups of at least one hole (Tjk), and in that it further includes i) a printed circuit board (CC) comprising first (F1) and second (F2) faces to which said first (S1) and second (S2) light sources are respectively secured, and provided with a third group (GT3) of at least one hole (Tjk), and ii) a support part (PS) including a face (FS) provided with at least one rod (Mk) passing respectively through holes (Tjk) of said first (GT1) and third (GT3) groups, in this order, so as to position respectively said first light guide (GL1) and printed circuit board (CC) at first and second predefined levels, and including a free end (ELk) capped by said second light guide (GL2) at the level of a corresponding hole (Tjk) so as to position it at a third predefined level.
A tool verification system , comprising: a qualified tool ; a test system having an unqualified component, the test system communicatively connected with the qualified tool ; and a tool verification component configured to sense a set of communications between the qualified tool and the unqualified component, to compare the sensed set of communications with a predetermined set of communications between the qualified tool and a previously-qualified component, determine whether the unqualified component functionally operates in accordance with the previously-qualified version of the unqualified component, based on the comparison, and determine the unqualified component is a qualified component based on the determination that the unqualified component functionally operates in accordance with the previously-qualified component; wherein the previously-qualified component is a prior version of the unqualified component, and characterized by wherein the tool verification component further comprises a precision timer configured to time stamp each of the sensed set of communications, at the time of sensing, with a time from the precision timer , and wherein the tool verification component is configured to compare the sensed set of communications with a predetermined set of communications between the qualified tool and the previously-qualified component based on the time stamp of the sensed set of communications. a qualified tool ; a test system having an unqualified component, the test system communicatively connected with the qualified tool ; and a tool verification component configured to sense a set of communications between the qualified tool and the unqualified component, to compare the sensed set of communications with a predetermined set of communications between the qualified tool and a previously-qualified component, determine whether the unqualified component functionally operates in accordance with the previously-qualified version of the unqualified component, based on the comparison, and determine the unqualified component is a qualified component based on the determination that the unqualified component functionally operates in accordance with the previously-qualified component; wherein the previously-qualified component is a prior version of the unqualified component, and characterized by wherein the tool verification component further comprises a precision timer configured to time stamp each of the sensed set of communications, at the time of sensing, with a time from the precision timer , and wherein the tool verification component is configured to compare the sensed set of communications with a predetermined set of communications between the qualified tool and the previously-qualified component based on the time stamp of the sensed set of communications.
Apparatus comprising one or more walls rotatable on an axis and raisable from a lowered position to upright position, each of said one or more walls residing between a pair of flanking flood barrier panels rotatable on an axis normal to said wall and raisable from a lowered position to upright position, said one or more walls configured to be raised, in the same direction as said panels rise, by one or both of said flanking panels as one panel rises or as both panels rise and to be lowered as or after the last of such flanking panels lowers, each said panel carrying a seal sealing against an adjacent contact surface on said one or more walls to seal between said panels and said one or more walls.
Arrangement for voltage conversion (10;20;30;40) comprising a voltage converter (11;21;31;41) for conversion of a first voltage to a second, higher, voltage, wherein said first voltage is a DC voltage provided from a low voltage source, a 12 or 24 V battery, and wherein said second voltage is a voltage for supplying a number of, one or more, consumers (1 10, 1 11, 1 12, 1 13 ; 1 20 -1 22 ; 1 30 -1 32 ; 1 40 -1 42 ) with power, and interconnecting means (15,16;25;35,36 1 ,36 2 ;45,46) for interconnecting the arrangement for voltage conversion and one or more consumers, characterized in that it is adaped to be arranged on a boat, for example a leisure boat, that it is adapted to communicate with and supply a number of consumers comprising at least one or more of a winch, a jib furler, a furling mast, an anchor windlass, a bow thruster, and in that it comprises or is connected to a control function (12;22;32;42), that the control function is adapted to be able to transfer the voltage converter between a first passive mode, which is an idle mode in which substantially no current is consumed, and an active mode, in which it is capable of supplying one or more of said consumers with power, and vice versa, between an active mode and a passive mode, in that said second voltage is a DC voltage of at least 24V and lower than an applicable limit for it to be a high voltage, below 50V or 60V, preferably 48V, and in that the control function (12;22;32;42) is adapted to transfer the voltage converter (11;21;31;41) from the active to the passive mode if no consumer has an outstanding request to be supplied, or if no consumer has consumed any current during a given time period.
A dental abutment comprising: a body ; an apical end portion of the body configured for connection to a separate implant ; and a coronal end portion of the body configured for connection to a prosthesis; an outer surface with at least a portion formed of porous tantalum , wherein the porous tantalum is disposed on the abutment only in areas intended to receive soft tissue growth; so as to form a soft tissue engagement region for the ingrowth of soft tissue into pores to form a barrier or seal that blocks bacteria from migrating apically; and an emergence profile portion ; wherein the soft tissue engagement region forms the outer surface , which is disposed within the emergence profile portion and extends radially inward to provide additional surface area for engaging and holding soft tissue, wherein the outer surface is inclined to match a desired profile for the emergence profile portion , which generally matches the contour of natural teeth. a body ; an apical end portion of the body configured for connection to a separate implant ; and a coronal end portion of the body configured for connection to a prosthesis; an outer surface with at least a portion formed of porous tantalum , wherein the porous tantalum is disposed on the abutment only in areas intended to receive soft tissue growth; so as to form a soft tissue engagement region for the ingrowth of soft tissue into pores to form a barrier or seal that blocks bacteria from migrating apically; and an emergence profile portion ; wherein the soft tissue engagement region forms the outer surface , which is disposed within the emergence profile portion and extends radially inward to provide additional surface area for engaging and holding soft tissue, wherein the outer surface is inclined to match a desired profile for the emergence profile portion , which generally matches the contour of natural teeth.
A communication device for providing access to a service via an access point in a cellular communication system , the communication device comprising: an application for accessing said service via said access point ; means for receiving, from the application , a service identifier for said service; means for obtaining an identifier of an access point via which said service can be accessed by said application by mapping said service identifier to said identifier of an access point ; means for associating, with said application , said identifier of an access point via which said service can be accessed by said application obtained by said obtaining means; and means for directing communication traffic from said application to the access point identified by said identifier of an access point associated with said application by said associating means, wherein said obtaining means is further operable to obtain for the each obtained identifier of an access point , information identifying a restriction associated with use of the access point represented by that obtained identifier, the information identifying a restriction indicates that said use of the access point represented by the obtained identifier is restricted to certain applications , and the information identifying a restriction comprises a key that must be provided by the application in order to be able to use the access point represented by that obtained identifier. an application for accessing said service via said access point ; means for receiving, from the application , a service identifier for said service; means for obtaining an identifier of an access point via which said service can be accessed by said application by mapping said service identifier to said identifier of an access point ; means for associating, with said application , said identifier of an access point via which said service can be accessed by said application obtained by said obtaining means; and means for directing communication traffic from said application to the access point identified by said identifier of an access point associated with said application by said associating means, wherein said obtaining means is further operable to obtain for the each obtained identifier of an access point , information identifying a restriction associated with use of the access point represented by that obtained identifier, the information identifying a restriction indicates that said use of the access point represented by the obtained identifier is restricted to certain applications , and the information identifying a restriction comprises a key that must be provided by the application in order to be able to use the access point represented by that obtained identifier.
A method of applying a number of stiffener assemblies to a layup mandrel , the method comprising: positioning a carrier film set onto a conveyor system , the carrier film set comprising a number of indexing features configured to index the number of stiffener assemblies onto the carrier film set ; applying a number of stiffener assemblies to the carrier film set ; aligning the carrier film set relative to the layup mandrel using a number of alignment features of the carrier film set ; and applying the number of stiffener assemblies to the layup mandrel as the carrier film set is propelled towards the layup mandrel using the conveyor system . positioning a carrier film set onto a conveyor system , the carrier film set comprising a number of indexing features configured to index the number of stiffener assemblies onto the carrier film set ; applying a number of stiffener assemblies to the carrier film set ; aligning the carrier film set relative to the layup mandrel using a number of alignment features of the carrier film set ; and applying the number of stiffener assemblies to the layup mandrel as the carrier film set is propelled towards the layup mandrel using the conveyor system .
A continuous process for making a pressure-sensitive adhesive, comprising: (a) in a single- or twin-screw extruder, in a first section at a temperature within the range of 10°C to 45°C, masticating a mixture comprising natural rubber having a Mooney viscosity within the range of 85 to 100, a tackifier, and a filler in the presence of 0.1 to 5 wt.%, based on the amount of mixture, of an added C 12 -C 24 fatty acid; and (b) continuing to masticate the mixture in at least one subsequent extruder section at a temperature within the range of 45°C to 100°C in the presence of additional tackifier to produce a homogeneous pressure-sensitive adhesive having a viscosity, measured at 150°C and a shear rate of 5000 s -1 , at least 15% lower than the viscosity of a pressure-sensitive adhesive prepared by a similar process without the added C 12 -C 24 fatty acid. (a) in a single- or twin-screw extruder, in a first section at a temperature within the range of 10°C to 45°C, masticating a mixture comprising natural rubber having a Mooney viscosity within the range of 85 to 100, a tackifier, and a filler in the presence of 0.1 to 5 wt.%, based on the amount of mixture, of an added C 12 -C 24 fatty acid; and (b) continuing to masticate the mixture in at least one subsequent extruder section at a temperature within the range of 45°C to 100°C in the presence of additional tackifier to produce a homogeneous pressure-sensitive adhesive having a viscosity, measured at 150°C and a shear rate of 5000 s -1 , at least 15% lower than the viscosity of a pressure-sensitive adhesive prepared by a similar process without the added C 12 -C 24 fatty acid.
A control unit configured to control a group of smoking articles , each comprising a portion containing metal material; the control unit comprises: an electromagnetic sensor , which is arranged along a path followed by the group of smoking articles and is sensitive to the presence of the metal material contained in the portion of the smoking articles ; and a processing device , which is coupled to the sensor and is configured to establish whether, depending on the signals provided by the sensor , the group of smoking articles moving along the path has or has not all the smoking articles with a same longitudinal orientation; wherein the electromagnetic sensor comprises: an electric oscillator circuit having at least one quantity, in particular an inductance, which is influenced by a proximity with the metal material contained in the portion of the smoking articles ; and a power supply , which applies an electric voltage, in particular an AC voltage, to the electric oscillator circuit and is connected to the processing device ; the control unit is characterized in that the electric oscillator circuit comprises one single coil , which is connected to the power supply , is arranged in a fixed position along the path, and is wound around the path so that the group of smoking articles moving along the path longitudinally passes inside the coil . an electromagnetic sensor , which is arranged along a path followed by the group of smoking articles and is sensitive to the presence of the metal material contained in the portion of the smoking articles ; and a processing device , which is coupled to the sensor and is configured to establish whether, depending on the signals provided by the sensor , the group of smoking articles moving along the path has or has not all the smoking articles with a same longitudinal orientation; wherein the electromagnetic sensor comprises: an electric oscillator circuit having at least one quantity, in particular an inductance, which is influenced by a proximity with the metal material contained in the portion of the smoking articles ; and a power supply , which applies an electric voltage, in particular an AC voltage, to the electric oscillator circuit and is connected to the processing device ; the control unit is characterized in that the electric oscillator circuit comprises one single coil , which is connected to the power supply , is arranged in a fixed position along the path, and is wound around the path so that the group of smoking articles moving along the path longitudinally passes inside the coil .
An image display device comprising: an acquisition unit configured to acquire two or more types of information; a detection unit configured to detect at least one of an acceleration, an orientation, and an angular velocity of the image display device; a storage section configured to store, for each state of the image display device, a threshold value of an orientation and a predetermined time for detecting the state, and configured to store, for each operation of the image display device, a threshold value of a change amount of an orientation and a predetermined time for detecting the operation; an image change section configured to determine the state of the image display device on the basis of a detection result of the detection unit and information stored by the storage section, switch information, which is to be selected from the two or more types of information acquired by the acquisition unit , in accordance with the determined state of the image display device , and generate display data based on the switched information; and a display unit configured to display the display data, wherein the image change section generates additional information when the image display device performs a reciprocal operation between a reference posture and an out-of-reference posture, in the predetermined time. an acquisition unit configured to acquire two or more types of information; a detection unit configured to detect at least one of an acceleration, an orientation, and an angular velocity of the image display device; a storage section configured to store, for each state of the image display device, a threshold value of an orientation and a predetermined time for detecting the state, and configured to store, for each operation of the image display device, a threshold value of a change amount of an orientation and a predetermined time for detecting the operation; an image change section configured to determine the state of the image display device on the basis of a detection result of the detection unit and information stored by the storage section, switch information, which is to be selected from the two or more types of information acquired by the acquisition unit , in accordance with the determined state of the image display device , and generate display data based on the switched information; and a display unit configured to display the display data, wherein the image change section generates additional information when the image display device performs a reciprocal operation between a reference posture and an out-of-reference posture, in the predetermined time.
An amplifying system for a mobile device, the amplifying system comprising: a current monitor arranged between a first supply node and a second supply node and operable to monitor a current flow between the first and second supply nodes and to output a monitored current value (Im); an amplifier ; a peak current limiter coupled to the amplifier and configured to limit an amplifier current (la) supplied to the amplifier to not exceed a maximum peak current value and wherein the peak current limiter is coupled to a one of the first supply node and the second supply node ; a controller coupled to the current monitor output and configured to control the peak current limiter; and wherein the first supply node is operably coupled to a battery for supplying a battery current and the controller is operable to set the maximum peak current value of the peak current limiter in dependence on a difference between the battery current and the amplifier current (la), and to prevent the battery current from exceeding a predefined battery peak current value by controlling the peak current limiter to set the maximum peak current value to a value of less than or equal to the difference between a predefined maximum battery peak current value and a system current (Is), wherein the system current is equal to the difference between the battery current and the amplifier current (la). a current monitor arranged between a first supply node and a second supply node and operable to monitor a current flow between the first and second supply nodes and to output a monitored current value (Im); an amplifier ; a peak current limiter coupled to the amplifier and configured to limit an amplifier current (la) supplied to the amplifier to not exceed a maximum peak current value and wherein the peak current limiter is coupled to a one of the first supply node and the second supply node ; a controller coupled to the current monitor output and configured to control the peak current limiter; and wherein the first supply node is operably coupled to a battery for supplying a battery current and the controller is operable to set the maximum peak current value of the peak current limiter in dependence on a difference between the battery current and the amplifier current (la), and to prevent the battery current from exceeding a predefined battery peak current value by controlling the peak current limiter to set the maximum peak current value to a value of less than or equal to the difference between a predefined maximum battery peak current value and a system current (Is), wherein the system current is equal to the difference between the battery current and the amplifier current (la).