mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device for reporting control information, the communication device comprising: a storage unit for storing instructions of: receiving a first period for transmitting analog beamforming information from a network , wherein the analog beamforming information comprises a beam index, at least one elevation angle and at least one azimuth angle; and receiving a second period for transmitting baseband precoder information from the network, wherein the first period is different from the second period ; wherein the first period and the second period are received in a control signal; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. a storage unit for storing instructions of: receiving a first period for transmitting analog beamforming information from a network , wherein the analog beamforming information comprises a beam index, at least one elevation angle and at least one azimuth angle; and receiving a second period for transmitting baseband precoder information from the network, wherein the first period is different from the second period ; wherein the first period and the second period are received in a control signal; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. receiving a first period for transmitting analog beamforming information from a network , wherein the analog beamforming information comprises a beam index, at least one elevation angle and at least one azimuth angle; and receiving a second period for transmitting baseband precoder information from the network, wherein the first period is different from the second period ; wherein the first period and the second period are received in a control signal; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit.
A method for manufacturing a toric contact lens, the method comprising the steps of: a. Injection molding to form an anterior mold section and a posterior mold section , wherein the posterior mold section or the anterior mold section has a toric portion and the other mold section has a prism ballast, wherein each mold section has a tab or other locating features for facilitating a determination of the orientation of the mold section , b. measuring a cylinder axis angle error of the mold section having the toric portion by an interferometer apparatus, wherein the cylinder axis angle error is defined as a difference of a measured cylinder axis angle by the interferometer apparatus and a reference cylinder axis angle defined by the tab position or other locating features, c. rotating one of the mold sections by an amount of a target axis angle subtracting the cylinder axis angle error, while the other mold section is not rotated, d. introducing a lens forming material into the lens shaped cavity after step b of rotating one of the mold sections , e. assembling the anterior mold section and the posterior mold section to form a lens shaped cavity therebetween, f. curing the lens forming material in the lens shaped cavity to form the toric lens. a. Injection molding to form an anterior mold section and a posterior mold section , wherein the posterior mold section or the anterior mold section has a toric portion and the other mold section has a prism ballast, wherein each mold section has a tab or other locating features for facilitating a determination of the orientation of the mold section , b. measuring a cylinder axis angle error of the mold section having the toric portion by an interferometer apparatus, wherein the cylinder axis angle error is defined as a difference of a measured cylinder axis angle by the interferometer apparatus and a reference cylinder axis angle defined by the tab position or other locating features, c. rotating one of the mold sections by an amount of a target axis angle subtracting the cylinder axis angle error, while the other mold section is not rotated, d. introducing a lens forming material into the lens shaped cavity after step b of rotating one of the mold sections , e. assembling the anterior mold section and the posterior mold section to form a lens shaped cavity therebetween, f. curing the lens forming material in the lens shaped cavity to form the toric lens.
A computer-implemented method of establishing a packet connection between a first application running on a first electronic device located within a LAN and a second application running on a second electronic device located outside the LAN , the method comprising: receiving, by a messaging agent located within the LAN , from a messaging client located outside the LAN , a request message to establish a virtual private network, VPN; causing, by the messaging agent , a VPN client located within the LAN to negotiate, based on the request message, a VPN connection between the VPN client and a VPN server located outside the LAN ; receiving, from the VPN server , a network address; provisioning the VPN client with the network address; and establishing through the negotiated VPN connection the packet connection between the first application and the second application based on the network address; the method being characterized in that the step of receiving, from the VPN server , the network address, further comprises the steps of: receiving, by the messaging agent from the VPN client , a confirmation of an establishment of the VPN connection and the network address; and sending, by the messaging agent , to the messaging client located outside the LAN the confirmation of the establishment of the VPN connection and the network address. receiving, by a messaging agent located within the LAN , from a messaging client located outside the LAN , a request message to establish a virtual private network, VPN; causing, by the messaging agent , a VPN client located within the LAN to negotiate, based on the request message, a VPN connection between the VPN client and a VPN server located outside the LAN ; receiving, from the VPN server , a network address; provisioning the VPN client with the network address; and establishing through the negotiated VPN connection the packet connection between the first application and the second application based on the network address; the method being characterized in that the step of receiving, from the VPN server , the network address, further comprises the steps of: receiving, by the messaging agent from the VPN client , a confirmation of an establishment of the VPN connection and the network address; and sending, by the messaging agent , to the messaging client located outside the LAN the confirmation of the establishment of the VPN connection and the network address.
An eyeglass frame comprising a front piece and a pair of temples , each temple being hingedly connected to an end of said front piece to allow said temples to move between a folded and an open position, at least one temple comprising an adapter for receiving an electronic device ;the eyeglass frame further comprising at least one optical element connected to said front piece , said optical element being adapted for reflecting light from the electronic device to an eye of a user, characterized in that said temple comprises of a primary temple part and a secondary temple part , a first end of said primary temple part being hinged to said front piece , a second end of said secondary temple part being a free end adapted to interact with an ear auricle of the user, a second end of said primary temple part and a first end of said secondary temple part forming the adapter , said adapter comprising locking means arranged at the second end of the primary temple part and the first end of the secondary temple part , for interlocking with said electronic device .
A sorting system for a machine tool for separating parts, in particular a laser cutting machine , the sorting system having a controller for controlling the sorting system and having a gripper that can be moved over a workpiece region and is configured to receive cut parts from the workpiece region , and an intermediate store that can be moved over the workpiece region and is configured to receive cut parts from the gripper and to unload the cut parts into a store , wherein the gripper and the intermediate store are arranged on a carrier element that can be moved on rails in a first direction, wherein the gripper and the intermediate store are arranged to be movable on the carrier element independently of one another in a second direction, wherein the first and the second direction lie in one plane of the workpiece region , the plane of the workpiece region being a plane in which the workpiece region lies or parallel thereto, and characterised in that the gripper and the intermediate store are each arranged on a telescopic arm that can be moved in the direction perpendicular to the plane of the workpiece region .
A terminal crimping structure comprising a terminal crimped onto an aluminum electric-wire to be arranged in a vehicle, the aluminum electric-wire including: an electrical conductor part comprising numerous strands; and a coating part coated on the electrical conductor part; wherein said terminal has a wire barrel being crimped onto said electrical conductor part of said aluminum electric-wire, wherein the wire barrel is of the open barrel type; and the wire barrel tip ends of the terminal are urged into between strands of the electrical conductor part of the aluminum electric-wire , wherein the barrel end portions are deformed; wherein the compressed ratio of the conductor part of said aluminum electric-wire is within a range having an upper limit of 70%, in terms of the ratio of the cross-sectional area of the conductor part of the aluminum electric-wire at the crimped portion related to the cross-sectional area of the conductor part of the aluminum electric-wire at an uncrimped portion; characterized in that the cross-sectional area of the conductor part of said aluminum electric-wire part at an uncrimped portion is 1.5mm 2 or more, and said range has a lower limit of 40%. an electrical conductor part comprising numerous strands; and a coating part coated on the electrical conductor part; wherein said terminal has a wire barrel being crimped onto said electrical conductor part of said aluminum electric-wire, wherein the wire barrel is of the open barrel type; and the wire barrel tip ends of the terminal are urged into between strands of the electrical conductor part of the aluminum electric-wire , wherein the barrel end portions are deformed; wherein the compressed ratio of the conductor part of said aluminum electric-wire is within a range having an upper limit of 70%, in terms of the ratio of the cross-sectional area of the conductor part of the aluminum electric-wire at the crimped portion related to the cross-sectional area of the conductor part of the aluminum electric-wire at an uncrimped portion; characterized in that the cross-sectional area of the conductor part of said aluminum electric-wire part at an uncrimped portion is 1.5mm 2 or more, and said range has a lower limit of 40%.
A combination of at least one marker with a stent insertable within vasculature of a patient, comprising: the stent including a plurality of interconnected struts ; the marker including an elongated body formed of a biocompatible radiopaque material that enhances locating the marker when using at least one imaging technique, the body having a first end , a second end , an inner surface , an outer surface , and at least two opposing edges extending between the first and second ends and establishing a boundary between the inner surface and the outer surface; the inner surface of the body defining a passageway extending between the first and second ends; in a first condition, the body defines a gap between the at least two opposing edges, the gap enabling unobstructed communication of the passageway with the outer surface of the body and enabling insertion of a strut of the plurality of interconnected struts into the passageway; and in a second condition, the opposing edges are brought into substantial abutment with each other to obstruct the gap to substantially prevent communication of the passageway with the outer surface of the body and to prevent unintended removal of the marker from the stent, thereby securing the marker to the stent such that a single strut of the plurality of interconnected struts securely carries the marker. the stent including a plurality of interconnected struts ; the marker including an elongated body formed of a biocompatible radiopaque material that enhances locating the marker when using at least one imaging technique, the body having a first end , a second end , an inner surface , an outer surface , and at least two opposing edges extending between the first and second ends and establishing a boundary between the inner surface and the outer surface; the inner surface of the body defining a passageway extending between the first and second ends; in a first condition, the body defines a gap between the at least two opposing edges, the gap enabling unobstructed communication of the passageway with the outer surface of the body and enabling insertion of a strut of the plurality of interconnected struts into the passageway; and in a second condition, the opposing edges are brought into substantial abutment with each other to obstruct the gap to substantially prevent communication of the passageway with the outer surface of the body and to prevent unintended removal of the marker from the stent, thereby securing the marker to the stent such that a single strut of the plurality of interconnected struts securely carries the marker.
Mobile device which is designed, in particular, as a rail-bound vehicle for grinding a profile with a running surface and a side surface defining the profile , wherein the device has at least one profiled grinding body which can be driven in a rotationally movable and/or oscillating manner about an axis of rotation , which is arranged on a support and which in particular is concave at least in some portions, wherein the axis of rotation can be positioned so as to be inclined with an orientation (α, β) relative to the vertical plane and/or relative to the horizontal plane, and wherein the support is arranged on the device , in particular, so as to be movable in a translatory manner in a transverse plane relative to the profile and/or in a transverse plane relative to the feed direction by means of a guide , and wherein the support is coupled to at least one contact element which can be applied against the profile in the region of a contact surface of the profile , the support with the grinding body being automatically aligned thereby in the transverse plane relative to the profile and relative to the device , characterized in that the axis of rotation of the grinding body , with a transverse axis relative to the longitudinal axis of the profile , spans a plane which intersects at least one contact surface of the at least one contact element on the profile .
An integrated diode comprising: a silicon substrate; a silicon Schottky cell on the substrate; a heterojunction cell on the substrate, wherein the Schottky cell is adjacent to the heterojunction cell on the substrate; a common anode contact for both the Schottky cell and the heterojunction cell; a common cathode contact for both the Schottky cell and the heterojunction cell, and a guard collar at the periphery of the heterojunction cell arranged to terminate the heterojunction cell so as to protect the boundary between the heterojunction cell and the Schottky cell from leakage current; wherein the heterojunction cell comprises a pn junction defined by a layer of p-doped silicon germanium and a layer of n-doped silicon germanium. a silicon substrate; a silicon Schottky cell on the substrate; a heterojunction cell on the substrate, wherein the Schottky cell is adjacent to the heterojunction cell on the substrate; a common anode contact for both the Schottky cell and the heterojunction cell; a common cathode contact for both the Schottky cell and the heterojunction cell, and a guard collar at the periphery of the heterojunction cell arranged to terminate the heterojunction cell so as to protect the boundary between the heterojunction cell and the Schottky cell from leakage current; wherein the heterojunction cell comprises a pn junction defined by a layer of p-doped silicon germanium and a layer of n-doped silicon germanium.
A method for managing an embedded universal integrated circuit card, eUICC, wherein the eUICC is installed in a terminal, a profile is installed in the eUICC, the profile is locked according to a policy rule, and the method comprises: determining , by the terminal, identifier information and verification information of the profile that needs to be unlocked, wherein the identifier information of the profile is used to identify the profile installed in the terminal; sending , by the terminal, a first unlock message to the eUICC, wherein the first unlock message carries the identifier information and the verification information of the profile, and the first unlock message is used to instruct the eUICC to determine the profile, and unlock the profile according to the policy rule after verification performed according to the verification information succeeds; characterized by unlocking , by the eUICC installed in the terminal, the profile by disabling the policy rule. determining , by the terminal, identifier information and verification information of the profile that needs to be unlocked, wherein the identifier information of the profile is used to identify the profile installed in the terminal; sending , by the terminal, a first unlock message to the eUICC, wherein the first unlock message carries the identifier information and the verification information of the profile, and the first unlock message is used to instruct the eUICC to determine the profile, and unlock the profile according to the policy rule after verification performed according to the verification information succeeds; characterized by unlocking , by the eUICC installed in the terminal, the profile by disabling the policy rule.
Apparatus for dissolution testing, comprising a heater assembly being arranged to heat a test media in a plurality of dissolution vessels to a predefined temperature, characterized in that , it further comprises: a tank having a circular cylindrical outer body portion with a transparent side wall and a circular cylindrical inner body portion with a transparent side wall, wherein the inner body portion is coaxially arranged with respect to the outer body portion such that an outer interior having a ring-shaped cross section is defined between the outer body portion and the inner body portion and an inner interior having a circular cross section is defined inside the inner body portion; wherein the plurality of dissolution vessels is arranged in the outer interior of the tank, and the inner interior provides a free space in which means for monitoring and/or manipulating the dissolution vessels are arranged. a tank having a circular cylindrical outer body portion with a transparent side wall and a circular cylindrical inner body portion with a transparent side wall, wherein the inner body portion is coaxially arranged with respect to the outer body portion such that an outer interior having a ring-shaped cross section is defined between the outer body portion and the inner body portion and an inner interior having a circular cross section is defined inside the inner body portion; wherein the plurality of dissolution vessels is arranged in the outer interior of the tank, and the inner interior provides a free space in which means for monitoring and/or manipulating the dissolution vessels are arranged.
A press forming method for press-forming a press-formed product having a hat-shaped cross section and including: a top portion ; side wall portions continuous from the top portion ; and flange portions continuous from the side wall portions , the press-forming product curving along a longitudinal direction in a planar view, the press forming method comprising: a first forming step of press-forming a preformed part including: a top portion and flange portions having same shapes as the top portion and the flange portions in a target shape of the press-formed product ; and side wall portions having an outwardly projecting chevron shape in a cross-section in a press-forming direction as compared with the side wall portions in the target shape of the press-formed product ; and a second forming step of press-forming the preformed part into the target shape, wherein each of the side wall portions in the first forming step includes: a side wall portion adjacent to top connecting to the top portion ; a side wall portion adjacent to flange connecting to the flange portion ; and a bent portion between the side wall portion adjacent to top and the side wall portion adjacent to flange, characterized in that an angle on an acute side formed by the side wall portion adjacent to top and a horizontal plane is set so as to decrease toward an end portion from a center in the longitudinal direction, or a height from the top portion to the bent portion in the press-forming direction is set so as to increase toward an end portion from a center in the longitudinal direction. a first forming step of press-forming a preformed part including: a top portion and flange portions having same shapes as the top portion and the flange portions in a target shape of the press-formed product ; and side wall portions having an outwardly projecting chevron shape in a cross-section in a press-forming direction as compared with the side wall portions in the target shape of the press-formed product ; and a second forming step of press-forming the preformed part into the target shape, wherein each of the side wall portions in the first forming step includes: a side wall portion adjacent to top connecting to the top portion ; a side wall portion adjacent to flange connecting to the flange portion ; and a bent portion between the side wall portion adjacent to top and the side wall portion adjacent to flange, characterized in that an angle on an acute side formed by the side wall portion adjacent to top and a horizontal plane is set so as to decrease toward an end portion from a center in the longitudinal direction, or a height from the top portion to the bent portion in the press-forming direction is set so as to increase toward an end portion from a center in the longitudinal direction.