mhurhangee/patent-ind-claim-en huggingface dataset:
A method for surface measurement of an object , comprising: capturing, by each of at least two scanning devices (140a-140e; 150a-150b), at least one three dimensional, 3D, image of at least a portion of a surface of the object to be measured, wherein each scanning device (140b; 150b) includes a reference object positioned thereon; capturing, by at least one of the scanning devices (140a; 150a), at least one 3D image of at least a portion of a surface of the reference object on another scanning device (140b; 150b); transforming, through a coordinate transformation technique, using the at least one 3D image of the at least portion of the surface of the reference object , captured 3D images of the portions of the surface of the object to be measured into a common coordinate system; and merging the captured 3D images of the portions of the surface of the object to be measured in the common coordinate system. capturing, by each of at least two scanning devices (140a-140e; 150a-150b), at least one three dimensional, 3D, image of at least a portion of a surface of the object to be measured, wherein each scanning device (140b; 150b) includes a reference object positioned thereon; capturing, by at least one of the scanning devices (140a; 150a), at least one 3D image of at least a portion of a surface of the reference object on another scanning device (140b; 150b); transforming, through a coordinate transformation technique, using the at least one 3D image of the at least portion of the surface of the reference object , captured 3D images of the portions of the surface of the object to be measured into a common coordinate system; and merging the captured 3D images of the portions of the surface of the object to be measured in the common coordinate system.
Damping device for a coupling device of a railway vehicle carriage , comprising: - a support member which is to be fixed to a structural part of the carriage , - at least one guide bar which extends in a longitudinal direction (X) between a first end fixed to the support member and a second end , and - means , different from the guide bars , for absorbing the energy of a shock by deformation, characterised in that it comprises: - a first bearing plate which is to cooperate with the coupling device and which is displaceable along at least one guide bar , - a second bearing plate which is arranged at a distance from the first bearing plate in the longitudinal direction (X), and - fusible fixing means which fix the second end of the or of each guide bar to the second bearing plate in a fusible manner, and in that the means for absorbing the energy extend in the longitudinal direction (X) between the first bearing plate and the second bearing plate . - a support member which is to be fixed to a structural part of the carriage , - at least one guide bar which extends in a longitudinal direction (X) between a first end fixed to the support member and a second end , and - means , different from the guide bars , for absorbing the energy of a shock by deformation, - a first bearing plate which is to cooperate with the coupling device and which is displaceable along at least one guide bar , - a second bearing plate which is arranged at a distance from the first bearing plate in the longitudinal direction (X), and - fusible fixing means which fix the second end of the or of each guide bar to the second bearing plate in a fusible manner,
A saddle riding vehicle, comprising: a head up display unit including a projection unit and a combiner to which an image from the projection unit is projected and a meter apparatus , wherein the meter apparatus is arranged at a position overlapping with an optical path from the projection unit to the combiner as viewed in plan view, characterized in that the meter apparatus , the projection unit and the combiner are assembled together into a single assembly. a head up display unit including a projection unit and a combiner to which an image from the projection unit is projected and a meter apparatus , wherein the meter apparatus is arranged at a position overlapping with an optical path from the projection unit to the combiner as viewed in plan view, characterized in that the meter apparatus , the projection unit and the combiner are assembled together into a single assembly.
A magnetic component comprising: a magnetic core having two opposite openings and at least one magnetic column ; and a first winding module having a plurality of annular metal plates that are through by the at least one magnetic column , wherein each annular metal plate has an electrical connection end , an annular portion , and a heat-dissipating end , the electrical connection end and the heat-dissipation end correspond to the two opposite openings of the magnetic core respectively, a thermal dissipation area of the heat-dissipating end is greater than a cross-sectional area of a connection portion between the heat-dissipating end and the annular portion , the magnetic component being characterized in that the magnetic core has an inner chamber within which a thermal resin is filled. a magnetic core having two opposite openings and at least one magnetic column ; and a first winding module having a plurality of annular metal plates that are through by the at least one magnetic column , wherein each annular metal plate has an electrical connection end , an annular portion , and a heat-dissipating end , the electrical connection end and the heat-dissipation end correspond to the two opposite openings of the magnetic core respectively, a thermal dissipation area of the heat-dissipating end is greater than a cross-sectional area of a connection portion between the heat-dissipating end and the annular portion , the magnetic component being characterized in that the magnetic core has an inner chamber within which a thermal resin is filled.
An apparatus for treating a tissue site, the apparatus comprising: a dressing configured to be sealed around the tissue site; an oxygen source fluidly coupled to the dressing by a first conduit and configured to provide a low flow of oxygen; a valve comprising a first port and a second port, wherein the first port is fluidly coupled to the dressing by a second conduit and the valve moves between a closed position preventing flow through the valve and an open position permitting flow through the valve ; and a negative-pressure source fluidly coupled to the second port of the valve by a third conduit and providing negative pressure to the second port of the valve in an operating range of non-therapeutic negative pressure; wherein the valve selectively opens if a pressure differential between the first port and the second port is equal to or greater than an opening pressure of the valve . a dressing configured to be sealed around the tissue site; an oxygen source fluidly coupled to the dressing by a first conduit and configured to provide a low flow of oxygen; a valve comprising a first port and a second port, wherein the first port is fluidly coupled to the dressing by a second conduit and the valve moves between a closed position preventing flow through the valve and an open position permitting flow through the valve ; and a negative-pressure source fluidly coupled to the second port of the valve by a third conduit and providing negative pressure to the second port of the valve in an operating range of non-therapeutic negative pressure; wherein the valve selectively opens if a pressure differential between the first port and the second port is equal to or greater than an opening pressure of the valve .
An injection molded article that is obtained by injection molding a molten resin into a mold , the injection molded article comprising: abase as a thin plate-shaped member that is connected to a gate (GA) of the mold ; and a plurality of protrusions each integrally molded on the base and having a thickness greater than a plate thickness of the base ; wherein the plurality of protrusions have holes each extending through the base , and the holes in the respective protrusions are connected through another component to form a flow channel ; wherein when a thickness value of a thickest portion of the protrusions is defined as 100%, a processed region (E3) processed to have a surface roughness greater than a surface roughness of a mirror surface region (E2) including a region between the holes on the base is formed in a projected region (E1) where a region having a thickness value of 95 to 100% is projected on the base ; and wherein the injection molded article is obtained from the mold processed such that the mirror surface region (E2) and the projected region (E1) are located close to each other, wherein when an area of a smallest circle (C1) containing the projected region (E1) is defined as 100%, the injection molded article is obtained from the mold roughened to make a surface roughness greater than the surface roughness of the mirror surface region (E2), in an area (E3) that is within the smallest circle and is 50 to 100% of an area of the smallest circle (C1). abase as a thin plate-shaped member that is connected to a gate (GA) of the mold ; and a plurality of protrusions each integrally molded on the base and having a thickness greater than a plate thickness of the base ; wherein the plurality of protrusions have holes each extending through the base , and the holes in the respective protrusions are connected through another component to form a flow channel ; wherein when a thickness value of a thickest portion of the protrusions is defined as 100%, a processed region (E3) processed to have a surface roughness greater than a surface roughness of a mirror surface region (E2) including a region between the holes on the base is formed in a projected region (E1) where a region having a thickness value of 95 to 100% is projected on the base ; and wherein the injection molded article is obtained from the mold processed such that the mirror surface region (E2) and the projected region (E1) are located close to each other, wherein when an area of a smallest circle (C1) containing the projected region (E1) is defined as 100%, the injection molded article is obtained from the mold roughened to make a surface roughness greater than the surface roughness of the mirror surface region (E2), in an area (E3) that is within the smallest circle and is 50 to 100% of an area of the smallest circle (C1).
An apparatus for transcutaneous delivery of a medical therapy, comprising: a shell ; a core , concentrically disposed within the shell, including one or more working channels, the one or more working channels including a first working channel and a second working channel ; a proximal flange disposed at a proximal end of the shell; and a distal flange disposed at a distal end of the shell, wherein the first working channel and the second working channel are offset by a triangulation angle, the triangulation angle describing a relative arrangement of a longitudinal axis of the first working channel and a longitudinal axis of the second working channel , wherein an aperture of the first working channel is larger than an aperture of the second working channel , and wherein the distal flange is configured to be folded into the shell and held in position by a spacer in an insertion state, the spacer maintaining a distance between the proximal flange and a surface of the core . a shell ; a core , concentrically disposed within the shell, including one or more working channels, the one or more working channels including a first working channel and a second working channel ; a proximal flange disposed at a proximal end of the shell; and a distal flange disposed at a distal end of the shell, wherein the first working channel and the second working channel are offset by a triangulation angle, the triangulation angle describing a relative arrangement of a longitudinal axis of the first working channel and a longitudinal axis of the second working channel , wherein an aperture of the first working channel is larger than an aperture of the second working channel , and wherein the distal flange is configured to be folded into the shell and held in position by a spacer in an insertion state, the spacer maintaining a distance between the proximal flange and a surface of the core .
An apparatus for remotely carrying out operations of ophthalmic surgery, comprising: - a laser emitter , - surgical instruments , - a supporting structure able to position the laser emitter with respect to the patient's eye , and - remote controlling means to remotely control the surgical instruments and the laser emitter , - at least one robotic arm remotely controlled as well, in which the surgical instrument is telescopically housed and in that the robotic arm is provided with a foot leaning on the patient's eye and with suction means keeping, if need be, the foot adherent to the patient's eye , for example as the surgical instrument is inserted in the anterior chamber of the eye . - a laser emitter , - surgical instruments , - a supporting structure able to position the laser emitter with respect to the patient's eye , and - remote controlling means to remotely control the surgical instruments and the laser emitter , - at least one robotic arm remotely controlled as well, in which the surgical instrument is telescopically housed and
Method for generating a key in a first circuit arrangement , in particular in a microcontroller, wherein the first circuit arrangement prompts transmission of at least one first value sequence on a transmission channel at least substantially synchronously to transmission of at least one second value sequence by a second circuit arrangement and wherein the first circuit arrangement ascertains a secret for the generation of the key based on the at least one first value sequence and based on the superposition of the at least one first value sequence and the at least one second value sequence on the transmission channel , wherein the first circuit arrangement is monitored for errors, characterized in that - the ascertained secret constitutes a third value sequence and an error is identified when the length of the third value sequence falls below a predetermined length, - an error is identified when a key of a predetermined length has still not been generated after a predetermined time after the start of the key generation or at a predetermined absolute time or after a predetermined number of transmitted first value sequences and - an error is identified when successful alignment of the generated key between the first circuit arrangement and the second circuit arrangement has still not taken place after a predetermined time after the start of the key generation or after a predetermined time after the end of the key generation or at a predetermined absolute time or after a predetermined number of attempts. - the ascertained secret constitutes a third value sequence and an error is identified when the length of the third value sequence falls below a predetermined length, - an error is identified when a key of a predetermined length has still not been generated after a predetermined time after the start of the key generation or at a predetermined absolute time or after a predetermined number of transmitted first value sequences and - an error is identified when successful alignment of the generated key between the first circuit arrangement and the second circuit arrangement has still not taken place after a predetermined time after the start of the key generation or after a predetermined time after the end of the key generation or at a predetermined absolute time or after a predetermined number of attempts.
A cooktop comprising: - a support element having a top surface and a bottom surface ; - at least one cooking area configured to accommodate a heating element at said top surface ; - a suction opening for drawing cooking fumes; - a suction duct in fluid communication with said intake opening ; - suction means associated with said suction opening for drawing the cooking fumes through said suction opening and said suction duct ; - a collecting tray located below said suction opening for collecting liquids flowing through said suction opening ; - coupling means associated with said tray for reversibly fixing said tray to said support element ; characterized in that said coupling means comprise a plurality of magnetic elements , which are fixed to said tray for magnetic coupling to said support element . - a support element having a top surface and a bottom surface ; - at least one cooking area configured to accommodate a heating element at said top surface ; - a suction opening for drawing cooking fumes; - a suction duct in fluid communication with said intake opening ; - suction means associated with said suction opening for drawing the cooking fumes through said suction opening and said suction duct ; - a collecting tray located below said suction opening for collecting liquids flowing through said suction opening ; - coupling means associated with said tray for reversibly fixing said tray to said support element ;
A container formed of polymeric material and having an open top end, a closed bottom end, and at least one wall extending between said ends, characterized in that the surface of the bottom end has a surface-bonded continuous copolymer layer having a monolithic topography, wherein the copolymer comprises at least three different monomer units, wherein (i) one of the at least three different monomer units is a photo-reactive cross-linker with a side group for a C, H-insertion cross-linking ["CHic"] reaction; (ii) one of the at least three different monomer units has a click binding-reactive side group ["Click"] for (bio-)functionalizing of the copolymer layer; and (iii) one of the at least three different monomer units is a hydrophilic monomer without partial charge. (i) one of the at least three different monomer units is a photo-reactive cross-linker with a side group for a C, H-insertion cross-linking ["CHic"] reaction; (ii) one of the at least three different monomer units has a click binding-reactive side group ["Click"] for (bio-)functionalizing of the copolymer layer; and (iii) one of the at least three different monomer units is a hydrophilic monomer without partial charge.
A device for simultaneous fixation of medical instruments , the device comprising a joint element having a holding portion in the form of a spherical disk , the spherical disc having a center point (M) and a height (h) and defining a longitudinal axis of the device , which extends through the center point (M) and parallel to the height (h), wherein the spherical disc has a continuous cavity along the longitudinal axis , wherein the holding portion is divided into at least two holding segments and wherein at least two arm elements are arranged on the joint element , which each veer away from the longitudinal axis in a first arm section starting from an attachment point on the joint element , approach the longitudinal axis in a second arm section and end with a bearing surface , whereby a free space is formed between the arm elements , the device further comprising a clamping element which is adapted to compress the holding segments , wherein, when the holding segments are pushed together, the bearing surfaces move towards the longitudinal axis .
A method for establishing a communications session between first and second devices , the method performed at a network server and comprising: generating a coded image for display at a first device connected to the network server, the coded image including embedded data used to authenticate a second device at the network server; sending the coded image to the first device for display to the second device ; receiving, from the second device , the embedded data extracted from the displayed coded image by the second device ; and authenticating the second device to perform one or more protected functions based on the received embedded data, wherein the one or more protected functions comprise accessing the first device . generating a coded image for display at a first device connected to the network server, the coded image including embedded data used to authenticate a second device at the network server; sending the coded image to the first device for display to the second device ; receiving, from the second device , the embedded data extracted from the displayed coded image by the second device ; and authenticating the second device to perform one or more protected functions based on the received embedded data, wherein the one or more protected functions comprise accessing the first device .
A system for treating diabetes, comprising: a pulsed electric field device configured to deliver a pulsed or modulated electric field to a duodenum of a patient , the pulsed electric field device comprising an elongate body and an expandable member coupled to the elongate body , wherein the expandable member comprises an electrode array ; and a signal generator configured to deliver a pulsed waveform to the electrode array to generate the pulsed or modulated electric field thereby treating the duodenum , wherein the pulsed waveform comprises a frequency between about 50 kHz and about 950 kHz, a drive voltage at the electrode array between about 400 V and about 600 V, characterized in that the pulsed waveform is configured to produce a current through tissue between about 36 A and about 48 A from the electrode array per square centimeter of the tissue. a pulsed electric field device configured to deliver a pulsed or modulated electric field to a duodenum of a patient , the pulsed electric field device comprising an elongate body and an expandable member coupled to the elongate body , wherein the expandable member comprises an electrode array ; and a signal generator configured to deliver a pulsed waveform to the electrode array to generate the pulsed or modulated electric field thereby treating the duodenum , wherein the pulsed waveform comprises a frequency between about 50 kHz and about 950 kHz, a drive voltage at the electrode array between about 400 V and about 600 V, characterized in that the pulsed waveform is configured to produce a current through tissue between about 36 A and about 48 A from the electrode array per square centimeter of the tissue.