mhurhangee/ep-ind-claims huggingface dataset:
A light control laminate, comprising: a first transparent base material; a second transparent base material; and a light control layer (4, 5) arranged between the first transparent base material and the second transparent base material, the light control layer containing plural resin spacers, the 10% K value of the resin spacer being 10000 N/mm 2 or less, and the light control laminate being a Suspended Particle Device system light control laminate or a Polymer Dispersed Liquid Crystal (PDLC) system light control laminate. the light control layer containing plural resin spacers, the 10% K value of the resin spacer being 10000 N/mm 2 or less, and
A retention system for an oral appliance, comprising: a dental implant configured to be inserted within a bone in an oral cavity of a patient; an abutment securable to the dental implant; a plurality of shape memory elements secured along an upper portion of the abutment, wherein the plurality of shape memory elements extends longitudinally along the abutment and wherein a curved or arcuate portion of the shape memory elements projects radially; and an oral prosthesis defining a receiving channel for positioning upon the abutment, wherein the plurality of shape memory elements is actuatable upon application of heat or electrical energy to transition between a radially extended locking configuration and a low-profile configuration, wherein the plurality of shape memory elements retracts to the low-profile configuration upon application of heat or electrical energy in order to position the oral prosthesis upon the abutment. a dental implant configured to be inserted within a bone in an oral cavity of a patient; an abutment securable to the dental implant; a plurality of shape memory elements secured along an upper portion of the abutment, wherein the plurality of shape memory elements extends longitudinally along the abutment and wherein a curved or arcuate portion of the shape memory elements projects radially; and an oral prosthesis defining a receiving channel for positioning upon the abutment,
A portable siren, comprising: a speaker so as to output an audio signal with a high sound pressure; an inner switching element for turning the audio signal on and off, characterized in that the inner switching element for turning off cannot be activated without a tool, and that the portable siren further comprises an outer switch and / or an outer dummy switch, wherein a turning off cannot be carried out by the outer switch or the outer dummy switch, and wherein the outer switch or the outer dummy switch is provided with a device for recording a fingerprint or thumbprint of a finger intending to activate the outer switch or the outer dummy switch. a speaker so as to output an audio signal with a high sound pressure; an inner switching element for turning the audio signal on and off, characterized in that the inner switching element for turning off cannot be activated without a tool, and that the portable siren further comprises an outer switch and / or an outer dummy switch, wherein a turning off cannot be carried out by the outer switch or the outer dummy switch, and wherein the outer switch or the outer dummy switch is provided with a device for recording a fingerprint or thumbprint of a finger intending to activate the outer switch or the outer dummy switch.
An isolated or purified T cell receptor having antigenic specificity for MAGE-A12 in the context of HLA-Cw7, wherein the TCR comprises: (a) the amino acid sequences of all of SEQ ID NOs: 26-31 or (b) the amino acid sequences of all of SEQ ID NOs: 36-41. (a) the amino acid sequences of all of SEQ ID NOs: 26-31 or (b) the amino acid sequences of all of SEQ ID NOs: 36-41.
Reusable sealing connector device for a flexible tube comprising a tubular element on which an end portion of said flexible tube is predisposed to be inserted along a longitudinal axis of said tubular element, a clamping sleeve predisposed to be inserted axially around said tubular element and provided with a connecting end divided into at least a pair of clamping segments predisposed to engage, in a flexible manner, said inserted portion of said flexible tube on said tubular element, and a clamping ferrule provided with an operating portion predisposed to be inserted around said clamping sleeve for compressing said clamping segments against said inserted portion of said flexible tube, said tubular element comprising an annular locking seat obtained around said longitudinal axis and provided internally with at least one locking hole arranged parallel to said longitudinal axis, characterized in that said clamping sleeve comprises an end locking portion intended to be inserted into said locking seat and provided with at least one opening (35, 350, 351) configured to be aligned at least partially, in assembled condition, to said at least one locking hole, to lock in axial and rotational direction about said longitudinal axis said locking portion of said clamping sleeve, inserted into said locking seat of said tubular element, by interposing at least one locking element inserted through said opening (35, 350, 351) and secured in said at least one locking hole.
Method for transmitting data between at least two heterogeneous nodes, that is to say using protocols of different types, pure IPv4, pure IPv6 or dual-stack, including at least one step of inserting, into at least one message transmitted by a user agent included in one of said nodes before establishment of a communication session between said nodes, an indicator of type representative of the type, pure IPv4, pure IPv6 or dual-stack, of at least one address associated with this user agent, said method being characterized in that said indicator of type is inserted into a field called "CONTACT" included in an SIP request message.
An actuation device comprising: (a) a device body that comprises a first fixation mechanism configured to affix a proximal end of a first elongate member of an accessory device to the device body, (b) an actuator comprising an operable mechanism and a second fixation mechanism configured to affix a proximal end of a second elongate member of the accessory device to the actuator, wherein the operable mechanism is configured to move the second elongate member relative to the first elongate member, and (c) a fastener configured to attach the device body to an endoscope, wherein the fastener comprises an attachment component that spreads and snaps onto the endoscope, wherein the device body is connected to the fastener in a hinged arrangement, characterized in that the actuation device is configured such that, when attached to an endoscope with endoscope controls, a single hand of a user can operate both the endoscope controls and the operable mechanism of the actuation device.
An oligonucleotide vesicular adaptor for constructing a nucleic acid library, comprising: a 5' paired double-stranded region at a first terminal of the adaptor; a 3' paired double-stranded region at a second terminal of the adaptor, comprising a first strand and a second strand complementary with each other, wherein the first strand comprises an overhang at the 3' end thereof and the second strand comprises a phosphorylated base at the 5' end thereof so as to provide a sticky terminal; and a vesicular non-paired region between the 5' paired double-stranded region and the 3' paired double-stranded region, wherein the vesicular non-paired region comprises a first strand and a second strand non-complementary with each other and the first strand is of a length longer than that of the second strand, wherein the vesicular adaptor is of a length of at least 20 nt, preferably 25 to 50 nt, and more preferably 30 to 45 nt. a 5' paired double-stranded region at a first terminal of the adaptor; a 3' paired double-stranded region at a second terminal of the adaptor, comprising a first strand and a second strand complementary with each other, wherein the first strand comprises an overhang at the 3' end thereof and the second strand comprises a phosphorylated base at the 5' end thereof so as to provide a sticky terminal; and a vesicular non-paired region between the 5' paired double-stranded region and the 3' paired double-stranded region, wherein the vesicular non-paired region comprises a first strand and a second strand non-complementary with each other and the first strand is of a length longer than that of the second strand, wherein the vesicular adaptor is of a length of at least 20 nt, preferably 25 to 50 nt, and more preferably 30 to 45 nt.
Apparatus for producing tubular sections, which substantially comprise paper, for manufacturing bags, the apparatus comprising at least the following features: at least one unwind device, with which a web can be unwound from a roll, in particular a paper web, at least one perforating device, with which at least perforations which extend over the web transversely with respect to the transport direction (z) of the latter can be introduced into the web, a tube-forming device, which is arranged downstream of the at least one perforating device in the production sequence and with which the edges of the web can be laid over each other in order to form a tube, a separating device, with which individual tubular sections can be torn off the tube along the perforations, the perforating device comprising at least one laser beam device, with which at least one laser beam can be guided onto the web in order to introduce the perforations, characterized in that the web can be led over web guiding or web deflecting devices (32, 33), of which the position relative to the laser beam device can be varied, wherein the distance of the web from the laser beam device is adjustable and wherein the laser beam is able to sweep over only a specific angle transversely with respect to the transport direction of the web. at least one unwind device, with which a web can be unwound from a roll, in particular a paper web, at least one perforating device, with which at least perforations which extend over the web transversely with respect to the transport direction (z) of the latter can be introduced into the web, a tube-forming device, which is arranged downstream of the at least one perforating device in the production sequence and with which the edges of the web can be laid over each other in order to form a tube, a separating device, with which individual tubular sections can be torn off the tube along the perforations, the perforating device comprising at least one laser beam device, with which at least one laser beam can be guided onto the web in order to introduce the perforations, the web can be led over web guiding or web deflecting devices (32, 33), of which the position relative to the laser beam device can be varied, wherein the distance of the web from the laser beam device is adjustable and wherein the laser beam is able to sweep over only a specific angle transversely with respect to the transport direction of the web.
A driven wheel of a Geneva gear system, the driven wheel comprising: a body having surfaces defining a central opening, a plurality of radially extending slots in the body, the slots being evenly spaced about a periphery of the body so as to define a plurality of first locking surfaces between pairs of the slots at the periphery of the body, each first locking surface being defined by an arc having a certain length and being configured to mate with a substantially cylindrical hub of a pinion gear, characterized by a plate member coupled with the body, the plate member including a plurality of arc-shaped cutouts in a periphery thereof, with each cutout being adjacent to an associated first locking surface and having an arc curvature substantially equal to a curvature of the arc defining the adjacent first locking surface, each arc-shaped cutout having an arc length greater than the certain length of said first locking surfaces, thereby defining an extended locking surface that extend beyond where said slot breaks said first locking surfaces and is configured to mate with a substantially cylindrical hub of a pinion gear in order to lock out the motion of the Geneva gear wheel and to allow a follower of said pinion gear to engage the driven Geneva gear wheel. a body having surfaces defining a central opening, a plurality of radially extending slots in the body, the slots being evenly spaced about a periphery of the body so as to define a plurality of first locking surfaces between pairs of the slots at the periphery of the body, each first locking surface being defined by an arc having a certain length and being configured to mate with a substantially cylindrical hub of a pinion gear, characterized by a plate member coupled with the body, the plate member including a plurality of arc-shaped cutouts in a periphery thereof, with each cutout being adjacent to an associated first locking surface and having an arc curvature substantially equal to a curvature of the arc defining the adjacent first locking surface, each arc-shaped cutout having an arc length greater than the certain length of said first locking surfaces, thereby defining an extended locking surface that extend beyond where said slot breaks said first locking surfaces and is configured to mate with a substantially cylindrical hub of a pinion gear in order to lock out the motion of the Geneva gear wheel and to allow a follower of said pinion gear to engage the driven Geneva gear wheel.
A semiconductor integrated circuit comprising: a data path comprising parallel bit paths, each of the parallel bit paths terminating with a flip-flop; a signal path combiner (XOR1, XOR1a, MUX), comprising a plurality of input paths (X1_d - Xk_d, X1 - Xn) and an output (XOR1_OUT, XOR1a out, Mux_OUT), the output being based on a combination of respective signals received on each of the input paths, wherein the input paths are each connected to an input of a different one of the flip-flops of the data path, such that the signals received on the input paths are each a respective signal received by the respective flip-flop of the data path; a delay circuit having an output (XOR_1 OUT d2, Mux_OUT_d2) and an input that is electrically connected to the signal path combiner output, the delay circuit configured to apply, at different times, different respective delays to a signal received at the input of the delay circuit, to provide, at the output of the delay circuit, different delayed signals respective of the different delays; and a comparison circuit (XOR2, XOR2a) arranged to provide comparison outputs each based on a comparison of the output of the signal path combiner and a different one of the delayed signals, wherein the comparison outputs are provided in at least one comparison data signal to at least one mitigation circuit, wherein the mitigation circuit is at least one circuit from the group consisting of: a notification circuit, a timing delay measurement circuit, a data transmission circuit, an IC anti-aging compensation circuit, and a failure analysis circuit. a data path comprising parallel bit paths, each of the parallel bit paths terminating with a flip-flop; a signal path combiner (XOR1, XOR1a, MUX), comprising a plurality of input paths (X1_d - Xk_d, X1 - Xn) and an output (XOR1_OUT, XOR1a out, Mux_OUT), the output being based on a combination of respective signals received on each of the input paths, wherein the input paths are each connected to an input of a different one of the flip-flops of the data path, such that the signals received on the input paths are each a respective signal received by the respective flip-flop of the data path; a delay circuit having an output (XOR_1 OUT d2, Mux_OUT_d2) and an input that is electrically connected to the signal path combiner output, the delay circuit configured to apply, at different times, different respective delays to a signal received at the input of the delay circuit, to provide, at the output of the delay circuit, different delayed signals respective of the different delays; and a comparison circuit (XOR2, XOR2a) arranged to provide comparison outputs each based on a comparison of the output of the signal path combiner and a different one of the delayed signals, wherein the comparison outputs are provided in at least one comparison data signal to at least one mitigation circuit, wherein the mitigation circuit is at least one circuit from the group consisting of: a notification circuit, a timing delay measurement circuit, a data transmission circuit, an IC anti-aging compensation circuit, and a failure analysis circuit.
An electronic display, comprising: a backlight display configured to be turned on and off, the backlight display including a display linear polarizer; a bezel surrounding the backlight display; a surface on which the backlight display projects polarized light from the display linear polarizer; a first linear polarizer disposed on said surface, a transmission angle of the first linear polarizer being aligned with the polarisation direction of said projected polarized light such that said projected light is substantially transmitted by the first linear polarizer, wherein the first linear polarizer extends beyond a periphery of the backlight display to cover the bezel; and an active polarizer (130; 910) coupled to an electronic circuit and extending over the first linear polarizer beyond the periphery of the backlight display in a plan view, the active polarizer (130; 910) having a polarizing off state and a non-polarizing on state, and the transmission axis in the off state being oriented to be orthogonal to the first linear polarizer transmission axis, whereby in the off state the active polarizer (130; 910) absorbs light transmitted by the first linear polarizer and in the on state the active polarizer (130; 910) passes light transmitted by the first linear polarizer, the electronic circuit being configured to turn on the active polarizer (130; 910) when the backlight display is on, and turn off the active polarizer (130; 910) when the backlight display is off. a backlight display configured to be turned on and off, the backlight display including a display linear polarizer; a bezel surrounding the backlight display; a surface on which the backlight display projects polarized light from the display linear polarizer; a first linear polarizer disposed on said surface, a transmission angle of the first linear polarizer being aligned with the polarisation direction of said projected polarized light such that said projected light is substantially transmitted by the first linear polarizer, wherein the first linear polarizer extends beyond a periphery of the backlight display to cover the bezel; and an active polarizer (130; 910) coupled to an electronic circuit and extending over the first linear polarizer beyond the periphery of the backlight display in a plan view, the active polarizer (130; 910) having a polarizing off state and a non-polarizing on state, and the transmission axis in the off state being oriented to be orthogonal to the first linear polarizer transmission axis, whereby in the off state the active polarizer (130; 910) absorbs light transmitted by the first linear polarizer and in the on state the active polarizer (130; 910) passes light transmitted by the first linear polarizer, the electronic circuit being configured to turn on the active polarizer (130; 910) when the backlight display is on, and turn off the active polarizer (130; 910) when the backlight display is off.
A data transmission method, characterized in that, the method comprises: after determining multiple radio access technologies to be used, segmenting or concatenating, by a sending device, data packets of a first service to be transmitted, so as to generate a plurality of segments of data packets; for the multiple radio access technologies, packaging and numbering, by the sending device, the plurality of segments of data packets; and sending, by the sending device, the packaged data packets to a receiving device by using corresponding radio access technologies according to the numbers, wherein before segmenting or concatenating data packets of a first service to be transmitted, the method further comprises: acquiring, from an application, a Type of Service, ToS, list supported by the application, wherein the application supports multiple services, and the multiple services comprises the first service; and allocating the multiple radio access technologies to the application according to the ToS list, wherein the ToS list comprises ToSs of the multiple services, wherein the ToS comprises temporal distribution of data transmission. after determining multiple radio access technologies to be used, segmenting or concatenating, by a sending device, data packets of a first service to be transmitted, so as to generate a plurality of segments of data packets; for the multiple radio access technologies, packaging and numbering, by the sending device, the plurality of segments of data packets; and sending, by the sending device, the packaged data packets to a receiving device by using corresponding radio access technologies according to the numbers, wherein before segmenting or concatenating data packets of a first service to be transmitted, the method further comprises: acquiring, from an application, a Type of Service, ToS, list supported by the application, wherein the application supports multiple services, and the multiple services comprises the first service; and allocating the multiple radio access technologies to the application according to the ToS list, wherein the ToS list comprises ToSs of the multiple services, wherein the ToS comprises temporal distribution of data transmission. acquiring, from an application, a Type of Service, ToS, list supported by the application, wherein the application supports multiple services, and the multiple services comprises the first service; and allocating the multiple radio access technologies to the application according to the ToS list, wherein the ToS list comprises ToSs of the multiple services, wherein the ToS comprises temporal distribution of data transmission.
Replacement method for replacing a container (3, 8) of input energy that powers a drive motor of a motor vehicle (2, 7), comprising at least one iteration of a phase comprising the following steps: - recognizing the type of container to be removed, - adapting, if necessary, at least one tool (20, 30) to suit the type of container, - using the at least one tool to unfix the container, - removing the container, - using the at least one tool to refit a new container, characterized in that the "adapting at least one tool (20, 30) to suit the type of container" step comprises a step of unfixing, from the at least one tool, a first device (22, 32) that activates and deactivates a first means of locking the container to the motor vehicle, and a step of fitting, to the at least one tool, a second device (24, 34) that activates and deactivates a second means of locking the container to the motor vehicle. - recognizing the type of container to be removed, - adapting, if necessary, at least one tool (20, 30) to suit the type of container, - using the at least one tool to unfix the container, - removing the container, - using the at least one tool to refit a new container,