mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for controlling a type of wireless communication scheme used in communication links between a plurality of wireless stations (102, 103, 104, 105) some of which are configured to execute a plurality of codes for a plurality of types of wireless communication standards, comprising: at least one multimode control station configured to: collect information relating to the communication links used by the plurality of wireless stations, the information including a required mode switching time which is a time duration for a process of switching from a first communication scheme to a second communication scheme; and decide an allocation of communication resources used in the communication links based on the required mode switching time included in the collected information. at least one multimode control station configured to: collect information relating to the communication links used by the plurality of wireless stations, the information including a required mode switching time which is a time duration for a process of switching from a first communication scheme to a second communication scheme; and decide an allocation of communication resources used in the communication links based on the required mode switching time included in the collected information. collect information relating to the communication links used by the plurality of wireless stations, the information including a required mode switching time which is a time duration for a process of switching from a first communication scheme to a second communication scheme; and decide an allocation of communication resources used in the communication links based on the required mode switching time included in the collected information.
An optical deflector comprising: a mirror; a first support frame surrounding said mirror; at least one first torsion bar (3-2, 3'-2) arranged along a first axis of said mirror having an end coupled to an outer circumference of said mirror; a pair of first piezoelectric actuators (4-2a, 4-2b; 4-a, 4-b) coupled between said first support frame and said first torsion bar (3-2, 3'-2); and a first piezoelectric sensor (5, 5') inserted between said first torsion bar (3-2, 3'-2) and one of said first piezoelectric actuators (4-2a, 4-a), characterized in that said first piezoelectric sensor (5, 5') includes at least one first piezoelectric sensor element (5-1, 5-2; 5'-1, 5'-2) having a width being smaller than two-fifths of a width of the one of said first piezoelectric actuators (4-2a, 4-a) and being arranged at a wide portion within two-fifths of said width from an inner end of the one of said first piezoelectric actuators (4-2a, 4-a) in the vicinity of said first torsion bar (3-2, 3'-2); and said first piezoelectric sensor (5, 5') further includes at least one first inactivated piezoelectric sensor element (5-3, 5-4, 5-5; 5'-3, 5'-4, 5'-5) on one side of said first piezoelectric sensor element (5-1, 5-2; 5'-1, 5'-2), the piezoelectric sensor element being inactivated due to its upper electrode being grounded. a mirror; a first support frame surrounding said mirror; at least one first torsion bar (3-2, 3'-2) arranged along a first axis of said mirror having an end coupled to an outer circumference of said mirror; a pair of first piezoelectric actuators (4-2a, 4-2b; 4-a, 4-b) coupled between said first support frame and said first torsion bar (3-2, 3'-2); and a first piezoelectric sensor (5, 5') inserted between said first torsion bar (3-2, 3'-2) and one of said first piezoelectric actuators (4-2a, 4-a), characterized in that said first piezoelectric sensor (5, 5') includes at least one first piezoelectric sensor element (5-1, 5-2; 5'-1, 5'-2) having a width being smaller than two-fifths of a width of the one of said first piezoelectric actuators (4-2a, 4-a) and being arranged at a wide portion within two-fifths of said width from an inner end of the one of said first piezoelectric actuators (4-2a, 4-a) in the vicinity of said first torsion bar (3-2, 3'-2); and said first piezoelectric sensor (5, 5') further includes at least one first inactivated piezoelectric sensor element (5-3, 5-4, 5-5; 5'-3, 5'-4, 5'-5) on one side of said first piezoelectric sensor element (5-1, 5-2; 5'-1, 5'-2), the piezoelectric sensor element being inactivated due to its upper electrode being grounded.
A real-time speech recognition method based on truncated attention, comprising: obtaining truncated information for truncating a feature sequence of a speech signal based on the speech signal; truncating the feature sequence into a plurality of subsequences based on the truncated information; obtaining a real-time recognition result through an attention mechanism for a subsequence in the plurality of subsequences; characterized in that, obtaining the truncated information for truncating the feature sequence of the speech signal comprises: obtaining spike information related to the speech signal by performing a connectionist temporal classification, CTC, process on the feature sequence; and determining the truncated information based on the obtained spike information, wherein truncating the feature sequence into the plurality of subsequences comprises: for each spike in the spike information, selecting from the feature sequence a subsequence corresponding to a predetermined number of spikes adjacent to the spike, the predetermined number of spikes comprising a first number of spikes before the spike and a second number of spikes after the spike. obtaining truncated information for truncating a feature sequence of a speech signal based on the speech signal; truncating the feature sequence into a plurality of subsequences based on the truncated information; obtaining a real-time recognition result through an attention mechanism for a subsequence in the plurality of subsequences; characterized in that, obtaining the truncated information for truncating the feature sequence of the speech signal comprises: obtaining spike information related to the speech signal by performing a connectionist temporal classification, CTC, process on the feature sequence; and determining the truncated information based on the obtained spike information, wherein truncating the feature sequence into the plurality of subsequences comprises: for each spike in the spike information, selecting from the feature sequence a subsequence corresponding to a predetermined number of spikes adjacent to the spike, the predetermined number of spikes comprising a first number of spikes before the spike and a second number of spikes after the spike. obtaining spike information related to the speech signal by performing a connectionist temporal classification, CTC, process on the feature sequence; and determining the truncated information based on the obtained spike information, wherein truncating the feature sequence into the plurality of subsequences comprises: for each spike in the spike information, selecting from the feature sequence a subsequence corresponding to a predetermined number of spikes adjacent to the spike, the predetermined number of spikes comprising a first number of spikes before the spike and a second number of spikes after the spike. for each spike in the spike information, selecting from the feature sequence a subsequence corresponding to a predetermined number of spikes adjacent to the spike, the predetermined number of spikes comprising a first number of spikes before the spike and a second number of spikes after the spike.
Cutting device having a mounting head and cutting tools (3, 4) arranged in the mounting head so as to be movable towards each other along a cutting plane, wherein the cutting tools (3, 4), one of which is fixed and the other is movable, are arranged in the mounting head so as to be removable, are offset transversely to the cutting plane and are movable past each other, and form cutting edges (7, 8) on the edges of the frontal faces (10, 11) thereof that are opposite one another in the direction of travel and facing towards each other, and which also complement each other to form a contour of a workpiece to be cut, and have recesses (12, 13) that form an abutment surface (18, 19), wherein further a cutting tool (3, 4) has a bracing element that is laterally offset with respect to the cutting plane, which bracing element forms a bracing surface that is constructed to open in the opposite direction to the recess (12, 13), wherein the bracing element is conformed on the fixed position cutting tool, characterised in that both abutment surfaces (18, 19) are constructed with engaging protrusions (20, 21) directed towards each other, which projections encompass a foot circumferential angular range (α) from 20 to 90 degrees relative to an essentially semicircular contour of the abutment surfaces (18, 19) that is otherwise aligned in the cutting direction, and which project into the interior of the semicircle by one fifth to 9/10 of the radius (r) of the semicircular contour, and of which the foot areas that become semicircular in shape gradually evolve into a first and a second circle arc segment (22, 23; 24, 25) in a circumferential direction.
An ion trap comprising: a first multipole rod set comprising a plurality of first electrodes; a second multipole rod set comprising a plurality of second electrodes, said second multipole rod set being arranged downstream of said first multipole rod set; a first device which is arranged and adapted to apply a first AC or RF voltage to at least some of said first electrodes and at least some of said second electrodes such that in a first mode of operation a non-zero phase difference is maintained between at least some of said first electrodes and at least some corresponding axially adjacent second electrodes so that an axial pseudo-potential barrier is created between said first multipole rod set and said second multipole rod set; and a second device which is arranged and adapted to apply one or more supplementary AC voltages to at least some of said first electrodes so that at least some ions within said first multipole rod set are resonantly excited in a radial direction and are subsequently ejected in an axial direction from said first multipole rod set. a first multipole rod set comprising a plurality of first electrodes; a second multipole rod set comprising a plurality of second electrodes, said second multipole rod set being arranged downstream of said first multipole rod set; a first device which is arranged and adapted to apply a first AC or RF voltage to at least some of said first electrodes and at least some of said second electrodes such that in a first mode of operation a non-zero phase difference is maintained between at least some of said first electrodes and at least some corresponding axially adjacent second electrodes so that an axial pseudo-potential barrier is created between said first multipole rod set and said second multipole rod set; and a second device which is arranged and adapted to apply one or more supplementary AC voltages to at least some of said first electrodes so that at least some ions within said first multipole rod set are resonantly excited in a radial direction and are subsequently ejected in an axial direction from said first multipole rod set.
A hydrogen-enriched cosmetic material container, comprising: a soft case formed of a flexible material and accommodating a liquid cosmetic material, and a manual pump member connected to an opening of the soft case and adapted for sucking the liquid cosmetic material in the soft case and ejecting it to the outside in an airtight manner, characterised by a hydrogen bag formed of a hydrogen gas permeable sheet and encapsulating hydrogen gas, wherein the soft case is formed of an hydrogen gas impermeable material and accommodates the hydrogen bag together with the liquid cosmetic material. a soft case formed of a flexible material and accommodating a liquid cosmetic material, and a manual pump member connected to an opening of the soft case and adapted for sucking the liquid cosmetic material in the soft case and ejecting it to the outside in an airtight manner, characterised by a hydrogen bag formed of a hydrogen gas permeable sheet and encapsulating hydrogen gas, wherein the soft case is formed of an hydrogen gas impermeable material and accommodates the hydrogen bag together with the liquid cosmetic material.
Equipment for aiding traceability of agri-food products, comprising: a container (2; 52) for harvesting agri-food products that is open upwards; a frame (3; 53), provided with connecting members (4; 54) to the container (2; 52); an image detector device (14, 15; 64), fitted to the frame (3; 53) and oriented so that, when the container (2; 52) is connected to the frame (3; 53), an opening of the container is within an observation region (R1; R1') framed by the image detector device (14, 15; 64); a motion sensor (7; 57) fitted to the frame (3; 53) and configured to detect movements within a surveillance region (R2; R2') including at least a portion of the observation region (R1; R1') framed by the image detector device (14, 15; 64); a satellite positioning device; a storage device; a processing unit; wherein the image detector device (14, 15; 64) is coupled to the motion sensor (7; 57) and is configured to acquire at least a reference image (IMGR, IMGRF) in response to a movement detected by the motion sensor (7; 57); and wherein the processing unit is configured to associate the reference image (IMGR, IMGRF) with coordinates detected by the satellite positioning device and a timestamp and to store the reference image (IMGR, IMGRF), the coordinates detected by the satellite positioning device, and the timestamp in the storage device. a container (2; 52) for harvesting agri-food products that is open upwards; a frame (3; 53), provided with connecting members (4; 54) to the container (2; 52); an image detector device (14, 15; 64), fitted to the frame (3; 53) and oriented so that, when the container (2; 52) is connected to the frame (3; 53), an opening of the container is within an observation region (R1; R1') framed by the image detector device (14, 15; 64); a motion sensor (7; 57) fitted to the frame (3; 53) and configured to detect movements within a surveillance region (R2; R2') including at least a portion of the observation region (R1; R1') framed by the image detector device (14, 15; 64); a satellite positioning device; a storage device; a processing unit; wherein the image detector device (14, 15; 64) is coupled to the motion sensor (7; 57) and is configured to acquire at least a reference image (IMGR, IMGRF) in response to a movement detected by the motion sensor (7; 57); and wherein the processing unit is configured to associate the reference image (IMGR, IMGRF) with coordinates detected by the satellite positioning device and a timestamp and to store the reference image (IMGR, IMGRF), the coordinates detected by the satellite positioning device, and the timestamp in the storage device.
Method for cleaning of a process solution applicable in surface technology, wherein the process solution is an electrolyte for galvanic or autocatalytic deposition of a metal layer on a substrate, by means of a polymeric resin that is suitable to adsorb impurities from the process solution and thereby at least partially remove the impurities from the process solution, characterized in that the process solution successively is brought in contact with at least one first and one second polymer resin or partial currents of the process solution are in parallel each brought in contact with at least one first and one second polymer resin, whereby the first and the second polymer resin are arranged in holding devices separated from each other, and in that organic impurities are at least partially removed from the process bath by means of the first polymer resin, whereby the first polymer resin is selected from the group consisting of polyacrylate, polystyrene, polyacrylamide, and divinylbenzene/styrene co-polymerizate, and in that inorganic impurities are at least partially removed from the process solution by means of the second polymer resin, whereby the second polymer resin is an ion-exchange resin.
A communications connection comprising a first intermediate connection point, a second intermediate connection point, and a non-conducting telecommunications link between the first intermediate point and the second intermediate point; the first intermediate connection point being connectable by way of a first conducting link to a telephone network connection point and the second intermediate point being connectable by a plurality of second conducting links to a plurality of remote customer premises installations, the first and second intermediate points (6, 11) having conversion equipment for converting transmissions between electrical signals carried over their respective conducting links,(17, 19) and a non-electrical signal carried over the non-conducting link, the respective first and second conversion equipments being electrically powered, and characterised in that the respective first and second conversion equipments have respective power conversion equipments for receiving electrical power delivered over the respective conducting links (17, 19) from the telephone network connection point and the customer premises installations, and in that the first intermediate point serves several connections, each having its own respective first conducting link (17, 171, 172), and power to operate the first conversion equipment. can be delivered over any one or more of the conducting links to the first intermediate point
A method of generating an antagonist of one or more selected pro-survival Bcl-2 family members, the method comprising the steps of: a. mutating one or more amino acid residues of a BH3 domain consisting of a sequence selected from the list consisting of SEQ ID Nos: 1, 2, 3, 4, 5, 6 and 7 or a Bcl-2 family member binding fragment thereof; b. contacting the mutated BH3 domain with members of the pro-survival Bcl-2 family; c. detecting the binding affinity of the mutated BH3 domain for the pro-survival Bcl-2 family members; and d. comparing the binding affinity of the mutated BH3 domain for the pro-survival Bcl-2 family members with the binding affinity of the wild-type BH3 domain for the pro-survival Bcl-2 family members, wherein the antagonist binds more selectively to said one or more selected Bcl-2 family members than said wild-type sequence. a. mutating one or more amino acid residues of a BH3 domain consisting of a sequence selected from the list consisting of SEQ ID Nos: 1, 2, 3, 4, 5, 6 and 7 or a Bcl-2 family member binding fragment thereof; b. contacting the mutated BH3 domain with members of the pro-survival Bcl-2 family; c. detecting the binding affinity of the mutated BH3 domain for the pro-survival Bcl-2 family members; and d. comparing the binding affinity of the mutated BH3 domain for the pro-survival Bcl-2 family members with the binding affinity of the wild-type BH3 domain for the pro-survival Bcl-2 family members, wherein the antagonist binds more selectively to said one or more selected Bcl-2 family members than said wild-type sequence.
A method for use in a telecommunications network for providing Law Enforcement Agencies with interception data related to a target mobile node attached to a Proxy Mobile Internet Protocol domain of the telecommunications network through a Mobile Access Gateway, which is connected to a Local Mobility Anchor through a tunnel carrying packets between the target mobile node and the Mobile Access Gateway, the method comprising the steps of configuring at least one of said Mobile Access Gateway and said Local Mobility Anchor to operate as Intercepting Control Elements, wherein Intercept Related Information is respectively provided by said at least one of said Mobile Access Gateway and said Local Mobility Anchor to a Delivery Function through an X2 interface each time a Proxy Mobile Internet Protocol based event is detected in said at least one of said Mobile Access Gateway and said Local Mobility Anchor, respectively.
A retroreflective article, comprising: a retroreflective substrate comprising a body portion having a substantially planar front surface and a structured rear surface comprising a plurality of cube corner elements; and an infrared-reflecting multilayer optical film positioned adjacent to the front surface of the retroreflective substrate such that the infrared-reflecting multilayer optical film forms a pattern that creates regions of high contrast between infrared light reflected from the infrared-reflecting multilayer optical film and the otherwise retroreflective light path, such that the pattern can be read by an infrared sensor when the retroreflective substrate is illuminated by an infrared light source; wherein the infrared-reflecting multilayer optical film is transparent to visible light, such that the infrared-reflecting multilayer optical film is not significantly visible in the visible light spectrum; wherein the multilayer optical film exhibits a relatively high reflectance for light within a first spectral range and a relatively low reflectance for light within a second spectral range, wherein the first spectral range is between about 700 nm to about 1100 nm and the second spectral range is between about 400 nm to about 700 nm. a retroreflective substrate comprising a body portion having a substantially planar front surface and a structured rear surface comprising a plurality of cube corner elements; and an infrared-reflecting multilayer optical film positioned adjacent to the front surface of the retroreflective substrate such that the infrared-reflecting multilayer optical film forms a pattern that creates regions of high contrast between infrared light reflected from the infrared-reflecting multilayer optical film and the otherwise retroreflective light path, such that the pattern can be read by an infrared sensor when the retroreflective substrate is illuminated by an infrared light source; wherein the infrared-reflecting multilayer optical film is transparent to visible light, such that the infrared-reflecting multilayer optical film is not significantly visible in the visible light spectrum; wherein the multilayer optical film exhibits a relatively high reflectance for light within a first spectral range and a relatively low reflectance for light within a second spectral range, wherein the first spectral range is between about 700 nm to about 1100 nm and the second spectral range is between about 400 nm to about 700 nm.