mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a wireless communications system for identifying control transmissions based upon an operating mode, comprising: identifying an employed operating mode, wherein the employed operating mode is selected from the group consisting of a legacy mode and an extended mode; upon identifying the legacy mode, monitoring for control transmissions on resources associated with at least one control region of an anchor carrier within an associated system bandwidth, the associated system bandwidth having a first edge and a second edge and an area between the first edge and the second edge and wherein the control region of the anchor carrier comprises frequency resources located only at one or more edges of the anchor carrier; and upon identifying the extended mode, monitoring for control transmissions on resources associated with the at least one control region of the anchor carrier and at least one control region of one or more additional carriers within the associated system bandwidth, the control region of the one or more additional carriers comprises frequency resources located only at one or more of the first and second edges of the associated system bandwidth. identifying an employed operating mode, wherein the employed operating mode is selected from the group consisting of a legacy mode and an extended mode; upon identifying the legacy mode, monitoring for control transmissions on resources associated with at least one control region of an anchor carrier within an associated system bandwidth, the associated system bandwidth having a first edge and a second edge and an area between the first edge and the second edge and wherein the control region of the anchor carrier comprises frequency resources located only at one or more edges of the anchor carrier; and upon identifying the extended mode, monitoring for control transmissions on resources associated with the at least one control region of the anchor carrier and at least one control region of one or more additional carriers within the associated system bandwidth, the control region of the one or more additional carriers comprises frequency resources located only at one or more of the first and second edges of the associated system bandwidth.
An oligonucleotide probe for single nucleotide polymorphism detection to be used for a target nucleic acid where a single nucleotide polymorphism is present, wherein the target nucleic acid comprises a first target sequence corresponding to a region where the single nucleotide polymorphism is present, and a second target sequence positioned on a 3' or 5' side of the first target sequence and corresponding to a region where the single nucleotide polymorphism is absent, the probe comprises a reporter region for detecting the single nucleotide polymorphism, an anchor region, and a linker region, the reporter region comprises an oligonucleotide consisting of a sequence perfectly matching with the first target sequence when a nucleotide of the single nucleotide polymorphism is a first nucleotide, and mismatching with the first target sequence when the nucleotide is a nucleotide other than the first nucleotide; and a fluorescent dye quenching when the first target sequence and the reporter region hybridize, the anchor region comprises an oligonucleotide consisting of a sequence complementary to the second target sequence, and the linker region links the reporter region and the anchor region to each other, and comprises an oligonucleotide consisting of a sequence non-complementary to a sequence disposed between the first target sequence and the second target sequence in the target nucleic acid, the oligonucleotide of the reporter region is designed so that guanine is present in the first target sequence within 1 to 3 bases from the binding portion of the fluorescent dye, wherein the linker region is an oligonucleotide consisting of only one kind of base selected from adenine, guanine, cytosine and thymine, and wherein the linker region is an oligonucleotide consisting of 3 to 11 nucleotides, the reporter region is an oligonucleotide consisting of 3 to 6 nucleotides, and the anchor region is an oligonucleotide consisting of 10 to 20 nucleotides.
A modified sulfamidase comprising substantially no epitopes for glycan recognition receptors, wherein natural glycan moieties of said sulfamidase are disrupted by single bond breaks and double bond breaks, the extent of single bond breaks per total bond breaks being at least 60 % in oligomannose glycans, thereby enabling transportation of said sulfamidase across the blood brain barrier of a mammal, wherein said sulfamidase has catalytic activity in the brain of said mammal.
Launching arrangement with a missile for intercepting hostile drones, wherein the launching arrangement comprises a launch container with an opening, wherein the missile is, or can be, arranged within the launch container, wherein the missile comprises a propeller drive, wherein the launch container is fitted with a cover which closes the opening, characterized in that the missile comprises the propeller drive in a bow region of the missile, wherein the launch container and the cover are connected to one another via an actuable closing mechanism, wherein the closing mechanism releases the cover when said closing mechanism is actuated and the missile can leave the launch container, wherein the closing mechanism is coupled to on-board electronics of the missile via a connecting line, wherein a signal for opening the cover can be sent to the closing mechanism by means of the on-board electronics of the missile.
A printed material, comprising a substrate on which a toner image is formed, wherein a varnish is coated on at least a part of the toner image to form a varnish layer thereon, characterized in that the toner image is formed with a toner comprising a petroleum wax, wherein the petroleum wax comprises an isoparaffin wax or a cycloparaffin wax; wherein the toner comprises the petroleum wax in an amount not greater than 40% by weight, and wherein the petroleum wax comprises an isoparaffin wax or a cycloparaffin wax in an amount not less than 10% by weight of the petroleum wax.
A method of allocating wireless resources to a multiple basic service set identifier, BSSID, set including a number of BSSIDs each associated with a corresponding one of a number of access points, APs, the method performed by a first AP and comprising: allocating random access resources for use by stations belonging to the multiple BSSID set using a number of association identifier, AID, values based on a group AID mapping contained in a partial virtual bitmap of a traffic indication map, TIM, element; and transmitting a trigger frame containing the number of AID values to the stations belonging to the multiple BSSID set. allocating random access resources for use by stations belonging to the multiple BSSID set using a number of association identifier, AID, values based on a group AID mapping contained in a partial virtual bitmap of a traffic indication map, TIM, element; and transmitting a trigger frame containing the number of AID values to the stations belonging to the multiple BSSID set.
A base station for receiving high speed uplink packet access from user equipment comprising: a receiver configured to receive data packets from the user equipment; a transmitter configured to transmit control information to the user equipment which correspond to the data packets received from the user equipment, the control information including at least a per mobile device busy bit for the user equipment to use to disable uplink transmission of a transmitter of the user equipment until busy bit transmission is discontinued. a receiver configured to receive data packets from the user equipment; a transmitter configured to transmit control information to the user equipment which correspond to the data packets received from the user equipment, the control information including at least a per mobile device busy bit for the user equipment to use to disable uplink transmission of a transmitter of the user equipment until busy bit transmission is discontinued.
A portable radio, comprising: a housing having a through-hole; the through-hole providing an electrical interface feature and a mechanical interface feature for coupling a plurality of interchangeable accessories; and audio porting (112; 812) disposed on the housing surrounding the through-hole. a housing having a through-hole; the through-hole providing an electrical interface feature and a mechanical interface feature for coupling a plurality of interchangeable accessories; and audio porting (112; 812) disposed on the housing surrounding the through-hole.
Induction cooking appliance device, in particular induction hob device, having at least one inductor (12a-d) and having at least one magnetic flux bundling unit (14a-d), which is provided to bundle at least one magnetic flux provided by the inductor (12a-d) and which has at least one magnetic flux bundling element made from a magnetisable material and at least one connection means, wherein the magnetic flux bundling element is embodied at least to a large extent in granular form, wherein the magnetic flux bundling element has a grain size of at least 1 mm, characterised by at least one carrier unit (16a; 16d), which, in at least one assembled state, carries the inductor (12a; 12d) and on which the magnetic flux bundling unit (14a; 14d) is fastened.
An electric current supply control apparatus for a glow plug, the electric current supply control apparatus being connected to an external apparatus which controls a circulation valve provided in a circulating passage connecting an intake passage and an exhaust passage of an engine so as to adjust an amount of exhaust gas circulated to the intake side, the circulated exhaust gas being a portion of exhaust gas discharged from the engine, and the electric current supply control apparatus being adapted to control supply of electric current to a heat generation resistor of the glow plug mounted to the engine, said electric current supply control apparatus comprising: transition determination means, operable after startup of the engine, for determining whether or not a load acting on the engine is in a transition state in which the load is increasing based on information obtained from the external apparatus and regarding an operation state of the engine; electric current supply means for supplying electric current to the heat generation resistor when the load acting on the engine is determined to be in the transition state; characterized in that the electric current supply control apparatus further comprising output means for outputting to the external apparatus, synchronously with the supply of electric current to the heat generation resistor, a report signal containing information regarding an increase in the circulating amount, which reports that the circulating amount of the exhaust gas is to be increased to a predetermined value. transition determination means, operable after startup of the engine, for determining whether or not a load acting on the engine is in a transition state in which the load is increasing based on information obtained from the external apparatus and regarding an operation state of the engine; electric current supply means for supplying electric current to the heat generation resistor when the load acting on the engine is determined to be in the transition state;
A rotary disk filter with a central pipe and multiple filter disks arranged adjacent to one another in the longitudinal direction of the central pipe and connected to the central pipe, - wherein each filter disk includes multiple filter modules arranged adjacent to one another in the circumferential direction of the central pipe, each having a base frame and two filter elements, which each include a filter frame and a filter surface connected to the filter frame, - wherein the base frame and the two filter elements delimit a cavity for accommodating liquid to be filtered, - wherein the cavity is fluidically connected to the central pipe for fluid exchange, and - wherein the filter frames are detachably connected to both sides of the base frame, and so the filter elements, as necessary, are removable from the base frame and replaceable with new filter elements, characterized in that each filter module is fixed at the central pipe with the aid of a threaded spindle independently of the remaining filter modules, wherein the threaded spindle extends through the filter module in the radial direction with respect to the central pipe. - wherein each filter disk includes multiple filter modules arranged adjacent to one another in the circumferential direction of the central pipe, each having a base frame and two filter elements, which each include a filter frame and a filter surface connected to the filter frame, - wherein the base frame and the two filter elements delimit a cavity for accommodating liquid to be filtered, - wherein the cavity is fluidically connected to the central pipe for fluid exchange, and - wherein the filter frames are detachably connected to both sides of the base frame, and so the filter elements, as necessary, are removable from the base frame and replaceable with new filter elements,
A microbead (10, 20, 30, 40a, 40b, 50, 60, 70, 80, 90) with a code engraved on an outside of the microbead (10, 20, 30, 40a, 40b, 50, 60, 70, 80, 90), wherein the microbead (10, 20, 30, 40a, 40b, 50, 60, 70, 80, 90) comprises: a central region (12, 52, 82); and an edge region (11, 51, 81) surrounding the central region (12, 52, 82), an outer contour of the edge region (11, 51, 81) before and after engraving the code is non-circular, the edge region (11, 51, 81) comprising a plurality of coding positions (141, 241, 341, 441, 541, 641, 731, 741, 831, 841), the code of the microbead (10, 20, 30, 40a, 40b, 50, 60, 70, 80, 90) is presented by engraving code patterns on the plurality of coding positions (141, 241, 341, 441, 541, 641, 731, 741, 831, 841), each bit of the code corresponds to each of the plurality of coding positions (141, 241, 341, 441, 541, 641, 731, 741, 831, 841), the code patterns are a combination of one or more patterns; the microbead being characterized in that: the coding pattern of at least one of the plurality of coding positions has directionality, and is used to indicate a front side and a back side of the microbead, a starting position of the code, and a direction of the code; or, at least one of the coding patterns has directionality, and the directionality of the coding pattern is used as a constituent factor of the code. a central region (12, 52, 82); and an edge region (11, 51, 81) surrounding the central region (12, 52, 82), an outer contour of the edge region (11, 51, 81) before and after engraving the code is non-circular, the edge region (11, 51, 81) comprising a plurality of coding positions (141, 241, 341, 441, 541, 641, 731, 741, 831, 841), the code of the microbead (10, 20, 30, 40a, 40b, 50, 60, 70, 80, 90) is presented by engraving code patterns on the plurality of coding positions (141, 241, 341, 441, 541, 641, 731, 741, 831, 841), each bit of the code corresponds to each of the plurality of coding positions (141, 241, 341, 441, 541, 641, 731, 741, 831, 841), the code patterns are a combination of one or more patterns; the microbead being characterized in that: the coding pattern of at least one of the plurality of coding positions has directionality, and is used to indicate a front side and a back side of the microbead, a starting position of the code, and a direction of the code; or, at least one of the coding patterns has directionality, and the directionality of the coding pattern is used as a constituent factor of the code. the coding pattern of at least one of the plurality of coding positions has directionality, and is used to indicate a front side and a back side of the microbead, a starting position of the code, and a direction of the code; or, at least one of the coding patterns has directionality, and the directionality of the coding pattern is used as a constituent factor of the code.
A method for calibrating an output of a light emitting diode, LED, for use in spectroscopic applications, the method comprising the steps of: determining a reference forward voltage, V f 0, a reference forward current, I f 0, and a reference detected intensity of emitted light, S 0, of the LED at an initial junction temperature, T 0; varying the junction temperature of the LED to provide a plurality of junction temperatures T j and at each junction temperature: setting the forward current to a plurality of forward current values I f, and at each forward current: determining the deviation in the forward voltage Δ V f from the reference voltage V f 0; determining the deviation in forward current Δ I f from the reference current I f 0; and determining the deviation in detected light intensity Δ S from the reference intensity S 0; estimating the parameters s V, s I, s IV, s II, and s VV such that: S = S 0 + Δ S = S 0 + s V Δ V f + s I Δ I f + s IV Δ V f Δ I f + s II Δ I f 2 + s VV Δ V f 2 approximately holds for all sets of forward voltage deviation, Δ V f, forward current deviation, Δ I f, and detected intensity deviation, Δ S. determining a reference forward voltage, V f 0, a reference forward current, I f 0, and a reference detected intensity of emitted light, S 0, of the LED at an initial junction temperature, T 0; varying the junction temperature of the LED to provide a plurality of junction temperatures T j and at each junction temperature: setting the forward current to a plurality of forward current values I f, and at each forward current: determining the deviation in the forward voltage Δ V f from the reference voltage V f 0; determining the deviation in forward current Δ I f from the reference current I f 0; and determining the deviation in detected light intensity Δ S from the reference intensity S 0; estimating the parameters s V, s I, s IV, s II, and s VV such that: S = S 0 + Δ S = S 0 + s V Δ V f + s I Δ I f + s IV Δ V f Δ I f + s II Δ I f 2 + s VV Δ V f 2 approximately holds for all sets of forward voltage deviation, Δ V f, forward current deviation, Δ I f, and detected intensity deviation, Δ S. setting the forward current to a plurality of forward current values I f, and at each forward current: determining the deviation in the forward voltage Δ V f from the reference voltage V f 0; determining the deviation in forward current Δ I f from the reference current I f 0; and determining the deviation in detected light intensity Δ S from the reference intensity S 0; determining the deviation in the forward voltage Δ V f from the reference voltage V f 0; determining the deviation in forward current Δ I f from the reference current I f 0; and determining the deviation in detected light intensity Δ S from the reference intensity S 0; estimating the parameters s V, s I, s IV, s II, and s VV such that: S = S 0 + Δ S = S 0 + s V Δ V f + s I Δ I f + s IV Δ V f Δ I f + s II Δ I f 2 + s VV Δ V f 2 approximately holds for all sets of forward voltage deviation, Δ V f, forward current deviation, Δ I f, and detected intensity deviation, Δ S.
A system comprising: a second prosthesis attachable to a first vertebra and a second vertebra of a spine to substantially prevent relative motion between the first and second vertebrae; wherein the system further comprises a first prosthesis attachable to the first vertebra independently of prevention of relative motion between the first and second vertebrae via the second prosthesis, wherein at least one of the first and second prostheses is polyaxially adjustably attachable to the first vertebra, the first prosthesis comprising a superior prosthesis (34, 36) and an inferior prosthesis (38, 40), the superior prothesis (34, 36) comprising a first articular surface and the inferior prosthesis (38, 40) comprising a second articular surface, wherein the first articular surface, attachable to the first vertebra of the spine, is shaped to articulate with the second articular surface attachable to a third vertebra of the spine; wherein the system further comprises a first fixation member implantable in the first vertebra to attach the first prosthesis and the second prosthesis to the first vertebra; and wherein the second prosthesis is attachable to the second vertebra through the use of a second fixation member. a second prosthesis attachable to a first vertebra and a second vertebra of a spine to substantially prevent relative motion between the first and second vertebrae; wherein the system further comprises a first prosthesis attachable to the first vertebra independently of prevention of relative motion between the first and second vertebrae via the second prosthesis, wherein at least one of the first and second prostheses is polyaxially adjustably attachable to the first vertebra, the first prosthesis comprising a superior prosthesis (34, 36) and an inferior prosthesis (38, 40), the superior prothesis (34, 36) comprising a first articular surface and the inferior prosthesis (38, 40) comprising a second articular surface, wherein the first articular surface, attachable to the first vertebra of the spine, is shaped to articulate with the second articular surface attachable to a third vertebra of the spine; wherein the system further comprises a first fixation member implantable in the first vertebra to attach the first prosthesis and the second prosthesis to the first vertebra; and wherein the second prosthesis is attachable to the second vertebra through the use of a second fixation member.