mhurhangee/ep-ind-claims huggingface dataset:
A method implemented in a mobile station of a wireless communication system, the method comprising: combining data rate information for first and second data channels into combined data rate information; formatting control data including the combined data rate information for a plurality of slots in a control frame of a dedicated control channel according to at least two different slot formats, wherein each slot in the control frame comprises the same number of bits, wherein said number of bits is allocated in each slot among a plurality of types of control data, and wherein each of the at least two different slot formats has a different allocation of the plurality of bits among the plurality of types of control data to alternately reduce the number of bits of a first and second type of control data to increase the number of bits available in a slot for the combined data rate information, said first and second type of control data being pilot and power control data; and transmitting the control data in the control frame of the dedicated control channel in the at least two different slot formats. combining data rate information for first and second data channels into combined data rate information; formatting control data including the combined data rate information for a plurality of slots in a control frame of a dedicated control channel according to at least two different slot formats, wherein each slot in the control frame comprises the same number of bits, wherein said number of bits is allocated in each slot among a plurality of types of control data, and wherein each of the at least two different slot formats has a different allocation of the plurality of bits among the plurality of types of control data to alternately reduce the number of bits of a first and second type of control data to increase the number of bits available in a slot for the combined data rate information, said first and second type of control data being pilot and power control data; and transmitting the control data in the control frame of the dedicated control channel in the at least two different slot formats.
A headband for a pair of headphones, the headband comprising: an elongated strip made of a flexible material, wherein the elongated strip comprises a first end configured to be attached to a first earpiece and a second end configured to be attached to a second earpiece, and wherein the elongated strip is configured to extend in a curvature from the first end to the second end to form an arced strip which is configured to extend along a portion of a head of a user of the pair of headphones; and one leg made of a rigid material, the leg abutting against the elongated strip and extending along the elongated strip from the first end to the second end, characterized in that the elongated strip comprises a groove which extends from the first end to the second end, wherein a plurality of tubular section parts (290a-j) are provided along the groove, and wherein the leg is inserted in the groove. an elongated strip made of a flexible material, wherein the elongated strip comprises a first end configured to be attached to a first earpiece and a second end configured to be attached to a second earpiece, and wherein the elongated strip is configured to extend in a curvature from the first end to the second end to form an arced strip which is configured to extend along a portion of a head of a user of the pair of headphones; and one leg made of a rigid material, the leg abutting against the elongated strip and extending along the elongated strip from the first end to the second end, characterized in that the elongated strip comprises a groove which extends from the first end to the second end, wherein a plurality of tubular section parts (290a-j) are provided along the groove, and wherein the leg is inserted in the groove.
An implantable neurostimulator comprising: an implantable electrode array comprising at least one stimulus electrode and at least one return electrode, each electrode configured to deliver electrical stimuli to neural tissue; an implantable control module configured to produce the electrical stimuli delivered by the at least one stimulus electrode, characterised in that the control module comprises at least one current injection current source configured to, in a first stimulus phase, pass a first current from a first supply rail to a stimulus electrode, and the control module further configured to connect the at least one return electrode to a second supply rail during the first stimulus phase; and the control module further comprising at least one current extraction current source configured to, in a second stimulus phase, pass a second current from a stimulus electrode to the second supply rail, and the control module further configured to connect the at least one return electrode to the first supply rail during the second stimulus phase. an implantable electrode array comprising at least one stimulus electrode and at least one return electrode, each electrode configured to deliver electrical stimuli to neural tissue; an implantable control module configured to produce the electrical stimuli delivered by the at least one stimulus electrode, characterised in that the control module comprises at least one current injection current source configured to, in a first stimulus phase, pass a first current from a first supply rail to a stimulus electrode, and the control module further configured to connect the at least one return electrode to a second supply rail during the first stimulus phase; and the control module further comprising at least one current extraction current source configured to, in a second stimulus phase, pass a second current from a stimulus electrode to the second supply rail, and the control module further configured to connect the at least one return electrode to the first supply rail during the second stimulus phase.
An optical apparatus comprising, a light source and a diffractive lens having a diffractive surface for diffracting light from the light source, the diffractive surface comprises a plurality of areas defined by a plurality of steps, characterized in that a blaze wavelength λ B of the diffractive lens is within a wavelength spectral range of the light source; when the wavelength spectral range of the light source is defined by a range 2Δλ with a spectral intensity that is 1/e 2 of a spectral intensity of a peak wavelength, the optical path difference between adjacent areas of the plurality of areas is equal to or more than λ B 2 /Δλ with respect to the blaze wavelength λ B; an envelope enveloping the steps on the diffractive surface has an on-axis curvature different from an on-axis curvature of a surface opposing the diffractive surface; and a diffractive lens power component of the diffractive surface has a sign identical to a sign of power of the whole diffractive lens.
Liquid filter for separating particles from a liquid, in particular from fuel or a urea solution, having: - a first filter medium, - a second filter medium, - a supporting frame with a supporting frame wall, wherein the supporting frame wall has a first end face and a second end face facing away therefrom, wherein the first filter medium is fastened fluid-tightly on the first end face, wherein the second filter medium is fastened fluid-tightly on the second end face, wherein the supporting frame, the first filter medium and the second filter medium enclose an interior space fluid-tightly in relation to an exterior space of the liquid filter, wherein the supporting frame has a through opening, wherein, in the interior space, there is a first filter element which is connected by means of the through opening in a fluid-conducting manner to the exterior space of the liquid filter. - a first filter medium, - a second filter medium, - a supporting frame with a supporting frame wall, wherein the supporting frame wall has a first end face and a second end face facing away therefrom, wherein the first filter medium is fastened fluid-tightly on the first end face, wherein the second filter medium is fastened fluid-tightly on the second end face, wherein the supporting frame, the first filter medium and the second filter medium enclose an interior space fluid-tightly in relation to an exterior space of the liquid filter, wherein the supporting frame has a through opening, wherein, in the interior space, there is a first filter element which is connected by means of the through opening in a fluid-conducting manner to the exterior space of the liquid filter.
A verification program which, when executed by a computer, causes the computer to function as: a test information acquisition unit which acquires test information including a test signal generated by a field device that is installed in a plant and equipment information for identifying the field device; a result information acquisition unit which acquires result information including a test result signal output by a monitor device that is installed in the plant in response to the field device generating the test signal; a storing unit which correspondingly stores change characteristic information with equipment information of the field device, the change characteristic information including a change that will be performed in the plant to a signal generated by the field device when the plant is operated according to the required specification of the plant; and a verification unit which reads the change characteristic information corresponding to the equipment information included in the test information from the storing unit and verifies whether or not the test signal and the test result signal are in a relationship in which the change included in the change characteristic information is performed therebetween, wherein the verification unit performs a change in an opposite direction to the change indicated by the change characteristic information read from the storing unit on the test result signal and verifies whether or not the relationship is established, based on the test result signal having the opposite change performed therein and the test signal. a test information acquisition unit which acquires test information including a test signal generated by a field device that is installed in a plant and equipment information for identifying the field device; a result information acquisition unit which acquires result information including a test result signal output by a monitor device that is installed in the plant in response to the field device generating the test signal; a storing unit which correspondingly stores change characteristic information with equipment information of the field device, the change characteristic information including a change that will be performed in the plant to a signal generated by the field device when the plant is operated according to the required specification of the plant; and a verification unit which reads the change characteristic information corresponding to the equipment information included in the test information from the storing unit and verifies whether or not the test signal and the test result signal are in a relationship in which the change included in the change characteristic information is performed therebetween, wherein the verification unit performs a change in an opposite direction to the change indicated by the change characteristic information read from the storing unit on the test result signal and verifies whether or not the relationship is established, based on the test result signal having the opposite change performed therein and the test signal.
A vial access device, comprising a body having a projecting annular skirt that is elastically deformable, for engaging the complementary shaped neck of a vial, a tubular spike extending coaxially within said annular skirt for introducing into the vial, and a tubular connector protruding from the body on the side opposite to said annular skirt and in fluid communication with said tubular spike, wherein the tubular spike and the annular skirt are arranged, respectively, within a first and a second part (13, 14), distinct from each other, and of which the first part bearing the tubular spike is permanently joined to said body and the second part bearing said annular skirt is connectable to the first part through an irreversible coupling (18, 24, 25, 26, 27), characterized in that the first part comprises a generally circular disc from which said tubular spike centrally projects, around which a crown of hollow axial projections is arranged, and the second part is formed with a crown of corresponding axial bores, within which said hollow axial projections are engaged and blocked by means of plastic deformation.
A data transmission method performed by a primary base station, the method comprising: determining an indication of a first carrier for communication between the primary base station and a terminal; determining an indication of a second carrier for communication between a secondary base station and the terminal; and sending to the terminal a parameter and an indication of a rejection rule, the parameter being for determining the second carrier, the rejection rule being a rule for the terminal to select, when inter-modulation distortion in downlink reception caused by simultaneous uplink transmissions on the first carrier and the second carrier occurs, between: performing data transmission on the first carrier but not on the second carrier, the second carrier being called rejected carrier, and performing data transmission on the second carrier but not on the first carrier, the first carrier being called rejected carrier, characterized in that the rejection rule comprises a first number and a second number, the data transmission on the first carrier and the data transmission on the second carrier are uplink subframe transmissions, the first number is a number of consecutive subframes for applying the selection by the rejection rule; and the second number is a number of times for allowing to reject uplink subframe transmissions on the rejected carrier within the first number of consecutive subframes. determining an indication of a first carrier for communication between the primary base station and a terminal; determining an indication of a second carrier for communication between a secondary base station and the terminal; and sending to the terminal a parameter and an indication of a rejection rule, the parameter being for determining the second carrier, the rejection rule being a rule for the terminal to select, when inter-modulation distortion in downlink reception caused by simultaneous uplink transmissions on the first carrier and the second carrier occurs, between: performing data transmission on the first carrier but not on the second carrier, the second carrier being called rejected carrier, and performing data transmission on the second carrier but not on the first carrier, the first carrier being called rejected carrier, performing data transmission on the first carrier but not on the second carrier, the second carrier being called rejected carrier, and performing data transmission on the second carrier but not on the first carrier, the first carrier being called rejected carrier, characterized in that the rejection rule comprises a first number and a second number, the data transmission on the first carrier and the data transmission on the second carrier are uplink subframe transmissions, the first number is a number of consecutive subframes for applying the selection by the rejection rule; and the second number is a number of times for allowing to reject uplink subframe transmissions on the rejected carrier within the first number of consecutive subframes.
A sample analyzer comprising: an analysis section for analyzing a sample by using a reagent; an information receiver for receiving an input of information regarding the reagent; a display device for displaying an analysis result by the analysis section, a determination section for determining, whether or not the reagent is a genuine product, based on the information received by the information receiver; and a controller for controlling an operation of the sample analyzer based on a result of the determination by the determination section, characterized in that if determined that the reagent is not the genuine product, the controller controls the display device so as to display a screen for prompting the user to make a decision whether or not execute a reagent change, wherein the screen has a button for executing the reagent change. an analysis section for analyzing a sample by using a reagent; an information receiver for receiving an input of information regarding the reagent; a display device for displaying an analysis result by the analysis section, a determination section for determining, whether or not the reagent is a genuine product, based on the information received by the information receiver; and a controller for controlling an operation of the sample analyzer based on a result of the determination by the determination section, characterized in that if determined that the reagent is not the genuine product, the controller controls the display device so as to display a screen for prompting the user to make a decision whether or not execute a reagent change, wherein the screen has a button for executing the reagent change.
An intubation aid for insertion into an endotracheal tube, the intubation aid comprising a cross-sectional shape having at least one vertex defining a longitudinally extending edge, such that the intubation aid is supported within the endotracheal tube, in use, by the longitudinally extending edge, wherein a proximal end region of the intubation aid tapers toward a proximal end, and a proximal end region of the intubation aid comprises a handle having a polygonal cross-section, a cross-sectional shape of the handle comprising orthogonal major and minor axes, wherein the major axis is at least 1.2 times larger than the minor axis.
A recombinant oxalate oxidase having at least 60% sequence identity to the polypeptides of SEQ ID NO: 2, SEQ ID NO: 4, or SEQ ID NO: 6, or at least 99% sequence identity to the polypeptide of SEQ ID NO: 8, and wherein the recombinant oxalate oxidase is capable of degrading oxalate with a relative activity of at least 20% at pH 7.5, wherein relative activity is calculated as (observed activity (pH 7.5)/max. activity) * 100%.
Device for submersibly cleaning surfaces placed in liquid in a nuclear power plant or repository for spent nuclear fuel, comprising - a pump, - a nozzle connected to said pump and arranged to face surfaces to be cleaned, - cleaning mechanism capable of removing any debris on surfaces to be cleaned, characterised in that it further comprises adjustable flotation means, capable of adjusting the flotation capability of the device depending on cleaning application, wherein said nozzle is arranged such that it functions as a suction nozzle such that the suction action from the nozzle will steady the device on a horizontal surface, when the device is used on a horizontal surface, and such that the suction action will draw the device against a vertical surface to be cleaned, when the device is used on a vertical surface, wherein said nozzle is arranged to collect debris and dirt removed by the cleaning mechanism, wherein said cleaning mechanisms comprise cleaning members capable of directing the removed debris towards the nozzle, and wherein the cleaning mechanisms are applied on two opposite sides of the device, which collect debris and particles from two directions. - a pump, - a nozzle connected to said pump and arranged to face surfaces to be cleaned, - cleaning mechanism capable of removing any debris on surfaces to be cleaned,
Hybrid transmission, for example for a motor vehicle, comprising two transmission input shafts (5, 6) which are arranged axially parallel to one another, and a transmission output shaft which is arranged axially parallel between the two transmission input shafts (5, 6), which shafts form a countershaft transmission, in which one of the two transmission input shafts is assigned to an internal combustion engine and the other transmission input shaft is assigned to an electric machine, and in which gearwheels (z1, z2, z3, z4, z4a, z5, z6) are arranged in at least two gear set planes (12, 13) in order to form gears, it being possible for gearwheels (z1, z2, z3, z4, z4a, z5, z6) which are configured as movable gears to be connected fixedly to the associated shafts (5, 6, 7) so as to rotate with them via shifting apparatuses (S1, S2, S3, S4, S5, S7), characterized in that at least one planetary gear mechanism is arranged on the transmission output shaft, which planetary gear mechanism comprises, as components, an internal gear, a sun gear and a planetary carrier with a plurality of planetary gears, can be coupled to the transmission input shafts (5, 6), and can optionally be blocked, can be operated so as to corotate freely, or can be shifted in such a way that, in operative connection with the countershaft transmission, fixed rotational speed ratios result in each case for two components (8, 9, 10) of the planetary gear mechanism.
A method for distributing sensor data captured at a plurality of sensor units (140, 240) that are coupled to each other via a lighting control network, the method comprising: transmitting, from the plurality of sensor units (140, 240), respective local sensor data captured therein over the lighting control network to a lighting system server; deriving, at the lighting system server, aggregate sensor data based on respective sensor data received from the plurality of sensor units (140, 240) for delivery to the plurality of sensor units (140, 240) and/or to an external apparatus; and transmitting, from a sensor unit (140-j, 240-k) of the plurality of sensor units (140, 240) via an external communication channel that is separate from the lighting control network, one or more sensor indication messages comprising information that provide the external apparatus receiving the one or more sensor indication messages with access to the local sensor data captured at the respective sensor unit (140-j, 240-k) and to at least part of the aggregate sensor data, characterized in that the one or more sensor indication messages include information that is descriptive of the local sensor data captured at the respective sensor unit (140-j, 240-k), and the one or more sensor indication messages are transmitted together with an access token for requesting the aggregate sensor data from the lighting system server based on the access token. transmitting, from the plurality of sensor units (140, 240), respective local sensor data captured therein over the lighting control network to a lighting system server; deriving, at the lighting system server, aggregate sensor data based on respective sensor data received from the plurality of sensor units (140, 240) for delivery to the plurality of sensor units (140, 240) and/or to an external apparatus; and transmitting, from a sensor unit (140-j, 240-k) of the plurality of sensor units (140, 240) via an external communication channel that is separate from the lighting control network, one or more sensor indication messages comprising information that provide the external apparatus receiving the one or more sensor indication messages with access to the local sensor data captured at the respective sensor unit (140-j, 240-k) and to at least part of the aggregate sensor data, characterized in that the one or more sensor indication messages include information that is descriptive of the local sensor data captured at the respective sensor unit (140-j, 240-k), and the one or more sensor indication messages are transmitted together with an access token for requesting the aggregate sensor data from the lighting system server based on the access token.
Method for exchanging a fuel cell stack in a fuel cell system operated with hydrogen and oxygen and supplied with a cooling medium during operation, wherein after the fuel cell stack to be exchanged has been removed from the fuel cell system, a new fuel cell stack with evacuated oxygen media region is inserted into the fuel cell system and filled with oxygen therefrom.