mhurhangee/ep-ind-claims huggingface dataset:
A method for a transmission user equipment, Tx UE, to transmit a signal to a reception user equipment, Rx UE, in a wireless communication system supporting device-to-device, D2D, communication, the method comprising: receiving resource allocation information related to the D2D communication from an eNB; and transmitting control information for the D2D communication and data corresponding to the control information to the Rx UE based on the resource allocation information received from the eNB (S220, S230), wherein the control information is transmitted through a first resource region and the data is transmitted through a second resource region, characterised in that there is a one to one association between the first resource region and the second resource region, wherein a resource block, RB, position of the second resource region is determined based on a RB position of the first resource region, wherein the RB position of the second resource region is determined based on a starting resource index of the second resource region, wherein the RB position of the first resource region is determined based on an index of the first resource region, and wherein the starting resource index of the second resource region is determined based on the index of the first resource region. receiving resource allocation information related to the D2D communication from an eNB; and transmitting control information for the D2D communication and data corresponding to the control information to the Rx UE based on the resource allocation information received from the eNB (S220, S230), wherein the control information is transmitted through a first resource region and the data is transmitted through a second resource region, characterised in that there is a one to one association between the first resource region and the second resource region, wherein a resource block, RB, position of the second resource region is determined based on a RB position of the first resource region, wherein the RB position of the second resource region is determined based on a starting resource index of the second resource region, wherein the RB position of the first resource region is determined based on an index of the first resource region, and wherein the starting resource index of the second resource region is determined based on the index of the first resource region.
A display device, comprising: a substrate; a driving circuit disposed on the substrate; a light-emitting unit disposed on the driving circuit and electrically connected to the driving circuit, wherein the light-emitting unit comprises: a first semiconductor layer; a quantum well layer disposed on the first semiconductor layer; and a second semiconductor layer disposed on the quantum well layer, and the second semiconductor layer comprises a first top surface; and a first protective layer disposed on the driving circuit and adjacent to the light-emitting unit, and the first protective layer comprises a second top surface, wherein an elevation of the first top surface is higher than an elevation of the second top surface; characterized in that a wavelength conversion layer is disposed on the light-emitting unit, wherein the wavelength conversion layer comprises a third portion covering a sidewall of the second semiconductor layer, and the difference between the elevation of the first top surface and the elevation of the second top surface ranges from 0.02μm to 5μm. a substrate; a driving circuit disposed on the substrate; a light-emitting unit disposed on the driving circuit and electrically connected to the driving circuit, wherein the light-emitting unit comprises: a first semiconductor layer; a quantum well layer disposed on the first semiconductor layer; and a second semiconductor layer disposed on the quantum well layer, and the second semiconductor layer comprises a first top surface; and a first semiconductor layer; a quantum well layer disposed on the first semiconductor layer; and a second semiconductor layer disposed on the quantum well layer, and the second semiconductor layer comprises a first top surface; and a first protective layer disposed on the driving circuit and adjacent to the light-emitting unit, and the first protective layer comprises a second top surface, wherein an elevation of the first top surface is higher than an elevation of the second top surface; characterized in that a wavelength conversion layer is disposed on the light-emitting unit, wherein the wavelength conversion layer comprises a third portion covering a sidewall of the second semiconductor layer, and the difference between the elevation of the first top surface and the elevation of the second top surface ranges from 0.02μm to 5μm.
A minimally invasive tool for repairing tissue, the tool comprising: a shaft and a fixation device removably attached to the shaft at its distal end, the fixation device comprising proximal and distal elements movable between an open position and a closed position in which the proximal and distal elements are arranged to grasp tissue therebetween; and an indicator to indicate the presence or absence of tissue in a target area between the proximal and distal elements, the indicator comprising enhanced visibility material, the indicator being capable of changing shape and/or orientation, characterized in that the indicator is associated with the distal elements such that, as the fixation device is moved between the open and closed positions to grasp tissue between the proximal and distal elements, the indicator is pressed towards a proximally-facing tissue engagement surface of the distal elements causing the shape and/or orientation of the indicator to change. a shaft and a fixation device removably attached to the shaft at its distal end, the fixation device comprising proximal and distal elements movable between an open position and a closed position in which the proximal and distal elements are arranged to grasp tissue therebetween; and an indicator to indicate the presence or absence of tissue in a target area between the proximal and distal elements, the indicator comprising enhanced visibility material, the indicator being capable of changing shape and/or orientation, characterized in that the indicator is associated with the distal elements such that, as the fixation device is moved between the open and closed positions to grasp tissue between the proximal and distal elements, the indicator is pressed towards a proximally-facing tissue engagement surface of the distal elements causing the shape and/or orientation of the indicator to change.
A process for loading a secure memory image for a startup procedure of a microcontroller from an external non-volatile memory, comprising the following steps: - starting of the microcontroller, and reading by the microcontroller of at least the header information (13a, 13b) of a secure memory image (12a, 12b); - analyzing the header information (13a, 13b) to determine whether it is faulty; - if the header information (12a, 12b) is error-free, reading by the microcontroller of a data section (14a, 14b) of the memory image (12a, 12b) and analyzing the data section (14a, 14b) to determine whether it is faulty; - if the data section (14a, 14b) is error-free, executing the memory image (12a, 12b) by the microcontroller; and - if the data section (14a, 14b) is faulty, placement of the system in a locked state in which execution of any program is prevented pending a restart of the microcontroller; characterized by the following additional steps: - detection of the locked state of the microcontroller by a controller located outside of the microcontroller - institution of precautionary measures that lead to modified read-in data values of the memory image (12a, 12b) in a subsequent attempt by the microcontroller to read the memory image (12a, 12b); and - initiation of a restart of the microcontroller to cancel the locked state and to repeat at least the first five steps of this process. - starting of the microcontroller, and reading by the microcontroller of at least the header information (13a, 13b) of a secure memory image (12a, 12b); - analyzing the header information (13a, 13b) to determine whether it is faulty; - if the header information (12a, 12b) is error-free, reading by the microcontroller of a data section (14a, 14b) of the memory image (12a, 12b) and analyzing the data section (14a, 14b) to determine whether it is faulty; - if the data section (14a, 14b) is error-free, executing the memory image (12a, 12b) by the microcontroller; and - if the data section (14a, 14b) is faulty, placement of the system in a locked state in which execution of any program is prevented pending a restart of the microcontroller; - detection of the locked state of the microcontroller by a controller located outside of the microcontroller - institution of precautionary measures that lead to modified read-in data values of the memory image (12a, 12b) in a subsequent attempt by the microcontroller to read the memory image (12a, 12b); and - initiation of a restart of the microcontroller to cancel the locked state and to repeat at least the first five steps of this process.
Thermoelectric module, at least having a first wall and an oppositely arranged second wall and interposed elements composed of thermoelectric material, which elements are connected to one another in electrically conductive fashion, and a filler material by means of which all of the elements are spaced apart from one another, and a main heat flow direction which runs from a hot side, formed by the first wall, to the second wall, characterized in that, during operation of the thermoelectric module, at least in a temperature range between 50 and 600°C at the hot side, a second compressive stress acting on the elements in the main heat flow direction does not exceed at least a first threshold stress, wherein a transverse contraction of the thermoelectric material that is used commences in the event of exceedance of the first threshold stress, or does not exceed at least a second threshold stress, wherein a plastic deformation of the thermoelectric material that is used commences in the event of exceedance of the second threshold stress.
An industrial gear oil lubricant composition comprising: (a) 60 to 97 percent by weight of a polyalphaolefin base oil; (b) 1 to 20 percent by weight of an industrial gear additive package; and (c) 2 to 20 percent by weight of a compatibiliser; wherein the compatibiliser consists of a Guerbet alcohol containing from 12 to 28 carbon atoms. (a) 60 to 97 percent by weight of a polyalphaolefin base oil; (b) 1 to 20 percent by weight of an industrial gear additive package; and (c) 2 to 20 percent by weight of a compatibiliser;
An adapter for connecting a paint can to an inlet of a handheld spray device, the adapter comprising: a cage for holding an open paint can; a connector for connecting the cage and open paint can to the handheld spray device; a gasket for sealing the open paint can to the handheld spray device; and a can spacer insert for positioning on the bottom of the cage to support a bottom end of the paint can as spaced a distance above the bottom of the cage; characterized in that the can spacer insert comprises: a cylindrical body having an open first end and an open second end; and a shelf positioned within the cylindrical body at a location between the open first end and the open second end. a cage for holding an open paint can; a connector for connecting the cage and open paint can to the handheld spray device; a gasket for sealing the open paint can to the handheld spray device; and a can spacer insert for positioning on the bottom of the cage to support a bottom end of the paint can as spaced a distance above the bottom of the cage; characterized in that the can spacer insert comprises: a cylindrical body having an open first end and an open second end; and a shelf positioned within the cylindrical body at a location between the open first end and the open second end. a cylindrical body having an open first end and an open second end; and a shelf positioned within the cylindrical body at a location between the open first end and the open second end.
A treatment system comprising a first bioreactor comprising an inlet adapted to receive from a first influent source a first bioreactor influent having one or more contaminants, a first bioreactor effluent first outlet adapted to dispense a first portion of bioreactor effluent from the first bioreactor and a first bioreactor effluent second outlet adapted to dispense a second portion of the bioreactor effluent from the first bioreactor, the second portion of bioreactor effluent comprising a mobile biofilm, optionally wherein the first bioreactor comprises aerobic conditions, anoxic conditions, anaerobic conditions, or combinations of two or more thereof; a liquid-solid separation unit in such direct fluid communication with the first bioreactor effluent first outlet and including a liquid-solid separation unit outlet 346 in direct fluid communication with the first bioreactor, the liquid-solid separation unit adapted to receive from the first bioreactor effluent first outlet the first portion of bioreactor effluent containing at least suspended growth and mobile biofilm, separate the first portion of bioreactor effluent into a secondary effluent and an underflow, wherein the underflow includes at least suspended growth 318 and mobile biofilm 320 and the underflow exits liquid-solid separation unit 340 through liquid-solid separation unit outlet 346 and is returned to bioreactor 310 via bioreactor influent inlet 314; a solid-solid separation unit in direct fluid communication with the first bioreactor effluent second outlet of the first bioreactor and adapted to receive and separate the second portion of bioreactor effluent into a stream comprising mobile biofilm and a stream comprising residual solids, the solid-solid separation unit, including an outlet for returning the stream comprising the mobile biofilm to the first bioreactor, optionally wherein the solid-solid separation unit comprises a hydrocyclone; and a second bioreactor (350, 351) disposed in fluid communication between the first bioreactor and the outlet of the solid-solid separation unit, the second bioreactor (350, 351) having a first inlet for receiving the stream comprising mobile biofilm from the solid-solid separation unit, a second inlet (353, 354) for receiving from a second influent source different from the first influent source a second bioreactor influent, and an outlet for dispensing a second effluent to the first bioreactor.
An aqueous surface-treating agent, which comprises a silicone oil aqueous emulsion, a polyurethane resin aqueous emulsion, and a silane compound represented by the following general formula: CH 2= C(CH 3)COO(CH 2) 3 Si(OR 1)nR 2 m CH 2 =CHCOO(CH 2) 3 Si(OR 1)nR 2 m H 2 N(CH 2) 3 Si(OR 1)nR 2 m, or H 2 NC 2 H 4 NH(CH 2) 3 Si(OR 1)nR 2 m (wherein R 1 and R 2 each are independently an alkyl group having 1-4 carbon atoms, n and m are 1≤n≤3 and m=3-n, respectively), and/or a partial hydrolyzate thereof, wherein 100 parts by weight or more of the polyurethane resin in terms of the weight of solid matters is used on the basis of 100 parts by weight in terms of the weight of non-volatile matters of the silicone oil, wherein the polyurethane resin aqueous emulsion is a mixture of (a) an aqueous emulsion containing a hydrazide and a carbonyl group-containing polyurethane resin, and (b) a silanol-modified polyurethane resin aqueous emulsion. CH 2= C(CH 3)COO(CH 2) 3 Si(OR 1)nR 2 m CH 2 =CHCOO(CH 2) 3 Si(OR 1)nR 2 m H 2 N(CH 2) 3 Si(OR 1)nR 2 m, or H 2 NC 2 H 4 NH(CH 2) 3 Si(OR 1)nR 2 m
A wireless power receiver, comprising: a power receiver circuit configured to receive power from a wireless power transmitter at a level sufficient to power or charge a load; and a processor circuit coupled to the power receiver circuit and configured to adjust a level of the received power being provided from the power receiver circuit to the load based on a charging rate and/or a power consumption rate of the load; and configured to wirelessly send to the wireless power transmitter a request to change the level of the received power to a first different power level, wherein the processor is configured to adjust a current provided to the load to match the first different power level prior to sending the request to change the level of the received power to the first different power level. a power receiver circuit configured to receive power from a wireless power transmitter at a level sufficient to power or charge a load; and a processor circuit coupled to the power receiver circuit and configured to adjust a level of the received power being provided from the power receiver circuit to the load based on a charging rate and/or a power consumption rate of the load; and configured to wirelessly send to the wireless power transmitter a request to change the level of the received power to a first different power level, wherein the processor is configured to adjust a current provided to the load to match the first different power level prior to sending the request to change the level of the received power to the first different power level.
Toy component group, - with a loading arm, -- with a free end for lifting a load, -- with a connecting end, via which the loading arm is mounted on a frame of the component group, - with an activating device for adjusting a loading arm setting angle (α) and thereby for lifting the free end of the loading arm, which comprises -- an activating element, -- a spindle mounted on the frame, which is in drive connection with the activating element for rotation about a spindle axis, characterized by -- a spindle nut with at least one guiding element, -- a connecting link secured to the loading arm, said connecting link being configured such and cooperating with the at least one guiding element of the spindle nut such that a force is exerted onto the loading arm depending on the loading arm setting angle (α). - with a loading arm, -- with a free end for lifting a load, -- with a connecting end, via which the loading arm is mounted on a frame of the component group, -- with a free end for lifting a load, -- with a connecting end, via which the loading arm is mounted on a frame of the component group, - with an activating device for adjusting a loading arm setting angle (α) and thereby for lifting the free end of the loading arm, which comprises -- an activating element, -- a spindle mounted on the frame, which is in drive connection with the activating element for rotation about a spindle axis, characterized by -- a spindle nut with at least one guiding element, -- a connecting link secured to the loading arm, said connecting link being configured such and cooperating with the at least one guiding element of the spindle nut such that a force is exerted onto the loading arm depending on the loading arm setting angle (α). -- an activating element, -- a spindle mounted on the frame, which is in drive connection with the activating element for rotation about a spindle axis, -- a spindle nut with at least one guiding element, -- a connecting link secured to the loading arm, said connecting link being configured such and cooperating with the at least one guiding element of the spindle nut such that a force is exerted onto the loading arm depending on the loading arm setting angle (α).
A method for conditioning a filter assembly which includes a permeable filter medium having an upstream side and a downstream side, an inlet and a vent on the upstream side of the filter medium, and an outlet on the downstream side of the filter medium, the method being characterized by: opening the inlet and one or both of the vent and the outlet of the filter assembly, filling the upstream side of the filter medium within the filter assembly with a purging liquid, and filling the filter medium and the downstream side of the filter medium within the filter assembly with the purging liquid; closing the inlet, the filter assembly remaining largely contaminant free and full of purging liquid; and applying a vacuum to the open outlet or - in case both the outlet and the vent are open - to both of the open outlet and the open vent while the inlet is closed to condition the filter assembly filled with purging liquid. opening the inlet and one or both of the vent and the outlet of the filter assembly, filling the upstream side of the filter medium within the filter assembly with a purging liquid, and filling the filter medium and the downstream side of the filter medium within the filter assembly with the purging liquid; closing the inlet, the filter assembly remaining largely contaminant free and full of purging liquid; and applying a vacuum to the open outlet or - in case both the outlet and the vent are open - to both of the open outlet and the open vent while the inlet is closed to condition the filter assembly filled with purging liquid.
A blood pump comprising: a pump housing having a pump inlet and a pump outlet spaced apart along a longitudinally extending central pump axis; a rotating assembly comprising an impeller; and partial arc journal bearings (160, 180) that support the rotating assembly for rotation in the housing, wherein the rotating assembly is rotatable relative to the housing to pump blood from the pump inlet to the pump outlet, wherein the pump further comprises a stator assembly supported in the housing, the stator assembly comprising motor stator windings, a front magnetic bearing stator, and a rear magnetic bearing stator; and the rotating assembly comprises motor rotor magnets that align axially with the motor stator windings, a front magnetic bearing rotor that aligns with the front magnetic bearing stator, and a rear magnetic bearing rotor that aligns with the rear magnetic bearing stator. a pump housing having a pump inlet and a pump outlet spaced apart along a longitudinally extending central pump axis; a rotating assembly comprising an impeller; and partial arc journal bearings (160, 180) that support the rotating assembly for rotation in the housing, wherein the rotating assembly is rotatable relative to the housing to pump blood from the pump inlet to the pump outlet, wherein the pump further comprises a stator assembly supported in the housing, the stator assembly comprising motor stator windings, a front magnetic bearing stator, and a rear magnetic bearing stator; and the rotating assembly comprises motor rotor magnets that align axially with the motor stator windings, a front magnetic bearing rotor that aligns with the front magnetic bearing stator, and a rear magnetic bearing rotor that aligns with the rear magnetic bearing stator.