mhurhangee/patent-ind-claim-en huggingface dataset:
A method for scrambling a downlink reference signal for a user equipment, UE, the method comprising: scrambling, by a network device, the downlink reference signal using: a random access ID generated during a random access procedure ; and transmitting, by the network device, the scrambled downlink reference signal to the UE, as a random access response, RAR, message, characterized in that the random access ID is a random access radio network temporary identifier, RA-RNTI, generated as: RA-RNTI = 1 + t_id+N_subframe ∗ f_id + SS_block + N_SS_Block ∗ SS_block_time_index, RA-RNTI is the random access ID, t_id is an index of a subframe of a plurality of subframes, N_subframe, of a physical random access channel, PRACH, f_id is an index in a frequency domain of the PRACH within the subframe, SS_block indicates an SS block index of an SS block within a set of concurrently transmitted SS blocks, SS_block_time_index is an index ranging from o to N_SS_Block - 1, and N_SS_Block is a maximum number of SS blocks concurrently transmitted per SS block time index. scrambling, by a network device, the downlink reference signal using: a random access ID generated during a random access procedure ; and transmitting, by the network device, the scrambled downlink reference signal to the UE, as a random access response, RAR, message, characterized in that a random access ID generated during a random access procedure ; and transmitting, by the network device, the scrambled downlink reference signal to the UE, as a random access response, RAR, message, the random access ID is a random access radio network temporary identifier, RA-RNTI, generated as: RA-RNTI = 1 + t_id+N_subframe ∗ f_id + SS_block + N_SS_Block ∗ SS_block_time_index, RA-RNTI is the random access ID, t_id is an index of a subframe of a plurality of subframes, N_subframe, of a physical random access channel, PRACH, f_id is an index in a frequency domain of the PRACH within the subframe, SS_block indicates an SS block index of an SS block within a set of concurrently transmitted SS blocks, SS_block_time_index is an index ranging from o to N_SS_Block - 1, and N_SS_Block is a maximum number of SS blocks concurrently transmitted per SS block time index. RA-RNTI = 1 + t_id+N_subframe ∗ f_id + SS_block + N_SS_Block ∗ SS_block_time_index, RA-RNTI is the random access ID, t_id is an index of a subframe of a plurality of subframes, N_subframe, of a physical random access channel, PRACH, f_id is an index in a frequency domain of the PRACH within the subframe, SS_block indicates an SS block index of an SS block within a set of concurrently transmitted SS blocks, SS_block_time_index is an index ranging from o to N_SS_Block - 1, and N_SS_Block is a maximum number of SS blocks concurrently transmitted per SS block time index.
A test instrument (IOOB) to detect a phase slip 24 on a parallel data link , comprising: an interface to couple to the parallel data link ; and a reference phase bit counter (RPBC) , characterised in that the reference phase bit counter is configured to: increment RPBC values based on respective bit positions of incoming words on the parallel data link , the incoming words each having a fixed word size, wherein each RPBC value is generated based on a current word count of a current word, a current position of a bit within the current word, and the fixed word size; and a controller to: latch a respective one of the RPBC values responsive to a detected event of each incoming data frame; and determine whether a phase slip has occurred on the parallel data link based on a comparison between a first latched value and a second latched value of the RPBC values. an interface to couple to the parallel data link ; and a reference phase bit counter (RPBC) , characterised in that the reference phase bit counter is configured to: increment RPBC values based on respective bit positions of incoming words on the parallel data link , the incoming words each having a fixed word size, wherein each RPBC value is generated based on a current word count of a current word, a current position of a bit within the current word, and the fixed word size; and a controller to: latch a respective one of the RPBC values responsive to a detected event of each incoming data frame; and determine whether a phase slip has occurred on the parallel data link based on a comparison between a first latched value and a second latched value of the RPBC values. increment RPBC values based on respective bit positions of incoming words on the parallel data link , the incoming words each having a fixed word size, wherein each RPBC value is generated based on a current word count of a current word, a current position of a bit within the current word, and the fixed word size; and a controller to: latch a respective one of the RPBC values responsive to a detected event of each incoming data frame; and determine whether a phase slip has occurred on the parallel data link based on a comparison between a first latched value and a second latched value of the RPBC values. latch a respective one of the RPBC values responsive to a detected event of each incoming data frame; and determine whether a phase slip has occurred on the parallel data link based on a comparison between a first latched value and a second latched value of the RPBC values.
Component comprising - a first exterior region , at least one intermediate region and one second exterior region , where the exterior regions have higher density and/or higher modulus of elasticity than the at least one intermediate region , and where the first exterior region and/or the second exterior region has/have an aperture , weakened region or marking, and/or there is an aperture , weakened region or marking provided in a covering in a lateral region, - a polymer composition which is arranged between the first exterior region and the second exterior region and in essence within the at least one intermediate region and/or in the region of the aperture , weakened area or marking and which has been introduced, in particular injected, into the at least one intermediate region , and has preferably been crosslinked, so that a mechanical connection means can be fixed or has been fixed in the polymer composition projecting through the first exterior region and/or the second exterior region and/or the covering in the lateral region. - a first exterior region , at least one intermediate region and one second exterior region , where the exterior regions have higher density and/or higher modulus of elasticity than the at least one intermediate region , and where the first exterior region and/or the second exterior region has/have an aperture , weakened region or marking, and/or there is an aperture , weakened region or marking provided in a covering in a lateral region, - a polymer composition which is arranged between the first exterior region and the second exterior region and in essence within the at least one intermediate region and/or in the region of the aperture , weakened area or marking and which has been introduced, in particular injected, into the at least one intermediate region , and has preferably been crosslinked, so that a mechanical connection means can be fixed or has been fixed in the polymer composition projecting through the first exterior region and/or the second exterior region and/or the covering in the lateral region.
A heat transfer system comprising: a metal substrate having a heat exchange region comprising a plurality of microchannels and having an enhancement region comprising alternating regions of selectively placed plurality of nucleation sites comprising microporous coatings applied by sintering or electroplating and regions lacking selectively placed nucleation sites, wherein each microchannel comprises a bottom surface and two sidewall surfaces each of which connect the bottom surface and a top surface, wherein at least one of the plurality of microchannels comprises an enhancement region comprising either a) nucleation sites on the top surface and lacking nucleation sites on the sidewall surfaces and bottom surface, b) nucleation sites on the bottom surface and lacking nucleation sites on the sidewall surfaces and top surface, c) nucleation sites on at least a portion of the sidewall surfaces and lacking nucleation sites on the bottom surface and top surface, d) nucleation sites on at least a portion of the sidewall surfaces and the bottom surface and lacking nucleation sites on the top surface, or e) nucleation sites on the top surface and at least a portion of the sidewall surfaces and lacking nucleation sites on the bottom surface, wherein a width of the region of selectively placed nucleation sites comprises a distance of from about 100 μm to about 4 mm and a width of the region lacking selectively placed nucleation sites comprises a distance of from about 100 μm to about 4 mm, such that bubble formation and departure during boiling of a liquid in contact with the enhancement region induces liquid motion over the surface of the regions lacking selectively placed nucleation sites sufficient to enhance both the critical heat flux and heat transfer coefficient at the critical heat flux in the enhancement region of the system as compared to the heat exchange region surface wherein the enhancement region is replaced by a plain surface.
Suction jacket device for a kinetic flow power plant , having: a flow inlet opening and a flow outlet opening , which is arranged downstream of the flow inlet opening along a flow direction (A); and a plurality of jacket housing segments , which extend between the flow inlet opening and the flow outlet opening essentially in the flow direction (A) and are provided in such a manner that the plurality of jacket housing segments jointly form a conically formed jacket body, wherein the plurality of jacket housing segments are continuously movable relative to one another between a first and a second extreme position in such a manner that the flow velocity in the interior of the suction jacket device can be regulated in comparison to the ambient flow, wherein at least some of the plurality of jacket housing segments are produced from an elastic material, and wherein the elastic jacket housing segments are increasingly elastically deformed as the flow velocity increases and reform themselves in a reversible manner as the flow velocity decreases.
Machine tool, having a workpiece and a tool for machining the workpiece , the machine tool having a chip removal device which is formed by two brushes having parallel longitudinal brush axes, the brushes being counter-rotationally movable about their longitudinal axes, which are arranged at a distance from one another via a gap, the machine tool having a workpiece clamping device for holding the workpiece to be machined and a tool clamping device for holding the tool , characterized in that the workpiece clamping device and the tool clamping device can be displaced relative to the chip removal device within the machine tool in such a way that the workpiece and the tool can be introduced into the gap of the chip removal device .
A semiconductor device comprising: a semiconductor element accommodated in an outer case ; a control circuit board fixed to the outer case to be separated from the semiconductor element ; and a shield plate provided between the semiconductor element and the control circuit board , wherein the outer case is provided with a plurality of supports , each having a convex portion , wherein the height (h) of the convex portion of the support is longer than a thickness of the shield plate , a plurality of through-holes through which the convex portion of the plurality of supports passes is formed in the shield plate , and the shield plate is fixed to the plurality of supports by fixing means (12; 31a) that engage with the convex portion , characterized in that the fixing means is a plurality of claws that are provided in each of the plurality of through-holes of the shield plate . a semiconductor element accommodated in an outer case ; a control circuit board fixed to the outer case to be separated from the semiconductor element ; and a shield plate provided between the semiconductor element and the control circuit board , wherein the outer case is provided with a plurality of supports , each having a convex portion , wherein the height (h) of the convex portion of the support is longer than a thickness of the shield plate , a plurality of through-holes through which the convex portion of the plurality of supports passes is formed in the shield plate , and the shield plate is fixed to the plurality of supports by fixing means (12; 31a) that engage with the convex portion , characterized in that the fixing means is a plurality of claws that are provided in each of the plurality of through-holes of the shield plate .
Connecting rod for an internal combustion engine with variable compression, having an eccentric adjusting device in the connecting-rod body for the purposes of adjusting an effective connecting-rod length, wherein an adjustment travel of the eccentric adjustment device is adjustable by means of a switchover valve , wherein a valve housing of the switchover valve is axially secured in a bore of the connecting rod by means of one or more securing elements, and the switchover valve has a pick-off element which is arranged in the valve housing and which is selectively displaceable into a first switching position (S1) or a second switching position (S2) and is selectively lockable in the first or the second switching position (S1, S2), characterized in that the switchover valve is selectively arrestable in the first or the second switching position (S1, S2) by means of a detent element which is acted on by a spring element, wherein the detent element , arranged at least partially arranged in a recess of the pick-off element , is displaceable with the pick-off element in an axial direction (L) in an axially delimited groove of the valve housing and interacts with a detent pin , wherein the detent pin, as a securing pin, is additionally provided as an axial securing means of the switchover valve .
A method for preparing acetic acid by carbonylation of methanol, which comprises: passing a raw material containing methanol, carbon monoxide and water through a reaction region loaded with a catalyst containing an acidic molecular sieve with an adsorbed organic amine, and carrying out a reaction under the following conditions to prepare acetic acid; wherein the acidic molecular sieve is one or two molecular sieves selected from the group consisting of molecular sieves with MOR framework and molecular sieves with FER framework; the organic amine is one or more organic amines selected from the group consisting of pyridine, phenylamine, cyclohexylamine, piperidine, substituted pyridines with one or more substituents, substituted phenylamines with one or more substituents, substituted cyclohexylamines with one or more substituents and substituted piperidines with one or more substituents; and the substituents are independently selected from halogen or C 1-3 alkyl group; the reaction region is constituted by one or more reactors which are connected in series and/or in parallel; the reaction conditions are listed as follows: the reaction temperature is in a range from 150 °C to 350 °C; and the reaction pressure is in a range from 0.5 MPa to 10 MPa; and the weight hourly space velocity of methanol is in a range from 0.01 h -1 to 10 h -1 ; and the molar ratio of monoxide to methanol is in a range from 1:1 to 100:1; and the molar ratio of water to methanol is in a range from 0.05:1 to 5:1. passing a raw material containing methanol, carbon monoxide and water through a reaction region loaded with a catalyst containing an acidic molecular sieve with an adsorbed organic amine, and carrying out a reaction under the following conditions to prepare acetic acid; wherein the acidic molecular sieve is one or two molecular sieves selected from the group consisting of molecular sieves with MOR framework and molecular sieves with FER framework; the organic amine is one or more organic amines selected from the group consisting of pyridine, phenylamine, cyclohexylamine, piperidine, substituted pyridines with one or more substituents, substituted phenylamines with one or more substituents, substituted cyclohexylamines with one or more substituents and substituted piperidines with one or more substituents; and the substituents are independently selected from halogen or C 1-3 alkyl group; the reaction region is constituted by one or more reactors which are connected in series and/or in parallel; the reaction conditions are listed as follows: the reaction temperature is in a range from 150 °C to 350 °C; and the reaction pressure is in a range from 0.5 MPa to 10 MPa; and the weight hourly space velocity of methanol is in a range from 0.01 h -1 to 10 h -1 ; and the molar ratio of monoxide to methanol is in a range from 1:1 to 100:1; and the molar ratio of water to methanol is in a range from 0.05:1 to 5:1.
A catheter pump, comprising: an elongated catheter body having a distal portion including an expandable cannula having an inlet and an outlet, the expandable cannula having a delivery profile and an operational profile larger than the delivery profile; an impeller assembly including an impeller shaft and an impeller body including one or more blades , the impeller blades drawing blood into the cannula when rotated; and an expandable support having a mounting portion disposed on the impeller shaft distal of the impeller body and configured to maintain a position of the impeller relative to a cannula wall, characterized in that the expandable support comprises a plurality of lobes extending distally from the mounting portion with a radially outward bias when positioned in the cannula . an elongated catheter body having a distal portion including an expandable cannula having an inlet and an outlet, the expandable cannula having a delivery profile and an operational profile larger than the delivery profile; an impeller assembly including an impeller shaft and an impeller body including one or more blades , the impeller blades drawing blood into the cannula when rotated; and an expandable support having a mounting portion disposed on the impeller shaft distal of the impeller body and configured to maintain a position of the impeller relative to a cannula wall, characterized in that the expandable support comprises a plurality of lobes extending distally from the mounting portion with a radially outward bias when positioned in the cannula .
A solid electrolyte glass comprising compound of formula R 3-2x M x HalO wherein R is selected from the group consisting of lithium or sodium; M is selected from the group consisting of magnesium, calcium, strontium or barium; Hal is selected from the group consisting of fluorine, chlorine, bromine, iodine or mixtures thereof; X is the number of moles of M and 0 ≤ x ≤ 0.01; and the solid electrolyte glass has a glass transition point; wherein a glassy phase is obtainable by heating- cooling cycles up to 250 °C.
Digital display mechanism for a split-seconds chronograph allowing the measurement of an intermediate time, comprising a split-seconds control device for activating and deactivating the display mechanism, a split-seconds mobile , a stopping member to immobilize or release the split-seconds mobile when the split-seconds chronograph mechanism is activated respectively deactivated, a return device configured so as to recall the split-seconds mobile in a predetermined angular position relative to the angular position of a chronograph mobile, when the display mechanism is deactivated; the display mechanism having an intermediate time display module comprising at least one digital display mobile configured to display an indication of the intermediate time when the display mechanism is activated; characterised in that the split-second mobile comprises a first split-second cam integrally united to a split-second wheel ; and wherein the intermediate time display module comprises a first rake comprising a first rake feeler arranged to cooperate with the first split-seconds cam when the display mechanism is activated, so as to pivot the first rake according to the angular position of the first split-seconds cam ; the intermediate time display mobile comprising a first digital display mobile cooperating with the first rake in order to display an indication of the intermediate time. the display mechanism having an intermediate time display module comprising at least one digital display mobile configured to display an indication of the intermediate time when the display mechanism is activated; characterised in that the split-second mobile comprises a first split-second cam integrally united to a split-second wheel ; and wherein the intermediate time display module comprises a first rake comprising a first rake feeler arranged to cooperate with the first split-seconds cam when the display mechanism is activated, so as to pivot the first rake according to the angular position of the first split-seconds cam ; the intermediate time display mobile comprising a first digital display mobile cooperating with the first rake in order to display an indication of the intermediate time.
Transparent container having an illuminated base plate allowing light to irradiate into the container in a controllable manner, wherein an illuminating device is provided, by means of which the illumination is effected from a bottom side of the base plate , wherein the illuminating device is either detachable as a reusable base of the container or is fixedly connected to the container , wherein the illuminating device is designed as at least one LED illuminating device or at least one OLED illuminating device , wherein the illuminating device comprises a current supply unit and is connected to a control device , which controls the operation of the illuminating device , wherein the control device comprises at least one sensor , and in particular at least one signal receiver , wherein the base plate has a circumferential, downwardly projecting mounting edge on a bottom side, such that a cavity is formed on the bottom side for receiving the illuminating device and the control device, wherein the base plate has a coating within the area delimited by the mounting edge , wherein a top layer is applied over the coating , which top layer seals the cavity , but the height thereof does not extend downwards beyond the mounting edge , such that the base plate can be placed by way of the mounting edge on a substrate, characterized in that the base plate is provided with the coating on its bottom side facing the cavity , wherein the coating is at least partially opaque and prevents visibility into the cavity , and wherein the top layer is formed by a potting compound or the top layer is formed at least by a substantially rigid cover plate , wherein the cover plate is applied to a surface of a potting compound introduced into the cavity. wherein the base plate has a circumferential, downwardly projecting mounting edge on a bottom side, such that a cavity is formed on the bottom side for receiving the illuminating device and the control device, wherein the base plate has a coating within the area delimited by the mounting edge , wherein a top layer is applied over the coating , which top layer seals the cavity , but the height thereof does not extend downwards beyond the mounting edge , such that the base plate can be placed by way of the mounting edge on a substrate, characterized in that the base plate is provided with the coating on its bottom side facing the cavity , wherein the coating is at least partially opaque and prevents visibility into the cavity , and wherein the top layer is formed by a potting compound or the top layer is formed at least by a substantially rigid cover plate , wherein the cover plate is applied to a surface of a potting compound introduced into the cavity.