mhurhangee/patent-ind-claim-en huggingface dataset:
A method for drying a wet CO 2 rich gas stream from an oxy-combustion process, the method comprising: compressing the wet CO 2 rich gas stream to a drying process operating pressure using a compressor , cooling the wet CO 2 rich gas stream in at least one cooler (3.1, 3.2), alternately drying the wet CO 2 rich gas stream in at least one dryer (6.1, 6.2) which contains at least one desiccant bed (7.1, 7.2) and regenerating the desiccant bed (7.1, 7.2) by conducting a heated regenerating gas through the dryer (6.1, 6.2) in opposite direction to the flow direction of the wet CO 2 rich gas stream , separating the dried CO 2 rich gas stream in a purification process to a purified CO 2 gas stream and a waste gas stream rich in nitrogen and oxygen, whereby the waste gas stream rich in nitrogen and oxygen is used as regenerating gas , and subsequently to the regeneration the dryer (6.1, 6.2) is purged at least once by a pressurized CO 2 rich gas stream conducted from the compressor , and whereby the dryer (6.1, 6.2) is charged up to the drying process operating pressure with a pressurized CO 2 rich gas stream conducted from the compressor before each drying process. compressing the wet CO 2 rich gas stream to a drying process operating pressure using a compressor , cooling the wet CO 2 rich gas stream in at least one cooler (3.1, 3.2), alternately drying the wet CO 2 rich gas stream in at least one dryer (6.1, 6.2) which contains at least one desiccant bed (7.1, 7.2) and regenerating the desiccant bed (7.1, 7.2) by conducting a heated regenerating gas through the dryer (6.1, 6.2) in opposite direction to the flow direction of the wet CO 2 rich gas stream , separating the dried CO 2 rich gas stream in a purification process to a purified CO 2 gas stream and a waste gas stream rich in nitrogen and oxygen, whereby the waste gas stream rich in nitrogen and oxygen is used as regenerating gas , and subsequently to the regeneration the dryer (6.1, 6.2) is purged at least once by a pressurized CO 2 rich gas stream conducted from the compressor , and whereby the dryer (6.1, 6.2) is charged up to the drying process operating pressure with a pressurized CO 2 rich gas stream conducted from the compressor before each drying process.
A terminal apparatus comprising: a transmission unit configured to transmit a first message for requesting resume from an inactive state to a connected state; a receiving unit configured to receive an RRC connection release message that indicates a transition to an idle state; and a controlling unit configured to store priority information in a case that the RRC connection release message includes idleModeMobilityControlinfo, the idleModeMobilityControllnfo includes the priority information for cell selection, characterised in that the controlling unit is further configured to determine, based on a transition from an inactive state to an idle state is not triggered by reception of the RRC connection release message, in a case the priority information is stored, discard the priority information. a transmission unit configured to transmit a first message for requesting resume from an inactive state to a connected state; a receiving unit configured to receive an RRC connection release message that indicates a transition to an idle state; and a controlling unit configured to store priority information in a case that the RRC connection release message includes idleModeMobilityControlinfo, the idleModeMobilityControllnfo includes the priority information for cell selection, characterised in that the controlling unit is further configured to determine, based on a transition from an inactive state to an idle state is not triggered by reception of the RRC connection release message, in a case the priority information is stored, discard the priority information.
A composition which is substantially free of the bitter taste associated with praziquantel and comprises praziquantel in particulate form coated with a lipid or mixture of lipids which serve to mask the extremely bitter taste of praziquantel upon oral administration wherein a) the lipid or lipid mixture comprises one or more straight chain aliphatic carboxylic acids having from 10 to 30 carbon atoms b) the concentration of the lipid or lipids used for lipid coating ranges from 20 to 95% w/w c) the melting point of the lipid or lipids ranges from 40 to 80 °C d) the particles have diameters in the range of 1 to 300 μm e) organic solvents are excluded from the formulation. a) the lipid or lipid mixture comprises one or more straight chain aliphatic carboxylic acids having from 10 to 30 carbon atoms b) the concentration of the lipid or lipids used for lipid coating ranges from 20 to 95% w/w c) the melting point of the lipid or lipids ranges from 40 to 80 °C d) the particles have diameters in the range of 1 to 300 μm e) organic solvents are excluded from the formulation.
A method for performing, by a user equipment, UE, a cell reselection in a wireless communication system, the method comprising: camping on a cell of a base station; receiving (S1110), from the base station, broadcast system information, SI, for the cell, wherein the broadcast SI includes a failure offset, a timer value and information related to whether transmission of an on-demand SI is scheduled or not; requesting (S1120) transmission of the on-demand SI by sending a SI request message to the base station via the cell; starting (S1140) a timer with the timer value included in the received broadcast SI and applying (S1140) the failure offset to the cell if the UE fails N times to request transmission of the on-demand SI to the base station via the cell; performing (S1150) the cell reselection after applying the failure offset to the cell; transmitting (S1160), to the base station, the on-demand SI request at the reselected cell, wherein the N is an integer value, wherein, if the UE is still camping on the cell, the UE does not request transmission of the on-demand SI to the base station via the cell, while the timer is running, and wherein the timer is expired if the UE reselects to another cell. camping on a cell of a base station; receiving (S1110), from the base station, broadcast system information, SI, for the cell, wherein the broadcast SI includes a failure offset, a timer value and information related to whether transmission of an on-demand SI is scheduled or not; requesting (S1120) transmission of the on-demand SI by sending a SI request message to the base station via the cell; starting (S1140) a timer with the timer value included in the received broadcast SI and applying (S1140) the failure offset to the cell if the UE fails N times to request transmission of the on-demand SI to the base station via the cell; performing (S1150) the cell reselection after applying the failure offset to the cell; transmitting (S1160), to the base station, the on-demand SI request at the reselected cell, wherein the N is an integer value, wherein, if the UE is still camping on the cell, the UE does not request transmission of the on-demand SI to the base station via the cell, while the timer is running, and wherein the timer is expired if the UE reselects to another cell.
A step switch mechanism assembly for controlling the opening and closing movements of a gripper device , which is detachably mounted to a construction machine and can be opened and closed for gripping an object to be gripped, the step switch mechanism assembly comprising: - a locking latch mountable to the gripper device and comprising a first locking surface , said locking latch being movable between a release position, in which the gripper device can perform a closing movement, and a locked position, in which the gripper device can be held in the opened position, and - a stopper element mountable to the gripper device and comprising a second locking surface , said stopper element being adapted to move along a predetermined movement path (B) relative to the locking latch when the gripper device performs opening and closing movements, and adapted to hold the locking latch in the locked position by establishing contact of the second locking surface with the first locking surface , if the gripper device is to be held in the opened position, characterized in that the second locking surface is tilted by an angle (α) relative to the predetermined movement path (B), which angle is within a range of approximately 0° to approximately 85°. - a locking latch mountable to the gripper device and comprising a first locking surface , said locking latch being movable between a release position, in which the gripper device can perform a closing movement, and a locked position, in which the gripper device can be held in the opened position, and - a stopper element mountable to the gripper device and comprising a second locking surface , said stopper element being adapted to move along a predetermined movement path (B) relative to the locking latch when the gripper device performs opening and closing movements, and adapted to hold the locking latch in the locked position by establishing contact of the second locking surface with the first locking surface , if the gripper device is to be held in the opened position,
A method of fabricating a turbine engine part, the method comprising at least the following steps: • fabricating an ingot out of ceramic material of eutectic composition by performing the Czochralski process comprising the following steps: • putting a seed of the ingot that is to be obtained into contact with a molten bath of a mixture of eutectic composition in order to initiate the formation of the ingot on the seed , said mixture comprising at least two ceramic compounds; • drawing the ingot from the molten bath while imposing on the ingot that is being formed a drawing speed less than or equal to 10 mm/h together with rotation at a speed of rotation less than or equal to 50 rpm; and • machining the ingot as fabricated in this way in order to obtain the turbine engine part, wherein the ingot is drawn from the molten bath along a drawing axis (X), and wherein a temperature gradient less than or equal to 50°C/mm is maintained in the ingot along the drawing axis, at least in the vicinity of a surface (S) of the molten bath. • fabricating an ingot out of ceramic material of eutectic composition by performing the Czochralski process comprising the following steps: • putting a seed of the ingot that is to be obtained into contact with a molten bath of a mixture of eutectic composition in order to initiate the formation of the ingot on the seed , said mixture comprising at least two ceramic compounds; • drawing the ingot from the molten bath while imposing on the ingot that is being formed a drawing speed less than or equal to 10 mm/h together with rotation at a speed of rotation less than or equal to 50 rpm; and • machining the ingot as fabricated in this way in order to obtain the turbine engine part, • putting a seed of the ingot that is to be obtained into contact with a molten bath of a mixture of eutectic composition in order to initiate the formation of the ingot on the seed , said mixture comprising at least two ceramic compounds; • drawing the ingot from the molten bath while imposing on the ingot that is being formed a drawing speed less than or equal to 10 mm/h together with rotation at a speed of rotation less than or equal to 50 rpm; and • machining the ingot as fabricated in this way in order to obtain the turbine engine part,
Assembly (10; 50) having at least one section of a structure and at least one fastening element (16; 36; 56) arranged in the section of the structure , wherein a computer and a data model (BIM) of the at least one section of the structure that is stored on the computer are provided, wherein at least information relating to a position of the fastening element (16; 36; 56) relative to the at least one section of the structure is included in the data model, and wherein the fastening element (16; 36; 56) has at least one sensor and at least one data memory, characterized in that the data memory can be read, and in that means are provided in order to read the data memory of the fastening element (16; 36; 56) and to read the data which have been read into the data model of the at least one section of the structure , in that the fastening element (16; 36; 56) has an RFID chip which can be activated and identified by means of electromagnetic waves, wherein the sensor and the RFID chip are connected to one another by means of electrical supply lines, in that the fastening element (16; 36; 56) has an anchor (18; 48; 58) and a fastening means, in particular a screw or a pin (38; 60), arranged in the anchor (18; 48; 58), - wherein the sensor and the RFID chip are embedded, at least in sections, in a plastic material of the anchor (24; 58), - wherein the anchor is formed, at least in sections, by introducing flowable solidifiable plastic material into a drilled hole , wherein the sensor and the RFID chip are introduced into the drilled hole and are embedded in the plastic material, - and/or wherein the sensor and the RFID chip are adhesively bonded to the fastening means, in particular a screw or a pin (38; 60). - wherein the sensor and the RFID chip are embedded, at least in sections, in a plastic material of the anchor (24; 58), - wherein the anchor is formed, at least in sections, by introducing flowable solidifiable plastic material into a drilled hole , wherein the sensor and the RFID chip are introduced into the drilled hole and are embedded in the plastic material, - and/or wherein the sensor and the RFID chip are adhesively bonded to the fastening means, in particular a screw or a pin (38; 60).
A composition comprising: water, and a non-α-substituted water soluble low odor peracid having the structure of Formula 1: Formula 1 X-(C n H 2n )CH 2 COOOH where n=1; and X is OH. n=1; and X is OH.
An imaging device comprising: a first section including a first semiconductor substrate comprising a first photodiode (PD1), a second photodiode (PD2), and a floating diffusion (FD), the first section further including a first transfer gate electrode , a second transfer gate electrode , and a first wiring layer ; wherein the floating diffusion is connected to the first photodiode and the second photodiode and wherein an element isolation unit is provided between the first photodiode and the second photodiode, a second section including a second semiconductor substrate , a second wiring layer and an amplification transistor (Tr5); wherein the floating diffusion is electrically connected to the amplification transistor; and characterised by a well provided in each of the first photodiode and second photodiode in a corner, and wherein the well is electrically connected to a ground terminal . a first section including a first semiconductor substrate comprising a first photodiode (PD1), a second photodiode (PD2), and a floating diffusion (FD), the first section further including a first transfer gate electrode , a second transfer gate electrode , and a first wiring layer ; wherein the floating diffusion is connected to the first photodiode and the second photodiode and wherein an element isolation unit is provided between the first photodiode and the second photodiode, a second section including a second semiconductor substrate , a second wiring layer and an amplification transistor (Tr5); wherein the floating diffusion is electrically connected to the amplification transistor; and characterised by a well provided in each of the first photodiode and second photodiode in a corner, and wherein the well is electrically connected to a ground terminal .
Air guide intended to be incorporated in the front of a vehicle between a functional front end linked to a cross-member by components that can be compressed longitudinally and a front end of said vehicle provided with at least one ventilation opening , the air guide exhibiting a front face and a rear face , characterized in that the air guide is produced from a single piece in a polymer material chosen from among expanded polymer materials and in that it comprises: - at least one guiding channel (11, 12, 101-104) between its front and rear faces, intended to conduct the air from a ventilation opening in the front end to the functional front end , - a receiving zone of the cross-member - a fixing zone for fixing to the functional front end of the vehicle situated on its rear face . - at least one guiding channel (11, 12, 101-104) between its front and rear faces, intended to conduct the air from a ventilation opening in the front end to the functional front end , - a receiving zone of the cross-member - a fixing zone for fixing to the functional front end of the vehicle situated on its rear face .
Access point comprising means for receiving data packets sent by at least one terminal using a carrier-sense-multiple-access protocol, and means for transmitting, to said terminal, at least the width (W) of the backoff window that said terminal must observe when sending a packet, characterized in that , said sent packets being coded by said at least one terminal by means of an erasure-correcting code of dimension k, of length n and of minimum distance d, each coding operation being applied to n successive packets (P 1 ,...,P n ), said width (W) of the backoff window transmitted by the access point to said terminal is dependent at least on the minimum distance d of said erasure-correcting code and on the total number of terminals connected to said access point, and said access point furthermore comprises means for decoding the received packets coded by means of said erasure-correcting code and for correcting at least all the configurations of erased packets up to d-1 erased packets.
A flexible guide catheter for use in a transvascular aortic valve replacement procedure, the guide catheter defining a substantially tubular delivery lumen through which one or more other functional catheters may be introduced to the site of the aortic valve , wherein the guide catheter comprises flexible material that permits the lumen of the guide catheter to (i) collapse in cross-section to a compact form for introduction into the vasculature, and (ii) distend in cross-section to a distended form to accommodate the size of a said functional catheter introduced therethrough, wherein the distended form is large enough to provide an inner diameter of at least 6 mm, wherein in the collapsed state, the material has an annular shape with multiple S-folds, wherein in a cross-sectional view, each of the S-folds comprises a radially inner fold and a radially outer fold, wherein the radially inner and the radially outer folds each comprise a folding edge, and wherein the folding edges of the radially inner folds are oriented into a first circumferential direction and the folding edges of the radially outer folds are oriented into a second circumferential direction which is opposite to the first circumferential direction. wherein in the collapsed state, the material has an annular shape with multiple S-folds, wherein in a cross-sectional view, each of the S-folds comprises a radially inner fold and a radially outer fold, wherein the radially inner and the radially outer folds each comprise a folding edge, and wherein the folding edges of the radially inner folds are oriented into a first circumferential direction and the folding edges of the radially outer folds are oriented into a second circumferential direction which is opposite to the first circumferential direction.
A workpiece unit , comprising: a workpiece body configured as a combination of a plurality of sections (11a, 11b, 1 1c), each of the plurality of sections being physically separate, and each said section being in physical contact with one or more adjacent section of the plurality; and a holding member configured to be arranged over an entire circumference of an outer circumferential portion of the workpiece body and have a ring shape, wherein the outer circumferential portion of the workpiece body has at least one first positioning portion in a portion which faces the holding member; the inner circumferential portion of the holding member has at least one second positioning portion that engages with the first positioning portion in a portion which faces the workpiece body ; and the workpiece body is maintained in a predetermined shape by a contraction force of the holding member . a workpiece body configured as a combination of a plurality of sections (11a, 11b, 1 1c), each of the plurality of sections being physically separate, and each said section being in physical contact with one or more adjacent section of the plurality; and a holding member configured to be arranged over an entire circumference of an outer circumferential portion of the workpiece body and have a ring shape, wherein the outer circumferential portion of the workpiece body has at least one first positioning portion in a portion which faces the holding member; the inner circumferential portion of the holding member has at least one second positioning portion that engages with the first positioning portion in a portion which faces the workpiece body ; and the workpiece body is maintained in a predetermined shape by a contraction force of the holding member .
A polyamide fiber, wherein the total fineness is from 100 to 700 dtex, the tensile strength is from 8.0 to 11.5 cN/dtex, the shrinkage in boiling water is from 4.0 to 11.0%, the slack recovery rate A after fixed-length dry heat treatment represented by the following formula is from 0 to 4.0%, and the tightening factor F represented by the following formula is 3.8 or more: A = Ta − Tb / Ta × 100 wherein Ta is the amount of slack immediately after heat treatment, and Tb is the amount of slack when stabilized after heat treatment F = A + 0.35 × B wherein A is the slack recovery rate after fixed-length dry heat treatment, and B is the shrinkage in boiling water, wherein said polyamide fiber is obtained by a method in which a yarn spun from a spinneret is subjected to a multistage stretching treatment consisting of a cold stretching stage and a hot stretching stage and then taken up, stretching for 25 to 55% of the total draw ratio is performed in the cold stretching stage at less than 150°C and the remaining stretching is performed in the hot stretching stage at 150°C or more, wherein after the multistage stretching treatment, a stepwise heat set and relaxation treatment involving a stepwise drop of temperature between 250°C and 50°C is applied in two or more stages and the yarn is then taken up and wherein the relaxation treatment in the stepwise heat set and relaxation treatment involves relaxation in excess of 0.5% between the last roll and the winder, and wherein all the above parameters are determined according to the methods referred to in the description.