mhurhangee/ep-ind-claims huggingface dataset:
A surgical stapling device (5, 1005, 3005, 8005), comprising; a first jaw; a second jaw having an open position and a closed position with respect to the first jaw; an actuating bar (505, 1505, 3505, 8505) arranged in the first jaw and including a first set of ratchet teeth (570, 1570, 8570); a ratchet piston (605, 1605, 3605, 8605) configured to oscillatingly displace the actuating bar along a longitudinal direction of the first jaw; a housing (105, 1105, 3105, 8105); having at least one staple and at least one staple driving slot, situated in the first jaw; and a carriage (405, 1405, 3405, 8405), including at least one staple-driving wedge (952, 8952), selectively engageable with the first set of ratchet teeth of the actuating bar to translate the carriage in a distal direction through the housing from a proximal terminal position to a distal terminal position, a distance between the distal terminal position and the proximal terminal position greater than a stroke length of the oscillating displacement of the actuating bar; wherein the staple driving wedge (952, 8952) is adapted to drive the staple through the staple driving slot against the second jaw during distal movement of the carriage through the housing.
A well tool system comprising: a tool body configured to be positioned within a wellbore; a motor connected to the tool body, the motor configured to rotate the tool body within the wellbore; and a traction tool connected to the tool body, wherein the traction tool comprises a sprocket wheel or a friction wheel configured to frictionally attach to the wellbore, the tool body configured to rotate relative to the traction tool when the traction tool is frictionally attached to the wellbore. a tool body configured to be positioned within a wellbore; a motor connected to the tool body, the motor configured to rotate the tool body within the wellbore; and a traction tool connected to the tool body, wherein the traction tool comprises a sprocket wheel or a friction wheel configured to frictionally attach to the wellbore, the tool body configured to rotate relative to the traction tool when the traction tool is frictionally attached to the wellbore.
Process for producing ammonia in an ammonia synthesis converter, wherein a reactant gas stream is initially passed through a first catalyst bed in which a reaction of the reactant gases takes place, wherein the first catalyst bed has a heat exchanger assigned to it and the process gas stream is subsequently passed through a second catalyst bed in which a further reaction of the reactant gases takes place, wherein the second catalyst bed has a further heat exchanger assigned to it, wherein the reactant gas stream is supplied to the ammonia synthesis converter in at least two substreams via separate inlets to influence the temperature of the process gas streams in the ammonia synthesis converter and wherein at least one substream of the reactant gases is passed as cooling medium through one of the heat exchangers to effect indirect heat exchange with a process gas stream heated by the reaction flowing through the heat exchanger before this substream is combined with one other or optionally two or more other substreams of the reactant gases, wherein the process gas stream flowing out of the heat exchanger after the second catalyst bed is subsequently passed through a third catalyst bed, wherein a second reactant gas stream which constitutes a second substream of the reactant gases is supplied to the ammonia synthesis converter via a second inlet, then passed as coolant through the second heat exchanger in the ammonia synthesis converter and preheated and then supplied to the first catalyst bed, characterized in that a third reactant gas stream which constitutes a third substream of the reactant gases is supplied to the ammonia synthesis converter in an upper region via a third inlet, then passed as coolant through the first heat exchanger in the ammonia synthesis converter and preheated and then supplied to the first catalyst bed, wherein a reactant gas stream is preheated in a third heat exchanger before the reactant gas stream is passed through the first catalyst bed and wherein the third heat exchanger is in the form of a plate heat exchanger.
Procedure for controlling a speed-controlled rotary pump of a combined heating and cooling system that can be operated in a heating mode and a cooling mode and encompasses at least one load (2, 2a-2d) supplied by a rotary pump with a medium from a central heating or cooling generator (3, 4), characterised by the rotary pump determining the operating mode of the heating and cooling system based on a temperature (TV, TR) of the medium and adapting its control depending on the determined operating mode, in which control of the rotary pump is realised with a first characteristic curve in cooling mode and with a second characteristic curve in heating mode, and the characteristic curve set value of the second characteristic curve is less than the characteristic curve set value of the first characteristic curve, and in which switching to the corresponding characteristic curve takes place depending on the determined operating mode.
A tubular device for a catheter or sheath (10, 110, 210, 210') comprising a proximal end (12, 112) and a distal end (14, 114) sized for introduction into a patient's body, the device comprising: a central lumen (18a, 118a, 218a, 218a', 418a) extending between the proximal and distal ends; an auxiliary lumen (18b, 118b, 218b, 218b', 418b) extending at least partially between the proximal and distal ends adjacent the central lumen; one or more reinforcement members (43, 243, 243', 443) comprising windings extending helically around the central lumen between the proximal and distal ends, at least some of the windings passing between the central and auxiliary lumens and at least some of the windings surrounding both the central and auxiliary lumens; a first set of the windings (43a, 243a, 243a', 443a) of the reinforcement members pass between the central and auxiliary lumens and a second set of the windings (43b, 243b, 243b', 443b) surround both the central and auxiliary lumens, and one or more layers surrounding the one or more reinforcement members, characterized in that: the windings of the first and second sets pass over and under one another around the central lumen according to a predetermined braiding pattern. a central lumen (18a, 118a, 218a, 218a', 418a) extending between the proximal and distal ends; an auxiliary lumen (18b, 118b, 218b, 218b', 418b) extending at least partially between the proximal and distal ends adjacent the central lumen; one or more reinforcement members (43, 243, 243', 443) comprising windings extending helically around the central lumen between the proximal and distal ends, at least some of the windings passing between the central and auxiliary lumens and at least some of the windings surrounding both the central and auxiliary lumens; a first set of the windings (43a, 243a, 243a', 443a) of the reinforcement members pass between the central and auxiliary lumens and a second set of the windings (43b, 243b, 243b', 443b) surround both the central and auxiliary lumens, and one or more layers surrounding the one or more reinforcement members, characterized in that: the windings of the first and second sets pass over and under one another around the central lumen according to a predetermined braiding pattern.
Method for joining components made from sintered and, in particular, hot-pressed silicon carbide, comprising the following steps: introducing a sinterable green body made of a thermoplastic SiC compound into a joining region between opposing joining surfaces of the components, wherein the sinterable green body has a green density of between 1.5 and 2 g/cm 3 and is partially debound; heating the green body and the joining region to sintering temperature under a protective gas atmosphere or vacuum; and pressing the components with the heated green body by application of a sintering pressure. introducing a sinterable green body made of a thermoplastic SiC compound into a joining region between opposing joining surfaces of the components, wherein the sinterable green body has a green density of between 1.5 and 2 g/cm 3 and is partially debound; heating the green body and the joining region to sintering temperature under a protective gas atmosphere or vacuum; and pressing the components with the heated green body by application of a sintering pressure.
Method for detecting attacks in a broadcast communication network comprising pieces of electronic and/or computer equipment, said network comprising transmitting and receiving nodes (1 to 3) associated with said pieces of equipment, a broadcast communication bus capable of transporting information frames (F ID) each identified by a unique identifier and grouped into domains (A, B), the communication bus connecting on the one hand at least one transmitting node (1, 3) responsible for transmission and capable of transmitting frames (F ID) of one or more domains (A, B), and on the other hand at least one receiving node (1, 2, 3) capable of receiving frames (F ID) of one or more domains, the method being such that, on receipt by a given receiving node (1, 2, 3) of a given frame (F ID) of a given domain (A, B), said given receiving node (1, 2, 3) verifies whether it has previously received a domain activation frame (F AD) corresponding to the given domain (A, B) from the transmitting node (1, 3) responsible for the given domain (A, B) and: - if it has previously received said domain activation frame (F AD), it accepts said given frame (F ID), - if it has not previously received said domain activation frame (F AD), it applies a filtering to said given frame (F ID), and the domain activation frame contains only cryptographic data as data for use. - if it has previously received said domain activation frame (F AD), it accepts said given frame (F ID), - if it has not previously received said domain activation frame (F AD), it applies a filtering to said given frame (F ID), and
A method for processing data for a user equipment, UE, by a packet data network gateway, PGW, in a wireless communication system, wherein the UE is located in a service area of a first serving gateway, SGW, the method comprising: receiving a tracking area identifier, TAI, list, to be provided to the UE by a mobility management entity, MME, from the mobility management entity, MME; and receiving downlink data for the UE which is in a Radio Resource Control, RRC, idle mode from a network, and characterized by, if not all tracking areas, TAs, belonging to the TAI list are included in a service area of a same SGW, buffering the downlink data, the same serving SGW being either the first SGW or a second SGW; and if the UE moves from the service area of the first SGW to a service area of the second SGW and enters the service area of the second SGW and if the PGW recognizes that the UE switched from the RRC idle mode to an RRC connected mode, transmitting the buffered downlink data to the second SGW, and when all the TAs belonging to the TAI list are included in the service area of the same SGW, the UE is in connected mode and the UE is located in the service area of the first SGW, transmitting the downlink data to the first SGW. receiving a tracking area identifier, TAI, list, to be provided to the UE by a mobility management entity, MME, from the mobility management entity, MME; and receiving downlink data for the UE which is in a Radio Resource Control, RRC, idle mode from a network, and characterized by, if not all tracking areas, TAs, belonging to the TAI list are included in a service area of a same SGW, buffering the downlink data, the same serving SGW being either the first SGW or a second SGW; and if the UE moves from the service area of the first SGW to a service area of the second SGW and enters the service area of the second SGW and if the PGW recognizes that the UE switched from the RRC idle mode to an RRC connected mode, transmitting the buffered downlink data to the second SGW, and when all the TAs belonging to the TAI list are included in the service area of the same SGW, the UE is in connected mode and the UE is located in the service area of the first SGW, transmitting the downlink data to the first SGW.
A cabinet comprising a base plate, an insert and an openable cover, wherein the cabinet has an open position and a closed position, and wherein the cover, at least in the closed position of the cabinet, is connected to the base plate to form an interior space for housing the insert, characterised in that the base plate is arranged with a resiliently flexible locking arm for locking the cover to the base plate in the closed position of the cabinet, and the insert is movably connected to the base plate, wherein the insert is movable from a first position for storing inside the interior space of the cabinet to a projecting second position when the cabinet is in its open position, and wherein the locking arm, in the open position of the cabinet, is arranged to engage the insert to keep the insert in the second position, wherein the cover comprises a front plate, a top wall and two opposite side walls (23, 24), wherein the locking arm is arranged to extend across the top wall and engage the front plate in the closed position of the cabinet, and wherein the side walls (23, 24), in an end remote to the top wall, comprise a hook for engaging the base plate. the base plate is arranged with a resiliently flexible locking arm for locking the cover to the base plate in the closed position of the cabinet, and the insert is movably connected to the base plate, wherein the insert is movable from a first position for storing inside the interior space of the cabinet to a projecting second position when the cabinet is in its open position, and wherein the locking arm, in the open position of the cabinet, is arranged to engage the insert to keep the insert in the second position, wherein the cover comprises a front plate, a top wall and two opposite side walls (23, 24), wherein the locking arm is arranged to extend across the top wall and engage the front plate in the closed position of the cabinet, and wherein the side walls (23, 24), in an end remote to the top wall, comprise a hook for engaging the base plate.
Aqueous formulation for use in the topical treatment of diseases caused by pathogen micro-organisms in animals, preferably mammals, comprising or consisting of the following components: i) sodium dodecyl sulphate; ii) 2,2,2-trichloroacetic acid; iii) a stable colloidal suspension of (nano-)particles of iron as a catalyst to generate in water, and in vivo, cytotoxic substances known as reactive oxygen species. i) sodium dodecyl sulphate; ii) 2,2,2-trichloroacetic acid; iii) a stable colloidal suspension of (nano-)particles of iron as a catalyst to generate in water, and in vivo, cytotoxic substances known as reactive oxygen species.
An overcharge detection method for detecting an overcharging of an accumulator of a battery comprising a set of parallel branches (B1,..., BN), each branch comprising accumulators disposed in series, said method comprising the following steps: - (i) collecting the measurements of the currents flowing through the branches of the battery; - (ii) identifying at least one variation in current in one branch of the said set of branches with respect to at least one other branch of the said set of branches as a function of the measurements of current collected; - (iii) determining a level of state of charge of the said branch; and - (iv) detecting an overcharging of an accumulator in the said branch as a function of at least the said variation in current identified and of the level of state of charge determined. - (i) collecting the measurements of the currents flowing through the branches of the battery; - (ii) identifying at least one variation in current in one branch of the said set of branches with respect to at least one other branch of the said set of branches as a function of the measurements of current collected; - (iii) determining a level of state of charge of the said branch; and - (iv) detecting an overcharging of an accumulator in the said branch as a function of at least the said variation in current identified and of the level of state of charge determined.
A method of displaying ego-vehicle surroundings within an ego-vehicle, comprising: - continuously capturing the ego-vehicle surroundings by at least one onboard camera (140F, 140R, 140LL, 140LR) to be stored in at least one camera data set, - detecting, within the captured ego-vehicle surroundings, an electrical charging base located in the ground or near the ground, - obtaining ego-vehicle motion information, - generating, if a part of the ego-vehicle causes a blind spot to the electrical charging base by obscuring a field-of-view of the ego-vehicle camera (140F, 140R, 140LL, 140LR), a synthetic view to replace the blind spot in a display, the synthetic view being generated based on at least one previous view of the captured ego-vehicle surroundings stored in the camera data set and being motion-compensated based on the ego-vehicle motion information, - determining a proportion of an overlap between the electrical charging base included in the synthetic view and an onboard electrical charging device of the ego-vehicle, the physical electrical charging device of the ego-vehicle not being visible from inside the ego-vehicle, and - estimating a charging duration of an onboard energy storage of the ego-vehicle based on the determined proportion of the overlap, - estimating a charging efficiency based on the determined proportion of the overlap. - continuously capturing the ego-vehicle surroundings by at least one onboard camera (140F, 140R, 140LL, 140LR) to be stored in at least one camera data set, - detecting, within the captured ego-vehicle surroundings, an electrical charging base located in the ground or near the ground, - obtaining ego-vehicle motion information, - generating, if a part of the ego-vehicle causes a blind spot to the electrical charging base by obscuring a field-of-view of the ego-vehicle camera (140F, 140R, 140LL, 140LR), a synthetic view to replace the blind spot in a display, the synthetic view being generated based on at least one previous view of the captured ego-vehicle surroundings stored in the camera data set and being motion-compensated based on the ego-vehicle motion information, - determining a proportion of an overlap between the electrical charging base included in the synthetic view and an onboard electrical charging device of the ego-vehicle, the physical electrical charging device of the ego-vehicle not being visible from inside the ego-vehicle, and - estimating a charging duration of an onboard energy storage of the ego-vehicle based on the determined proportion of the overlap, - estimating a charging efficiency based on the determined proportion of the overlap.
An apparatus for forming ceramic sheets comprising: - a conveyor belt having a rigid abutting deck below an upper branch thereof and adjacent to the upper branch; - means for feeding ceramic powder material so as to release a layer of ceramic powder material onto said upper branch; - a first pressing roller with a horizontal axis perpendicular to the direction of extension of the conveyor belt and which is disposed above said conveyor belt; - driving means for the first pressing roller which determine the rotation thereof around its axis; - at least a second pressing roller with a horizontal axis perpendicular to the direction of extension of the conveyor belt characterized in that: - said second pressing roller is disposed below said rigid abutting deck and is designed to actively interact, in an opposite and contrary direction, with said first pressing roller in order to compress said layer of ceramic powder material; and in that the apparatus comprises: - support and moving means for said first pressing roller which are directly connected to and operatively interact with said at least second pressing roller so as to move said first pressing roller vertically and exert a vertical pressing force from above and simultaneously a vertical reaction from below on said abutting deck and on said layer of ceramic powder material. - a conveyor belt having a rigid abutting deck below an upper branch thereof and adjacent to the upper branch; - means for feeding ceramic powder material so as to release a layer of ceramic powder material onto said upper branch; - a first pressing roller with a horizontal axis perpendicular to the direction of extension of the conveyor belt and which is disposed above said conveyor belt; - driving means for the first pressing roller which determine the rotation thereof around its axis; - at least a second pressing roller with a horizontal axis perpendicular to the direction of extension of the conveyor belt characterized in that: - said second pressing roller is disposed below said rigid abutting deck and is designed to actively interact, in an opposite and contrary direction, with said first pressing roller in order to compress said layer of ceramic powder material; and in that the apparatus comprises: - support and moving means for said first pressing roller which are directly connected to and operatively interact with said at least second pressing roller so as to move said first pressing roller vertically and exert a vertical pressing force from above and simultaneously a vertical reaction from below on said abutting deck and on said layer of ceramic powder material.
A computer-implemented method of initiating a search function, the method comprising: under control of one or more processors executing computer-executable instructions: monitoring movement of a cursor from within a display area to or across an edge of the display area, the cursor being controlled by an input device coupled to a client device; recognizing that the cursor moved from within the display area to or across an edge of the display area; identifying a specific edge of the display area with which the cursor made contact, towards which the cursor moved, or through which the cursor passed; at a location within a display screen view based on the specific edge of the display area with which the cursor moved to or across; presenting the search-query input area associated with a search engine within the display screen view in accordance with the determined location, wherein the display area comprises a window display area having a top edge, a right-side edge, a bottom edge and a left-side edge, within the display screen view. under control of one or more processors executing computer-executable instructions: monitoring movement of a cursor from within a display area to or across an edge of the display area, the cursor being controlled by an input device coupled to a client device; recognizing that the cursor moved from within the display area to or across an edge of the display area; identifying a specific edge of the display area with which the cursor made contact, towards which the cursor moved, or through which the cursor passed; at a location within a display screen view based on the specific edge of the display area with which the cursor moved to or across; presenting the search-query input area associated with a search engine within the display screen view in accordance with the determined location, wherein the display area comprises a window display area having a top edge, a right-side edge, a bottom edge and a left-side edge, within the display screen view.