mhurhangee/ep-ind-claims huggingface dataset:
Workbench, in particular for the workshop area, having a bench top and supports (10, 20) that act thereon, wherein the bench top has at least two bench-top parts (2, 59) that are held so as to be pivotable about a hinge axis by means of a hinge, said bench-top parts (2, 59) being foldable out of a working position with a substantially horizontal profile into a folded position in which the bench-top parts (2, 59) are oriented more or less parallel to one another, wherein a first bench-top part is supported on two supports, which are pivotable thereon about a pivot axis, by means of in each case one obliquely extending support strut, each of which is held on the first bench-top part with one end, at a transverse spacing from the hinge axis, so as to be pivotable about a first pivot axis and on the respective support with the other end so as to be pivotable about a second pivot axis, and is formed from two struts (38, 21) that are connected via a joint, said struts (38, 21) being lockable in the region of the joint by means of a locking device and being unlockable by means of a releasing device and foldable after being unlocked, wherein, in order to bring about the folded position of the first bench-top part, the two struts (38, 21) are foldable into a folded position by being folded about the axis of the joint in the direction towards one another and about the pivot axes (27, 54) towards the first bench-top part and towards the support, respectively, the two struts (38, 21) extending approximately parallel to one another and to the first bench-top part and to the respective support in said folded position, and, in order to bring about the working position of the first bench-top part, said struts (38, 21) being unfoldable away from one another about the axis of the joint into a supporting position in which the two struts (38, 21) are approximately aligned, wherein the locking device has a blocking member for the one part and a latch recess for the other part, in which the blocking member engages in a form-fitting manner in the supporting position and out of which the blocking member is movable for unlocking purposes, wherein the blocking member is arranged on one strut and the latch recess is arranged on the other strut, and wherein a spring, in particular a compression spring, acts on the blocking member, the blocking member being kept in the latch recess and being returned automatically into the latter by means of said spring for locking purposes, characterized in that the releasing device has a pulling cable acting on each blocking member, said pulling cable being able to be subjected to a tensile force, for unlocking purposes, by means of an actuating member acting on the pulling cable, said tensile force counteracting the action of the spring and disengaging the blocking member from the latch recess for unlocking purposes.
Device for securing an element on a submerged pipe as an underwater pipeline for the transport of hydrocarbons, the device comprising: - a compensating member made of an elastic material, extensible when the device is tensioned; - two strands (40, 50) made of a material less elastic than the compensating member, each extending between a first end (41, 51) overmold by the compensating member and a second end (42, 52), characterized in that it comprises two clamping buckles (20, 30), each directly integral with one of the second ends (42, 52) of the strands (40, 50) and designed each receive a free end (62, 63) of a strap used to tension the device around the pipe, the compensating member being progressively retractable over time to maintain the device and the strap in tension when the pipe retracts. - a compensating member made of an elastic material, extensible when the device is tensioned; - two strands (40, 50) made of a material less elastic than the compensating member, each extending between a first end (41, 51) overmold by the compensating member and a second end (42, 52), characterized in that it comprises two clamping buckles (20, 30), each directly integral with one of the second ends (42, 52) of the strands (40, 50) and designed each receive a free end (62, 63) of a strap used to tension the device around the pipe, the compensating member being progressively retractable over time to maintain the device and the strap in tension when the pipe retracts.
An out of order processor, comprising: a distributed load / store queue having multiple load queues and store queues (load queue A, load queue B), wherein dispatched instructions (LD3, LD4, LD7, LD8, LD9) comprise access addresses (1202, 1206) mapped to a specific load or store queue of the multiple load queues and store queues (load queue A, load queue B), wherein the distributed load / store queue maintains single program sequential semantics while being configured for an out of order dispatch of loads and stores (SD, LD) across a plurality of cores (core 1 - core 4) and memory fragments wherein other instructions (Add) besides loads and stores (SD; LD) can be dispatched and executed even though intervening loads or stores (SD; LD) do not have spaces in the load/store queues (load queue A, load queue B), wherein each of the plurality of cores (core 1-4) within the processor includes a load / store queue (load queue A, load queue B) and an extension queue (reserve portion A, reserve portion B) for the respective load /store queue (load queue A, load queue B) configured for avoiding deadlocks, by allocating deadlocked loads or stores (LD1, LD2) to the extension queue (reserve portion A, reserve portion B) in program order from a point of the load or store that causes a deadlock until the load or store queue (load queue A, load queue B) has free entries available. a distributed load / store queue having multiple load queues and store queues (load queue A, load queue B), wherein dispatched instructions (LD3, LD4, LD7, LD8, LD9) comprise access addresses (1202, 1206) mapped to a specific load or store queue of the multiple load queues and store queues (load queue A, load queue B), wherein the distributed load / store queue maintains single program sequential semantics while being configured for an out of order dispatch of loads and stores (SD, LD) across a plurality of cores (core 1 - core 4) and memory fragments wherein other instructions (Add) besides loads and stores (SD; LD) can be dispatched and executed even though intervening loads or stores (SD; LD) do not have spaces in the load/store queues (load queue A, load queue B), wherein each of the plurality of cores (core 1-4) within the processor includes a load / store queue (load queue A, load queue B) and an extension queue (reserve portion A, reserve portion B) for the respective load /store queue (load queue A, load queue B) configured for avoiding deadlocks, by allocating deadlocked loads or stores (LD1, LD2) to the extension queue (reserve portion A, reserve portion B) in program order from a point of the load or store that causes a deadlock until the load or store queue (load queue A, load queue B) has free entries available.
A servo drive system (1, 101) of a punch press (10, 110) which uses a servo motor (30a, 30b, 130) as a power source of a ram (22, 122), wherein an operation shaft which vertically moves the ram (22, 122) is directly driven by using the servo motor (30a, 30b, 130) to generate ram pressure by using a torque based on speed-torque characteristics of the servo motor (30a, 30b, 130), and wherein the servo motor (30a, 30b, 130) has a power driver (42a, 42b, 142a, 142b), characterized in that the power driver (42a, 42b, 142a, 142b) is provided at its front stage with a reactor (43a, 43b, 143a, 143b) which is adapted to suppress peak current by cutting off the high frequency current component, and a capacitor (44a, 44b, 144a, 144b) which is adapted to supply electric energy for vertically moving the ram (22, 122) at high speed and/or for punching working which is decreased due to suppression of the peak current.
A fish feed comprising Na + from 3.934 - 39.340 g/kg, Cl - from 6.202 - 199.020 g/kg, Mg 2+ from 0.026 - 25.530 g/kg, Ca 2+ from 0.036 - 36.110 g/kg, and free tryptophan from 3 - 10 g/kg. Na + from 3.934 - 39.340 g/kg, Cl - from 6.202 - 199.020 g/kg, Mg 2+ from 0.026 - 25.530 g/kg, Ca 2+ from 0.036 - 36.110 g/kg, and free tryptophan from 3 - 10 g/kg.
Method for controlling or regulating a technical system, wherein a parameter of the control or regulation is determined by way of a Bayesian optimization, the Bayesian optimization involving a next test point being determined by way of an acquisition function, characterized in that the acquisition function is determined in the Bayesian optimization by way of automatic self-learning creation of acquisition functions, preferably by way of reinforcement learning or imitation learning, in that the determined acquisition function is used in the Bayesian optimization to ascertain the parameter of the control or regulation and in that the technical system is controlled or regulated on the basis of the ascertained parameter.
A cleaning tray of a wet floor cleaner, adapted to receive a head of the wet floor cleaner, the head comprising a roller brush, the cleaning tray comprising: a base for supporting the head; a brush channel formed in the base for receiving a bottom portion of an outer circumference of the roller brush; at least one raised projection (60;62;64) positioned along the brush channel which is for projecting into the roller brush when the cleaning tray is used, wherein the raised projection comprises an upstream ramp surface positioned such that the outer circumference of the roller brush rides up the upstream ramp surface when rotated and a downstream ramp surface, wherein the downstream ramp surface is steeper than the upstream ramp surface; and a suction area faced by the downstream ramp surface. a base for supporting the head; a brush channel formed in the base for receiving a bottom portion of an outer circumference of the roller brush; at least one raised projection (60;62;64) positioned along the brush channel which is for projecting into the roller brush when the cleaning tray is used, wherein the raised projection comprises an upstream ramp surface positioned such that the outer circumference of the roller brush rides up the upstream ramp surface when rotated and a downstream ramp surface, wherein the downstream ramp surface is steeper than the upstream ramp surface; and a suction area faced by the downstream ramp surface.
A poly-V belt comprising a body comprising a first elastomeric material, a plurality of filiform inserts longitudinally embedded in the body, and a coupling portion integrally connected to the body and comprising a plurality of V-shaped ribs, side by side and alternating with V-shaped grooves, said belt comprising an at least partially thermoplastic material arranged over said coupling portion and at least partially covering said ribs and a fibrous material chosen from the group consisting of a non-woven fabric, a woven fabric and a knitted fabric arranged over said at least partially thermoplastic material, characterized in that said at least partially thermoplastic material is partially cross-linked and in that said at least partially thermoplastic material is irradiated with radiation energy comprised between 10 and 200 kGy.
Watch comprising: a housing comprising a housing middle forming a transparent central region, a first display arranged on the side of a first face and a second display arranged on the side of a second face that is opposite the first face; at least two transparent indicator wheels arranged so as to pivot and superposed in the central region, each indicator wheel comprising at least one indicator; a drive member comprising an electric motor, an energy source, a quartz oscillator, an electronic circuit, and a gear train, the drive member driving each indicator wheel in rotation at its periphery via the gear train; holding means that are able to hold each indicator wheel at its periphery in a position essentially perpendicular to its axis of rotation; the drive member and the holding means being accommodated entirely within the middle of the watch in such a way that they are outside of the central region; and that said at least one indicator of each one of the indicator wheels being visible on the first face so as to form the first display, and visible on the second face so as to form the second display; characterized in that the first and second face (3, 4) of the watch comprise reference marks to which the indicators come to point, the reference marks of the second face being different from those of the first face so that the first face differs from the second face. a housing comprising a housing middle forming a transparent central region, a first display arranged on the side of a first face and a second display arranged on the side of a second face that is opposite the first face; at least two transparent indicator wheels arranged so as to pivot and superposed in the central region, each indicator wheel comprising at least one indicator; a drive member comprising an electric motor, an energy source, a quartz oscillator, an electronic circuit, and a gear train, the drive member driving each indicator wheel in rotation at its periphery via the gear train; holding means that are able to hold each indicator wheel at its periphery in a position essentially perpendicular to its axis of rotation; the drive member and the holding means being accommodated entirely within the middle of the watch in such a way that they are outside of the central region; and that said at least one indicator of each one of the indicator wheels being visible on the first face so as to form the first display, and visible on the second face so as to form the second display; characterized in that the first and second face (3, 4) of the watch comprise reference marks to which the indicators come to point, the reference marks of the second face being different from those of the first face so that the first face differs from the second face.
Electronic assembly for installation in a tyre, comprising: - an electronic device having an electronic member and at least one antenna fixed to a support of the electronic member, the antenna comprising a part which is free with respect to the support, joined to a part for fixing the antenna to the support, and - a layer, called the transition layer, the assembly being characterized in that the transition layer comprises a composition having an elastomer and 9 to 13 parts of sulphur per hundred parts by weight of elastomer, and covering at least the junction between the free and the fixing parts of the antenna. - an electronic device having an electronic member and at least one antenna fixed to a support of the electronic member, the antenna comprising a part which is free with respect to the support, joined to a part for fixing the antenna to the support, and - a layer, called the transition layer,
A valve for implantation beneath the skin of a patient, the valve comprising: a fluid inlet port; a fluid outlet port; a restriction element therebetween for restricting fluid transport between the inlet port and the outlet port; a control member operatively coupled to the restriction element for setting at least one of a rate of fluid flow through the restriction element and a pressure drop across the restriction element, a physical orientation of the control member being indicative of the setting; characterised in that it further comprises at least one light-emitting element (124,126,128,130) coupled to the control member; wherein light emitted by the at least one light-emitting element is externally detectable through the skin of the patient for reading the setting. a fluid inlet port; a fluid outlet port; a restriction element therebetween for restricting fluid transport between the inlet port and the outlet port; a control member operatively coupled to the restriction element for setting at least one of a rate of fluid flow through the restriction element and a pressure drop across the restriction element, a physical orientation of the control member being indicative of the setting; characterised in that it further comprises at least one light-emitting element (124,126,128,130) coupled to the control member; wherein light emitted by the at least one light-emitting element is externally detectable through the skin of the patient for reading the setting.
An adapter device for ceramic cutting machines which comprises an adapter plug of the hole of the tool holder of a ceramic cutting machine, the plug comprising a hollow cylindrical shape with a. a stop on one of its ends consisting of a circular, sheetlike surface, said stop performing an axial fixation in a direction of the plug in the hole of a tool holder of a ceramic cutting machine, and; b. a longitudinal slot that leaves open the inner hollow space of the plug in its entire length, said longitudinal slot comprising a narrower segment in the part of the plug that is nearest the end comprising the stop, and a wider segment in the part of the plug that is near the end of the plug opposite the stop; wherein • the wider part of the longitudinal slot is laterally delimited by two straight segments, which are in alignment, with no ridges or abrupt cuts, with the upper cylindrical surface of the plug; characterized in that the plug comprises a lateral truncation produced by a cutting plane parallel to the axis of the cylindrical shape of the plug, said truncation producing an opening of the inner hollow space of the plug, the plug being configured such that a fixation element, typically existing in the tool holders of conventional ceramic cutting machines, may be introduced through said opening, the fixation element producing a tightening between the cutting tool and the tool holder, where said fixation element is typically the threaded end of the handle of the ceramic cutting machine by means of which said handle is screwed to the tool holder. a. a stop on one of its ends consisting of a circular, sheetlike surface, said stop performing an axial fixation in a direction of the plug in the hole of a tool holder of a ceramic cutting machine, and; b. a longitudinal slot that leaves open the inner hollow space of the plug in its entire length, said longitudinal slot comprising a narrower segment in the part of the plug that is nearest the end comprising the stop, and a wider segment in the part of the plug that is near the end of the plug opposite the stop; wherein • the wider part of the longitudinal slot is laterally delimited by two straight segments, which are in alignment, with no ridges or abrupt cuts, with the upper cylindrical surface of the plug; • the wider part of the longitudinal slot is laterally delimited by two straight segments, which are in alignment, with no ridges or abrupt cuts, with the upper cylindrical surface of the plug;
An anti-CD3 antibody which is a bispecific antibody, wherein the bispecific antibody comprises an anti-CD3 arm comprising a first binding domain comprising (a) a VH domain comprising an amino acid sequence of SEQ ID NO: 184 and (b) a VL domain comprising an amino acid sequence of SEQ ID NO: 185, and an anti-HER2 arm comprising a second binding domain comprising (a) a VH domain comprising an amino acid sequence of SEQ ID NO: 270 and (b) a VL domain comprising an amino acid sequence of SEQ ID NO: 271.
Ex vivo method for the production of mature dendritic cells wherein immature dendritic cells are exposed to a composition comprising either (i) membrane fragments of Klebsiella pneumoniae (FMKp), interferon gamma (IFN-gamma), and the pattern recognition receptor-ligand (PRR-ligand) CL075, or (ii) FMKp, IFN-gamma and the PRR-ligand Poly IC in a culture medium for an amount of time sufficient to obtain mature dendritic cells and wherein mature dendritic cells are isolated from the culture medium. (i) membrane fragments of Klebsiella pneumoniae (FMKp), interferon gamma (IFN-gamma), and the pattern recognition receptor-ligand (PRR-ligand) CL075, or (ii) FMKp, IFN-gamma and the PRR-ligand Poly IC
An imaging apparatus comprising: an imaging optical system configured to form an optical image of a face of a subject in a vehicle; an image sensor configured to capture the formed optical image and generate a captured image; and an image processor configured to determine a state of the subject based on the detection result of the eyes or pupils of the subject in the captured image, wherein the image processor determines that the subject is in an inappropriate driving state in the case where the eyes or pupils of the subject in the captured image have not been detected for a predetermined number of consecutive frames, and wherein the imaging apparatus satisfies the expression F ≥ 0.0003 f 2 / p, where F is an F value of the imaging optical system, f is a focal length of the imaging optical system, and p is a pixel pitch of the image sensor. an imaging optical system configured to form an optical image of a face of a subject in a vehicle; an image sensor configured to capture the formed optical image and generate a captured image; and an image processor configured to determine a state of the subject based on the detection result of the eyes or pupils of the subject in the captured image, wherein the image processor determines that the subject is in an inappropriate driving state in the case where the eyes or pupils of the subject in the captured image have not been detected for a predetermined number of consecutive frames, and wherein the imaging apparatus satisfies the expression F ≥ 0.0003 f 2 / p, where F is an F value of the imaging optical system, f is a focal length of the imaging optical system, and p is a pixel pitch of the image sensor.
A catheter having an expansile distal tip, the catheter tip having a constricted delivery configuration and an expanded deployed configuration, and comprising a support frame and an elastic sleeve extending over the frame, the sleeve being expandable in the deployed configuration to define an enlarged distal tip; wherein the support frame is cut from a tube and the cut pattern defines ring members and axially extending connections between the ring members and characterised in that the support frame comprises: a highly flexible region just proximal of the expansile distal tip; and a section proximal of the highly flexible region that is configured to expand to accept a clot a highly flexible region just proximal of the expansile distal tip; and a section proximal of the highly flexible region that is configured to expand to accept a clot