mhurhangee/ep-ind-claims huggingface dataset:
A dispenser for a flowable disinfectant, comprising a disinfectant container, a conveying section connectable or connected to the disinfectant container and leading to an outlet opening of the dispenser, an electric pump which causes the disinfectant to be conveyed to the outlet opening, and a switch which activates and deactivates the pump, the switch having a switch control device with at least one input for switch control signals, the switch control device actuating the switch so as to activate or, respectively, deactivate the pump depending on the switch control signals, characterized in that the switch control device is configured to actuate the switch in such a way that it keeps the pump activated for a defined time, with the defined time being chosen such that it is ensured that the pump will operate for a sufficiently long time for pumping out any disinfectant stored in the dispenser through the outlet opening.
A video processing apparatus comprising: a presentation control unit configured to control with a first scene of a previously captured video currently being re-captured used as a timing reference, presentation of advance information regarding a second scene of the previously captured video at a presentation timing before the end of the first scene, the second scene after the first scene, in a mode corresponding to one of a plurality of output destinations of the captured video, and wherein the advance information is information that prompts a user corresponding to each of the respective output destinations to perform an operation for the second scene as referenced by the previously captured video. a presentation control unit configured to control with a first scene of a previously captured video currently being re-captured used as a timing reference, presentation of advance information regarding a second scene of the previously captured video at a presentation timing before the end of the first scene, the second scene after the first scene, in a mode corresponding to one of a plurality of output destinations of the captured video, and wherein the advance information is information that prompts a user corresponding to each of the respective output destinations to perform an operation for the second scene as referenced by the previously captured video.
A system comprising a clip having a delivery shape and an implanted shape and comprising a first and a second leg (101, 102) being joined at respective distal ends (103, 104) at a distal point of said clip, said distal point forming a tapered shape of said clip being adapted to pierce tissue, and having proximal ends (103', 104') of said first and second legs being spaced apart in said delivery shape by a first distance, and being compressible to said implanted shape in which said legs are spaced apart by a second distance being shorter than said first distance, wherein said distal point and at least a portion of said legs forms the tapered shape of said clip, wherein said first or second leg comprises a proximal connecting element for connecting to a delivery device, said system being characterized in that it further comprises an annuloplasty implant, such as an annuloplasty ring, wherein said first and second legs form an upward open receiving portion, extending from said distal point, said receiving portion being adapted to receive and fixate the position of said implant to a heart valve.
A flow conditioner, characterized by: a single disk having a first side and a second side; a central hole that opens on a first side of the disk; at least one inner ring comprising a concentric ring of a plurality of holes, wherein the holes define fluid passages from the at least one inner ring to the first side of said disk; and an outer ring comprising a concentric ring of a plurality of holes, wherein the holes define fluid passages from the outer ring to the first side of said disk; wherein 1) a diameter of the central hole is greater than the diameters of the plurality of holes of the at least one inner ring, and 2) the diameters of the plurality of holes of the at least one inner ring are greater than the diameters of the plurality of holes of the outer ring, and wherein 1) the central hole defines a fluid passage having a length which is less than the length of the fluid passages of the plurality of holes of the at least one inner ring, and 2) the length of the fluid passages of the plurality of holes of the at least one inner ring is less than the length of the fluid passages of the plurality of holes of the outer ring, wherein the at least one inner ring is in a stepped, recessed configuration from the outer ring. a single disk having a first side and a second side; a central hole that opens on a first side of the disk; at least one inner ring comprising a concentric ring of a plurality of holes, wherein the holes define fluid passages from the at least one inner ring to the first side of said disk; and an outer ring comprising a concentric ring of a plurality of holes, wherein the holes define fluid passages from the outer ring to the first side of said disk; wherein 1) a diameter of the central hole is greater than the diameters of the plurality of holes of the at least one inner ring, and 2) the diameters of the plurality of holes of the at least one inner ring are greater than the diameters of the plurality of holes of the outer ring, and 1) a diameter of the central hole is greater than the diameters of the plurality of holes of the at least one inner ring, and 2) the diameters of the plurality of holes of the at least one inner ring are greater than the diameters of the plurality of holes of the outer ring, and wherein 1) the central hole defines a fluid passage having a length which is less than the length of the fluid passages of the plurality of holes of the at least one inner ring, and 2) the length of the fluid passages of the plurality of holes of the at least one inner ring is less than the length of the fluid passages of the plurality of holes of the outer ring, 1) the central hole defines a fluid passage having a length which is less than the length of the fluid passages of the plurality of holes of the at least one inner ring, and 2) the length of the fluid passages of the plurality of holes of the at least one inner ring is less than the length of the fluid passages of the plurality of holes of the outer ring, wherein the at least one inner ring is in a stepped, recessed configuration from the outer ring.
A synchronous dynamic random access memory, SDRAM, device, comprising: a hardware interface to couple to a data signal line of a data bus; a register to store a first value to indicate a first finite termination impedance as a default termination impedance, and a second value to indicate a second finite termination impedance, wherein the first value and the second value are separately programmable; and an on-die termination, ODT, circuit coupled to the hardware interface, the ODT circuit to include a pull-up resistor between the hardware interface and a power supply, the ODT circuit to not include an electrical path between the power supply and ground, the ODT circuit to apply termination for the data signal line, including to apply the second finite termination impedance when an ODT signal is asserted and the SDRAM is to be accessed, and apply the default termination impedance when the ODT signal is non-asserted and the SDRAM is not to be accessed. a hardware interface to couple to a data signal line of a data bus; a register to store a first value to indicate a first finite termination impedance as a default termination impedance, and a second value to indicate a second finite termination impedance, wherein the first value and the second value are separately programmable; and an on-die termination, ODT, circuit coupled to the hardware interface, the ODT circuit to include a pull-up resistor between the hardware interface and a power supply, the ODT circuit to not include an electrical path between the power supply and ground, the ODT circuit to apply termination for the data signal line, including to apply the second finite termination impedance when an ODT signal is asserted and the SDRAM is to be accessed, and apply the default termination impedance when the ODT signal is non-asserted and the SDRAM is not to be accessed.
Process for treating a shaped body containing at least one Ti containing zeolite and being at least partly crystalline characterized in that said shaped body is brought in contact with water in the liquid phase after the following step of an integrated process for producing a shaped body: after a step of calcining said shaped body; wherein said bringing into contact with water in the liquid phase is performed with deionized water at a temperature between 120 and 175 °C for a duration of 12 to 24 hours. after a step of calcining said shaped body; wherein said bringing into contact with water in the liquid phase is performed with deionized water at a temperature between 120 and 175 °C for a duration of 12 to 24 hours.
Adapter for supporting and electrically connecting a lighting apparatus to an electrified track, comprising a box-like body at whose interior a mechanism is housed for extracting and retracting at least one electrical contact (21,22,23) such that the box-like body is able to assume a first compact configuration, wherein the at least one electrical contact (21,22,23) is substantially housed inside the box-like body, and a second configuration wherein the at least one electrical contact (21,22,23) is at least partially extracted from the box-like body, the box-like body being associated with at least one interface element (12,13) for coupling to a lighting apparatus and is characterized in that the at least one interface element (12,13) is movable between a first extracted configuration and a second retracted configuration with respect to the box-like body, wherein the retraction and extraction movements respectively determine the passage of the box-like body from its first compact configuration to its second extracted configuration and vice versa.
Drive unit for an automatic punching machine or press for moving a ram, where the ram movement consists of a lifting movement to move the ram away from and towards a workpiece and a working stroke for machining the workpiece, where the drive unit has an auxiliary drive and a main drive, and where the working stroke is only executed by the main drive and the auxiliary drive has a knee lever system with top and bottom knee lever legs (12, 13) and a toggle joint, characterized in that the knee lever legs (12, 13) can be locked in position mechanically by means of a fixed stop, where the top and bottom knee lever legs (12, 13) form an angle (α) of more than 181° on the side facing the fixed stop when the knee lever legs (12, 13) hit the fixed stop so that the knee lever system is locked in place mechanically.
A cutting element for use with an earth-boring tool, comprising: a cutting table having a cutting surface, the cutting table comprising at least two sections, wherein a boundary between the at least two sections is at least partially defined by a discontinuity formed in the cutting table at the cutting surface and extending across the cutting table from a first portion of a peripheral edge of the cutting table to a second, opposing portion of the peripheral edge of the cutting table, characterized by the cutting table being configured to selectively detach at least one section of the at least two sections of the cutting table from an element to which the cutting table is attached at the discontinuity after being worn to an extent to expose a cutting edge of a next, adjacent section of the at least two sections of the cutting table. a cutting table having a cutting surface, the cutting table comprising at least two sections, wherein a boundary between the at least two sections is at least partially defined by a discontinuity formed in the cutting table at the cutting surface and extending across the cutting table from a first portion of a peripheral edge of the cutting table to a second, opposing portion of the peripheral edge of the cutting table, characterized by the cutting table being configured to selectively detach at least one section of the at least two sections of the cutting table from an element to which the cutting table is attached at the discontinuity after being worn to an extent to expose a cutting edge of a next, adjacent section of the at least two sections of the cutting table. comprising at least two sections, wherein a boundary between the at least two sections is at least partially defined by a discontinuity formed in the cutting table at the cutting surface and extending across the cutting table from a first portion of a peripheral edge of the cutting table to a second, opposing portion of the peripheral edge of the cutting table, characterized by the cutting table being configured to selectively detach at least one section of the at least two sections of the cutting table from an element to which the cutting table is attached at the discontinuity after being worn to an extent to expose a cutting edge of a next, adjacent section of the at least two sections of the cutting table.
Mechanical movement watch with a force control mechanism, and of the jumping seconds type, the force control mechanism being arranged in a going train (5, 8, 9, 10) of the mechanical movement, which is arranged between an energy source and an escape wheel set comprised in an escapement mechanism connected to an oscillator intended to be set in oscillation in normal operation by a drive generated by said energy source to rotate said escape wheel set always in a single direction of rotation at each half-oscillation of the oscillator, said escape wheel set meshing with a seconds wheel, watch wherein said force control mechanism comprises a rotating locking element arranged to cooperate with a stop member in conjunction with said seconds wheel to lock said going train in a stop mode or release said going train in a jump mode, depending on the angular position of said seconds wheel, characterized in that the force control mechanism also comprises: a flexure bearing with elastic strips attached, on the one hand to the seconds wheel, and on the other hand to a support of the watch movement, such as a plate, said flexure bearing with elastic strips being in a pre-wound state in the stop mode and arranged to drive in rotation the seconds wheel and the escapement mechanism connected to the oscillator at each half-oscillation of the oscillator in the stop mode, and the going train allowing the rotating locking element and a seconds-wheel pinion coaxial to said seconds wheel to rotate in order to make a one-second jump in the jump mode, and also allowing the flexure bearing with elastic strips to be rewound while allowing the rotating locking element and the going train to be locked for the stop mode following the jump mode. a flexure bearing with elastic strips attached, on the one hand to the seconds wheel, and on the other hand to a support of the watch movement, such as a plate, said flexure bearing with elastic strips being in a pre-wound state in the stop mode and arranged to drive in rotation the seconds wheel and the escapement mechanism connected to the oscillator at each half-oscillation of the oscillator in the stop mode, and the going train allowing the rotating locking element and a seconds-wheel pinion coaxial to said seconds wheel to rotate in order to make a one-second jump in the jump mode, and also allowing the flexure bearing with elastic strips to be rewound while allowing the rotating locking element and the going train to be locked for the stop mode following the jump mode.
A peptide which: (i) consists of 12 to 16 amino acids; (ii) has at least 8 arginine residues of which no more than 7 are consecutive; (iii) has 2 or 3 tryptophan residues which are not both, or not all, consecutive; and (iv) (a) consists of only two types of amino acid, wherein said two types of amino acid are arginine and tryptophan; or (b) consists of only three types of amino acid, wherein said three types of amino acid are arginine, tryptophan and glycine, and wherein said peptide has 1 to 4 glycine residues; said peptide optionally in the form of a salt, ester or amide. (i) consists of 12 to 16 amino acids; (ii) has at least 8 arginine residues of which no more than 7 are consecutive; (iii) has 2 or 3 tryptophan residues which are not both, or not all, consecutive; and (iv) (a) consists of only two types of amino acid, wherein said two types of amino acid are arginine and tryptophan; or (b) consists of only three types of amino acid, wherein said three types of amino acid are arginine, tryptophan and glycine, and wherein said peptide has 1 to 4 glycine residues; (a) consists of only two types of amino acid, wherein said two types of amino acid are arginine and tryptophan; or (b) consists of only three types of amino acid, wherein said three types of amino acid are arginine, tryptophan and glycine, and wherein said peptide has 1 to 4 glycine residues;
An air supply and extract vent comprising: a main body having an open channel extending therethrough and including fixing means for securing the main body within a ventilation aperture of a structure; an airflow damper support configured to be at least partially received within the main body and having an airflow channel extending therethrough; an airflow damper mounted to the airflow damper support; wherein the position of the airflow damper is adjustable relative to the airflow damper support to vary the airflow through the airflow channel, characterized in that the airflow damper support is releasably secured to the main body such that the airflow damper support and the airfow damper may be disconnected from the main body while retaining said relative position between the airflow damper and the airflow damper support. a main body having an open channel extending therethrough and including fixing means for securing the main body within a ventilation aperture of a structure; an airflow damper support configured to be at least partially received within the main body and having an airflow channel extending therethrough; an airflow damper mounted to the airflow damper support; wherein the position of the airflow damper is adjustable relative to the airflow damper support to vary the airflow through the airflow channel, characterized in that the airflow damper support is releasably secured to the main body such that the airflow damper support and the airfow damper may be disconnected from the main body while retaining said relative position between the airflow damper and the airflow damper support.
An ultrasonic flow meter arranged to measure a flow rate of a liquid, the flow meter comprises: • a through-going flow tube arranged for passage of a liquid between an inlet and an outlet, the flow tube defines a centre axis between the inlet and the outlet, the flow tube defines a flow passage either by an inner wall of the flow tube itself, by an inner wall of a measurement insert inserted into the flow tube or by a combination of the inner wall (6, 7) of the flow tube and a measurement insert; • a housing for liquid tight mounting on the flow tube, the housing comprises two or more ultrasonic transducers and a control circuit arranged for operating the transducers and for generating a signal or value indicative of the flow rate of the liquid; • each transducer comprises a surface for emission and receipt of ultrasonic signals, the surface defines a surface normal, and wherein the transducer is arranged so that the surface normal is perpendicular to the centre axis; characterized in that the housing further comprises two or more separate transducer inserts formed monolithically with the housing as a part of the bottom of the housing, the two or more transducers being arranged in the transducer inserts, and wherein each transducer insert comprises a coupling surface formed monolithically with the transducer insert arranged in a plane parallel manner to cover the surface of the transducer; and wherein the housing is mounted on the flow tube so that the transducer inserts are inserted through separate matching openings in the flow tube to extend into the flow passage in a manner so that a distance between the centre axis and the coupling surface is smaller than a distance between the centre axis and a corresponding point on the inside cross-section of the inner wall (6, 7) so that gas bubbles in a liquid in the flow tube will not rest at the coupling surface. • a through-going flow tube arranged for passage of a liquid between an inlet and an outlet, the flow tube defines a centre axis between the inlet and the outlet, the flow tube defines a flow passage either by an inner wall of the flow tube itself, by an inner wall of a measurement insert inserted into the flow tube or by a combination of the inner wall (6, 7) of the flow tube and a measurement insert; • a housing for liquid tight mounting on the flow tube, the housing comprises two or more ultrasonic transducers and a control circuit arranged for operating the transducers and for generating a signal or value indicative of the flow rate of the liquid; • each transducer comprises a surface for emission and receipt of ultrasonic signals, the surface defines a surface normal, and wherein the transducer is arranged so that the surface normal is perpendicular to the centre axis;
A system for rehabilitating a user with motor impairment, comprising: sensing electrodes configured to be positioned on or in the user's head, wherein said sensing electrodes are capable of sensing neural signals from the brain of the user; stimulation electrodes configured to be positioned on a specific body part of the user; and a processing unit connected to receive neural signals from the sensing electrodes, wherein said processing unit is capable of receiving electrical signals from the electrodes positioned on or in the user's head, and determining an intent to move the specific body part of the user from the electrical signals, characterized in that said processing unit is further capable of determining a focus level of the user from the electrical signals, wherein the focus level is determined by a change in amplitude of the gamma frequency band in the received electrical signals compared to a calibration period; and said processing unit is further capable of, based on the intent to move and the focus level, delivering electrical stimulation through the stimulation electrodes positioned on the specific body part of the user to cause movement of the specific body part. sensing electrodes configured to be positioned on or in the user's head, wherein said sensing electrodes are capable of sensing neural signals from the brain of the user; stimulation electrodes configured to be positioned on a specific body part of the user; and a processing unit connected to receive neural signals from the sensing electrodes, wherein said processing unit is capable of receiving electrical signals from the electrodes positioned on or in the user's head, and determining an intent to move the specific body part of the user from the electrical signals, characterized in that said processing unit is further capable of determining a focus level of the user from the electrical signals, wherein the focus level is determined by a change in amplitude of the gamma frequency band in the received electrical signals compared to a calibration period; and said processing unit is further capable of, based on the intent to move and the focus level, delivering electrical stimulation through the stimulation electrodes positioned on the specific body part of the user to cause movement of the specific body part.