mhurhangee/ep-ind-claims huggingface dataset:
A receiving apparatus for the partial reception of a flange which is or can be connected to a vacuum pump, comprising at least one fastening section for fastening to a recipient; at least one support section on which the flange lies in an assembly state; and at least one receiving opening bounded by the support section, wherein the flange can be pushed into the receiving opening and can be pulled out of the receiving opening from an access side of the receiving apparatus with the receiving apparatus fastened to the recipient, and two fastening sections and a carrier, which extends between the fastening sections and forms the support section, are provided, characterized in that the two fastening sections project beyond the carrier and form the limbs of a U.
Method of measurement by atomic interferometry, in which each session of measurements is executed with at least two sets of atoms (11, 12) each subjected to conditions of formation of an atomic interference, the atoms of each set of atoms (11, 12) being of a species dedicated to said set of atoms and different from the species of atoms of each other set of atoms, method in which, for each session of measurements, said conditions are produced for each set of atoms (11, 12) throughout a volume that is associated with said set of atoms and that contains at least one point in common with the volume associated with each other set of atoms, and are produced between a start time point and an end time point respectively before and after an intermediate time point that is common to all the sets of atoms, and in which a measurement result (P 11, P 12) is obtained in each session of measurements independently for each set of atoms (11, 12), each measurement result varying according to a first function of a phase shift that appeared for the set of atoms during the formation of the atomic interference, and said phase shift itself being a second function of an external parameter (a) a value of which is sought, said first function being alternately increasing and decreasing for at least a first of the sets of atoms so that a measurement result (P 11) that is obtained for said first set of atoms corresponds to several possible values of the external parameter (a) within a non-zero exploration interval, and said second function having, for at least one other of the sets of atoms different from said first set of atoms, a derivative with respect to the value of the external parameter (a), that depends on at least one factor selected from a base time for a sequence of interactions between the atoms and photons, and a number of photons involved in a multiphoton interaction, said sequence of interactions or said multiphoton interaction being implemented in order to form the atomic interference of said other set of atoms, the method being characterized in that a value of the factor is selected in order to carry out a session of measurements, so that the measurement result (P 12) that is obtained for said other set of atoms corresponds to a single value of the external parameter (a) within the exploration interval, so that an indetermination between several values of the external parameter (a) that exists from the measurement result (P 11) obtained for the first set of atoms, is eliminated by correlation with the measurement result (P 12) obtained for said other set of atoms.
A cooking oven, in particular for household use, of the type comprising: a cabinet comprising a muffle adapted to be closed by a door, a first and a second panes adapted to create at least a first interspace in said door, - a cooling system comprising a fan and a delivery duct adapted to blow air into said first interspace, characterized in that said cooking oven comprises fixing means for snap-coupling the delivery duct to a plate of the oven structure, the latter being in particular adapted to be coupled to the bottom of said delivery duct, and in that said cooking oven further comprises a plurality of coupling means on the upper portion of the delivery duct. a cabinet comprising a muffle adapted to be closed by a door, a first and a second panes adapted to create at least a first interspace in said door, - a cooling system comprising a fan and a delivery duct adapted to blow air into said first interspace,
A composition comprising a polypeptide covalently linked to a nucleic acid molecule at one or more specific amino acid positions of said polypeptide, wherein said nucleic acid molecule is covalently linked to an amino acid side chain of a non-naturally encoded amino acid of said polypeptide.
An ostomy appliance comprising, a base plate having an inner radial boundary defining a stoma receiving opening and an outer radial boundary defining the outer edge of the base plate, where the base plate comprises - an adhesive layer having a first surface for adhering the base plate to the skin surrounding the stoma and a second surface opposite the first surface, - a first liquid impermeable layer having a first surface covering the second surface of the adhesive layer, characterized in that the second opposite surface of the first liquid impermeable layer is provided with a wicking material abutting the inner radial boundary of the stoma receiving opening and extending in a radial direction towards the outer edge of the base plate and away from the stoma receiving opening. - an adhesive layer having a first surface for adhering the base plate to the skin surrounding the stoma and a second surface opposite the first surface, - a first liquid impermeable layer having a first surface covering the second surface of the adhesive layer,
A hair trimming system (10, 200) comprising a handle (12, 212) and a head, the head comprising a cutting unit for cutting hairs, and the head being moveable relative to the handle (12, 212), wherein: the head comprises a base configured to be received in the handle (12, 212), wherein the base comprises a connecting portion configured to cooperate with the handle (12, 212) to connect the handle (12, 212) and the head, and to permit pivoting movement of the head with respect to the handle (12, 212) about the connecting portion, and the base comprises a main indentation and an intermediate indentation; the handle (12, 212) comprises a holding mechanism comprising a moveable stop configured to be received separately in each of the main indentation and in the intermediate indentation, to restrict pivoting movement of the head relative to the handle (12, 212) about the connecting portion so as to secure the head to the handle (12, 212), wherein the stop is biased to a locked position relative to the handle (12, 212), wherein in the locked position, the stop is received in one of the main indentation and the intermediate indentation, to secure the head to the handle (12, 212), wherein when the stop is received in the main indentation, the base of the head is received within the handle (12, 212) in an operational configuration, and when the stop is received in the intermediate indentation, the head is pivoted away from the handle (12, 212) relative to the operational configuration, in an open configuration. the head comprises a base configured to be received in the handle (12, 212), wherein the base comprises a connecting portion configured to cooperate with the handle (12, 212) to connect the handle (12, 212) and the head, and to permit pivoting movement of the head with respect to the handle (12, 212) about the connecting portion, and the base comprises a main indentation and an intermediate indentation; the handle (12, 212) comprises a holding mechanism comprising a moveable stop configured to be received separately in each of the main indentation and in the intermediate indentation, to restrict pivoting movement of the head relative to the handle (12, 212) about the connecting portion so as to secure the head to the handle (12, 212), wherein the stop is biased to a locked position relative to the handle (12, 212), wherein in the locked position, the stop is received in one of the main indentation and the intermediate indentation, to secure the head to the handle (12, 212), wherein when the stop is received in the main indentation, the base of the head is received within the handle (12, 212) in an operational configuration, and when the stop is received in the intermediate indentation, the head is pivoted away from the handle (12, 212) relative to the operational configuration, in an open configuration.
A feedback control apparatus for determining a control value (Vd, Vq) for controlling an output value on the basis of an input value (δId, δIq) depending on a difference between a target value and the output value, wherein in a first period (t<T0) before occurrence of a soft error, the control value (Vd, Vq) is determined by means of first feedback control using a current input value (δId, δIq) and a past input value, in a predetermined second period (T1<t<T2) after the occurrence of the soft error, the control value (Vd, Vq) is determined by means of second feedback control using a current input value (δId, δIq) but not using a past input value, and in a third period (t>T2) after a lapse of the second period (T1<t<T2), the first feedback control is resumed.
A switching regulator control circuit configured to generate a switching signal for controlling the turning on/off of a switching element (Q1, Q2) in a switching regulator, comprising: a) a slope voltage generator configured to generate a slope voltage (V SLP) based on a clock signal of a predetermined frequency, the slope voltage generator being further configured to initialize the slope voltage (V SLP) each time the clock signal is switched from high level to low level and to make the time a timing at which sloping of the slope voltage (V SLP) starts, so that the switching regulator serves as a current-mode control switching regulator; b) an error amplifier configured to generate an error signal (V C) corresponding to a difference between a voltage (V FB) corresponding to an output voltage of the switching regulator and a reference voltage (V REF); c) a first comparator configured to compare the slope voltage with the error signal; and d) a latch portion configured to be set based on the clock signal and reset by an output signal of the first comparator, wherein e) a timing at which the latch portion is set is delayed with respect to a timing at which sloping of the slope voltage starts; and f1) further comprising a delay portion (5; 8) to which the clock signal is fed, wherein an output signal of the delay portion (5; 8) is supplied to a set terminal of the latch portion; wherein f2) the delay portion (5; 8) is a second comparator configured to compare the clock signal with a predetermined voltage; characterized in that: f3) the predetermined voltage is the error signal (V C). a) a slope voltage generator configured to generate a slope voltage (V SLP) based on a clock signal of a predetermined frequency, the slope voltage generator being further configured to initialize the slope voltage (V SLP) each time the clock signal is switched from high level to low level and to make the time a timing at which sloping of the slope voltage (V SLP) starts, so that the switching regulator serves as a current-mode control switching regulator; b) an error amplifier configured to generate an error signal (V C) corresponding to a difference between a voltage (V FB) corresponding to an output voltage of the switching regulator and a reference voltage (V REF); c) a first comparator configured to compare the slope voltage with the error signal; and d) a latch portion configured to be set based on the clock signal and reset by an output signal of the first comparator, wherein e) a timing at which the latch portion is set is delayed with respect to a timing at which sloping of the slope voltage starts; and f1) further comprising a delay portion (5; 8) to which the clock signal is fed, wherein an output signal of the delay portion (5; 8) is supplied to a set terminal of the latch portion; wherein f2) the delay portion (5; 8) is a second comparator configured to compare the clock signal with a predetermined voltage;
A computer implemented method of fabricating a covered mesh bag for a mesh implant through use of a 3-D printing device, the method comprising: obtaining a 3-D image of an intended bone repair site; generating a 3-D digital model of the intended bone repair site based on the 3-D image; a step for inputting instructions for a computer processor to carry out the fabrication based on the 3-D digital model of the intended bone repair site; a step for aligning a printing surface, a base and a print head relative to one another; a step for depositing material onto the printing surface; a step for rotating the printing surface and moving the base to create a mesh pattern; a step for solidifying the material on the printing surface; a step for 3-D printing of the mesh bag having a compartment that is accessible through an opening; a step for filling the compartment with bone material; a step for enclosing the mesh bag by 3-D printing a covering for enclosing the bone material within the compartment of the mesh bag, wherein a volume, length, width, and thickness of the covering is calculated based on the 3-D digital model of the intended bone repair site to match a volume, length, width, and thickness of the compartment and/or mesh bag; and a step for removing the 3-D formed and covered mesh bag. obtaining a 3-D image of an intended bone repair site; generating a 3-D digital model of the intended bone repair site based on the 3-D image; a step for inputting instructions for a computer processor to carry out the fabrication based on the 3-D digital model of the intended bone repair site; a step for aligning a printing surface, a base and a print head relative to one another; a step for depositing material onto the printing surface; a step for rotating the printing surface and moving the base to create a mesh pattern; a step for solidifying the material on the printing surface; a step for 3-D printing of the mesh bag having a compartment that is accessible through an opening; a step for filling the compartment with bone material; a step for enclosing the mesh bag by 3-D printing a covering for enclosing the bone material within the compartment of the mesh bag, wherein a volume, length, width, and thickness of the covering is calculated based on the 3-D digital model of the intended bone repair site to match a volume, length, width, and thickness of the compartment and/or mesh bag; and a step for removing the 3-D formed and covered mesh bag.
System, - having a master, - having a first slave, - having a second slave, - having a bus, wherein the bus connects the master and the first slave and the second slave to one another in order to transmit a data packet from the master via the first slave and via the second slave back to the master, - in which the master is configured to generate the data packet with a header (4.1) and a data area (4.2) and to send the generated data packet to the bus, - in which the first slave is configured to write its first address and first payload data to a first segment of the data area (4.2) of the data packet, - in which the second slave is configured to write its second address and second payload data to a second segment of the data area (4.2) of the data packet, - in which the master is configured to receive the data packet from the bus and to assign the first payload data to the first slave on the basis of the first address and to assign the second payload data to the second slave on the basis of the second address and to process the assigned first payload data and assigned second payload data further. - having a master, - having a first slave, - having a second slave, - having a bus, wherein the bus connects the master and the first slave and the second slave to one another in order to transmit a data packet from the master via the first slave and via the second slave back to the master, - in which the master is configured to generate the data packet with a header (4.1) and a data area (4.2) and to send the generated data packet to the bus, - in which the first slave is configured to write its first address and first payload data to a first segment of the data area (4.2) of the data packet, - in which the second slave is configured to write its second address and second payload data to a second segment of the data area (4.2) of the data packet, - in which the master is configured to receive the data packet from the bus and to assign the first payload data to the first slave on the basis of the first address and to assign the second payload data to the second slave on the basis of the second address and to process the assigned first payload data and assigned second payload data further.
Process for facilitating the ability of cosmetic preparations comprising UV photoprotective filters to be washed out of textiles, characterized in that polyvinyl alcohol is added to the cosmetic.
Tool for the treatment of surfaces of dental materials, comprising a shank one end of which is provided with an abrasive layer that forms a head, the abrasive layer (3M, 11M, 31M, 41M) comprising an elastic synthetic material in which abrasive particles are embedded, and the other end of which is provided with means for connection to a dental handpiece, characterised in that the synthetic material is silicone and the end of the shank (15, 25, 36) on which the abrasive layer (3M, 11M, 31M, 41M) is provided, whose profile is one of conical, frustoconical, rod-shaped with a rounded or prismatic free end, ogival, mushroom-shaped, or cup-shaped, is in the form of a rigid core (5, 13, 26, 34, 44) that serves to anchor the abrasive layer whose profile (5P, 13P, 34P, 44P) is similar in shape to the profile (3P, 11P, 31P, 41P) of the abrasive layer and correspondingly is one of conical, frustoconical, rod-shaped with a rounded or prismatic free end, ogival, mushroom-shaped, or cup-shaped, and the abrasive layer encloses the core with the exception of its termination on the handpiece side and has a thickness of at least 0.3 mm.
-5-[3-Chloro-4-(2,3-dihydroxy-propoxy)-benz ylidene]-2-( -propylimino)-3-o-tolylthiazolidin-4-one (Compound 1), or a pharmaceutically acceptable salt thereof, for use in the treatment of a disease or disorder associated with an activated immune system, selected from the group consisting of: rejection of transplanted organs such as kidney, liver, heart, lung, pancreas, cornea, and skin; graft-versus-host disease; autoimmune syndromes including rheumatoid arthritis, multiple sclerosis, inflammatory bowel diseases such as Crohn's disease and ulcerative colitis, psoriasis, psoriatic arthritis, thyroiditis such as Hashimoto's thyroiditis, and uveo-retinitis; atopic diseases such as rhinitis, conjunctivitis, and dermatitis; asthma; type I diabetes; post-infectious autoimmune diseases including rheumatic fever and post-infectious glomerulonephritis; solid cancers; and tumor metastasis; wherein during initiation of treatment, or upon re-initiation of treatment after drug discontinuation, Compound 1, or a pharmaceutically acceptable salt thereof, is to be administered to a human subject orally once daily as follows: 2 mg of Compound 1 on days 1 and 2; 3 mg of Compound 1 on days 3 and 4; 4 mg of Compound 1 on days 5 and 6; 5 mg of Compound 1 on day 7; 6 mg of Compound 1 on day 8; 7 mg of Compound 1 on day 9; 8 mg of Compound 1 on day 10; and 9 mg of Compound 1 on day 11; followed by (a) the maintenance dose of 10 mg of Compound 1 to be administered orally once daily from day 12 onwards; or (b) 10 mg of Compound 1 to be administered orally once daily for 2, 3 or 4 days, followed by the maintenance dose of 20 mg of Compound 1 to be administered orally once daily.
A gas turbine blade, comprising: - a turbine blade extending between a leading edge and a trailing edge; and - a plurality of film coolers formed in a section from the leading edge to the trailing edge of the turbine blade, - wherein each film cooler includes a cooling channel through which cooling air is introduced; and - wherein the cooling channel is formed in an oval shape, each cooling channel comprising a rear end portion; and - an outlet comprising a front end portion and extending from the rear end portion of the cooling channel to an outer surface of the turbine blade; and - wherein the outlet is formed in an oval shape that becomes longer from said rear end portion of the cooling channel to the outer surface of the turbine blade, - characterized in that each film cooler includes a width change portion connecting said rear end portion of the cooling channel and said front end portion of the outlet, - wherein a width (w) of the film cooler is changed at the width change portion, - wherein the width change portion is provided with a guide portion extending in a streamline form toward the outlet, and - wherein the guide portion comprises a first guide portion provided at a left side and a second guide portion provided at a right side opposite the left side of the width change portion based on a width direction thereof and the first and the second guide portions (132, 134) being configured to guide a moving direction of the cooling air moving through the cooling channel to the left side and the right side of the outlet based on the width direction of the outlet. - a turbine blade extending between a leading edge and a trailing edge; and - a plurality of film coolers formed in a section from the leading edge to the trailing edge of the turbine blade, - wherein each film cooler includes a cooling channel through which cooling air is introduced; and - wherein the cooling channel is formed in an oval shape, each cooling channel comprising a rear end portion; and - an outlet comprising a front end portion and extending from the rear end portion of the cooling channel to an outer surface of the turbine blade; and - wherein the outlet is formed in an oval shape that becomes longer from said rear end portion of the cooling channel to the outer surface of the turbine blade, - characterized in that each film cooler includes a width change portion connecting said rear end portion of the cooling channel and said front end portion of the outlet, - wherein a width (w) of the film cooler is changed at the width change portion, - wherein the width change portion is provided with a guide portion extending in a streamline form toward the outlet, and - wherein the guide portion comprises a first guide portion provided at a left side and a second guide portion provided at a right side opposite the left side of the width change portion based on a width direction thereof and the first and the second guide portions (132, 134) being configured to guide a moving direction of the cooling air moving through the cooling channel to the left side and the right side of the outlet based on the width direction of the outlet.
Laundry treatment appliance (1, 14, 22, 30) with a housing (2, 16, 24, 32) having a rear wall (3, 15, 23, 31) and a system spring-mounted within the housing (2, 16, 24, 32), wherein the system has at least one element pointing in the direction of the rear wall (3, 15, 23, 31), characterised in that a section of the rear wall (3, 15, 23, 31) corresponding to the element is formed by an elastic membrane (7, 17, 25, 33), wherein the section corresponding to the element is arranged closest to the element on the rear wall and has a dimension which is greater than or equal to the outer contour of the element.