mhurhangee/ep-ind-claims huggingface dataset:
An actuating motor set of an electronic lock, comprising: a mounting base formed with a chamber; a motor connected to said mounting base and having a rotating shaft; a transmission set having a worm gear (931; 931a) connected to said rotating shaft, said worm gear (931; 931a) having a tooth distributed not all the way to two opposite ends respectively defining a pushing end and a restoring end; and a spring including an engagement part (941; 941a) engaging with said tooth and a remaining part defining an abutment part (942; 942a), an inner diameter of said abutment part (942; 942a) being larger than an outer diameter of said tooth; wherein, when the tooth rotates spirally, said spring is pushed by said tooth upon rotation of said worm gear (931; 931a), and thus moves back and forth in an axial direction of said worm gear (931; 931a), said spring idling when it is moved to said pushing end of said worm gear (931; 931a) due to lack of engagement therewith, and said spring idling when it is moved to said restoring end of said worm gear (931; 931a) due to lack of engagement therewith, wherein said abutment part further abuts a rear clutch member (95; 97), said rear clutch member (95; 97) being installed and slidable in said chamber, characterised in that said rear clutch member (95; 97) includes an extending tube (951;971), and in that said extending tube (951;971) abuts against said abutment part. a mounting base formed with a chamber; a motor connected to said mounting base and having a rotating shaft; a transmission set having a worm gear (931; 931a) connected to said rotating shaft, said worm gear (931; 931a) having a tooth distributed not all the way to two opposite ends respectively defining a pushing end and a restoring end; and a spring including an engagement part (941; 941a) engaging with said tooth and a remaining part defining an abutment part (942; 942a), an inner diameter of said abutment part (942; 942a) being larger than an outer diameter of said tooth; wherein, when the tooth rotates spirally, said spring is pushed by said tooth upon rotation of said worm gear (931; 931a), and thus moves back and forth in an axial direction of said worm gear (931; 931a), said spring idling when it is moved to said pushing end of said worm gear (931; 931a) due to lack of engagement therewith, and said spring idling when it is moved to said restoring end of said worm gear (931; 931a) due to lack of engagement therewith, wherein said abutment part further abuts a rear clutch member (95; 97), said rear clutch member (95; 97) being installed and slidable in said chamber, characterised in that said rear clutch member (95; 97) includes an extending tube (951;971), and in that said extending tube (951;971) abuts against said abutment part.
Injection molding tool with a cavity for forming a molded part and with at least one mold plate which delimits the cavity at least in some regions and which has a base body with a receptacle, a mold insert provided in the receptacle and delimiting the cavity, and a releasable connection between the base body and the mold insert for exchanging the mold insert, wherein the base body has pressure means, and wherein the releasable connection has at least one latching element which is movably mounted in the base body and cooperates with the mold insert either to release or to block the connection between the base body and the mold insert, depending on the pressure of the pressure means, wherein the releasable connection has at least one locking recess on the mold insert, and wherein the latching element is designed, depending on the pressure of the pressure means, either to be disengageable from the locking recess on the mold insert for releasing the connection between the base body and the mold insert or to be engageable in the locking recess on the mold insert for locking the connection between the base body and the mold insert, characterized in that the releasable connection is mounted on the base body so as to be movable, more particularly displaceable, depending on the pressure of the pressure means.
A self-retaining suture comprising: a suture thread having a surface and a plurality of slots wherein a volume of suture thread material has been removed, said plurality of slots forming a plurality of straight-cut tissue retainers distributed on the surface, wherein each slot is oriented at an acute angle to a longitudinal axis of the suture thread and has an outer side and an inner side; and wherein the outer side of each slot defines a tissue engagement surface of a tissue retainer; wherein the plurality of tissue retainers are each preceded by an entrance ramp formed by a cut at an angle to the longitudinal axis of the suture which is different to the acute angle of the slot such that an additional volume of material has been removed from the suture thread adjacent a tip of the retainer, the entrance ramp being adapted to expose the tip of the retainer to promote engagement of tissue by the tissue engagement surface of the retainer. a suture thread having a surface and a plurality of slots wherein a volume of suture thread material has been removed, said plurality of slots forming a plurality of straight-cut tissue retainers distributed on the surface, wherein each slot is oriented at an acute angle to a longitudinal axis of the suture thread and has an outer side and an inner side; and wherein the outer side of each slot defines a tissue engagement surface of a tissue retainer; wherein the plurality of tissue retainers are each preceded by an entrance ramp formed by a cut at an angle to the longitudinal axis of the suture which is different to the acute angle of the slot such that an additional volume of material has been removed from the suture thread adjacent a tip of the retainer, the entrance ramp being adapted to expose the tip of the retainer to promote engagement of tissue by the tissue engagement surface of the retainer.
A solid electrolyte laminate with electrode layers laminated on both sides of a solid electrolyte layer formed from a solid electrolyte, the solid electrolyte made of yttrium-doped barium zirconate having hydrogen ion conductivity, a doped amount of yttrium being 15 mol% to 20 mol%, and a rate of increase in lattice constant at 100°C to 1000°C with respect to temperature changes being constant.
A secondary battery comprising: a casing comprising an end portion provided with an opening; and a top cover for covering the opening of the casing, the top cover comprising an inserting portion extending into the casing from the opening, wherein a plurality of notches are provided on an inner side of the end portion of the casing or on a side wall of the inserting portion facing the casing, wherein the secondary battery further comprises an insulating member and an electrode assembly installed within the casing, the insulating member is installed on the top cover to isolate the top cover from the electrode assembly; a minimum thickness of the insulating member protruding out from the top cover along an axial direction of the opening is greater than a maximum distance between adjacent notches; and/or, the minimum thickness of the insulating member protruding out from the top cover along the axial direction of the opening is greater than a maximum thickness of the inserting portion along the axial direction of the opening. a casing comprising an end portion provided with an opening; and a top cover for covering the opening of the casing, the top cover comprising an inserting portion extending into the casing from the opening, wherein a plurality of notches are provided on an inner side of the end portion of the casing or on a side wall of the inserting portion facing the casing, wherein the secondary battery further comprises an insulating member and an electrode assembly installed within the casing, the insulating member is installed on the top cover to isolate the top cover from the electrode assembly; a minimum thickness of the insulating member protruding out from the top cover along an axial direction of the opening is greater than a maximum distance between adjacent notches; and/or, the minimum thickness of the insulating member protruding out from the top cover along the axial direction of the opening is greater than a maximum thickness of the inserting portion along the axial direction of the opening.
A medical device for removing deposits of substances colonizable by pathogens from the oral cavity of an animal; said device having a rod which is elongated according to a given direction and has a shank symmetrically shaped relative to a first median plane and longitudinally delimited by an end section which develops longitudinally in a tapered manner starting from a bottom portion and delimited by a rounded end; said end section comprising a first face and a second face opposite to one another which develop between said end and said bottom portion; wherein said first median plane separates said first face from said second face; said first face having a substantially wedge-shaped cuspate lug which rises from said first plane; said second face having a first projection and a second projection arranged between said longitudinal end and said bottom portion.
API projectile comprising a hard core, in particular consisting of a steel or tungsten alloy, located in the center of the projectile, and a projectile tip, wherein the projectile tip is formed of a composite material, which comprises a metal powder and a polymer matrix, wherein the metal powder is selected from the group consisting of titanium, magnesium, aluminum, zirconium or any mixtures thereof, wherein the metal powder is embedded in the polymer matrix, characterized in that the composite material consists of at least 50 % by volume of the metal powder.
Operating mechanism for a window covering, comprising: - a stationary carrying structure; - a drive shaft, preferably at least partially accommodated within the carrying structure, for driving and thereby raising and/or lowering the window covering; - a drive wheel for engaging with an engagement means, in particular a cord or chain, for rotating the drive wheel; - a switchable coupling for switching between a coupled state in which the drive shaft is coupled to the drive wheel and an uncoupled state in which the drive shaft is uncoupled from the drive wheel; and - an operating element for switching the coupling between the coupled state and the uncoupled state, wherein the coupling comprises a transmission element, which transmission element can be translated by means of the operating element between: - a first position in which the transmission element is coupled to the drive wheel and the coupling adopts the coupled state; and - a second position in which the transmission element is uncoupled from the drive wheel and the coupling adopts the uncoupled state, characterized in that the drive shaft is free to rotate in the uncoupled state. - a stationary carrying structure; - a drive shaft, preferably at least partially accommodated within the carrying structure, for driving and thereby raising and/or lowering the window covering; - a drive wheel for engaging with an engagement means, in particular a cord or chain, for rotating the drive wheel; - a switchable coupling for switching between a coupled state in which the drive shaft is coupled to the drive wheel and an uncoupled state in which the drive shaft is uncoupled from the drive wheel; and - an operating element for switching the coupling between the coupled state and the uncoupled state, - a first position in which the transmission element is coupled to the drive wheel and the coupling adopts the coupled state; and - a second position in which the transmission element is uncoupled from the drive wheel and the coupling adopts the uncoupled state,
A method for encoding that generates parity-check bits (p 0,..., p m-1) based on a current symbol set s=( s 0,..., s k-L-1), the method comprising the steps of: acquiring a value L; obtaining the current symbol set s=( s 0,..., s k - L -1) of length (k-L); obtaining a zero-padded information vector s of length k by zero padding the current symbol set with L zeroes where L>0; using a matrix H and the zero-padded information vector s to determine the parity-check bits, wherein H comprises a section H 1 and a section H 2 and H 1 has size m-by-k and H 2 has size m-by-m; and transmitting the parity-check bits along with the current symbol set s =( s 0,..., s k-L-1); characterised in that H 1 consists of two sub-matrices H 1a of dimension m-by-L, and H 1b is of dimension m-by-(k-L) and wherein two column weights exist in H 1a and H 1b, and H 1a has a column weight distribution consisting of round (0.25 * L) number of columns of a first weight and round(0.75*L) number of columns of a second weight, the first column weight being different from the second column weight, and non-uniform interlacing of the columns between H 1a and H 1b is implemented. acquiring a value L; obtaining the current symbol set s=( s 0,..., s k - L -1) of length (k-L); obtaining a zero-padded information vector s of length k by zero padding the current symbol set with L zeroes where L>0; using a matrix H and the zero-padded information vector s to determine the parity-check bits, wherein H comprises a section H 1 and a section H 2 and H 1 has size m-by-k and H 2 has size m-by-m; and transmitting the parity-check bits along with the current symbol set s =( s 0,..., s k-L-1); characterised in that H 1 consists of two sub-matrices H 1a of dimension m-by-L, and H 1b is of dimension m-by-(k-L) and wherein two column weights exist in H 1a and H 1b, and H 1a has a column weight distribution consisting of round (0.25 * L) number of columns of a first weight and round(0.75*L) number of columns of a second weight, the first column weight being different from the second column weight, and non-uniform interlacing of the columns between H 1a and H 1b is implemented.
A method for predicting, at a given instant, the trajectory of a hostile aircraft with respect to vessels (HV, C1, C2, F), said hostile aircraft having a heading angle Ψ at the considered instant and being located at a distance D from a predicted objective point that corresponds to the vessel (HV, C1, C2, F) with the highest likelihood of being targeted by the aircraft as a function of the flight parameters of said aircraft at the considered instant or that is the barycentre of the positions of the vessels (HV, C1, C2, F) likely to be targeted by the hostile aircraft, weighted by their likelihood of being targeted by said aircraft, characterised in that the predicted trajectory is defined on the basis of an extrapolation of a given type of trajectory and connects the position of the hostile aircraft to a fictitious point of impact, the fictitious point of impact being defined, as a function of the predicted objective point targeted by the aircraft, so as to reduce the curvature of the predicted trajectory taking into account the heading angle Ψ of the aircraft and the distance D between the aircraft and the predicted objective point at the considered instant, with the predicted trajectory then being sent to computation means of an air defence missile so as to determine its point of interception with the hostile aircraft on said predicted trajectory.
A concentrate suitable for forming a stable aqueous composition upon dilution with water, comprising: (a) 5-40 weight % of a water-insoluble active organic compound selected from 3-iodo-2-propyl butyl carbamate (IPBC) and/or propiconazole; (b) 40-80 weight % of an adduct formed from the half-ester of maleic acid and an oil selected from linseed oil, glyceryl linoleate, phytyl linoleate, castor oil, rapeseed oil, tall oil, sunflower oil, soya bean oil, palm oil, coco oil and/or safflower oil; and (c) a neutralizer. (a) 5-40 weight % of a water-insoluble active organic compound selected from 3-iodo-2-propyl butyl carbamate (IPBC) and/or propiconazole; (b) 40-80 weight % of an adduct formed from the half-ester of maleic acid and an oil selected from linseed oil, glyceryl linoleate, phytyl linoleate, castor oil, rapeseed oil, tall oil, sunflower oil, soya bean oil, palm oil, coco oil and/or safflower oil; and (c) a neutralizer.
Product, in particular nutritional supplement, animal feed, nutritional product, pharmaceutical product, cosmetic product and/or animal feed supplement, for supplying at least one molecule that binds to a vitamine D receptor, namely vitamine D 3 and/or calcitriol and/or calcidiol, with at least one biologic material (10a; 10b; 10c) that comprises the molecule and is realized as plants and/or parts of plants and/or an extract obtained therefrom, and/or a solution and/or dispersion produced therefrom, characterised in that the molecule is present in the biological material in at least one first form, at least one second form and at least one third form, the first form being a free form, the second form being a simply glycosidic form and the third form being a multiply glycosidic form, wherein a quantitative proportion of molecules present in the first or second form and of molecules present in the third form is at least 1:2 and maximally 2:1, and the biologic material contains the molecules in a concentration of at least 50 μg/g, wherein the biological material (10a; 10b) contains at least one hydroxycinnamic acid derivate in a concentration of at least 100 μg/g, the hydroxycinnamic acid derivate being 2-hydroxy cinnamic acid, 3-hydroxy cinnamic acid, 4-hydroxy cinnamic acid, 3,4-dihydroxy cinnamic acid, chlorogenic acid, cumarine, ferulic acid or sinapic acid. characterised in that the molecule is present in the biological material in at least one first form, at least one second form and at least one third form, the first form being a free form, the second form being a simply glycosidic form and the third form being a multiply glycosidic form, wherein a quantitative proportion of molecules present in the first or second form and of molecules present in the third form is at least 1:2 and maximally 2:1, and the biologic material contains the molecules in a concentration of at least 50 μg/g, wherein the biological material (10a; 10b) contains at least one hydroxycinnamic acid derivate in a concentration of at least 100 μg/g, the hydroxycinnamic acid derivate being 2-hydroxy cinnamic acid, 3-hydroxy cinnamic acid, 4-hydroxy cinnamic acid, 3,4-dihydroxy cinnamic acid, chlorogenic acid, cumarine, ferulic acid or sinapic acid.
A surgical instrument having a proximal end, a distal end and a shaft, the shaft comprising a plurality of joint components connected in series, each joint component comprising first and second connectors, which connectors are axially spaced apart from one another at first and second ends of a respective joint component, wherein: the first connector comprises a first rolling surface, and the second connector comprises a second rolling surface, and wherein each joint component comprises a first spur gear extending from the first rolling surface, and a second spur gear extending from the second rolling surface, wherein a first rolling surface of a first joint component is engageable with a second rolling surface of a second joint component to form a rolling joint, and a second rolling surface of the first joint component is engageable with a first rolling surface of a third joint component; and each joint component comprises a wall defining a hollow interior and an inner channel extending axially through the joint component, wherein the inner channel of each joint component comprises a central channel portion and a peripheral channel, characterized in that the peripheral channel extends from the central channel portion to an inner surface of the outer wall. the first connector comprises a first rolling surface, and the second connector comprises a second rolling surface, and wherein each joint component comprises a first spur gear extending from the first rolling surface, and a second spur gear extending from the second rolling surface, wherein a first rolling surface of a first joint component is engageable with a second rolling surface of a second joint component to form a rolling joint, and a second rolling surface of the first joint component is engageable with a first rolling surface of a third joint component; and each joint component comprises a wall defining a hollow interior and an inner channel extending axially through the joint component, wherein the inner channel of each joint component comprises a central channel portion and a peripheral channel, characterized in that the peripheral channel extends from the central channel portion to an inner surface of the outer wall.
An apparatus for laser treatment of pigmented lesions and vascular lesions, operable to generate a train of sub-pulses, the apparatus comprising: a flash-lamp pumped free-running alexandrite laser configured to generate a sequence of laser macro pulses; an Neodymium doped laser medium pumped via an optical fiber by the free running alexandrite laser; a passive Q-switch configured to generate a train of sub-pulses; a beam shaping telescope; an optical fiber for delivery to a segment of skin; and a second harmonic generator and a lens to focus laser light generated by the Neodymium doped laser medium into said optical fiber; characterized in that the alexandrite laser is configured to generate the sequence of laser macro pulses with each laser macro pulse being selected to match the thermal relaxation time of blood vessels in the segment of skin and having a duration of 0.1 to 100ms; and the passive Q-switch is configured to generate the train of sub-pulses with each train of sub-pulses being within an envelope of 0.1ms to 100ms and wherein a duration of the individual sub-pulses is in a range of 5ns to 200ns. a flash-lamp pumped free-running alexandrite laser configured to generate a sequence of laser macro pulses; an Neodymium doped laser medium pumped via an optical fiber by the free running alexandrite laser; a passive Q-switch configured to generate a train of sub-pulses; a beam shaping telescope; an optical fiber for delivery to a segment of skin; and a second harmonic generator and a lens to focus laser light generated by the Neodymium doped laser medium into said optical fiber; characterized in that the alexandrite laser is configured to generate the sequence of laser macro pulses with each laser macro pulse being selected to match the thermal relaxation time of blood vessels in the segment of skin and having a duration of 0.1 to 100ms; and the passive Q-switch is configured to generate the train of sub-pulses with each train of sub-pulses being within an envelope of 0.1ms to 100ms and wherein a duration of the individual sub-pulses is in a range of 5ns to 200ns.