mhurhangee/ep-ind-claims huggingface dataset:
An artificial femoral prosthesis for knee arthroplasty, comprising: medial members (51, 131) and lateral members (91, 141), the medial members comprising a medial condyle portion and a medial trochlear portion, wherein an articular surface of the medial trochlear portion appears in a sagittal section as an arc of a second ellipse or circle; and the lateral members (91, 141) comprising a lateral trochlear portion and a lateral condyle portion, wherein an articular surface of the lateral trochlear portion appears in the sagittal section as an arc of a third ellipse or circle, characterised in that an articular surface of the medial condyle portion appears in the sagittal section as an arc of a first ellipse, and an articular surface of the lateral condyle portion appears in the sagittal section as an arc of a fourth ellipse, wherein preferably an articular surface of a most concave portion of a trochlear groove between the medial trochlear portion and the lateral trochlear portion is an arc of a fifth circle in the sagittal section, and wherein optionally some inter-condylar structures and/or elements of the prosthesis is adjusted to adapt to a cruciate ligament retaining-type prosthesis or a posterior stabilizing-type prosthesis or other revision-type prostheses or an individualized 3D printed prosthesis, or a non-patella arthroplasty-type prosthesis, a patella arthroplasty-type prosthesis, or a kinematic alignment-type prosthesis or an assembly-type prosthesis. medial members (51, 131) and lateral members (91, 141), the medial members comprising a medial condyle portion and a medial trochlear portion, wherein an articular surface of the medial trochlear portion appears in a sagittal section as an arc of a second ellipse or circle; and the lateral members (91, 141) comprising a lateral trochlear portion and a lateral condyle portion, wherein an articular surface of the lateral trochlear portion appears in the sagittal section as an arc of a third ellipse or circle, characterised in that an articular surface of the medial condyle portion appears in the sagittal section as an arc of a first ellipse, and an articular surface of the lateral condyle portion appears in the sagittal section as an arc of a fourth ellipse, wherein preferably an articular surface of a most concave portion of a trochlear groove between the medial trochlear portion and the lateral trochlear portion is an arc of a fifth circle in the sagittal section, and wherein optionally some inter-condylar structures and/or elements of the prosthesis is adjusted to adapt to a cruciate ligament retaining-type prosthesis or a posterior stabilizing-type prosthesis or other revision-type prostheses or an individualized 3D printed prosthesis, or a non-patella arthroplasty-type prosthesis, a patella arthroplasty-type prosthesis, or a kinematic alignment-type prosthesis or an assembly-type prosthesis.
A cooling compressor control system, the system comprising at least: - an electronic control; and - a reciprocating compressor comprising at least one mechanical assembly, which includes at least one compression mechanism and a motor; - the control system being characterized in that the electronic control is configured to detect a rotation turn velocity of the compression mechanism and to apply a braking torque to the mechanical assembly after detecting that the turn velocity is below a velocity level, wherein the turn velocity of the compression mechanism has zero value at the moment when the new compression cycle is about to begin. - an electronic control; and - a reciprocating compressor comprising at least one mechanical assembly, which includes at least one compression mechanism and a motor; - the control system being characterized in that
Method for encoding a dimensionally stable packaging container or an associated constituent made of plastics material, wherein the packaging container is suitable for storing consumer goods such as food, detergents, etc., characterised in that a film-shaped, flat plastics material for forming the three-dimensional packaging container or the associated constituent is deep-drawn using a tool mould while, at a plurality of positions, the outer sides (12a, 12b, 12c) or the inner sides thereof undergo a first shape-changing treatment acting on the first surface thereof for producing a plurality of three-dimensional codes (2a-2d; 3a, 3b), wherein a three-dimensional code pattern (18a-18k; 19a, 19b) is incorporated into second surfaces of the tool mould or mould inserts (15, 16, 17, 18, 19) that can be arranged therein by means of a device for a non-contact processing method, such as a laser device (4; 24), in such a way that, during a second shape-changing treatment, the surface depressions and/or surface elevations are contained in the second surface in the form of tiny dots or other tiny cross-sectional areas.
A polyester resin obtained from a polycarboxylic acid component and a polyol component, wherein the polyester resin meets the conditions (i) to (iii) described below: (i) among the polycarboxylic acid components constituting the polyester resin, the total copolymerization ratio of terephthalic acid component and 2,6-naphthalenedicarboxylic acid component is 80 mol% or more; (ii) among the polycarboxylic acid components constituting the polyester resin, the copolymerization ratio of 2,6-naphthalenedicarboxylic acid component is 2 to 70 mol%; and (iii) among the polyol components constituting the polyester resin, the total copolymerization ratio of ethylene glycol component and 1,2-propylene-glycol component is 50 mol% or more, wherein the copolymerization ratio of 1,2-propylene-glycol component is excessive relative to the copolymerization ratio of the ethylene glycol component, wherein the lower limitation of the copolymerization ratio of ethylene glycol constituting the polyester resin, relative to total polyol components, is 5 mol%. (i) among the polycarboxylic acid components constituting the polyester resin, the total copolymerization ratio of terephthalic acid component and 2,6-naphthalenedicarboxylic acid component is 80 mol% or more; (ii) among the polycarboxylic acid components constituting the polyester resin, the copolymerization ratio of 2,6-naphthalenedicarboxylic acid component is 2 to 70 mol%; and (iii) among the polyol components constituting the polyester resin, the total copolymerization ratio of ethylene glycol component and 1,2-propylene-glycol component is 50 mol% or more, wherein the copolymerization ratio of 1,2-propylene-glycol component is excessive relative to the copolymerization ratio of the ethylene glycol component,
A circuit for measuring a battery cell voltage, the circuit comprising: a plurality of battery cells (CELL1, CELL2, CELL3) included in a battery stack; a device that measures a battery cell voltage; a protection circuit connected in parallel to each terminal of the device that measures a battery cell voltage; and an external power supply configured to apply power to the protection circuit, characterized in that the protection circuit includes a diode (D PU) of which an anode is connected to an anode (V PU) of the external power supply. a plurality of battery cells (CELL1, CELL2, CELL3) included in a battery stack; a device that measures a battery cell voltage; a protection circuit connected in parallel to each terminal of the device that measures a battery cell voltage; and an external power supply configured to apply power to the protection circuit, characterized in that the protection circuit includes a diode (D PU) of which an anode is connected to an anode (V PU) of the external power supply.
An apparatus suitable for mixing washing liquid with water right before use, the apparatus comprising a mixing retainer, a cover, a perforated net, mixing items, and a dose pump, wherein: - the mixing retainer is made of transparent plastic material, and has level marks (1-1,1-2,1-3) and a position mark on an outer surface thereof; - the cover is attached to the cover base by a joint (2+3); - when the cover is closed, it snaps to a tiny hook in the cover base; - the edge between the cover is made in manner to make the shaker waterproof when the cover is closed; - the perforated net is positioned between the mixing retainer and the cover and comprises a plurality of recessed perforated measures of 5 ml each, for adding at least one dose of an additional liquid; - the mixing items have specific mass greater than the specific mass of the washing liquid; and - the mixing items are solid having a diameter from 8 to 10 mm or are hollow wire balls, having a dimeter from 10 to 13 mm, and are made of non-corrosive material. - the mixing retainer is made of transparent plastic material, and has level marks (1-1,1-2,1-3) and a position mark on an outer surface thereof; - the cover is attached to the cover base by a joint (2+3); - when the cover is closed, it snaps to a tiny hook in the cover base; - the edge between the cover is made in manner to make the shaker waterproof when the cover is closed; - the perforated net is positioned between the mixing retainer and the cover and comprises a plurality of recessed perforated measures of 5 ml each, for adding at least one dose of an additional liquid; - the mixing items have specific mass greater than the specific mass of the washing liquid; and - the mixing items are solid having a diameter from 8 to 10 mm or are hollow wire balls, having a dimeter from 10 to 13 mm, and are made of non-corrosive material.
An assembly of a vehicle bumper skin and a channel-section bumper absorber, the absorber being made of thermoplastic material and comprising a web and two flanges each having a free longitudinal edge and an opposite longitudinal edge that is connected to the web, the flanges and the web defining a longitudinal channel, extending essentially along the entire length of the absorber, assembly wherein the bumper skin and absorber are interconnected so that the concave side of the absorber faces towards the bumper skin, and wherein the absorber includes mechanical means for keeping the distance between the respective free edges of the two flanges substantially constant, characterized in that the mechanical means are arranged so that the longitudinal channel extends between the mechanical means and the web.
A deodorant dispenser comprising a container having a wall enclosing an interior space of the container, and a rotary body rotatably connected to the container and comprising a first coupling for the rotationally conjoint and form-fit separable connection in the interior space of the container to a second coupling, wherein at least one continuous closable opening is formed in the deodorant dispenser from a lower exterior side of the deodorant dispenser to an upper end of the interior space of the container, characterized in that the first coupling comprises: at least one first latching element for latching with a second latching element of the second coupling and thus producing a rotationally conjoint, form-fit connection of the first coupling to the second coupling and at least one first separator element for interacting with a second separator element of the second coupling and thus uncoupling the first latching element and the second latching element and disconnecting the rotationally conjoint, form-fit connection of the first coupling to the second coupling. a container having a wall enclosing an interior space of the container, and a rotary body rotatably connected to the container and comprising a first coupling for the rotationally conjoint and form-fit separable connection in the interior space of the container to a second coupling, wherein at least one continuous closable opening is formed in the deodorant dispenser from a lower exterior side of the deodorant dispenser to an upper end of the interior space of the container, characterized in that the first coupling comprises: at least one first latching element for latching with a second latching element of the second coupling and thus producing a rotationally conjoint, form-fit connection of the first coupling to the second coupling and at least one first separator element for interacting with a second separator element of the second coupling and thus uncoupling the first latching element and the second latching element and disconnecting the rotationally conjoint, form-fit connection of the first coupling to the second coupling. at least one first latching element for latching with a second latching element of the second coupling and thus producing a rotationally conjoint, form-fit connection of the first coupling to the second coupling and at least one first separator element for interacting with a second separator element of the second coupling and thus uncoupling the first latching element and the second latching element and disconnecting the rotationally conjoint, form-fit connection of the first coupling to the second coupling.
Epitaxial wafer, comprising a silicon substrate wafer having a first side and a second side, and a silicon epitaxial layer on the first side of the silicon substrate wafer, characterised in that the silicon epitaxial layer is doped with nitrogen at a concentration of 4 x 10 18 atoms/cm 3 or more and 2 x 10 19 atoms/cm 3 or less.
A 5 axis laser machine tool for the machining of workpieces by laser ablation comprising a moveable laser head for the emission of laser beams, characterised in that the laser head can move on three linear axes and on two rotary axes, wherein the laser head incorporates in its housing two or more laser sources, whereby each laser source emits a different type of laser beams and whereby the two or more laser sources incorporated in the laser head cannot operate simultaneously for the machining of the workpiece wherein the laser head contains one galvanometer through which the laser beams of both laser sources are directed to the workpiece to be machined, wherein the first type of laser beams emitted by the first laser source being suitable for drilling operation, the second type of laser beams emitted by the second laser source being suitable for engraving operations on the workpiece.
A transmitter (100, 100'), connected to a first antenna (500, 500'), and comprising: a signal generating unit, configured to generate a first test signal; a coupler (120, 1006a), configured to receive the first test signal generated by the signal generating unit and a second test signal detected by the first antenna, wherein the second test signal is transmitted by a second antenna (600, 600') that is connected to another transmitter (200, 200'); and a signal processing unit, configured to measure a timing difference between the first test signal and the second test signal that are received by the coupler, and use the measured timing difference to control generation of a transmission signal, so as to align a signal transmission delay between the transmitter and said another transmitter. a signal generating unit, configured to generate a first test signal; a coupler (120, 1006a), configured to receive the first test signal generated by the signal generating unit and a second test signal detected by the first antenna, wherein the second test signal is transmitted by a second antenna (600, 600') that is connected to another transmitter (200, 200'); and a signal processing unit, configured to measure a timing difference between the first test signal and the second test signal that are received by the coupler, and use the measured timing difference to control generation of a transmission signal, so as to align a signal transmission delay between the transmitter and said another transmitter.
A polyalkoxy fatty compound having the structure wherein R 1 is a fatty group containing 8 or more carbon atoms; R 2 is H or a substituted or unsubstituted hydrocarbyl group; n is 1; X 1 is O or NH; X 2 is O; and R 3 is a polymeric group comprising polymerized units of structure and structure
An air conditioning apparatus having a plurality of inverter circuits (12, 22), wherein the inverter circuits are constructed as a compound module (10, 20) respectively in which said inverter circuit is incorporated integrally with a rectifier circuit (11, 21) rectifying alternating current, and an AC power source is connected to each input end of each rectifier circuit (11, 21) of a plurality of said compound modules (10, 20), and output ends of each rectifier circuit are connected in parallel to form a DC electric line, and the DC electric line is connected to input ends of each inverter circuit (12, 22) of the plurality of said compound modules (10, 20), and the air conditioning apparatus comprising: a current detection circuit (13, 23) detecting an input current of each rectifier circuit (11, 21) of the plurality of said compound modules (10, 20); and current control means for controlling, during operating of the inverter circuits (12, 22) of the plurality of said compound modules (10, 20), an output frequency of each inverter circuit (12, 22) of said compound modules based on a result of comparing a total value of the current detected (i1, i2) by said current detection circuit (13, 23) with a current set value (Is1, Is2) set to a different value according to the number of said inverter circuits (11, 21) currently operating. a current detection circuit (13, 23) detecting an input current of each rectifier circuit (11, 21) of the plurality of said compound modules (10, 20); and current control means for controlling, during operating of the inverter circuits (12, 22) of the plurality of said compound modules (10, 20), an output frequency of each inverter circuit (12, 22) of said compound modules based on a result of comparing a total value of the current detected (i1, i2) by said current detection circuit (13, 23) with a current set value (Is1, Is2) set to a different value according to the number of said inverter circuits (11, 21) currently operating.
Method of producing a recombinant polymeric protein in transgenic plants or plant cells, comprising the steps of: a) introducing by transformation into the plant or plant cell at least one recombinant nucleic acid molecule comprising the following elements in 5' to 3' orientation: - a promoter functional in plant cells; - operatively linked thereto a nucleic acid sequence coding for the C-terminal part of an intein; - a nucleic acid sequence coding for a monomer of the polymeric protein; - a nucleic acid sequence coding for the N-terminal part of an intein; and - optionally, operatively linked thereto a terminator sequence functional in plant cells; wherein the recombinant nucleic acid molecule further comprises a nucleic acid sequence coding for 10 to 100 repeats of the pentapeptide Val-Pro-Gly-Xaa-Gly, wherein Xaa can be any amino acid except proline, which nucleic acid sequence is located 5' or 3' of or within the nucleic acid sequence coding for the monomer of the polymeric protein, wherein the nucleic acid sequence coding for the ELP is positioned next to the nucleic acid sequence coding for the monomer of the polymeric protein so that a single open reading frame is created; b) optionally, regenerating plants from the transformed plant cells; and c) isolating the recombinant polymeric protein from the transgenic plant or plant cells. a) introducing by transformation into the plant or plant cell at least one recombinant nucleic acid molecule comprising the following elements in 5' to 3' orientation: - a promoter functional in plant cells; - operatively linked thereto a nucleic acid sequence coding for the C-terminal part of an intein; - a nucleic acid sequence coding for a monomer of the polymeric protein; - a nucleic acid sequence coding for the N-terminal part of an intein; and - optionally, operatively linked thereto a terminator sequence functional in plant cells; wherein the recombinant nucleic acid molecule further comprises a nucleic acid sequence coding for 10 to 100 repeats of the pentapeptide Val-Pro-Gly-Xaa-Gly, wherein Xaa can be any amino acid except proline, which nucleic acid sequence is located 5' or 3' of or within the nucleic acid sequence coding for the monomer of the polymeric protein, wherein the nucleic acid sequence coding for the ELP is positioned next to the nucleic acid sequence coding for the monomer of the polymeric protein so that a single open reading frame is created; - a promoter functional in plant cells; - operatively linked thereto a nucleic acid sequence coding for the C-terminal part of an intein; - a nucleic acid sequence coding for a monomer of the polymeric protein; - a nucleic acid sequence coding for the N-terminal part of an intein; and - optionally, operatively linked thereto a terminator sequence functional in plant cells; b) optionally, regenerating plants from the transformed plant cells; and c) isolating the recombinant polymeric protein from the transgenic plant or plant cells.
A control system for a ship comprising: at least one propulsion unit comprising a casing being rotatably supported at a hull of a vessel, said casing comprising an electric motor being connected through a shaft to a propeller, a lever by which an operator controls the speed and the direction of the at least one propulsion unit, a control circuit controlling the speed and the direction of the at least one propulsion unit based on the control signals received from the lever, a force feedback acting on the lever and being controlled by the control circuit, characterized in that the control system further comprises: an algorithm being either integrated into the control circuit or being formed as a standalone circuit communicating with the control circuit, the algorithm receiving as input signals measured process values relating to operational parameters of the ship and the at least one propulsion unit, said algorithm determining safe and/or optimal operational limits for the speed and the direction of the at least one propulsion unit, whereby the control circuit controls the force feedback by comparing the requested operation received from the lever with safe and/or optimal limits received from the algorithm in order to transfer haptic information through the lever to the operator indicating that the requested operation is beyond safe and/or optimal operational limits of the at least one propulsion unit. at least one propulsion unit comprising a casing being rotatably supported at a hull of a vessel, said casing comprising an electric motor being connected through a shaft to a propeller, a lever by which an operator controls the speed and the direction of the at least one propulsion unit, a control circuit controlling the speed and the direction of the at least one propulsion unit based on the control signals received from the lever, a force feedback acting on the lever and being controlled by the control circuit, characterized in that the control system further comprises: an algorithm being either integrated into the control circuit or being formed as a standalone circuit communicating with the control circuit, the algorithm receiving as input signals measured process values relating to operational parameters of the ship and the at least one propulsion unit, said algorithm determining safe and/or optimal operational limits for the speed and the direction of the at least one propulsion unit, whereby the control circuit controls the force feedback by comparing the requested operation received from the lever with safe and/or optimal limits received from the algorithm in order to transfer haptic information through the lever to the operator indicating that the requested operation is beyond safe and/or optimal operational limits of the at least one propulsion unit.