mhurhangee/ep-ind-claims huggingface dataset:
An implantation assembly for insertion of an implantable tissue retractor for treatment of a breathing disorder, the implantation assembly comprising: an implantation device (900, 1000, 130, 1300) comprising: a shaft having a pointed end and a second end; a mechanical coupler near the pointed end of the shaft, the mechanical coupler adapted to couple with a removable coupler of the tissue retractor; and a handle at the second end; and wherein: the implantation assembly further comprises a tissue retractor holder (1100, 1200, 1500) comprising: a handle; a retainer (1120, 1220) disposed at a distal end of the handle of the tissue retractor holder (1100, 1200, 1500) for releasably retaining the removable coupler of the tissue retractor; and a detainer (1140, 1250) positioned along the handle of the tissue retractor holder (1100, 1200, 1500) for releasably engaging the tissue retractor, wherein the retainer (1120, 1220) is adapted to provide a force to a soft tissue, the force preventing deformation of the soft tissue when the implantation device (900, 1000, 130, 1300) is inserted into an opposite side of the soft tissue. an implantation device (900, 1000, 130, 1300) comprising: a shaft having a pointed end and a second end; a mechanical coupler near the pointed end of the shaft, the mechanical coupler adapted to couple with a removable coupler of the tissue retractor; and a handle at the second end; and wherein: the implantation assembly further comprises a tissue retractor holder (1100, 1200, 1500) comprising: a handle; a retainer (1120, 1220) disposed at a distal end of the handle of the tissue retractor holder (1100, 1200, 1500) for releasably retaining the removable coupler of the tissue retractor; and a detainer (1140, 1250) positioned along the handle of the tissue retractor holder (1100, 1200, 1500) for releasably engaging the tissue retractor, a shaft having a pointed end and a second end; a mechanical coupler near the pointed end of the shaft, the mechanical coupler adapted to couple with a removable coupler of the tissue retractor; and a handle at the second end; and wherein: the implantation assembly further comprises a tissue retractor holder (1100, 1200, 1500) comprising: a handle; a retainer (1120, 1220) disposed at a distal end of the handle of the tissue retractor holder (1100, 1200, 1500) for releasably retaining the removable coupler of the tissue retractor; and a detainer (1140, 1250) positioned along the handle of the tissue retractor holder (1100, 1200, 1500) for releasably engaging the tissue retractor, a handle; a retainer (1120, 1220) disposed at a distal end of the handle of the tissue retractor holder (1100, 1200, 1500) for releasably retaining the removable coupler of the tissue retractor; and a detainer (1140, 1250) positioned along the handle of the tissue retractor holder (1100, 1200, 1500) for releasably engaging the tissue retractor, wherein the retainer (1120, 1220) is adapted to provide a force to a soft tissue, the force preventing deformation of the soft tissue when the implantation device (900, 1000, 130, 1300) is inserted into an opposite side of the soft tissue.
A preformed protective cover for a wind turbine blade, wherein the preformed protective cover is made of a polyurethane material prepared from a polyol, butanediol, and an isocyanate, wherein the preformed protective cover is adapted to be attached along at least a part of a longitudinal edge of the wind turbine blade by adhesion of an inside of the preformed protective cover to a surface of the longitudinal edge of the wind turbine blade, wherein the preformed protective cover is elongated in a longitudinal direction and has an at least substantially U-formed cross-section, wherein the preformed protective cover includes a central cover section extending in the longitudinal direction and two peripheral cover sections extending in the longitudinal direction at either side of the central cover section, respectively, wherein the central cover section has a minimum thickness of at least 1 millimetre, wherein each peripheral cover section has a thickness decreasing from a maximum thickness of at least 1 millimetre to a minimum thickness of less than 1/2 millimetre.
A pump capable of dispensing both a large volume and a small volume of colorant, comprising a large reciprocating positive displacement pump that comprises a large reciprocating part, a large pump body and a large pump inlet-outlet opening, wherein a small reciprocating part is fixed to the large reciprocating part and is disposed in the large pump body; a small pump body is disposed on a base of the large pump body and provided with a small pump inlet-outlet opening; and the small reciprocating part, the small pump body and the small pump inlet-outlet opening constitute a small reciprocating positive displacement pump, wherein control valves are disposed to control the large pump inlet-outlet opening and the small pump inlet-outlet opening to connect with a canister or to dispense colorant, and wherein the pump is characterized in that the large pump inlet-outlet opening and the small pump inlet-outlet opening are controlled by the control valves to connect with a canister or to dispense colorant, with at least the following three connecting structures being involved: 1 where the large pump inlet-outlet opening connects with the canister; or the small pump inlet-outlet opening connects with the canister; or the large pump inlet-outlet opening and the small pump inlet-outlet opening both connect with the canister; wherein the aforesaid three ways of connection are for single or combined use; 2 when dispensing via only the large pump inlet-outlet opening, the large pump inlet-outlet opening connects with a colorant dispensing outlet for dispensing; or when dispensing via both the large pump inlet-outlet opening and the small pump inlet-outlet opening is allowed, the large pump inlet-outlet opening and the small pump inlet-outlet opening both connect with the colorant dispensing outlet for dispensing; and 3 when dispensing via only the small pump inlet-outlet opening is allowed, the small pump inlet-outlet opening connects with the colorant dispensing outlet for dispensing. 1 where the large pump inlet-outlet opening connects with the canister; or the small pump inlet-outlet opening connects with the canister; or the large pump inlet-outlet opening and the small pump inlet-outlet opening both connect with the canister; wherein the aforesaid three ways of connection are for single or combined use; 2 when dispensing via only the large pump inlet-outlet opening, the large pump inlet-outlet opening connects with a colorant dispensing outlet for dispensing; or when dispensing via both the large pump inlet-outlet opening and the small pump inlet-outlet opening is allowed, the large pump inlet-outlet opening and the small pump inlet-outlet opening both connect with the colorant dispensing outlet for dispensing; and 3 when dispensing via only the small pump inlet-outlet opening is allowed, the small pump inlet-outlet opening connects with the colorant dispensing outlet for dispensing.
A pipe for a driven-type fluid machine, the pipe including an inlet pipe that is to be connected to a suction port provided in a casing of the driven-type fluid machine, a supply pipe that supplies a fluid, and a bend that connects the supply pipe and the inlet pipe to each other, the bend comprising an upstream portion and a bent portion and being shaped such that a pipe width in a plane including a pipe axis of the inlet pipe and a pipe axis of the supply pipe gradually decreases from the upstream portion to the bent portion, and L1 ≥ 3 × d is satisfied, where d is the pipe width at the bent portion and L1 is an axial length of the inlet pipe, characterized in that the bend is shaped such that a pipe width in a plane being perpendicular to the plane including the pipe axis of the inlet pipe and the pipe axis of the supply pipe and including the pipe axis of the inlet pipe gradually increases from the upstream portion to the bent portion.
Combustion chamber of an internal combustion engine comprising at least one cylinder in which a piston moves, said combustion chamber comprising a single intake valve, a single exhaust valve, a single fuel injector and two spark plugs, said combustion chamber having substantially the shape of an ellipse, said intake valve and said exhaust valve being arranged at the ends of the major axis of said ellipse, said spark plugs being situated in the vicinity of the minor axis of said ellipse, characterized in that said fuel injector is situated inside the ellipse in the vicinity of the periphery of the ellipse between said intake valve and a spark plug, and in that said ellipse comprises an offset directed towards said intake valve and arranged substantially symmetrically with said fuel injector with respect to the semi-major axis.
A solid oral dosage form comprising a plurality of particles, each particle comprising: a core comprising an active agent susceptible to abuse comprising an opioid agonist; a dissolution enhancer; and an internal adhesion promoter selected from the group consisting of a cellulosic material, a surfactant, a carbomer and a mixture thereof, wherein the cores are coated with a controlled release coating layered on the core comprising a controlled release material and a pore former, wherein the controlled release material is a neutral acrylic polymer, wherein the coated particles are further coated with an alcohol resistant coating layered on the controlled release coating, the alcohol resistant coating comprising an alcohol resistant material and an external adhesion promoter, the alcohol resistant material comprising methyl cellulose, and the external adhesion promoter selected from the group consisting of a carbomer, a cellulosic material, and non-ionic surfactant. a core comprising an active agent susceptible to abuse comprising an opioid agonist; a dissolution enhancer; and an internal adhesion promoter selected from the group consisting of a cellulosic material, a surfactant, a carbomer and a mixture thereof, wherein the cores are coated with a controlled release coating layered on the core comprising a controlled release material and a pore former, wherein the controlled release material is a neutral acrylic polymer, wherein the coated particles are further coated with an alcohol resistant coating layered on the controlled release coating, the alcohol resistant coating comprising an alcohol resistant material and an external adhesion promoter, the alcohol resistant material comprising methyl cellulose, and the external adhesion promoter selected from the group consisting of a carbomer, a cellulosic material, and non-ionic surfactant.
Tread for a tyre, this tread comprising a tread surface in the new state that is intended to come into contact with a road surface during running and, opening onto this tread surface, at least one wavy groove, that is to say a groove that opens discontinuously onto the tread surface in the new state, each wavy groove having external cavities that open onto the tread surface in the new state along a length (Le) and internal cavities that do not open onto the tread surface in the new state, the external cavities comprising a bottom of which the points that are innermost in the tread are at a distance from the tread surface in the new state, the internal cavities having a bottom of which the innermost points are at a distance from the same tread surface, these external cavities and these internal cavities being connected together by linking cavities, this tread being characterized in that at least two sipes (31, 32) are formed from the bottom of the external cavities and along the entire length (Le) of these external cavities, these sipes having depths, measured from the bottom of the external cavities, at least equal to 50% of the difference between the maximum depth of the bottom of the internal cavities and the depth of the external cavities.
Detection system for an electronic nose capable of detecting and identifying a set E of volatile compounds likely to be present in a gaseous sample, which detection system comprises n sensors with cross-reactivity relative to the volatile compounds of the set E, n being an integer greater than or equal to 3, each sensor comprising a sensitive part disposed on a substrate and functionalised by a receptor whose physicochemical interaction with at least one of the volatile compounds of the set E produces a detectable signal, and is characterised in that: - the sensitive part of the sensors is functionalised by a receptor of general formula: X-(Esp) m -Z wherein: X represents a functional group ensuring an immobilisation of the receptor on the surface of the substrate or the residue of a compound comprising at least one such group, m is equal to 0 or 1, Esp represents a spacer arm, and Z represents a sequence formed by the repetition of an α-amino acid; - the α-amino acid of the receptor of a sensor of a first series of sensors is hydrophilic while the α-amino acid of the receptor of another sensor of the first series is hydrophobic; - the α-amino acids of the receptors of two sensors of a second series of sensors have isoelectric points, respectively pl1 and pI2, which differ from each other by at least one pH unit, at least one of these two sensors not belonging to the first series. - the sensitive part of the sensors is functionalised by a receptor of general formula: X-(Esp) m -Z wherein: X represents a functional group ensuring an immobilisation of the receptor on the surface of the substrate or the residue of a compound comprising at least one such group, m is equal to 0 or 1, Esp represents a spacer arm, and Z represents a sequence formed by the repetition of an α-amino acid; X represents a functional group ensuring an immobilisation of the receptor on the surface of the substrate or the residue of a compound comprising at least one such group, m is equal to 0 or 1, Esp represents a spacer arm, and Z represents a sequence formed by the repetition of an α-amino acid; - the α-amino acid of the receptor of a sensor of a first series of sensors is hydrophilic while the α-amino acid of the receptor of another sensor of the first series is hydrophobic; - the α-amino acids of the receptors of two sensors of a second series of sensors have isoelectric points, respectively pl1 and pI2, which differ from each other by at least one pH unit, at least one of these two sensors not belonging to the first series.
An emulsion antiperspirant composition comprising an aqueous phase, an oil phase and an emulsifier, wherein the aqueous phase comprises an aluminium-zirconium penta-chlorohydrex-glycine complex and a calcium salt having a solubility in water of 10 g/L or greater, wherein the molar ratio of aluminium to glycine is from 2 to 6 and the molar ratio of aluminium to calcium is from 2 to 7.
A method of producing a coated grain oriented steel strip, which comprises the steps of: i. forming an insulating layer on the grain oriented steel strip; ii. providing a chromium-free coating mixture that comprises a metal phosphate, silica particles and an organosilane; iii. applying the mixture on the insulating layer; iv. curing the mixture to form a chromium-free coating that provides tension to the grain oriented steel strip. i. forming an insulating layer on the grain oriented steel strip; ii. providing a chromium-free coating mixture that comprises a metal phosphate, silica particles and an organosilane; iii. applying the mixture on the insulating layer; iv. curing the mixture to form a chromium-free coating that provides tension to the grain oriented steel strip.
A pressure sensor comprising: a sensor chip (1, 1') including a main body having a movable portion provided with a plurality of pressure detection elements (32GR1, 32GR2, 32GR3, 32GR4) and capable of displacement in response to a pressure acting on the movable portion, and a fixed portion being continuous with the movable portion, a circuit formed in a first layer to be laminated on the main body and connected to the pressure detection elements (32GR1, 32GR2, 32GR3, 32GR4) through a conductive layer, and a shield layer (71, 73) formed in a second layer to be laminated on the first layer; a capacitor formed between the shield layer (71, 73) and an output voltage line; and a resistor connected between the shield layer (71, 73) and a ground line and having a resistance value equal or above 10 Ω and equal or below 1 MΩ, characterized in that a resonance circuit is formed from wiring of the shield layer (71, 73) and a capacitor formed between the shield layer (71, 73) and the output voltage line. a sensor chip (1, 1') including a main body having a movable portion provided with a plurality of pressure detection elements (32GR1, 32GR2, 32GR3, 32GR4) and capable of displacement in response to a pressure acting on the movable portion, and a fixed portion being continuous with the movable portion, a circuit formed in a first layer to be laminated on the main body and connected to the pressure detection elements (32GR1, 32GR2, 32GR3, 32GR4) through a conductive layer, and a shield layer (71, 73) formed in a second layer to be laminated on the first layer; a main body having a movable portion provided with a plurality of pressure detection elements (32GR1, 32GR2, 32GR3, 32GR4) and capable of displacement in response to a pressure acting on the movable portion, and a fixed portion being continuous with the movable portion, a circuit formed in a first layer to be laminated on the main body and connected to the pressure detection elements (32GR1, 32GR2, 32GR3, 32GR4) through a conductive layer, and a shield layer (71, 73) formed in a second layer to be laminated on the first layer; a capacitor formed between the shield layer (71, 73) and an output voltage line; and a resistor connected between the shield layer (71, 73) and a ground line and having a resistance value equal or above 10 Ω and equal or below 1 MΩ, characterized in that a resonance circuit is formed from wiring of the shield layer (71, 73) and a capacitor formed between the shield layer (71, 73) and the output voltage line.
Gas cooking hob with a number of gas burners, of which each is connected to a main gas pipe via a gas pipe section, and a main switch, which, when actuated, opens the main gas pipe or the pipe section to supply gas to the gas burners and which, when actuated again, interrupts a supply of gas to the gas burners, wherein the main switch is assigned a timer switch element for setting a time interval, at the end of which the main switch will close automatically in order to interrupt the supply of gas for the entire gas cooking hob simultaneously, characterised in that the main switch is linked to an electronic control unit and is switched in parallel with the timer switch element with respect to the electronic control unit.
A dental care- and dental cleaning composition for use in a method of simultaneously cleaning a plurality of, preferably all, teeth of the upper and/or lower jaw by means of a dental brushing device suitable therefor, wherein the dental care- and dental cleaning composition is presented in foamed form on one or a plurality of, preferably two mouth inserts of the dental brushing device, and wherein the dental care- and dental cleaning composition comprises as essential components: - 10 to 40 wt.-%, preferably 15 to 30 wt.-%, glycerol, - 10 to 23.5 wt.-% of one precipitated silicate, or a plurality of precipitated silicates, preferably a mixture of 2 to 4 precipitated silicates, - 0.05 to 0.5wt.-%, preferably 0.05 to 0.2 wt.-%, of one or more viscosity amplifier(s), - one or more surfactant(s), preferably in a proportion of 0.2 to 4.0 wt.-%, more preferably in a proportion of 0.2 to 2.5 wt.-%, of the one or more surfactant(s), and - at least 10 wt.-% of water. - 10 to 40 wt.-%, preferably 15 to 30 wt.-%, glycerol, - 10 to 23.5 wt.-% of one precipitated silicate, or a plurality of precipitated silicates, preferably a mixture of 2 to 4 precipitated silicates, - 0.05 to 0.5wt.-%, preferably 0.05 to 0.2 wt.-%, of one or more viscosity amplifier(s), - one or more surfactant(s), preferably in a proportion of 0.2 to 4.0 wt.-%, more preferably in a proportion of 0.2 to 2.5 wt.-%, of the one or more surfactant(s), and - at least 10 wt.-% of water.
A tape feeder comprising: an upper holding member provided on an upper end surface portion of a feeder body and configured to be held on an upper side of a feeder accommodation space of a component mounting machine; and a state display section, being provided on an end surface portion of the feeder body on a removal direction side, which is configured to display a state of the tape feeder a lower holding member configured to be held on a lower side of the feeder accommodation space of the component mounting machine is provided on a lower end surface portion of the feeder body the upper holding member is a guide rail having a T-shaped cross section configured to guide a movement of the feeder body in an attaching and detaching direction and to prevent the feeder body from coming out downward, and characterised in that the lower holding member is a guide rail having an I-shaped cross section configured to guide the movement of the feeder body in the attaching and detaching direction without preventing the feeder body from coming out upward. an upper holding member provided on an upper end surface portion of a feeder body and configured to be held on an upper side of a feeder accommodation space of a component mounting machine; and a state display section, being provided on an end surface portion of the feeder body on a removal direction side, which is configured to display a state of the tape feeder a lower holding member configured to be held on a lower side of the feeder accommodation space of the component mounting machine is provided on a lower end surface portion of the feeder body the upper holding member is a guide rail having a T-shaped cross section configured to guide a movement of the feeder body in an attaching and detaching direction and to prevent the feeder body from coming out downward, and characterised in that the lower holding member is a guide rail having an I-shaped cross section configured to guide the movement of the feeder body in the attaching and detaching direction without preventing the feeder body from coming out upward.
A composite comprising a recombinant gelatin and hydroxyapatite in which the recombinant gelatin comprises glutamic and aspartic acid residues that are distributed homogeneously along a gelatin chain, wherein: (i) the recombinant gelatin comprises a total of at least 8% glutamic and/or aspartic acids amount per 60 amino acids in row with a standard deviation of at most 1.6; and (ii) the hydroxyapatite is obtained by precipitation in the presence of the recombinant gelatin. (i) the recombinant gelatin comprises a total of at least 8% glutamic and/or aspartic acids amount per 60 amino acids in row with a standard deviation of at most 1.6; and (ii) the hydroxyapatite is obtained by precipitation in the presence of the recombinant gelatin.