mhurhangee/ep-ind-claims huggingface dataset:
Mixing ring suitable for dissolving a portion of solute in a portion of solvent, the mixing ring comprising: a solvent input path and a solute input path fluidly associated to a mixing path, wherein, the solvent input path is configured to receive a portion of solvent and the solute input path is configured to receive a portion of solute, the mixing ring is structurally configured to lead the portion of solvent and the portion of solute to the mixing path, and the mixing ring further comprises a diffuser mostly placed in an internal area of the mixing path, the diffuser is configured to lead the portion of solvent towards the portion of solute, wherein the solute input path comprises a solute neck, wherein the solvent input path is configured as a solvent input zone and a choke zone, the choke zone disposed between the solvent input zone and the mixing path, wherein the interconnection between the solvent input zone and the choke zone establishes a first diameter and the interconnection between the choke zone and the mixing path establishes a second diameter which is smaller than the first diameter, the internal diameter of the choke zone gradually decreasing from the first diameter to the second diameter until a point in the vicinity of the interconnection between the choke zone and the mixing path, characterized in that the solute neck defines a projection ramp configured to lead the portion of solute towards the diffuser, the projection ramp establishing a neck's angle (p) in relation to an internal wall of the mixing path, wherein the neck's angle (ρ) is an acute angle. a solvent input path and a solute input path fluidly associated to a mixing path, wherein, the solvent input path is configured to receive a portion of solvent and the solute input path is configured to receive a portion of solute, the mixing ring is structurally configured to lead the portion of solvent and the portion of solute to the mixing path, and the mixing ring further comprises a diffuser mostly placed in an internal area of the mixing path, the diffuser is configured to lead the portion of solvent towards the portion of solute, wherein the solute input path comprises a solute neck, wherein the solvent input path is configured as a solvent input zone and a choke zone, the choke zone disposed between the solvent input zone and the mixing path, wherein the interconnection between the solvent input zone and the choke zone establishes a first diameter and the interconnection between the choke zone and the mixing path establishes a second diameter which is smaller than the first diameter, the internal diameter of the choke zone gradually decreasing from the first diameter to the second diameter until a point in the vicinity of the interconnection between the choke zone and the mixing path, characterized in that the solute neck defines a projection ramp configured to lead the portion of solute towards the diffuser, the projection ramp establishing a neck's angle (p) in relation to an internal wall of the mixing path, wherein the neck's angle (ρ) is an acute angle.
A compact speculum comprising: a first wing and a second wing; a hinge that forms a housing and that is attached to the first and the second wings, permitting the wings to rotate about the hinge when moving from a closed to an open position, wherein the hinge extends from the proximal end of the speculum to the distal end of the speculum along its axis of rotation; and a ratchet substantially within the housing that releasably holds the wings in the open position; wherein the speculum, the wings, and the hinge each has a proximal end, a distal end, an exterior surface, and an interior surface; wherein the wings (110, 210) and the hinge form a continuous canopy that, when the wings are in the open position, creates and only partially surrounds an interior space that is not surrounded by any other portion of the compact speculum; wherein the ratchet comprises a first ratchet component and a second ratchet component; and wherein the first ratchet component rotates together with the first wing, and the second ratchet component rotates together with the second wing; wherein the first ratchet component is attached to the first wing; wherein the second ratchet component is configured to move linearly along the hinge's axis of rotation to engage with or disengage from the first ratchet component, thereby releasably holding the wings (110, 210) in an open position; and wherein no portion of the compact speculum obstructs any portion of the length of the interior space opposite the hinge between the proximal end and the distal end of the compact speculum when the wings are in the open position. a first wing and a second wing; a hinge that forms a housing and that is attached to the first and the second wings, permitting the wings to rotate about the hinge when moving from a closed to an open position, wherein the hinge extends from the proximal end of the speculum to the distal end of the speculum along its axis of rotation; and a ratchet substantially within the housing that releasably holds the wings in the open position; wherein the speculum, the wings, and the hinge each has a proximal end, a distal end, an exterior surface, and an interior surface;
A positioning fixture for use with an ultrasound transducer comprising: a housing having a planar, rectangular bottom surface having two parallel long edges and two parallel short edges; a pair of long sidewalls, one said long sidewall attached to each of said two parallel long edges; a guide release (101/102) attached to one of said two parallel short edges; a long axis needle guide attached to another of said two parallel short edges; and a receptacle cooperatively defined by said pair of long sidewalls, said quick release (101/102) and said needle insertion guide, said receptacle sized to accommodate the ultrasound transducer; characterized in that the positioning fixture further comprises: a short axis notch provided on at least one of the two long sidewalls, said short axis notch sized and configured to accept a needle; and first and second echogenic targeting bands provided on the bottom surface of the housing. a housing having a planar, rectangular bottom surface having two parallel long edges and two parallel short edges; a pair of long sidewalls, one said long sidewall attached to each of said two parallel long edges; a guide release (101/102) attached to one of said two parallel short edges; a long axis needle guide attached to another of said two parallel short edges; and a receptacle cooperatively defined by said pair of long sidewalls, said quick release (101/102) and said needle insertion guide, said receptacle sized to accommodate the ultrasound transducer; characterized in that the positioning fixture further comprises: a short axis notch provided on at least one of the two long sidewalls, said short axis notch sized and configured to accept a needle; and first and second echogenic targeting bands provided on the bottom surface of the housing. a short axis notch provided on at least one of the two long sidewalls, said short axis notch sized and configured to accept a needle; and first and second echogenic targeting bands provided on the bottom surface of the housing.
A gas-barrier laminate for hydrothermal treatment, comprising a base plastic film, a coating layer formed on at least one surface of the base plastic film, an inorganic thin film formed on a surface of the coating layer which is made of oxides, carbides and nitrides of silicon, aluminum, magnesium, zinc, tin, nickel and titanium, and mixtures thereof, and a heat-sealable plastic film laminated on the inorganic thin film or the base plastic film, wherein the coating layer is made of: an aqueous resin containing at least one group selected from the group consisting of a melamine group and a carbodiimide group, an aqueous polyurethane-based resin which is the reaction product of a polycarbonate-based polyhydroxy compound and a polyisocyanate compound and an aqueous acrylic resin; the amount of the crosslinking aqueous resin blended as the resin component forming the coating layer is 10 to 60% by weight in terms of a solid content thereof; the inorganic thin film before laminating the heat-sealable plastic film thereon has a rubbing strength of not less than 20 times as measured under a load of 70g, and the coating layer has a hardness of 0.15 to 0.40 GPa. an aqueous resin containing at least one group selected from the group consisting of a melamine group and a carbodiimide group, an aqueous polyurethane-based resin which is the reaction product of a polycarbonate-based polyhydroxy compound and a polyisocyanate compound and an aqueous acrylic resin; the amount of the crosslinking aqueous resin blended as the resin component forming the coating layer is 10 to 60% by weight in terms of a solid content thereof; the inorganic thin film before laminating the heat-sealable plastic film thereon has a rubbing strength of not less than 20 times as measured under a load of 70g, and the coating layer has a hardness of 0.15 to 0.40 GPa.
A method in a base station, comprising: configuring User Equipment specific Reference signals, UE-RS, corresponding to a set of antenna ports, where the UE-RS are configured in two or more groups of Orthogonal Frequency Division Multiplexing OFDM symbols on a short Physical Downlink Sharing CHannel sPDSCH, the sPDSCH is transmitted following the short Transmission Time Intervall sTTI concept where a scheduling unit is defined as either 7, 2 or 3 OFDM symbols; and transmitting the UE-RS to a user equipment such that subcarriers used for the UE-RS transmission for same antenna ports of the set of antenna ports have different indices; wherein the subcarrier indices in frequency domain used for the UE-RS transmission are fully different between at least two consecutive groups of OFDM symbols in time domain, and where the sTTIs used for UE-RS transmission are different in frequency domain between the at least two consecutive groups of OFDM symbols; the at least two groups of OFDM symbols are configured in different sTTIs of the sPDSCH; the number of subcarriers used for UE-RS transmission in each group of OFDM symbols is dependent on a length of an sTTI to which the group of OFDM symbols belongs; and for a first group of OFDM symbols in a first sTTI having a longer length and a second group of OFDM symbols in a second sTTI having a shorter length, a larger number of subcarriers is configured for UE-RS transmission in the first group of OFDM symbols than the second group of OFDM symbols. configuring User Equipment specific Reference signals, UE-RS, corresponding to a set of antenna ports, where the UE-RS are configured in two or more groups of Orthogonal Frequency Division Multiplexing OFDM symbols on a short Physical Downlink Sharing CHannel sPDSCH, the sPDSCH is transmitted following the short Transmission Time Intervall sTTI concept where a scheduling unit is defined as either 7, 2 or 3 OFDM symbols; and transmitting the UE-RS to a user equipment such that subcarriers used for the UE-RS transmission for same antenna ports of the set of antenna ports have different indices; wherein the subcarrier indices in frequency domain used for the UE-RS transmission are fully different between at least two consecutive groups of OFDM symbols in time domain, and where the sTTIs used for UE-RS transmission are different in frequency domain between the at least two consecutive groups of OFDM symbols; the at least two groups of OFDM symbols are configured in different sTTIs of the sPDSCH; the number of subcarriers used for UE-RS transmission in each group of OFDM symbols is dependent on a length of an sTTI to which the group of OFDM symbols belongs; and for a first group of OFDM symbols in a first sTTI having a longer length and a second group of OFDM symbols in a second sTTI having a shorter length, a larger number of subcarriers is configured for UE-RS transmission in the first group of OFDM symbols than the second group of OFDM symbols.
A low-weight infant diaper having a longitudinal direction and a width direction that intersect each other, the low-weight infant diaper comprising: an exterior sheet arranged on a non-skin side with respect to an absorbent body; and a belt member that includes a locking member on a one side in the width direction and that includes a locking member on another side in the width direction, the belt member being locked to a non-skin side of the exterior sheet by the one-side locking member, an additional joining portion being provided in a one-side region of the belt member, the additional joining portion being a portion that detachably joins a portion of the belt member to the exterior sheet. an exterior sheet arranged on a non-skin side with respect to an absorbent body; and a belt member that includes a locking member on a one side in the width direction and that includes a locking member on another side in the width direction, the belt member being locked to a non-skin side of the exterior sheet by the one-side locking member, an additional joining portion being provided in a one-side region of the belt member, the additional joining portion being a portion that detachably joins a portion of the belt member to the exterior sheet.
A movable device for filling one or more chambers with solid particles in the divided state, said device comprising: - a movable frame, - means for metering said solid particles, comprising two or more metering plates comprising one or more perforations, said metering plates being arranged one on top of another so that the perforation or perforations of a metering plate is (are) in connection with the perforation or perforations of the adjacent metering plate to form one or more metering columns intended to be placed in connection with said chamber or chambers, - means for simultaneous release of said solid particles from said metering means toward said chamber or chambers, - a tank for storing said solid particles that comprises a bottom wall comprising perforations that are or may be placed in connection with said metering column or columns, and comprising unloading means that release said solid particles from said storage tank toward said metering column or columns. - a movable frame, - means for metering said solid particles, comprising two or more metering plates comprising one or more perforations, said metering plates being arranged one on top of another so that the perforation or perforations of a metering plate is (are) in connection with the perforation or perforations of the adjacent metering plate to form one or more metering columns intended to be placed in connection with said chamber or chambers, - means for simultaneous release of said solid particles from said metering means toward said chamber or chambers, - a tank for storing said solid particles that comprises a bottom wall comprising perforations that are or may be placed in connection with said metering column or columns, and comprising unloading means that release said solid particles from said storage tank toward said metering column or columns.
A method comprising: receiving a broadcast signal that includes receiver-capacity-signaling data that specifies a plurality of receiver capacities to be used for receiving a service in a physical layer pipe of the broadcast signal, wherein the plurality of receiver capacities specifies a type of time interleaver being used, the time interleaver type indicating to the receiver a method for deinterleaving received data, a minimum burst interval between two consequent bursts of the physical layer pipe, and a maximum number of forward error correction blocks for the physical layer pipe within a time interleaver period, a frame, or a super frame, wherein if, based on the received receiver-capacity-signaling data, receiver capacity is sufficient for one or more selected services, performing service discovery and decoding the one or more selected services, or wherein if, based on the received receiver-capacity-signaling data, the receiver capacity is insufficient for one or more selected services, refraining from decoding the one or more selected services. receiving a broadcast signal that includes receiver-capacity-signaling data that specifies a plurality of receiver capacities to be used for receiving a service in a physical layer pipe of the broadcast signal, wherein the plurality of receiver capacities specifies a type of time interleaver being used, the time interleaver type indicating to the receiver a method for deinterleaving received data, a minimum burst interval between two consequent bursts of the physical layer pipe, and a maximum number of forward error correction blocks for the physical layer pipe within a time interleaver period, a frame, or a super frame, wherein if, based on the received receiver-capacity-signaling data, receiver capacity is sufficient for one or more selected services, performing service discovery and decoding the one or more selected services, or wherein if, based on the received receiver-capacity-signaling data, the receiver capacity is insufficient for one or more selected services, refraining from decoding the one or more selected services.
A pressure sensitive adhesive foam comprising a rubber-based elastomeric material, at least one hydrocarbon tackifier and a crosslinking additive selected from the group of multifunctional (meth)acrylate compounds having the following Formula: H 2 C=C(R 1)- -O-R 2 -[O- -(R 1)C=CH 2] n wherein R 1 is hydrogen or methyl; n is 1, 2, 3 or 4; and R 2 is an alkylene, arylene, heteroalkylene, or any combinations thereof; wherein the amount of crosslinking additive is in the range of from 0.1 wt% to 10 wt%, based on the weight of the pressure sensitive adhesive foam; wherein the pressure sensitive adhesive foam further comprises a plasticizer selected from the group of polyisobutylene plasticizers; wherein the hydrocarbon tackifier(s) and the plasticizer(s) have a Volatile Organic Compound value of less than 1000 ppm, when measured by thermogravimetric analysis according to the TGA weight loss test method; and wherein the pressure sensitive adhesive foam further comprises a filler material which is selected from the group consisting of microspheres, expandable microspheres, glassbeads, glass microspheres, glassbubbles and any combinations or mixtures thereof. wherein R 1 is hydrogen or methyl; n is 1, 2, 3 or 4; and R 2 is an alkylene, arylene, heteroalkylene, or any combinations thereof; wherein the amount of crosslinking additive is in the range of from 0.1 wt% to 10 wt%, based on the weight of the pressure sensitive adhesive foam; wherein the pressure sensitive adhesive foam further comprises a plasticizer selected from the group of polyisobutylene plasticizers; wherein the hydrocarbon tackifier(s) and the plasticizer(s) have a Volatile Organic Compound value of less than 1000 ppm, when measured by thermogravimetric analysis according to the TGA weight loss test method; and wherein the pressure sensitive adhesive foam further comprises a filler material which is selected from the group consisting of microspheres, expandable microspheres, glassbeads, glass microspheres, glassbubbles and any combinations or mixtures thereof.
A cord-shaped heater, comprising: a conductive wire; an inner-layer covering formed on the outer periphery of the conductive wire; and an outer-layer covering formed on the outer periphery of the inner-layer covering, the melting temperature of the inner-layer covering is higher than the melting temperature of the outer-layer covering, the inner-layer covering and the outer-layer covering are made of same type of polymer material, and the inner-layer covering and the outer-layer covering are adhered to each other, characterized in that the same type of polymer material includes polymer materials having the same main chain structure, polymer materials having the same functional group, polymer materials which differ from each other only in the molecular weight, copolymers having the same monomer unit, and mixtures containing the same polymer material. a conductive wire; an inner-layer covering formed on the outer periphery of the conductive wire; and an outer-layer covering formed on the outer periphery of the inner-layer covering, the melting temperature of the inner-layer covering is higher than the melting temperature of the outer-layer covering, the inner-layer covering and the outer-layer covering are made of same type of polymer material, and the inner-layer covering and the outer-layer covering are adhered to each other, characterized in that the same type of polymer material includes polymer materials having the same main chain structure, polymer materials having the same functional group, polymer materials which differ from each other only in the molecular weight, copolymers having the same monomer unit, and mixtures containing the same polymer material.
An adapter configured to manipulate the position of a delivery system for a medical implant, the adapter comprising: a clamp configured to at least partially hold a handle of the delivery system; a first actuator configured to provide translational motion of the clamp along a longitudinal axis of the handle of the delivery system; a second actuator configured to provide rotational motion of the clamp along a first rotational axis; a third actuator configured to provide rotational motion of the clamp along a second rotational axis; wherein the first rotational axis is generally perpendicular to the second rotational axis; and a pair of U-shaped members (300, 400), each U-shaped member (300, 400) attached to one of the second or third actuators, wherein the U-shaped members (300, 400) are configured to rotate with respect to one another to provide the rotational motion to the clamp. a clamp configured to at least partially hold a handle of the delivery system; a first actuator configured to provide translational motion of the clamp along a longitudinal axis of the handle of the delivery system; a second actuator configured to provide rotational motion of the clamp along a first rotational axis; a third actuator configured to provide rotational motion of the clamp along a second rotational axis; wherein the first rotational axis is generally perpendicular to the second rotational axis; and a pair of U-shaped members (300, 400), each U-shaped member (300, 400) attached to one of the second or third actuators, wherein the U-shaped members (300, 400) are configured to rotate with respect to one another to provide the rotational motion to the clamp.