mhurhangee/patent-ind-claim-en huggingface dataset:
Capsules suitable for giving birth to males, called baby love male capsules, comprising: 1. Active Ingredients: (a) 0.1 mg Fludrocortisone. (b) 0.5 mg Bumetanide. (c) 9.4 mg Sodium Bicarbonates. (d) 600 mg Sodium Chloride. (e) 390 mg Glycyrrhizinate. 2. Inactive Ingredients: (a) Gelatin: The material from which the two-piece hard gelatin capsule size 000 is made. It is extracted from animal bones and skin. (b) Plasticizers: glycerin and sorbitol. (c) Humidity-absorbing agent: aluminum oxide. (d) Conservatives: sodium citrate. Sodium chloride is used as a tension neutralization agent, a lubricant and capsule extender. It also acts as a source for providing the body with sodium and chloride 1. Active Ingredients: (a) 0.1 mg Fludrocortisone. (b) 0.5 mg Bumetanide. (c) 9.4 mg Sodium Bicarbonates. (d) 600 mg Sodium Chloride. (e) 390 mg Glycyrrhizinate. (a) 0.1 mg Fludrocortisone. (b) 0.5 mg Bumetanide. (c) 9.4 mg Sodium Bicarbonates. (d) 600 mg Sodium Chloride. (e) 390 mg Glycyrrhizinate. 2. Inactive Ingredients: (a) Gelatin: The material from which the two-piece hard gelatin capsule size 000 is made. It is extracted from animal bones and skin. (b) Plasticizers: glycerin and sorbitol. (c) Humidity-absorbing agent: aluminum oxide. (d) Conservatives: sodium citrate. Sodium chloride is used as a tension neutralization agent, a lubricant and capsule extender. It also acts as a source for providing the body with sodium and chloride (a) Gelatin: The material from which the two-piece hard gelatin capsule size 000 is made. It is extracted from animal bones and skin. (b) Plasticizers: glycerin and sorbitol. (c) Humidity-absorbing agent: aluminum oxide. (d) Conservatives: sodium citrate.
A multichamber structural element manufacturing method characterized in that it comprises the following steps: a) at least three chamber profile preforms are provided, wherein each chamber profile preform comprises two walls made of a sheet of metal material and arranged with respect to each other in substantially parallel planes with a gap retained between them, wherein the edges of the individual walls converge, and wherein a valve element is arranged on at least one wall , and wherein each chamber profile preform has an inner edge and an outer edge, b) the unconnected wall edges of each of the chamber profile preforms are sealed with a seal for forming a closed hermetic empty inner space of the chamber profile preform , c) a fluid under pressure is introduced through the valve element into the inner space of the chamber profile preform for forming a deformed chamber profile , d) at least three chamber profile preforms or chamber profiles are connected in an area of the corresponding inner edges of the chamber profile preform or the chamber profile , proximal with respect to a connection axis , along at least part of the inner edges, wherein the connection axis is formed by the inner edges being connected together with a connecting weld, wherein steps c) and d) may be performed in reverse sequence. a) at least three chamber profile preforms are provided, wherein each chamber profile preform comprises two walls made of a sheet of metal material and arranged with respect to each other in substantially parallel planes with a gap retained between them, wherein the edges of the individual walls converge, and wherein a valve element is arranged on at least one wall , and wherein each chamber profile preform has an inner edge and an outer edge, b) the unconnected wall edges of each of the chamber profile preforms are sealed with a seal for forming a closed hermetic empty inner space of the chamber profile preform , c) a fluid under pressure is introduced through the valve element into the inner space of the chamber profile preform for forming a deformed chamber profile , d) at least three chamber profile preforms or chamber profiles are connected in an area of the corresponding inner edges of the chamber profile preform or the chamber profile , proximal with respect to a connection axis , along at least part of the inner edges, wherein the connection axis is formed by the inner edges being connected together with a connecting weld,
Electronic device , at least comprising a housing , a processor unit arranged inside said housing , a physical port for inputting electric energy for operating said processor unit and/or for outputting of acoustic signals or acoustic data, wherein the physical port is coupled via a sliding means to the housing , wherein the sliding means provides a sliding path for repositioning of the physical port with respect to the housing , wherein the sliding path comprises at least a first section and a second section , wherein the first section and second section are connected to each other, wherein the physical port is slidable from the first section to the second section and/or from the second section to the first section , wherein the first section and the second section are inclined to each other in an angle of 90°, for changing the orientation of the physical port.
A machine-to-machine, M2M, server for managing communication with a M2M device, the M2M server comprising; - a configuration module for configuring the M2M device with a finite number of predetermined states and predetermined transitions for changing between the states; and characterized by comprising : - a communication module for sending a message to the M2M device for executing at least one of the predetermined transitions, wherein the message comprises a command to execute a specific state transition. - a configuration module for configuring the M2M device with a finite number of predetermined states and predetermined transitions for changing between the states; and characterized by comprising : - a communication module for sending a message to the M2M device for executing at least one of the predetermined transitions, wherein the message comprises a command to execute a specific state transition.
A method of inhibiting or substantially reducing the binding of a composition, comprising a complex formed between a cationic polymer and a polynucleotide, to negatively charged molecules present in soil comprising including in the composition a quenching agent capable of substantially neutralising exposed-surface positive charges on the complex.
A computer system comprising: one or more processors; a cloud system ; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors and the cloud system to configure the computer system to perform blockchain operations on behalf of a capability limited device that is unable to perform the blockchain operations, further including instructions that are executable to configure the computer system and the cloud system to perform at least the following host a digital twin for the capability limited device on the cloud system capable of performing the blockchain operations, wherein the capability limited device comprises a unique device identifier and the digital twin comprises the unique device identifier allowing the digital twin to act as a proxy on behalf of the capability limited device, wherein the digital twin, using compute resources, storage resources, and network connectivity of the cloud system, participates on a blockchain network for and on behalf of the capability limited device, and wherein the capability limited device is outside the cloud system; receive input for a set of blockchain operations at the cloud system capable of performing the blockchain operations, from the capability limited device; and perform the set of blockchain operations at the cloud system capable of performing the blockchain operations using the digital twin and the unique device identifier. one or more processors; a cloud system ; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors and the cloud system to configure the computer system to perform blockchain operations on behalf of a capability limited device that is unable to perform the blockchain operations, further including instructions that are executable to configure the computer system and the cloud system to perform at least the following host a digital twin for the capability limited device on the cloud system capable of performing the blockchain operations, wherein the capability limited device comprises a unique device identifier and the digital twin comprises the unique device identifier allowing the digital twin to act as a proxy on behalf of the capability limited device, wherein the digital twin, using compute resources, storage resources, and network connectivity of the cloud system, participates on a blockchain network for and on behalf of the capability limited device, and wherein the capability limited device is outside the cloud system; receive input for a set of blockchain operations at the cloud system capable of performing the blockchain operations, from the capability limited device; and perform the set of blockchain operations at the cloud system capable of performing the blockchain operations using the digital twin and the unique device identifier.
A fastening device , configured to be installed on an article (S1), and the fastening device comprising: a base located on the article (S1); an installing assembly , comprising: at least one needle pivotally disposed at the base so as to rotate relatively to the base ; and a reel part coupled to a lace and disposed on the base ; wherein the at least one needle is suitable to be inserted from a first surface (S11) of the article (S1) into a second surface (S12) of the article (S1), then suitable to be inserted from the second surface (S12) of the article (S1) into the first surface (S11) of the article (S1), and the at least one needle is suitable to be restricted to the article (S1) for securing the base on the first surface (S11) of the article (S1). a base located on the article (S1); an installing assembly , comprising: at least one needle pivotally disposed at the base so as to rotate relatively to the base ; and a reel part coupled to a lace and disposed on the base ; wherein the at least one needle is suitable to be inserted from a first surface (S11) of the article (S1) into a second surface (S12) of the article (S1), then suitable to be inserted from the second surface (S12) of the article (S1) into the first surface (S11) of the article (S1), and the at least one needle is suitable to be restricted to the article (S1) for securing the base on the first surface (S11) of the article (S1).
A strip lamp comprising a strip lamp holder , two rows of light sources and two lenses , wherein: the strip lamp holder has a center line perpendicular to a surface to be illuminated in a plane perpendicular to its length direction, and the strip lamp holder is provided with two light source mounting seats oppositely arranged and located on opposite sides of the center line ; each of the two rows of light sources is respectively arranged on a light source mounting seat , so that the light emission directions of the two rows of light sources are all toward the surface to be illuminated and so that the two optical axes intersect at or near the center line ; and each of the two lenses is respectively arranged on a light source mounting seat and located in the light emission direction of the corresponding light source , and each of the two lenses includes a light entrance surface and a light emission surface ; characterized in that the light emitted from each of the two rows of light sources each comprises a blocked light extending to below the top edge of the light source mounting seat on the opposite side of the strip lamp holder if no lenses were present in the strip lamp, and parts of the light emission surfaces of the lenses disposed on a first and second side, respectively, of the center line and away from the surface to be illuminated cause the otherwise blocked light of the light sources on the first and second side, respectively, of the center line to be refracted and then cross the top edge of the light source mounting seat on the opposite second or first side, respectively, of the center line . the strip lamp holder has a center line perpendicular to a surface to be illuminated in a plane perpendicular to its length direction, and the strip lamp holder is provided with two light source mounting seats oppositely arranged and located on opposite sides of the center line ; each of the two rows of light sources is respectively arranged on a light source mounting seat , so that the light emission directions of the two rows of light sources are all toward the surface to be illuminated and so that the two optical axes intersect at or near the center line ; and each of the two lenses is respectively arranged on a light source mounting seat and located in the light emission direction of the corresponding light source , and each of the two lenses includes a light entrance surface and a light emission surface ; characterized in that the light emitted from each of the two rows of light sources each comprises a blocked light extending to below the top edge of the light source mounting seat on the opposite side of the strip lamp holder if no lenses were present in the strip lamp, and parts of the light emission surfaces of the lenses disposed on a first and second side, respectively, of the center line and away from the surface to be illuminated cause the otherwise blocked light of the light sources on the first and second side, respectively, of the center line to be refracted and then cross the top edge of the light source mounting seat on the opposite second or first side, respectively, of the center line .
Heat exchanger comprising: - a collector plate having a wall provided with orifices - a bundle of tubes in which each tube has a first end designed to be housed in the corresponding orifice of said collector plate , - a reinforcing part disposed between two tubes close to the first end thereof, characterized in that said reinforcing part comprises two opposite faces respectively in contact with each of said two tubes . - a collector plate having a wall provided with orifices - a bundle of tubes in which each tube has a first end designed to be housed in the corresponding orifice of said collector plate , - a reinforcing part disposed between two tubes close to the first end thereof,
A method of controlling a coupling arrangement in a gearbox , comprising a coupling sleeve , which is axially displaceable between a first and second position; a first and second rotatable element , which are connectable to and disconnectable from each other by means of the coupling sleeve ; a first power source connected to the first rotatable element ; a second power source connected to the second rotatable element ; a first engagement means arranged on the first rotatable element ; a second engagement means arranged on the second rotatable element ; a third engagement means arranged on the coupling sleeve ; the first and second engagement means are configured to transfer torque (Ts) between the first and second rotatable element via the third engagement means arranged on the coupling sleeve , and the first and second engagement means are configured to allow an axial displacement of the third engagement means along the first and second engagement means , characterized in the steps of: a) displacing the coupling sleeve to the second position by applying a first force (F 1 ) on the coupling sleeve in the direction from the first position to the second position, which overcomes a spring force (F S ) acting on the coupling sleeve in the direction from the second position to the first position; b) relieving the first force (F 1 ) on the coupling sleeve when the coupling sleeve is in the second position, and when a reaction force (F R ) acting on the coupling sleeve overcomes the spring force (F S ) acting on the coupling sleeve , which reaction force (F R ) is a result of the torque (Ts) transferred by the third engagement means arranged on the coupling sleeve ; c) applying the first force (F 1 ) on the coupling sleeve in the direction from the first position to the second position if the coupling sleeve is leaving the second position; and d) reducing the torque (T S ) transferred by the coupling sleeve by means of the second power source . a) displacing the coupling sleeve to the second position by applying a first force (F 1 ) on the coupling sleeve in the direction from the first position to the second position, which overcomes a spring force (F S ) acting on the coupling sleeve in the direction from the second position to the first position; b) relieving the first force (F 1 ) on the coupling sleeve when the coupling sleeve is in the second position, and when a reaction force (F R ) acting on the coupling sleeve overcomes the spring force (F S ) acting on the coupling sleeve , which reaction force (F R ) is a result of the torque (Ts) transferred by the third engagement means arranged on the coupling sleeve ; c) applying the first force (F 1 ) on the coupling sleeve in the direction from the first position to the second position if the coupling sleeve is leaving the second position; and d) reducing the torque (T S ) transferred by the coupling sleeve by means of the second power source .
A system for bathing a pet, comprising: a wand override tool comprising: a housing ; a cleaning solution reservoir carried by the housing ; a first coupler provided on the housing and adapted to be coupled with a surface cleaning apparatus having a suction source and a cleaning fluid source , wherein the first coupler is adapted to partially receive a wand of the surface cleaning apparatus coupled with the suction source and the cleaning fluid source ; a second coupler provided on the housing and adapted to be coupled with a hand tool ; a recovery pathway extending through the housing between the first and second couplers; and a first fluid delivery pathway extending from the cleaning solution reservoir to the second coupler . a housing ; a cleaning solution reservoir carried by the housing ; a first coupler provided on the housing and adapted to be coupled with a surface cleaning apparatus having a suction source and a cleaning fluid source , wherein the first coupler is adapted to partially receive a wand of the surface cleaning apparatus coupled with the suction source and the cleaning fluid source ; a second coupler provided on the housing and adapted to be coupled with a hand tool ; a recovery pathway extending through the housing between the first and second couplers; and a first fluid delivery pathway extending from the cleaning solution reservoir to the second coupler .
A peptide comprising a partial p53 peptide and a mutated Bcr coiled-coil domain, wherein the partial p53 peptide does not have a functional tetramerization domain but retains tumor suppressor activity and the mutated Bcr coiled-coil domain comprises amino acid substitutions and deletions but retains tetramerization activity, wherein the mutated Bcr coiled-coil domain comprises mutations at residues 34 and 55 of SEQ ID NO:4 and has a lysine at position 34 and a glutamic acid at position 55 of SEQ ID NO:4 or comprises the sequence of SEQ ID NO:5, wherein the mutated Bcr coiled-coil domains comprise at least 50% sequence identity to SEQ ID NO:4.
A computer-implemented method for determining a location estimate of a mobile device, comprising: identifying one or more candidate wireless stations associated with a current estimated location of the mobile device, the current estimated location being based on IP address information of the mobile device; determining , by the mobile device, an identifier for a connected wireless station to which the mobile device is connected; determining , at the mobile device, whether an identifier of any of the one or more candidate wireless stations corresponds to an identifier for the connected wireless station; generating, by the mobile device, selected log data based on the determination of whether the identifier for the connected wireless station corresponds to at least one of said candidate wireless stations, the selected log data indicating an accuracy of the estimated current location based on the IP address information; anonymizing the selected log data; and transmitting the anonymized selected log data. identifying one or more candidate wireless stations associated with a current estimated location of the mobile device, the current estimated location being based on IP address information of the mobile device; determining , by the mobile device, an identifier for a connected wireless station to which the mobile device is connected; determining , at the mobile device, whether an identifier of any of the one or more candidate wireless stations corresponds to an identifier for the connected wireless station; generating, by the mobile device, selected log data based on the determination of whether the identifier for the connected wireless station corresponds to at least one of said candidate wireless stations, the selected log data indicating an accuracy of the estimated current location based on the IP address information; anonymizing the selected log data; and transmitting the anonymized selected log data.
A folding clasp for a bracelet comprising: - a clasp body and a unfolding element , hinged together, - a first fastening member connected to the unfolding element and intended to be connected to a first free end of the bracelet; - a closing mechanism for holding said body and said unfolding element in the closed position when the unfolding element is folded down, wherein said closing mechanism comprises: - a housing arranged in the unfolding element , wherein said housing comprises at least one opening arranged on a lateral face of said unfolding element; at least one moving part arranged in the housing , wherein said moving part comprises a bolt , and, a spring arranged in the housing, wherein said clasp is characterised in that said spring is arranged so as to bias a said moving part towards said opening so that the bolt passes through said lateral opening so as to project relative to the lateral face ; and in that a recess is formed in the body to receive a free end of said bolt when the unfolding element is folded down on to the body in the closed position. - a clasp body and a unfolding element , hinged together, - a first fastening member connected to the unfolding element and intended to be connected to a first free end of the bracelet; - a closing mechanism for holding said body and said unfolding element in the closed position when the unfolding element is folded down, wherein said closing mechanism comprises: - a housing arranged in the unfolding element , wherein said housing comprises at least one opening arranged on a lateral face of said unfolding element; at least one moving part arranged in the housing , wherein said moving part comprises a bolt , and, a spring arranged in the housing, wherein said clasp is characterised in that said spring is arranged so as to bias a said moving part towards said opening so that the bolt passes through said lateral opening so as to project relative to the lateral face ; and in that a recess is formed in the body to receive a free end of said bolt when the unfolding element is folded down on to the body in the closed position. - a housing arranged in the unfolding element , wherein said housing comprises at least one opening arranged on a lateral face of said unfolding element; at least one moving part arranged in the housing , wherein said moving part comprises a bolt , and, a spring arranged in the housing, wherein said clasp is characterised in that said spring is arranged so as to bias a said moving part towards said opening so that the bolt passes through said lateral opening so as to project relative to the lateral face ; and in that a recess is formed in the body to receive a free end of said bolt when the unfolding element is folded down on to the body in the closed position.