mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated device for faeces sampling and occult blood detection, comprising a lid , a main body container sealed tube , a stop block , a piston , a test strip slot seat , a sealing sheet , a base , and a faeces sampling stick , the lid being provided with an inner ring and a C-shaped outer ring , the diameter of the inner ring being adapted to the inner diameter of a round tube chamber , the diameter of the C-shaped outer ring being adapted to the outer diameter of the round tube chamber , a clearance between the inner ring and the C-shaped outer ring being adapted to the tube wall of the round tube chamber , the faeces sampling stick being fixed at the center of the inner ring , the free end of the faeces sampling stick being provided with a threaded structure , the faeces sampling stick being tightly adapted to a round hole inside a separation layer , a small hole being provided in the tube wall of the inner ring at the opening of the C-shaped outer ring to be adapted to a bulge of the stop block , the main body container sealed tube being formed by combining the round tube chamber which is for storing liquid and a rectangular tube chamber , the separation layer which has a funnel shape with the round hole in the center being provided in the round tube chamber , the shape of the stop block being adapted to the section of the top of the rectangular tube chamber , the bulge being provided on an inside wall of the stop block and adapted to the small hole of the lid , the stop block being located at the top of the rectangular tube chamber , a test strip slot being provided at one side of the test strip slot seat , a piston slot with a hole in the center being provided at the other side of the test strip slot seat , two piston supports being provided on the upper edge of the piston slot , the outer shape of the test strip slot seat being adapted to the main body container sealed tube , the base being inserted into the bottom of the test strip slot seat , a solution receiving slot being provided on one side of the base , the other side of the base being provided with a groove in a part located below the test strip slot , a slope being provided between the receiving slot and the groove , and the sealing sheet being clung to the back of the piston slot , and the piston being placed in the piston supports .
A level comprising: a level body defining a planar base surface configured to engage a workpiece; a vial supported by the level body and including an inner surface defining a cavity ; a first material located within the cavity of the vial, wherein the first material is a liquid material; a second material located within the cavity of the vial, the second material forms an indicator within the first material such that an interface is defined between the first and second materials; characterized in that the level further comprises: a third material located within the cavity of the vial, wherein the third material is an amphipathic material that is attracted to the interface between the first material and the second material, wherein the first material is a nonpolar fluid and the second material a polar fluid or the first material is a polar fluid and the second material a nonpolar fluid. a level body defining a planar base surface configured to engage a workpiece; a vial supported by the level body and including an inner surface defining a cavity ; a first material located within the cavity of the vial, wherein the first material is a liquid material; a second material located within the cavity of the vial, the second material forms an indicator within the first material such that an interface is defined between the first and second materials; characterized in that the level further comprises: a third material located within the cavity of the vial, wherein the third material is an amphipathic material that is attracted to the interface between the first material and the second material, wherein the first material is a nonpolar fluid and the second material a polar fluid or the first material is a polar fluid and the second material a nonpolar fluid.
An electrical connector for terminating an electrical cable and for engaging with a mating electrical connector , the connector comprising: a body having an engagement portion including a sleeve which extends in a longitudinal first direction for engaging with the mating electrical connector , the sleeve further comprising at least one keyway configured to receive a keyed mating connector at a keyway opening; at least one resilient member arranged on the sleeve of the engagement portion, the resilient member being capable of deforming in a transverse direction perpendicular to the first direction and providing a reaction force for maintaining the engagement of the connector with the mating connector ; and a collar configured to be rotatable about at least the sleeve, wherein the collar comprises a radially inwardly protruding pin which extends into the sleeve and can be moved between two positions, one of the two positions being within the keyway for positioning between the key of the mating connector and the keyway opening such that the pin prevents axial disengagement of the connector . a body having an engagement portion including a sleeve which extends in a longitudinal first direction for engaging with the mating electrical connector , the sleeve further comprising at least one keyway configured to receive a keyed mating connector at a keyway opening; at least one resilient member arranged on the sleeve of the engagement portion, the resilient member being capable of deforming in a transverse direction perpendicular to the first direction and providing a reaction force for maintaining the engagement of the connector with the mating connector ; and a collar configured to be rotatable about at least the sleeve, wherein the collar comprises a radially inwardly protruding pin which extends into the sleeve and can be moved between two positions, one of the two positions being within the keyway for positioning between the key of the mating connector and the keyway opening such that the pin prevents axial disengagement of the connector .
A secure container for storing value documents having respective value document identification numbers marked thereon, said secure container comprising: a storing unit configured to store the value documents; an intrusion sensor configured to detect an unauthorized intrusion into the secure container and configured to deliver an intrusion signal upon detection of said unauthorized intrusion; a neutralization unit configured to receive a neutralization agent having a neutralization agent identification number, and configured to neutralize the stored value documents with said neutralization agent upon reception of the intrusion signal delivered by the intrusion sensor, characterized in that it further comprises an alarm unit connected to the intrusion sensor and configured to receive the intrusion signal, the alarm unit comprising a memory storing the value document identification numbers and the neutralization agent identification number, and a communication unit operable to send data stored in the memory over a communication network upon reception of the intrusion signal, wherein the alarm unit is configured to transmit in real time via the communication unit an alert message to a database through the communication network upon receiving of the intrusion signal from the intrusion sensor, the alert message containing the value document identification numbers and the neutralization agent identification number stored in the memory. a storing unit configured to store the value documents; an intrusion sensor configured to detect an unauthorized intrusion into the secure container and configured to deliver an intrusion signal upon detection of said unauthorized intrusion; a neutralization unit configured to receive a neutralization agent having a neutralization agent identification number, and configured to neutralize the stored value documents with said neutralization agent upon reception of the intrusion signal delivered by the intrusion sensor, characterized in that it further comprises an alarm unit connected to the intrusion sensor and configured to receive the intrusion signal, the alarm unit comprising a memory storing the value document identification numbers and the neutralization agent identification number, and a communication unit operable to send data stored in the memory over a communication network upon reception of the intrusion signal, wherein the alarm unit is configured to transmit in real time via the communication unit an alert message to a database through the communication network upon receiving of the intrusion signal from the intrusion sensor, the alert message containing the value document identification numbers and the neutralization agent identification number stored in the memory.
An on-board centralized system for regulating the pressure of the tyres of a motor-vehicle having at least two, steering or non-steering, driving wheels (W), wherein each driving wheel (W) of the motor-vehicle is rigidly connected to a wheel spindle , which is rotatably supported on a wheel support and is connected in rotation to a respective axle shaft via a constant-velocity joint (J) having an input member connected in rotation to said axle shaft and an output member rigidly connected to said wheel spindle , said system comprising: - a source of pressurized air ; - pneumatic rotary joints (T), each associated to a driving wheel (W) of the motor-vehicle; and - a circuit, which sets in communication the source of pressurized air with an inlet fitting of said pneumatic rotary joint (T), said circuit including a solenoid valve for opening or closing said communication, - wherein said output member of the constant-velocity joint (J) and said wheel spindle have an internal duct for passage of air, and - wherein said internal duct has a first end that gives out onto an outer surface of said output member of the constant-velocity joint (J); said system being characterised in that : - the first end of said internal duct is connected by means of a flexible hose to an outlet fitting of the pneumatic rotary joint (T), and in that a second end of said internal duct gives out onto an end surface of the wheel spindle and communicates with a plenum (P) of the driving wheel (W); and in that it further comprises: - means for connecting said plenum (P) of the driving wheel (W) with the inner chamber (C) of the respective tyre. - a source of pressurized air ; - pneumatic rotary joints (T), each associated to a driving wheel (W) of the motor-vehicle; and - a circuit, which sets in communication the source of pressurized air with an inlet fitting of said pneumatic rotary joint (T), said circuit including a solenoid valve for opening or closing said communication, - wherein said output member of the constant-velocity joint (J) and said wheel spindle have an internal duct for passage of air, and - wherein said internal duct has a first end that gives out onto an outer surface of said output member of the constant-velocity joint (J); - the first end of said internal duct is connected by means of a flexible hose to an outlet fitting of the pneumatic rotary joint (T), and in that a second end of said internal duct gives out onto an end surface of the wheel spindle and communicates with a plenum (P) of the driving wheel (W); and in that it further comprises: - means for connecting said plenum (P) of the driving wheel (W) with the inner chamber (C) of the respective tyre. - means for connecting said plenum (P) of the driving wheel (W) with the inner chamber (C) of the respective tyre.
A defoaming adjuvant comprising: a. A solid particulate carrier; and b. A polyalkylene glycol adsorbed onto the solid particulate carrier, wherein the polyalkylene glycol is a reaction product of an alkyl alcohol initiator with 1,2-butylene oxide and propylene oxide. a. A solid particulate carrier; and b. A polyalkylene glycol adsorbed onto the solid particulate carrier, wherein the polyalkylene glycol is a reaction product of an alkyl alcohol initiator with 1,2-butylene oxide and propylene oxide.
A device for dispensing liquid out of a sterile bottle of the type including a bacteriological protection membrane mounted across a conduit for circulating the fluids between the inside and the outside of the bottle to retain the micro-organisms which are possibly present outside, and made of a material with hydrophilic properties in a first portion of the extent of the membrane across said conduit and with hydrophobic properties in a second portion of this extent, the device including means for organising the circulation of liquid and air fluids through said membrane which include a porous pad mounted across the fluid circulation conduit upstream of the membrane on the inner side of the bottle, the device further including, downstream of the membrane on the outer side of the bottle, a tip for dispensing liquid out of the bottle in successive doses, characterised in that said membrane is made of a material integrating an agent with biocidal activity by ionic oxidation, in that the porous pad is made of a material of such nature and porosity that it is capable of receiving and absorbing said agent with biocidal activity driven by the liquid out of the membrane while avoiding its penetration inside the bottle, and in that the tip is made of a non-porous polymer material loaded with a biocidal agent of the same type as that present in said membrane and capable of migrating through the material towards the free surface thereof to be gradually released therefrom as fluids pass, such that the excess which is not consumed in contact with the material is driven with any liquid flow returning to the bottle, thus used to recharge the membrane with biocidal agent. the device including means for organising the circulation of liquid and air fluids through said membrane which include a porous pad mounted across the fluid circulation conduit upstream of the membrane on the inner side of the bottle, the device further including, downstream of the membrane on the outer side of the bottle, a tip for dispensing liquid out of the bottle in successive doses, characterised in that said membrane is made of a material integrating an agent with biocidal activity by ionic oxidation, in that the porous pad is made of a material of such nature and porosity that it is capable of receiving and absorbing said agent with biocidal activity driven by the liquid out of the membrane while avoiding its penetration inside the bottle, and in that the tip is made of a non-porous polymer material loaded with a biocidal agent of the same type as that present in said membrane and capable of migrating through the material towards the free surface thereof to be gradually released therefrom as fluids pass, such that the excess which is not consumed in contact with the material is driven with any liquid flow returning to the bottle, thus used to recharge the membrane with biocidal agent.
A cellular structure comprising at least one metallic glass sheet that is configured to form a lattice comprising at least one cell; at least one sheet that is at least partially flat disposed on at least one horizontal side of the lattice; and wherein the at least one metallic glass sheet has a thickness of less than the plastic zone radius of the metallic glass, wherein the plastic zone radius ( r p ) of the metallic glass is r p = K lc 2 / πσ y 2 , where K lc is the mode I fracture toughness of the metallic glass, and σ y is the plastic yield strength of the metallic glass, and wherein the specific strength of the lattice is greater than the specific strength of the metallic glass.
A leg spreader for a tripod comprising at least two portions selectably moveable with respect to one another along an axis; a first portion comprising a latch and a second portion comprising an engagement region; the latch being releasably engageable with the engagement region , the latch being moveable by an actuator between an engaged position in which the portions are substantially non-moveable with respect of one another and a disengaged position in which the portions are moveable with respect to one another; wherein the latch is biased towards the engaged position.
A method for producing a finished leather substitute, which method comprises a) providing a sheet material grown from mycelium, which sheet material shows a top surface layer and a bottom surface layer that are defined in the sense of growth of the mycelium, from the bottom to the top; b) contacting the sheet material with an aqueous solution comprising lubricants; c) drying it; d) applying at least one finishing coating on the bottom surface only. a) providing a sheet material grown from mycelium, which sheet material shows a top surface layer and a bottom surface layer that are defined in the sense of growth of the mycelium, from the bottom to the top; b) contacting the sheet material with an aqueous solution comprising lubricants; c) drying it; d) applying at least one finishing coating on the bottom surface only.
A load balancing method, applied to a computer system that comprises at least three computer devices, wherein each computer device comprises a central processing unit and a memory, the at least three computer devices comprise a first computer device, the first computer device is used as a cloud management platform, computer devices other than the first computer device in the at least three computer devices are used as service computer devices, a virtual machine that initiates a service runs on each service computer device, and the service is a load balancing service; and comprising: obtaining, by the first computer device, configuration information of a load balancer that is to be created on each service computer device, wherein the configuration information of the load balancer comprises an identifier of the load balancer and a virtual IP address VIP of the load balancer, and the VIP of the load balancer indicates the load balancing service; creating, by the first computer device, a local load balancer of each service computer device on each service computer device according to the configuration information of the load balancer that is to be created on each service computer device; and configuring, by the first computer device, a forwarding mode of the load balancing service on each service computer device, wherein in the forwarding mode, a service packet of the load balancing service initiated by the virtual machine that is of each service computer device and that initiates the service is directionally forwarded to the local load balancer, so that the local load balancer of each service computer device performs load balancing processing on the service packet initiated by the virtual machine that is of the service computer device and that initiates the service. obtaining, by the first computer device, configuration information of a load balancer that is to be created on each service computer device, wherein the configuration information of the load balancer comprises an identifier of the load balancer and a virtual IP address VIP of the load balancer, and the VIP of the load balancer indicates the load balancing service; creating, by the first computer device, a local load balancer of each service computer device on each service computer device according to the configuration information of the load balancer that is to be created on each service computer device; and configuring, by the first computer device, a forwarding mode of the load balancing service on each service computer device, wherein in the forwarding mode, a service packet of the load balancing service initiated by the virtual machine that is of each service computer device and that initiates the service is directionally forwarded to the local load balancer, so that the local load balancer of each service computer device performs load balancing processing on the service packet initiated by the virtual machine that is of the service computer device and that initiates the service.
A system, comprising: a publisher-subscriber network comprising: a plurality of user devices (110; 321; 322; 323), and a node coupled to the plurality of user devices (110; 321; 322; 323), wherein the plurality of user devices (110; 321; 322; 323) are subscriber nodes within the publisher-subscriber network and comprise a first user device , wherein the first user device comprises a first hardware processor , a first cryptographic key , and first personal data (112; 113) associated with a first user and a first data variable , wherein the node comprises a second hardware processor and is a publishing node within the publisher-subscriber network , and wherein the node is configured to use a publisher-subscriber network protocol to transmit one or more broadcast requests over the publisher-subscriber network ; and a plurality of intermediary nodes (130; 380) coupled to the publisher-subscriber network , wherein the plurality of intermediary nodes (130; 380) implement a distributed ledger , wherein the node is further configured to transmit a broadcast request to the plurality of user devices (110; 321; 322; 323), the broadcast request comprising a first data request associated with the first data variable ,wherein the first user device is configured to transmit, in response to receiving the broadcast request , encrypted data to the plurality of intermediary nodes (130; 380) based on the first personal data (112; 113) and the first cryptographic key , and wherein the plurality of intermediary nodes (130; 380) are configured to transmit the encrypted data to the node using the distributed ledger . a plurality of user devices (110; 321; 322; 323), and a node coupled to the plurality of user devices (110; 321; 322; 323), wherein the plurality of user devices (110; 321; 322; 323) are subscriber nodes within the publisher-subscriber network and comprise a first user device , wherein the first user device comprises a first hardware processor , a first cryptographic key , and first personal data (112; 113) associated with a first user and a first data variable , wherein the node comprises a second hardware processor and is a publishing node within the publisher-subscriber network , and wherein the node is configured to use a publisher-subscriber network protocol to transmit one or more broadcast requests over the publisher-subscriber network ; and a plurality of intermediary nodes (130; 380) coupled to the publisher-subscriber network , wherein the plurality of intermediary nodes (130; 380) implement a distributed ledger , wherein the node is further configured to transmit a broadcast request to the plurality of user devices (110; 321; 322; 323), the broadcast request comprising a first data request associated with the first data variable ,wherein the first user device is configured to transmit, in response to receiving the broadcast request , encrypted data to the plurality of intermediary nodes (130; 380) based on the first personal data (112; 113) and the first cryptographic key , and wherein the plurality of intermediary nodes (130; 380) are configured to transmit the encrypted data to the node using the distributed ledger .
Household appliance, having an electrical motor , power electronics provided to supply the electrical motor with electrical energy for operation of the electrical motor and an electrical cable connecting the power electronics with the electrical motor , characterised in that the electrical cable has a number of insulated wires , which are provided to supply the electrical motor with the electrical energy for operation of the electrical motor , a metallised film encasing the insulated wires as a whole, and a cable casing encasing the metallised film with a length I, wherein the electrical cable has an earthing wire , which, with the insulated wires , is encased by the metallised film , wherein the earthing wire is connected in a conducting manner with the metallised film .