mhurhangee/ep-ind-claims huggingface dataset:
A geotechnical drilling machine including: a drilling head rotating about a first axis; means for longitudinally moving the drilling head according to a drilling axis, parallel to the first axis; a barrel rotating about a second axis, parallel to the first axis, said barrel including a plurality of first housings (48a, 48b) for receiving a first series of tubes, the first tubes, and a plurality of second housings (68a, 68b) for receiving a second series of tubes, the second tubes, the first housings being arranged beside each other according to a first circular line, while the second housings are arranged beside each other according to a second circular line, the first and second circular lines being concentric, the diameter of the first circular line being less than the diameter of the second circular line such that the second housings are arranged about the first housings, the barrel including an access for withdrawal of the tubes from the first and second housings; connection means for connecting the drilling head at least with one of the second tubes contained in the barrel; the drilling machine being characterized in that the barrel includes a first carousel and at least one second carousel, separate from the first carousel, the first and second carousels (40, 60) being coaxial and arranged to pivot relative to each other about the second axis, the first carousel being arranged inside the second carousel and comprising the first housings, while the second carousel comprises the second housings. a drilling head rotating about a first axis; means for longitudinally moving the drilling head according to a drilling axis, parallel to the first axis; a barrel rotating about a second axis, parallel to the first axis, said barrel including a plurality of first housings (48a, 48b) for receiving a first series of tubes, the first tubes, and a plurality of second housings (68a, 68b) for receiving a second series of tubes, the second tubes, the first housings being arranged beside each other according to a first circular line, while the second housings are arranged beside each other according to a second circular line, the first and second circular lines being concentric, the diameter of the first circular line being less than the diameter of the second circular line such that the second housings are arranged about the first housings, the barrel including an access for withdrawal of the tubes from the first and second housings; connection means for connecting the drilling head at least with one of the second tubes contained in the barrel; the drilling machine being characterized in that the barrel includes a first carousel and at least one second carousel, separate from the first carousel, the first and second carousels (40, 60) being coaxial and arranged to pivot relative to each other about the second axis, the first carousel being arranged inside the second carousel and comprising the first housings, while the second carousel comprises the second housings.
A method for a first host to establish communication with a second host, the method comprising: receiving a signal from a client that the client is enrolled in a first communication group with the first host and enrolled in a second communication group with the second host; sending a first host-specific certificate and a pairing request message to the second host in response to the signal; receiving a second host-specific certificate and a first value from the second host, wherein the first value comprises a signed blinded value generated by the second host based on a first random value; verifying the second host-specific certificate; verifying the first value in response to the second host-specific certificate being a valid certificate; sending a second value to the second host in response to the first value being valid wherein the second value comprises a signed blinded value generated by the first host based on a second random value; receiving a third value and an encrypted message from the second host, wherein the third value is determined by the second host based on the first value and the second value; determining a fourth value equals the third value; deriving a temporary key in response to the fourth value equaling the third value; decrypting the encrypted message using the temporary key; obtaining a group key for the second communication group from the decrypted message; sending a group key for the first communication group to the second host; and receiving a verification message from the second host indicating successful establishment of communication. receiving a signal from a client that the client is enrolled in a first communication group with the first host and enrolled in a second communication group with the second host; sending a first host-specific certificate and a pairing request message to the second host in response to the signal; receiving a second host-specific certificate and a first value from the second host, wherein the first value comprises a signed blinded value generated by the second host based on a first random value; verifying the second host-specific certificate; verifying the first value in response to the second host-specific certificate being a valid certificate; sending a second value to the second host in response to the first value being valid wherein the second value comprises a signed blinded value generated by the first host based on a second random value; receiving a third value and an encrypted message from the second host, wherein the third value is determined by the second host based on the first value and the second value; determining a fourth value equals the third value; deriving a temporary key in response to the fourth value equaling the third value; decrypting the encrypted message using the temporary key; obtaining a group key for the second communication group from the decrypted message; sending a group key for the first communication group to the second host; and receiving a verification message from the second host indicating successful establishment of communication.
A window comprising a top, a bottom and two side sash members defining a window sash, and a top, a bottom and two side frame members defining a window frame, said bottom sash member being pivotally connected to said bottom frame member by means of a pivot hinge defining a pivot axis; and two compression springs, such as gas springs (10, 11), each having two heads (18, 19) and connecting said window sash and said window frame such as to provide a spring force on said window sash towards an open position of said window, said compression springs connect said top sash member to said top frame member and are adapted to pivot in directions towards or away from each other during pivoting of said window sash in relation to said window frame between said open and a closed position of said window, said window sash and said window frame each comprises bearing members (13, 14; 12, 15) for receiving respective heads (18, 19) of said compression springs, at least one head (18, 19) of each compression spring being embedded in a respective bearing member such as to be rotatable in relation to and releasable from said bearing member, characterized in that each bearing member, in which one head (18, 19) of a respective said compression spring is releasably embedded, comprises a tray, which is oblong in a direction parallel to said top frame and sash members (4b, 3b) such that each freely and releasably embedded spring head (18, 19) is slidable in said bearing member in said direction.
An oil-based cosmetic preparation comprising a silicone-modified polysaccharide compound, a silicone emulsifier, an organic-modified clay mineral, from 0.5 to 10 wt% of carbonate ester, and a wax.
A biopsy device, comprising: (a) a needle having a tissue piercing tip; (b) a body portion, wherein the needle is longitudinally movable relative to the body portion; and (c) a needle firing assembly, wherein the needle firing assembly comprises: (i) a resilient member configured to urge the needle distally relative to the body portion when the resilient member is in a loaded configuration, characterized in that the needle firing assembly further comprises: (ii) a translating member operable to load the resilient member when the translating member is moved distally, (iii) a coupling which is removably securable to the translating member, and (iv) a motor, wherein the motor is operable to drive the translating member distally relative to the body portion to load the resilient member, wherein the motor is further operable to drive the translating member proximally relative to the body portion for decoupling the coupling from the translating member to unload the resilient member, to thereby fire the needle distally. (a) a needle having a tissue piercing tip; (b) a body portion, wherein the needle is longitudinally movable relative to the body portion; and (c) a needle firing assembly, wherein the needle firing assembly comprises: (i) a resilient member configured to urge the needle distally relative to the body portion when the resilient member is in a loaded configuration, characterized in that the needle firing assembly further comprises: (ii) a translating member operable to load the resilient member when the translating member is moved distally, (iii) a coupling which is removably securable to the translating member, and (iv) a motor, wherein the motor is operable to drive the translating member distally relative to the body portion to load the resilient member, wherein the motor is further operable to drive the translating member proximally relative to the body portion for decoupling the coupling from the translating member to unload the resilient member, to thereby fire the needle distally. (i) a resilient member configured to urge the needle distally relative to the body portion when the resilient member is in a loaded configuration, (ii) a translating member operable to load the resilient member when the translating member is moved distally, (iii) a coupling which is removably securable to the translating member, and (iv) a motor, wherein the motor is operable to drive the translating member distally relative to the body portion to load the resilient member, wherein the motor is further operable to drive the translating member proximally relative to the body portion for decoupling the coupling from the translating member to unload the resilient member, to thereby fire the needle distally.
A locking mechanism comprising: a lock shaft; a lock base, the lock base is provided with an opening and a cavity extending from the opening, the opening is used for allowing the lock shaft to enter the cavity; a lock tongue, the lock tongue is rotatable relative to the lock base so as to shift between an unlocked state and a locked state, and when the lock tongue is in the locked state, the lock tongue can stop the lock shaft from leaving the cavity via the opening; the lock tongue comprises a lock tongue body and a lock tongue extension part that are fixedly connected, the lock tongue extension part is located outside the lock base, when the lock tongue is in the locked state, the lock tongue body can stop the lock shaft from leaving the cavity via the opening; the lock base has a first limiting surface, the first limiting surface is an outer surface of the lock base, and the lock tongue extension part has a second limiting surface, when the lock tongue is in the locked state, the first limiting surface abuts against the second limiting surface to stop the lock tongue from continuing to rotate in the locking direction; and a resetting part, the resetting part is provided on the lock base and acts on the lock tongue, the resetting part is capable of producing a flexible distension and used to cause the lock tongue to rotate in a locking direction so as to reset from the unlocked state to the locked state. a lock shaft; a lock base, the lock base is provided with an opening and a cavity extending from the opening, the opening is used for allowing the lock shaft to enter the cavity; a lock tongue, the lock tongue is rotatable relative to the lock base so as to shift between an unlocked state and a locked state, and when the lock tongue is in the locked state, the lock tongue can stop the lock shaft from leaving the cavity via the opening; the lock tongue comprises a lock tongue body and a lock tongue extension part that are fixedly connected, the lock tongue extension part is located outside the lock base, when the lock tongue is in the locked state, the lock tongue body can stop the lock shaft from leaving the cavity via the opening; the lock base has a first limiting surface, the first limiting surface is an outer surface of the lock base, and the lock tongue extension part has a second limiting surface, when the lock tongue is in the locked state, the first limiting surface abuts against the second limiting surface to stop the lock tongue from continuing to rotate in the locking direction; and a resetting part, the resetting part is provided on the lock base and acts on the lock tongue, the resetting part is capable of producing a flexible distension and used to cause the lock tongue to rotate in a locking direction so as to reset from the unlocked state to the locked state.
An engine device comprising: an engine; an exhaust gas purification device for purifying exhaust gas from the engine; and electric parts (44, 51-53) which detect a state of the exhaust gas purification device, wherein the electric parts (44, 51-53) are arranged in the periphery of the exhaust gas purification device along the longitudinal direction extending from the exhaust gas purification device, wherein the exhaust gas purification device is connected to an exhaust manifold provided on one side surface of the engine via an exhaust gas introduction portion, wherein the electric parts (44, 51-53) are arranged at a position which is located at an outer side of the surface plane of an end surface of an exhaust gas purification case and on a side that is not facing the engine, characterized in that a part of the electric parts (44, 51-53) is a wiring connector which is electrically connected to a temperature sensor (42, 43) attached to the exhaust gas purification device, and an intermediate portion of a wiring (42a, 43a) connecting the temperature sensor (42, 43) and the wiring connector is fixed to a flange in the exhaust gas purification case. an engine; an exhaust gas purification device for purifying exhaust gas from the engine; and electric parts (44, 51-53) which detect a state of the exhaust gas purification device, wherein the electric parts (44, 51-53) are arranged in the periphery of the exhaust gas purification device along the longitudinal direction extending from the exhaust gas purification device, wherein the exhaust gas purification device is connected to an exhaust manifold provided on one side surface of the engine via an exhaust gas introduction portion, wherein the electric parts (44, 51-53) are arranged at a position which is located at an outer side of the surface plane of an end surface of an exhaust gas purification case and on a side that is not facing the engine, characterized in that a part of the electric parts (44, 51-53) is a wiring connector which is electrically connected to a temperature sensor (42, 43) attached to the exhaust gas purification device, and an intermediate portion of a wiring (42a, 43a) connecting the temperature sensor (42, 43) and the wiring connector is fixed to a flange in the exhaust gas purification case.
Drainage device for a wet room, in particular for a shower, comprising - a channel-like drainage body having an inlet opening into which wastewater can enter, wherein the drainage body has at least one outlet opening, out of which the wastewater can emerge, - a part, which is panel-like at least in sections, which can be part of a floor of the wet room, in particular the shower, wherein the channel-like drainage body is pre-assembled to a unit with the at least sectionally panel-like part, wherein the channel-like drainage body is arranged in the panel-like part, and wherein the channel-like drainage body does not project upwards over the panel-like part in an installation position, characterised in that the channel-like drainage body also does not project downwards over the panel-like part in an installation position, so that the pre-assembled unit of channel-like drainage body and panel-like part can be easily stacked. - a channel-like drainage body having an inlet opening into which wastewater can enter, wherein the drainage body has at least one outlet opening, out of which the wastewater can emerge, - a part, which is panel-like at least in sections, which can be part of a floor of the wet room, in particular the shower, wherein the channel-like drainage body is pre-assembled to a unit with the at least sectionally panel-like part, wherein the channel-like drainage body is arranged in the panel-like part, and wherein the channel-like drainage body does not project upwards over the panel-like part in an installation position,
A conveyor apparatus for conveying objects along a path, the path including a curved portion and an upstream portion, upstream of the curved portion, the upstream portion defining a direction of entry into the curved portion, the curved portion defining a radially outward direction transverse to the direction of entry into the curved portion; the conveyor apparatus comprising: • suspension means with a carrier adapted to travel along the path and to carry an object to be conveyed suspended at the suspension means; CHARACTERIZED in that the apparatus comprises: • deflection means comprising a guide bar arranged to deflect the carrier from the vertical by an angle in the radially outward direction when the suspension means travels along the upstream portion towards the curved portion. • suspension means with a carrier adapted to travel along the path and to carry an object to be conveyed suspended at the suspension means; • deflection means comprising a guide bar arranged to deflect the carrier from the vertical by an angle in the radially outward direction when the suspension means travels along the upstream portion towards the curved portion.
An apparatus comprising: an ultrasonic receiver for detecting ultrasonic energy including: an array of thin film transistor pixel circuits disposed on a TFT substrate; a piezoelectric layer having first and second opposing surfaces, the first surface bonded with an adhesive to the TFT substrate; and a receiver bias electrode overlying the second surface of the piezoelectric layer; wherein the piezoelectric layer is in electrical communication with the TFT pixel circuits. an ultrasonic receiver for detecting ultrasonic energy including: an array of thin film transistor pixel circuits disposed on a TFT substrate; a piezoelectric layer having first and second opposing surfaces, the first surface bonded with an adhesive to the TFT substrate; and a receiver bias electrode overlying the second surface of the piezoelectric layer; wherein the piezoelectric layer is in electrical communication with the TFT pixel circuits. an array of thin film transistor pixel circuits disposed on a TFT substrate; a piezoelectric layer having first and second opposing surfaces, the first surface bonded with an adhesive to the TFT substrate; and a receiver bias electrode overlying the second surface of the piezoelectric layer; wherein the piezoelectric layer is in electrical communication with the TFT pixel circuits.
A method for electrochemically detecting an analyte in an electrolytic solution comprising: bringing a sample containing an analyte into contact with a working electrode on which trapping substance for trapping the analyte is immobilized to allow the analyte to be trapped on the working electrode by the trapping substance; forming a complex containing the analyte trapped on the working electrode in the trapping process and a label binding substance (290, 390), wherein the label binding substance (290, 390) is formed of a binding substance, a modulator, and a labeling substance (293, 393), wherein the labeling substance (293, 393) is retained via the modulator on a binding substance which binds to the analyte on the working electrode, wherein the modulator generates an interaction with an electrolytic solution and a working electrode site except a site where the trapping substance are bound; and electrochemically detecting the labeling substance present on the working electrode obtained in the complex formation process, wherein the labeling substance is retained via the modulator on the binding substance, wherein the electrolytic solution contains an aprotic solvent, and the surface of the working electrode and the modulator exhibit hydrophilicity, or the electrolytic solution contains a protic solvent, and the surface of the working electrode and the modulator exhibit hydrophobicity. bringing a sample containing an analyte into contact with a working electrode on which trapping substance for trapping the analyte is immobilized to allow the analyte to be trapped on the working electrode by the trapping substance; forming a complex containing the analyte trapped on the working electrode in the trapping process and a label binding substance (290, 390), wherein the label binding substance (290, 390) is formed of a binding substance, a modulator, and a labeling substance (293, 393), wherein the labeling substance (293, 393) is retained via the modulator on a binding substance which binds to the analyte on the working electrode, wherein the modulator generates an interaction with an electrolytic solution and a working electrode site except a site where the trapping substance are bound; and electrochemically detecting the labeling substance present on the working electrode obtained in the complex formation process, wherein the labeling substance is retained via the modulator on the binding substance, wherein the electrolytic solution contains an aprotic solvent, and the surface of the working electrode and the modulator exhibit hydrophilicity, or the electrolytic solution contains a protic solvent, and the surface of the working electrode and the modulator exhibit hydrophobicity.