mhurhangee/patent-ind-claim-en huggingface dataset:
A top drive system comprising: a motor unit including a control swivel ; an accessory tool releasably connected to the motor unit and selected from a group consisting of a casing unit , a cementing unit (1s;101), and a drilling unit , wherein the accessary tool includes one or more hydraulic passages (39;49), and the one or more hydraulic passages are connected to the control swivel when the accessory tool is connected to the motor unit; and a genset mounted to the accessory tool and comprising: a fluid driven motor having an inlet and an outlet for connection to the control swivel via the one or more hydraulic passages in the accessory tool; an electric generator connected to the fluid driven motor; a manifold having an inlet for connection to the control swivel and an outlet connected to an accessory tool actuator (41;88h); and a control unit in communication with the electric generator and the manifold and comprising a wireless data link; wherein the electric generator is configured to power the control unit, and the control unit is configured to operate the manifold in response to instruction signals received by the wireless data link. a motor unit including a control swivel ; an accessory tool releasably connected to the motor unit and selected from a group consisting of a casing unit , a cementing unit (1s;101), and a drilling unit , wherein the accessary tool includes one or more hydraulic passages (39;49), and the one or more hydraulic passages are connected to the control swivel when the accessory tool is connected to the motor unit; and a genset mounted to the accessory tool and comprising: a fluid driven motor having an inlet and an outlet for connection to the control swivel via the one or more hydraulic passages in the accessory tool; an electric generator connected to the fluid driven motor; a manifold having an inlet for connection to the control swivel and an outlet connected to an accessory tool actuator (41;88h); and a control unit in communication with the electric generator and the manifold and comprising a wireless data link; wherein the electric generator is configured to power the control unit, and the control unit is configured to operate the manifold in response to instruction signals received by the wireless data link. a fluid driven motor having an inlet and an outlet for connection to the control swivel via the one or more hydraulic passages in the accessory tool; an electric generator connected to the fluid driven motor; a manifold having an inlet for connection to the control swivel and an outlet connected to an accessory tool actuator (41;88h); and a control unit in communication with the electric generator and the manifold and comprising a wireless data link; wherein the electric generator is configured to power the control unit, and the control unit is configured to operate the manifold in response to instruction signals received by the wireless data link.
A system for managing a smoking substitute device , the system comprising: a smoking substitute device comprising: a control unit ; a memory configured to store firmware for operating the smoking substitute device and a device-specific encryption key; and a communications interface; and an application server configured to communicate to the smoking substitute device a firmware update message that is encrypted with the device-specific encryption key , wherein the smoking substitute device is configured to obtain an encrypted firmware image, wherein the firmware update message includes a firmware key for decrypting the encrypted firmware image, and wherein the smoking substitute device is configured to use the device-specific encryption key to decrypt the firmware update message, to obtain the firmware key for decrypting the encrypted firmware image. a smoking substitute device comprising: a control unit ; a memory configured to store firmware for operating the smoking substitute device and a device-specific encryption key; and a communications interface; and a control unit ; a memory configured to store firmware for operating the smoking substitute device and a device-specific encryption key; and a communications interface; and an application server configured to communicate to the smoking substitute device a firmware update message that is encrypted with the device-specific encryption key , wherein the smoking substitute device is configured to obtain an encrypted firmware image, wherein the firmware update message includes a firmware key for decrypting the encrypted firmware image, and wherein the smoking substitute device is configured to use the device-specific encryption key to decrypt the firmware update message, to obtain the firmware key for decrypting the encrypted firmware image.
Watch comprising a watch dial , at least one first movable element and at least one second movable element made of ferromagnetic material, each disposed above said dial, at least one first magnetised hand located below the watch dial and configured to move said at least one first movable element , and at least one second magnetised hand located below the watch dial and configured to move said at least one second movable element , said watch further comprising a watch glass configured to be disposed on said watch above said watch dial , said watch glass comprising at least one top wall configured to be spaced apart from said watch dial ; said watch dial also comprising at least one indication ; said watch being characterised in that said watch glass also comprises at least one side wall that is thicker than said at least one top wall , and at least one peripheral wall , said at least one top wall and said at least one side wall being configured to form at least one first chamber configured to comprise said at least one first movable element moving freely in said first chamber , and said at least one top wall and said at least one peripheral wall being configured to form at least one second chamber configured to comprise said at least one second movable element moving freely in said second chamber , and in that said side wall is arranged so that the first movable element cannot pass into the second chamber and so that the second movable element cannot pass into the first chamber.
A developer supply container mountable to and dismountable from a developer replenishing apparatus , said developer supply container comprising: a developer accommodating portion for accommodating a developer; a discharge opening for permitting discharging of the developer from said developer accommodating portion ; a drive receiving portion for receiving a driving force; a pump portion capable of being driven by the driving force received by said drive receiving portion to alternating an internal pressure of said developer accommodating portion between a pressure lower than an ambient pressure and a pressure higher than the ambient pressure; characterized in that the developer supply container further comprises a locking portion for locking a position of said pump portion at a predetermined state so that in an initial action of said pump portion , the air is taken into said developer accommodating portion through said discharge opening . a developer accommodating portion for accommodating a developer; a discharge opening for permitting discharging of the developer from said developer accommodating portion ; a drive receiving portion for receiving a driving force; a pump portion capable of being driven by the driving force received by said drive receiving portion to alternating an internal pressure of said developer accommodating portion between a pressure lower than an ambient pressure and a pressure higher than the ambient pressure; characterized in that the developer supply container further comprises a locking portion for locking a position of said pump portion at a predetermined state so that in an initial action of said pump portion , the air is taken into said developer accommodating portion through said discharge opening .
A method for estimation of weight of a vehicle, comprising the steps of: - calculating at least a first weight m 1 of the vehicle; - detecting whether unloading/loading of the vehicle has taken place; and - estimating a second weight m 2 of the vehicle on the basis of the operating history of its previous weights over a preceding period of time P wherein the detection of whether unloading or loading has taken place is on the basis of one or more signals from one or more accelerometers provided in the vehicle when the vehicle is stationary and the ignition of the vehicle is on, whereby an unloading or loading operation is detected if an amplitude of said one or more signals assumes a value higher than a threshold value. - calculating at least a first weight m 1 of the vehicle; - detecting whether unloading/loading of the vehicle has taken place; and - estimating a second weight m 2 of the vehicle on the basis of the operating history of its previous weights over a preceding period of time P
A method of wireless communication performed by a target base station, the method comprising: receiving a handover request from a source base station for handover of communication of a user equipment from the source base station to the target base station; generating an uplink grant for the user equipment to transmit a handover complete message based on receiving the handover request at the target base station; selecting a starting time for the validity of the uplink grant with respect to a subframe offset between the target base station and the source base station; and communicating the uplink grant and the starting time for the uplink grant to the user equipment via the source base station, wherein communicating the uplink grant comprises transmitting a radio resource control container including a radio resource control connection reconfiguration message to the source base station for retransmission of the uplink grant and the starting time for the uplink grant to the user equipment. receiving a handover request from a source base station for handover of communication of a user equipment from the source base station to the target base station; generating an uplink grant for the user equipment to transmit a handover complete message based on receiving the handover request at the target base station; selecting a starting time for the validity of the uplink grant with respect to a subframe offset between the target base station and the source base station; and communicating the uplink grant and the starting time for the uplink grant to the user equipment via the source base station, wherein communicating the uplink grant comprises transmitting a radio resource control container including a radio resource control connection reconfiguration message to the source base station for retransmission of the uplink grant and the starting time for the uplink grant to the user equipment.
A bacteriophage which is the bacteriophage strain LM33-P1 deposited at the French National Collection of Microorganisms at the Institut Pasteur under Accession Number CNCM I-4964 on April 3, 2015, which is capable of producing a lytic infection in the Escherichia coli ST131-O25b:H4 clone, or a variant thereof having the same lytic activity as the bacteriophage strain LM33-P1, said variant comprising a polypeptide that is the bacteriophage tail fiber protein and is responsible for the attachment of the bacteriophage to the Escherichia coli ST131-O25b:H4 clone, said polypeptide having an amino acid sequence having at least 95% of identity with the amino acid sequence of SEQ ID NO:1.
A session establishment method, comprising: determining, by a first network device, whether an air interface resource of a default flow of a packet data unit PDU session is successfully established; and if the air interface resource of the default flow of the PDU session fails to be established, establishing, by the first network device based on first information, the PDU session in an inactive state or triggering to release the PDU session, wherein the first information is used to indicate whether establishment of the PDU session in the inactive state is allowed when the air interface resource of the default flow of the PDU session fails to be established. determining, by a first network device, whether an air interface resource of a default flow of a packet data unit PDU session is successfully established; and if the air interface resource of the default flow of the PDU session fails to be established, establishing, by the first network device based on first information, the PDU session in an inactive state or triggering to release the PDU session, wherein the first information is used to indicate whether establishment of the PDU session in the inactive state is allowed when the air interface resource of the default flow of the PDU session fails to be established.
A refrigeration circuit having a single or multiple component refrigerant, particularly CO 2 , circulating therein, the refrigeration circuit allowing for supercritical operation, comprising in the flow direction a condenser/gas cooler , an intermediate expansion device (a) for expanding the refrigerant to an intermediate pressure of 5 to 40 bar, a receiver , evaporators (E2, E3) having a respective upstream expansion device (b, c), and a compressor unit connected to the evaporators (E2, E3) via a suction line , wherein the gas space of the receiver is connected or connectable to the input of the compressor unit , wherein an expansion valve (e) is provided within the connecting line between the gas space of the receiver and the input of the compressor unit ; wherein the connecting line opens into the suction line upstream of the compressor unit ; wherein the refrigerant withdrawn from the receiver is delivered via a line to one or more freezing consumers (E4) having an upstream expansion valve (d); wherein a compressor unit is provided which is supplied via a suction line with refrigerant evaporated within the freezing consumer (E4); and wherein the refrigerant compressed within the compressor unit is delivered to the compressor unit via a suction line .
Floor cleaning machine, comprising a cleaning head , a holding rod device , which is connected to the cleaning head , at least one cleaning roller unit , which is arranged on the cleaning head , and a dirty fluid tank device , which is removably seated on a base of the cleaning head , characterized in that arranged on the dirty fluid tank device is a step tab , which projects beyond the base when the dirty fluid tank device is fixed to the base .
An apparatus for manufacturing a compound film layer on a substrate , the compound film layer satisfying predefined properties, in particular being predefined values for thickness, overall composition and compositional profile, the latter being defined as a composition as a function of a position on or in the compound film layer, the apparatus comprising: - means for depositing at least two chemical elements (A, B) on the substrate using deposition sources , - means for maintaining depositing of the at least two chemical elements (A, B) while the substrate and the deposition sources are being moved relative to each other, - means for measuring the compound film layer properties, being compound film layer thickness, compound film layer overall composition, and compound film layer composition in one or several positions of the compound film layer, said means being a measurement device comprising an X-ray detector and an excitation source in the form of an electron source or an X-ray source , - means for comparing the predefined values for the compound film layer properties to the measured compound film layer properties, and - means for adjusting the deposition of the at least two chemical elements (A, B) in case the measured compound film layer properties do not match the predefined compound film layer properties, characterized in that at least a part of the measurement device is arranged opposite to the deposition sources with regard to the substrate . - means for depositing at least two chemical elements (A, B) on the substrate using deposition sources , - means for maintaining depositing of the at least two chemical elements (A, B) while the substrate and the deposition sources are being moved relative to each other, - means for measuring the compound film layer properties, being compound film layer thickness, compound film layer overall composition, and compound film layer composition in one or several positions of the compound film layer, said means being a measurement device comprising an X-ray detector and an excitation source in the form of an electron source or an X-ray source , - means for comparing the predefined values for the compound film layer properties to the measured compound film layer properties, and - means for adjusting the deposition of the at least two chemical elements (A, B) in case the measured compound film layer properties do not match the predefined compound film layer properties,
A conjugate between hyaluronic acid and an amino-bisphosphonate, of formula (I) wherein: - L is a spacer of formula -(CH 2 ) m -, wherein m is an integer from 2 to 10; or L is a spacer of formula -(CH 2 CH 2 O) P -CH 2 CH 2 - wherein p is an integer from 1 to 4; - n is an integer from 2 to 5; - x is a number that represents the degree of substitution (DS) of hyaluronic acid with the amino-bisphosphonate in relation to the carboxylic groups of hyaluronic acid, ranging from 0.05 to 0.30 mol of amino-bisphosphonate/mol of hyaluronic acid: - the weight-average molecular weight of hyaluronic acid ranges from 30000 Da to 3×10 6 Da; - the phosphonic groups of the amino-bisphosphonic moiety and the carboxyl groups of hyaluronic acid that are not involved in the conjugation with the amino-bisphosphonate are, optionally, partially or completely salified with the cation of an alkali or alkaline-earth metal, with the ammonium cation or with a (C 1 -C 4 )tetraalkylammonium cation, preferably with a cation of an alkaline metal, more preferably with the Na + cation. - L is a spacer of formula -(CH 2 ) m -, wherein m is an integer from 2 to 10; or L is a spacer of formula -(CH 2 CH 2 O) P -CH 2 CH 2 - wherein p is an integer from 1 to 4; - n is an integer from 2 to 5; - x is a number that represents the degree of substitution (DS) of hyaluronic acid with the amino-bisphosphonate in relation to the carboxylic groups of hyaluronic acid, ranging from 0.05 to 0.30 mol of amino-bisphosphonate/mol of hyaluronic acid: - the weight-average molecular weight of hyaluronic acid ranges from 30000 Da to 3×10 6 Da; - the phosphonic groups of the amino-bisphosphonic moiety and the carboxyl groups of hyaluronic acid that are not involved in the conjugation with the amino-bisphosphonate are, optionally, partially or completely salified with the cation of an alkali or alkaline-earth metal, with the ammonium cation or with a (C 1 -C 4 )tetraalkylammonium cation, preferably with a cation of an alkaline metal, more preferably with the Na + cation.
Arrangement having a hydraulic master unit , a hydraulic first slave unit and a second slave unit ; and having a first check valve , a second check valve and a 3/2-way valve , characterized by a fluid-conducting connection between a first port (V1) of the 3/2-way valve , an outlet of the first check valve and the first slave unit , a fluid-conducting connection between the master unit and a second port (V2) of the 3/2-way valve , a fluid-conducting connection between a third port (V3) of the 3/2-way valve and an inlet of the second check valve , and a fluid-conducting connection between an inlet of the first check valve , an outlet of the second check valve and the second slave unit ; wherein, in a first switching position of the 3/2-way valve , the first port (V1) and the second port (V2) are connected to one another in a fluid-conducting manner; and wherein, in a second switching position of the 3/2-way valve , the second port (V2) and the third port (V3) are connected to one another in a fluid-conducting manner. a fluid-conducting connection between a first port (V1) of the 3/2-way valve , an outlet of the first check valve and the first slave unit , a fluid-conducting connection between the master unit and a second port (V2) of the 3/2-way valve , a fluid-conducting connection between a third port (V3) of the 3/2-way valve and an inlet of the second check valve , and a fluid-conducting connection between an inlet of the first check valve , an outlet of the second check valve and the second slave unit ; wherein, in a first switching position of the 3/2-way valve , the first port (V1) and the second port (V2) are connected to one another in a fluid-conducting manner; and wherein, in a second switching position of the 3/2-way valve , the second port (V2) and the third port (V3) are connected to one another in a fluid-conducting manner.
An optical coupling structure comprising: an optical semiconductor element comprising a light receiving/emitting portion on an upper face thereof and mounted on a substrate on a side of a lower face thereof, the optical semiconductor element having an optical axis ; an optical transmission path having an optical axis that intersects the optical axis of the optical semiconductor element at a predetermined angle and is arranged separately from a mounting face of the substrate ; and an optical coupling portion configured to convert the optical path between the optical semiconductor element and the optical transmission path and optically couple the optical semiconductor element and the optical transmission path , wherein the optical coupling portion is made of a resin that is transparent with respect to a transmitted light, the resin adhering to both at least a portion of the light receiving/emitting portion of the optical semiconductor element and at least a portion of the end portion of the optical transmission path ; wherein the optical semiconductor element and the optical transmission path are bonded to each other with the resin itself that constitutes the optical coupling portion ; wherein the resin itself is configured to convert the optical path by reflecting at an interface between the resin and an adjacent medium, and characterized in that the shape of the optical coupling portion is a fan shape when viewing the optical coupling portion from above. an optical semiconductor element comprising a light receiving/emitting portion on an upper face thereof and mounted on a substrate on a side of a lower face thereof, the optical semiconductor element having an optical axis ; an optical transmission path having an optical axis that intersects the optical axis of the optical semiconductor element at a predetermined angle and is arranged separately from a mounting face of the substrate ; and an optical coupling portion configured to convert the optical path between the optical semiconductor element and the optical transmission path and optically couple the optical semiconductor element and the optical transmission path , wherein the optical coupling portion is made of a resin that is transparent with respect to a transmitted light, the resin adhering to both at least a portion of the light receiving/emitting portion of the optical semiconductor element and at least a portion of the end portion of the optical transmission path ; wherein the optical semiconductor element and the optical transmission path are bonded to each other with the resin itself that constitutes the optical coupling portion ; wherein the resin itself is configured to convert the optical path by reflecting at an interface between the resin and an adjacent medium, and characterized in that the shape of the optical coupling portion is a fan shape when viewing the optical coupling portion from above.