mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device comprising: an acquiring unit configured to transmit first identification information for identifying the communication device to a first connection destination and to acquire information about a second connection destination according to the first identification information; and a transmitter configured to transmit data to the second connection destination, wherein the information about the second connection destination includes information about a service that is permitted to be used for the communication device among services provided by the second connection destination, information about a communication protocol to be used for communication with the second connection destination and information for specifying a data format of information to be sent to the second connection destination, and wherein the transmitter is configured to generate information about the data format from information that is acquired from a terminal connected via a first network and to transmit the generated information to the second connection destination via a second network using the communication protocol. an acquiring unit configured to transmit first identification information for identifying the communication device to a first connection destination and to acquire information about a second connection destination according to the first identification information; and a transmitter configured to transmit data to the second connection destination, wherein the information about the second connection destination includes information about a service that is permitted to be used for the communication device among services provided by the second connection destination, information about a communication protocol to be used for communication with the second connection destination and information for specifying a data format of information to be sent to the second connection destination, and wherein the transmitter is configured to generate information about the data format from information that is acquired from a terminal connected via a first network and to transmit the generated information to the second connection destination via a second network using the communication protocol.
An electronic integration circuit , comprising: a MOSFET first stage driver configured to drive a voltage follower stage; a MOSEFT integrator input element having a drain coupled to a voltage source, a gate coupled to an input current source configured to provide a linear current ramp, and a source coupled to both the MOSFET first stage driver and a current source, the MOSFET integrator input element configured to provide a constant drain current in a direct current state that controls a current of the MOSFET first stage driver ; an inductive element ; a MOSFET inductive load driver constructed and arranged to provide a final power stage of the electronic integration circuit to drive the inductive element as the voltage follower stage, wherein the MOSFET inductive load driver is configured to process a linear gate current to control a current output to the inductive element ; and a capacitor between the MOSFET first stage driver and the MOSFET integrator input element , wherein a sum of a gate-source voltage of the MOSFET first stage driver and a gate-source voltage of the MOSFET integrator input element is provided as an integrator input to the capacitor , and wherein the capacitor performs a linear current ramp integration operation to provide a first quadratic voltage shape across the inductive element required for driving the inductive element in accordance with the controlled current output in a second quadratic voltage shape. a MOSFET first stage driver configured to drive a voltage follower stage; a MOSEFT integrator input element having a drain coupled to a voltage source, a gate coupled to an input current source configured to provide a linear current ramp, and a source coupled to both the MOSFET first stage driver and a current source, the MOSFET integrator input element configured to provide a constant drain current in a direct current state that controls a current of the MOSFET first stage driver ; an inductive element ; a MOSFET inductive load driver constructed and arranged to provide a final power stage of the electronic integration circuit to drive the inductive element as the voltage follower stage, wherein the MOSFET inductive load driver is configured to process a linear gate current to control a current output to the inductive element ; and a capacitor between the MOSFET first stage driver and the MOSFET integrator input element , wherein a sum of a gate-source voltage of the MOSFET first stage driver and a gate-source voltage of the MOSFET integrator input element is provided as an integrator input to the capacitor , and wherein the capacitor performs a linear current ramp integration operation to provide a first quadratic voltage shape across the inductive element required for driving the inductive element in accordance with the controlled current output in a second quadratic voltage shape.
A handheld medical device which ensures a consistent perceived appearance of an integrated display device to a user of the medical device , comprising: a port configured to receive a test strip having a reaction site for receiving a sample of fluid from a patient; a blood glucose (bG) meter cooperatively operable with a test strip inserted in the port to measure glucose in a sample of fluid residing on the test strip; the display device having an electrically resistive component integrated therein and operable to display the glucose measurement in accordance with one or more operating parameters associated with the display device ; characterized by a monitoring module electrically connected to the resistive component, wherein the monitoring module operates to determine a resistance of the electrically resistive component, a type for the display device based on the resistance, and at least one dynamically adjustable operating parameter of the display device based on input from the user; and a control module in data communication with the display device and the monitoring module , wherein the control module selectively adjusts, in accordance with the type of display device, the at least one dynamically adjustable operating parameter of the display device to be equal to the at least one dynamically adjustable operating parameter of the display device based on the input from the user determined by the monitoring module in order to alter the perceived appearance of the display device to ensure the consistent perceived appearance of the display device to the user. a port configured to receive a test strip having a reaction site for receiving a sample of fluid from a patient; a blood glucose (bG) meter cooperatively operable with a test strip inserted in the port to measure glucose in a sample of fluid residing on the test strip; the display device having an electrically resistive component integrated therein and operable to display the glucose measurement in accordance with one or more operating parameters associated with the display device ; characterized by a monitoring module electrically connected to the resistive component, wherein the monitoring module operates to determine a resistance of the electrically resistive component, a type for the display device based on the resistance, and at least one dynamically adjustable operating parameter of the display device based on input from the user; and a control module in data communication with the display device and the monitoring module , wherein the control module selectively adjusts, in accordance with the type of display device, the at least one dynamically adjustable operating parameter of the display device to be equal to the at least one dynamically adjustable operating parameter of the display device based on the input from the user determined by the monitoring module in order to alter the perceived appearance of the display device to ensure the consistent perceived appearance of the display device to the user.
A system for controlling the pitch of a propeller vane for an aircraft turbine engine, which comprises: - a cup comprising an annular wall extending about an axis (A) intended to be a pitch setting axis of the vane, this annular wall comprising a lower axial end enclosed by a bottom wall and an upper axial end that is open and configured to allow a root of the vane to be mounted inside the cup , the bottom wall being configured to cooperate in a form-fitting manner with a free end of said root so that the cup is secured in rotation to the root about said axis (A), the system for controlling the pitch of a propeller vane being chartacterized in that: - an immobilisation ring extending about said axis (A) and configured to be mounted about the root , this immobilisation ring being configured to be mounted within the cup and to cooperate with the root and the annular wall of the cup , respectively, in order to ensure the axial retention of the root within the cup , the immobilisation ring being a double dog clutch ring which comprises two annular rows of external dog teeth , a first of these rows of teeth being configured to cooperate by dog clutch with complementary first internal dog teeth of the annular wall of the cup and by axial support (G) with these teeth to ensure the retention of the root in the cup and a second of these rows of teeth being configured to cooperate by dog clutch with complementary second internal dog teeth of the annular wall of the cup and being spaced from these teeth by an axial clearance (J) to ensure a safety in the event of failure of the first row of teeth. - a cup comprising an annular wall extending about an axis (A) intended to be a pitch setting axis of the vane, this annular wall comprising a lower axial end enclosed by a bottom wall and an upper axial end that is open and configured to allow a root of the vane to be mounted inside the cup , the bottom wall being configured to cooperate in a form-fitting manner with a free end of said root so that the cup is secured in rotation to the root about said axis (A), - an immobilisation ring extending about said axis (A) and configured to be mounted about the root , this immobilisation ring being configured to be mounted within the cup and to cooperate with the root and the annular wall of the cup , respectively, in order to ensure the axial retention of the root within the cup ,
Slide bearing composite material with a metallic supporting layer , optionally with a porous backing layer applied thereon, and with a sliding layer material , introduced into the pores of the backing layer or applied to the metallic supporting layer , with a polymeric plastic base with fillers improving the tribological properties, wherein the sliding layer material comprises PVDF as polymeric plastic base and contains PTFE, characterised in that the sliding layer material comprises 65 - 90 vol% PVDF as polymeric plastic base and also comprises 5 - 30 vol% PTFE and also comprises 5 - 25 vol% of a filler in compounded form, wherein the polymeric plastic base is matrix-forming, and that the filler in compounded form is present in particulate form and is incorporated in the matrix-forming polymeric plastic base, and that the filler in compounded form comprises a thermoplastic and further tribologically active substances, wherein the content of the thermoplastic in the compounded form is 40-95 vol.% and the content of the further tribologically active substances in the compounded form is, accordingly, 60-5 vol%, and that the filler in compounded form comprises, as thermoplastic, individually or in combination with several polyaryletherketones (PAEK), in particular polyetheretherketone (PEEK), polyamides (PA), polyester (PET), polyethersulphone (PES), polyphenylene sulphide (PPS), polybutylene terephthalate (PBT).
A continuous analyte sensor, the continuous analyte sensor comprising: an elongated core comprising a working electrode; an insulating layer covering at least a portion of the elongated core; a conductive layer comprising a reference electrode or a counter electrode, wherein the conductive layer covers at least a portion of the insulating layer; and a membrane covering at least a portion of the working electrode; wherein the continuous analyte sensor has a Young's modulus of from 180 GPa to 220 GPa and has a yield strength of at least 400 MPa (60 kPsi). an elongated core comprising a working electrode; an insulating layer covering at least a portion of the elongated core; a conductive layer comprising a reference electrode or a counter electrode, wherein the conductive layer covers at least a portion of the insulating layer; and a membrane covering at least a portion of the working electrode; wherein the continuous analyte sensor has a Young's modulus of from 180 GPa to 220 GPa and has a yield strength of at least 400 MPa (60 kPsi).
Pharmaceutical composition comprising or consisting of Thymosin alpha 1 for use in treatment of cystic fibrosis, wherein the Thymosin alpha 1 is a CFTR corrector, CFTR potentiator and anti-inflammatory agent.
An apparatus of a source cell, the apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to perform: preparing (ST11) a handover of a terminal device in a source cell, adding (ST12) mobility information and at least one connected slice network slice identifier identifying at least one network slice used by the terminal device to a terminal device history of the terminal device during the handover preparation, sending (ST13) the terminal device history to a target cell for the handover of the terminal device, receiving (ST21) a report on a short stay handover with slice unavailability from a target cell involved in the handover of the terminal device, the short stay handover being a handover from the source cell to a final target cell via at least one first target cell which does not support at least one network slice used by the terminal device, and modifying (ST22) mobility parameters of the source cell based on the received report in order avoid a short stay handover with an interruption of the network slice. preparing (ST11) a handover of a terminal device in a source cell, adding (ST12) mobility information and at least one connected slice network slice identifier identifying at least one network slice used by the terminal device to a terminal device history of the terminal device during the handover preparation, sending (ST13) the terminal device history to a target cell for the handover of the terminal device, receiving (ST21) a report on a short stay handover with slice unavailability from a target cell involved in the handover of the terminal device, the short stay handover being a handover from the source cell to a final target cell via at least one first target cell which does not support at least one network slice used by the terminal device, and modifying (ST22) mobility parameters of the source cell based on the received report in order avoid a short stay handover with an interruption of the network slice.
A base station , comprising: a configuration unit that configures (S910), semi-statically, (i) a first Cyclic Prefix, CP, length and a second CP length for a resource pool for Device to Device, D2D, communication channel, and (ii) a first subframe set corresponding to the first CP length and a second subframe set corresponding to the second CP length; and a transmission unit that transmits together (S920) information including (i) time and frequency resources of each of the first subframe set and the second subframe set and (ii) a CP configuration of each of the first subframe set and the second subframe set. a configuration unit that configures (S910), semi-statically, (i) a first Cyclic Prefix, CP, length and a second CP length for a resource pool for Device to Device, D2D, communication channel, and (ii) a first subframe set corresponding to the first CP length and a second subframe set corresponding to the second CP length; and a transmission unit that transmits together (S920) information including (i) time and frequency resources of each of the first subframe set and the second subframe set and (ii) a CP configuration of each of the first subframe set and the second subframe set.
A method for accessing a database stored on a server using a relation being a tree data structure, the server being coupled to a client computer via a network, wherein the relation comprises first data items, the first data items forming a partially ordered set in the first relation, wherein for each first data item a referential connection exists in the database assigning said first data item to at least one second data item of the database, the first data items being encrypted data items, the method comprising: identifying first data items of the relation, each of the identified first data items referencing N second data items; for each identified first data item modifying, using a same modification method, the modification method being reversible, the identified first data item M times, wherein M≤N, for obtaining M unique modified data items; associating with each of the modified first data items of a given first data item a respective portion of the N referential connections of the given first data item; inserting the modified first data items in the relation, thereby replacing the identified first data items. identifying first data items of the relation, each of the identified first data items referencing N second data items; for each identified first data item modifying, using a same modification method, the modification method being reversible, the identified first data item M times, wherein M≤N, for obtaining M unique modified data items; associating with each of the modified first data items of a given first data item a respective portion of the N referential connections of the given first data item; inserting the modified first data items in the relation, thereby replacing the identified first data items.
Method for the production of a biopolymer, wherein the biopolymer has a defined average molecular weight, the method comprising lyophylizing a composition comprising the biopolymer, wherein the composition comprising the biopolymer is an aqueous solution or an emulsion, wherein the maximum temperature during the lyophilization process is selected to facilitate a controlled and defined degradation of said biopolymer, wherein the maximum temperature during the sublimation process is selected from a range between 0 °C and 140 °C, and wherein the composition comprising the biopolymer has a pH value selected from a range between 2.5 and 6, wherein the biopolymer is selected from the group consisting of hyaluronic acid, glucosamino glycans, polysaccharides, and fucoidanes, preferably the biopolymer is hyaluronic acid. lyophylizing a composition comprising the biopolymer, wherein the composition comprising the biopolymer is an aqueous solution or an emulsion, wherein the maximum temperature during the lyophilization process is selected to facilitate a controlled and defined degradation of said biopolymer, wherein the maximum temperature during the sublimation process is selected from a range between 0 °C and 140 °C, and wherein the composition comprising the biopolymer has a pH value selected from a range between 2.5 and 6, wherein the biopolymer is selected from the group consisting of hyaluronic acid, glucosamino glycans, polysaccharides, and fucoidanes, preferably the biopolymer is hyaluronic acid.
A composition comprising an effective amount of a GGF2 for use in a method to decrease neuropathic pain in a subject at risk of incurring a peripheral nerve injury due to a surgical procedure.
Passive dispenser of cold accumulators , the dispenser comprising an enclosure intended for being placed in a larger cooled external enclosure, storage means and dispensing means for cold accumulators arranged inside of this enclosure , an inlet that allows loading accumulators to be cooled in storage means , and an outlet through which the cooled accumulators are dispensed by dispensing means , enclosure of dispenser comprising a bottom wall connected to a top wall through side walls , and through a front wall and a rear wall , the passive dispenser of cold accumulators being characterized in that it comprises at least one air inlet (34,34-1,34-2) equipped with air suction means to capture the frigories from the outside (E) of enclosure and circulate them inside (I) of enclosure and in that bottom , top , side , front and rear walls are made out of a thermally conductive material.
A filter cartridge assembly (16a, b, 120) comprising: a filter housing sealingly containing a filter media; and an annular collar for mating to a manifold head (14a, b, 160), characterized by said annular collar having an inner surface, an outer surface, internal threads on said inner surface, and at least one aperture extending through said annular collar or a recessed indent positioned on said outer surface and facing radially outwards, said at least one aperture or said recessed indent located between said internal threads and adapted to receive a movable protrusion for securing said filter cartridge assembly (16a, b, 120) from further rotation when secured in said manifold head (14a, b, 160). a filter housing sealingly containing a filter media; and an annular collar for mating to a manifold head (14a, b, 160), characterized by said annular collar having an inner surface, an outer surface, internal threads on said inner surface, and at least one aperture extending through said annular collar or a recessed indent positioned on said outer surface and facing radially outwards, said at least one aperture or said recessed indent located between said internal threads and adapted to receive a movable protrusion for securing said filter cartridge assembly (16a, b, 120) from further rotation when secured in said manifold head (14a, b, 160).