mhurhangee/ep-ind-claims huggingface dataset:
A medical device label (1;1';50) comprising: a timer to monitor a predetermined time period relating to a medical device; a signalling apparatus that provides an alert signal on expiry of the predetermined time period; a power source; and a fixing portion for fixing the label to medical records of a patient; wherein the label (1;1';50) comprises a first portion (101;581) and a second portion (102;582), the first portion (101;581) located towards a first end (113;53) of the label (1;1';50) and the second portion (102;582) located towards a second end (114;54) of the label (1;1';50) opposite to the first end (113;53); wherein the timer, signalling apparatus and power source are comprised in the first portion (101;581) and the fixing portion is comprised in the second portion (102;581), the medical device label (1;1';50) being characterised in that the label (1;1';50) comprises a frangible element, tear line, tear notch, perforations and/or region of weakness between the first portion (101;581) and the second portion (102;582) to enable manual separation of the first portion (101;581) from the second portion (102;582). a timer to monitor a predetermined time period relating to a medical device; a signalling apparatus that provides an alert signal on expiry of the predetermined time period; a power source; and a fixing portion for fixing the label to medical records of a patient; wherein the label (1;1';50) comprises a first portion (101;581) and a second portion (102;582), the first portion (101;581) located towards a first end (113;53) of the label (1;1';50) and the second portion (102;582) located towards a second end (114;54) of the label (1;1';50) opposite to the first end (113;53); wherein the timer, signalling apparatus and power source are comprised in the first portion (101;581) and the fixing portion is comprised in the second portion (102;581), the medical device label (1;1';50) being characterised in that the label (1;1';50) comprises a frangible element, tear line, tear notch, perforations and/or region of weakness between the first portion (101;581) and the second portion (102;582) to enable manual separation of the first portion (101;581) from the second portion (102;582).
A method comprising: classifying a first client device as eligible for puncturing, in which certain subcarriers in an operating bandwidth may be muted, and a second client device as not eligible for puncturing; determining that a subchannel in a bandwidth range should not be used; and steering, in response to determining that the subchannel in the bandwidth range should not be used, the first client device to a first subset of the bandwidth range and the second client device to a second subset of the bandwidth range, wherein the second subset of the bandwidth range is smaller than the first subset of the bandwidth range, wherein classifying the first client device as eligible for puncturing comprises: receiving Power Spectral Density, PSD, information from the first client device, the PSD information describing a quality of filtering the first client device is capable of when the subchannel is punctured; and determining that the first client device is eligible for puncturing based on the PSD information. classifying a first client device as eligible for puncturing, in which certain subcarriers in an operating bandwidth may be muted, and a second client device as not eligible for puncturing; determining that a subchannel in a bandwidth range should not be used; and steering, in response to determining that the subchannel in the bandwidth range should not be used, the first client device to a first subset of the bandwidth range and the second client device to a second subset of the bandwidth range, wherein the second subset of the bandwidth range is smaller than the first subset of the bandwidth range, wherein classifying the first client device as eligible for puncturing comprises: receiving Power Spectral Density, PSD, information from the first client device, the PSD information describing a quality of filtering the first client device is capable of when the subchannel is punctured; and determining that the first client device is eligible for puncturing based on the PSD information. receiving Power Spectral Density, PSD, information from the first client device, the PSD information describing a quality of filtering the first client device is capable of when the subchannel is punctured; and determining that the first client device is eligible for puncturing based on the PSD information.
A device for detecting a target molecule comprising: a housing comprising a first and second housing member, wherein the housing comprises: a conjugate pad and a test membrane, wherein at least a portion of the conjugate pad and the test membrane are substantially parallel to each other; an absorbent member, wherein the absorbent member is substantially parallel to and in fluid contact with the test membrane; an inlet opening in fluid contact with the conjugate pad; a force member, wherein the force member is configured to apply pressure substantially perpendicular to the test membrane; a slidable locking member contacting the force member; and an attachment member in contact with the locking member. a housing comprising a first and second housing member, wherein the housing comprises: a conjugate pad and a test membrane, wherein at least a portion of the conjugate pad and the test membrane are substantially parallel to each other; an absorbent member, wherein the absorbent member is substantially parallel to and in fluid contact with the test membrane; an inlet opening in fluid contact with the conjugate pad; a force member, wherein the force member is configured to apply pressure substantially perpendicular to the test membrane; a slidable locking member contacting the force member; and an attachment member in contact with the locking member. a conjugate pad and a test membrane, wherein at least a portion of the conjugate pad and the test membrane are substantially parallel to each other; an absorbent member, wherein the absorbent member is substantially parallel to and in fluid contact with the test membrane; an inlet opening in fluid contact with the conjugate pad; a force member, wherein the force member is configured to apply pressure substantially perpendicular to the test membrane; a slidable locking member contacting the force member; and an attachment member in contact with the locking member.
A fluid-cooled transformer, comprising: - a core, - an inner winding, - an outer winding having an outer boundary face on its outside face, - an air gap between the inner winding and the outer winding, - a bobbin comprising a dielectric material, located adjacent the outer boundary face of the outer winding and supporting the outer winding, wherein the bobbin comprises supporting portions which extend into the air gap, characterized in that, - the bobbin is mounted to the core via at least one fastening element and the fastening element is adapted for positioning the bobbin and the outer winding with respect to the inner winding for adjusting a stray inductance of the transformer. - a core, - an inner winding, - an outer winding having an outer boundary face on its outside face, - an air gap between the inner winding and the outer winding, - a bobbin comprising a dielectric material, located adjacent the outer boundary face of the outer winding and supporting the outer winding, wherein the bobbin comprises supporting portions which extend into the air gap, characterized in that, - the bobbin is mounted to the core via at least one fastening element and the fastening element is adapted for positioning the bobbin and the outer winding with respect to the inner winding for adjusting a stray inductance of the transformer.
An organic crystalline particle coated by at least 10 micelles which themselves comprise an AB block copolymer which comprises (i) a first hydrophobic block A, comprising a polymer selected from the group consisting of a homopolymer of an acrylate or alkylacrylate monomer; a copolymer comprising two or three different monomers selected from acrylate or alkylacrylate monomers; a homopolymer of a styrenic derivative monomer; a copolymer comprising two different monomers selected from styrenic derivative monomers; a homopolymer of an alkene or diene monomer; a copolymer comprising two different monomers selected from alkene and diene monomers; a homopolymer of a heterocyclic monomer; and a random, alternating, gradient or block copolymer comprising monomers selected from acrylate monomers, alkylacrylate monomers, styrenic derivative monomers, alkene monomers and diene monomers; and (ii) either a second hydrophobic block B or a hydrophilic block B having a different affinity than the block A for the liquid medium in which the AB copolymers are dispersed such that micelles are formed.
Method for manufacturing an electrode comprising a polymer matrix trapping an electrolyte, said method comprising the following steps: a) a step of preparing a composition comprising the ingredients provided to enter into the constitution of the electrode; b) a step of forming the electrode on a substrate, from said composition; characterized in that: - the composition prepared in step a) is a composition in the form of a paste having a dynamic viscosity greater than 5000 Pa.s measured at a shear rate of 0.1 s -1 and at ambient temperature; and - the preparing step consists of introducing and mixing the ingredients provided to enter into the constitution of the electrode inside a mixer with two co-rotary interpenetrating screws rotating in a closed sleeve, said preparing step being implemented at a temperature less than 100°C. a) a step of preparing a composition comprising the ingredients provided to enter into the constitution of the electrode; b) a step of forming the electrode on a substrate, from said composition; characterized in that: - the composition prepared in step a) is a composition in the form of a paste having a dynamic viscosity greater than 5000 Pa.s measured at a shear rate of 0.1 s -1 and at ambient temperature; and - the preparing step consists of introducing and mixing the ingredients provided to enter into the constitution of the electrode inside a mixer with two co-rotary interpenetrating screws rotating in a closed sleeve, said preparing step being implemented at a temperature less than 100°C. - the composition prepared in step a) is a composition in the form of a paste having a dynamic viscosity greater than 5000 Pa.s measured at a shear rate of 0.1 s -1 and at ambient temperature; and - the preparing step consists of introducing and mixing the ingredients provided to enter into the constitution of the electrode inside a mixer with two co-rotary interpenetrating screws rotating in a closed sleeve, said preparing step being implemented at a temperature less than 100°C.
Method for presenting a display instrument for displaying an operating state on a display device of a motor vehicle, in which firstly a basic shape of the display instrument is presented, and then the display is changed, by means of which change a rotation only of the first part of the display instrument is simulated, a presentation based on the basic shape being maintained at least in some regions with regard to the other, second part of the display instrument, characterised in that the first part forms a frame around the second part, which is in the form of a display panel, of the display instrument, and only the first part is rotated virtually about a coupling axis which is located in the plane of the second part, whereas the second part remains unchanged and is merely cropped in one region due to the rotation of the first part over the second part and otherwise retains its original proportions, the first part being compressed orthogonally to the coupling axis and within the plane of the display device, such that the presentation of the display instrument takes up less space on the display device due to the change.
A multi-rotor flying machine, wherein the machine includes a body on or in which a motor is mounted; the machine further including a respective head rotor mounted for rotation on a respective mast at each of at least three locations disposed around and spaced laterally outwardly from the motor, with each head rotor mounted on its respective mast in a manner enabling control of the pitch of rotary wings or blades of the head rotor by each wing or blade being rotatable on an axis (Y(h)) extending along the wing or blade, substantially radially with respect to the mast on which the head rotor is rotatable; wherein the motor is drivingly connected to each mast, for rotating each head rotor, by a respective driveline and, disposed adjacent to at least one mast, the machine further includes a pitch rudder system drivable by the motor; wherein the arrangement is such that the head rotors are operable to provide thrust, and wherein the masts are disposed substantially symmetrically with respect to a front to rear centreline of the machine and the pitch rudder system is on or adjacent to the front to rear centreline; characterised in that the pitch rudder system includes: (a) a pitch adjustable pitch or translational rotor, and (b) a mechanism for adjusting the pitch of the pitch or translational rotor; and further characterised in that: (c) the pitch rudder system is driven by the motor through a driveline (D), and (d) the pitch rudder system is operable to enable yaw to be achieved independently of operation of the head rotors by means of thrust provided by of the pitch rudder system and to enable variation, under differing conditions, of thrust generated by the pitch or translational rotor and, hence, yaw enabled by the pitch rudder system. (a) a pitch adjustable pitch or translational rotor, and (b) a mechanism for adjusting the pitch of the pitch or translational rotor; (c) the pitch rudder system is driven by the motor through a driveline (D), and (d) the pitch rudder system is operable to enable yaw to be achieved independently of operation of the head rotors by means of thrust provided by of the pitch rudder system and to enable variation, under differing conditions, of thrust generated by the pitch or translational rotor and, hence, yaw enabled by the pitch rudder system.
A connector assembly for an environmental control system for an aircraft, the connector assembly comprising: a connector comprising at least one wall including a ridge defining a receptacle and a connector slot defined within the ridge; a connector ring attached to the connector, the connector ring defines a ring slot and a covering portion; and an orifice plate, wherein the ring slot aligns with the connector slot and the orifice plate is inserted into through the ring slot and the connector slot into the receptacle during installation of the orifice plate, and wherein the covering portion covers the connector slot and retains the orifice within the receptacle during operation of the environmental control system. a connector comprising at least one wall including a ridge defining a receptacle and a connector slot defined within the ridge; a connector ring attached to the connector, the connector ring defines a ring slot and a covering portion; and an orifice plate, wherein the ring slot aligns with the connector slot and the orifice plate is inserted into through the ring slot and the connector slot into the receptacle during installation of the orifice plate, and wherein the covering portion covers the connector slot and retains the orifice within the receptacle during operation of the environmental control system.
A system to pressurize barrier fluid of a submersible installation to maintain a differential pressure between the ambient pressure surrounding the submersible installation and the pressure of the barrier fluid internally in the submersible installation during submersion of the system, wherein the differential pressure fits within a predetermined differential pressure range, the system comprising a pre-charge arrangement, characterized in that the system further comprises a pressure intensifier which is adapted to start working at a start-up pressure, and that the pre-charge arrangement, when the system is being submerged, is adapted to provide said differential pressure until the ambient pressure equals the start up pressure of the pressure intensifier, and that the pressure intensifier is adapted to provide said differential pressure when the ambient pressure equals the start-up pressure of the pressure intensifier during further descent of the system and that the pressure intensifier works proportionally to the ambient pressure.
A wireless charging module comprising a charging coil and a shield sheet that comprises a collar magnetic sheet and a center magnetic sheet, wherein the collar magnetic sheet comprises at least one first magnetic permeable layer, which is a nanocrystal strip, an amorphous strip or a metallic soft magnetic strip; and the center magnetic sheet comprises at least two second magnetic permeable layers stacked one on another, which are fragmented nanocrystal strips, fragmented amorphous strips or fragmented metallic soft magnetic strips, wherein an inner edge face of the charging coil supports against an outer edge face of the center magnetic sheet, the wireless charging module being characterized in that the collar magnetic sheet is provided with a hole adapted to accommodate the center magnetic sheet, and the center magnetic sheet comprises two opposing ends along the stacking direction of the second magnetic permeable layers with one end that is located and fixed in the hole and the other end protruding out of the collar magnetic sheet.
A transport network configured to connect a plurality of remote radio units with a plurality of digital units in a radio access network, the transport network comprising: an electronic cross-connect common to the plurality of remote radio units and digital units, a control unit configured to control the electronic cross-connect; an optical link between the electronic cross-connect and remote radio units, and the electronic cross-connect is configured to switch data flows between one or more of said plurality of digital units and one or more of said plurality of remote radio units; further comprising a switch or multiplexer/demultiplexer configured to communicate across the optical link with the electronic cross-connect, and the switch is configured to switch or multiplex/demultiplex data flows relating to a plurality of remote radio units, wherein the switch or multiplexer/demultiplexer is connected to the control unit and controlled by the control unit; and the transport network is characterized in that the switch or multiplexer/demultiplexer is configured to switch at a granularity of an optical wavelength for transport over the optical link towards the electronic cross-connect, wherein the plurality of wavelengths are associated with one or more remote radio units, and in that the electronic cross-connect is configured to switch data flows at a granularity up to the optical wavelength granularity of the switch or multiplexer/demultiplexer. an electronic cross-connect common to the plurality of remote radio units and digital units, a control unit configured to control the electronic cross-connect; an optical link between the electronic cross-connect and remote radio units, and the electronic cross-connect is configured to switch data flows between one or more of said plurality of digital units and one or more of said plurality of remote radio units; further comprising a switch or multiplexer/demultiplexer configured to communicate across the optical link with the electronic cross-connect, and the switch is configured to switch or multiplex/demultiplex data flows relating to a plurality of remote radio units, wherein the switch or multiplexer/demultiplexer is connected to the control unit and controlled by the control unit; and the transport network is characterized in that the switch or multiplexer/demultiplexer is configured to switch at a granularity of an optical wavelength for transport over the optical link towards the electronic cross-connect, wherein the plurality of wavelengths are associated with one or more remote radio units, and in that the electronic cross-connect is configured to switch data flows at a granularity up to the optical wavelength granularity of the switch or multiplexer/demultiplexer.
A head work carriage, suitable for being arranged on the head of a work train consisting of a plurality of work carriages for creating and/or refurbishing a railway line consisting of a substructure as well as of tracks, wherein the work carriages of the work train each have a reversibly operable floor conveyor belt as well as a transfer conveyor belt at least on the one end for transferring material from one work carriage to the next work carriage, wherein the head work carriage has a floor conveyor belt and a loading conveyor belt comprising a feed hopper, wherein the loading conveyor belt is arranged linearly displaceably on a front end of the head work carriage in the head region and roof region thereof, for the exact positioning of a feeding region of the loading conveyor belt with respect to an excavation location, characterised in that the floor conveyor belt is reversibly operable for loading and unloading materials and is displaceable in the longitudinal extension of the head work carriage, that the loading conveyor belt is reversibly operable for loading and unloading materials in the frontal head region and that the head work carriage has, on its front end, a reversible operable transfer conveyor belt, which is assigned to the floor conveyor belt and which is suitable for loading and unloading material in the head region, wherein, when the head work carriage is arranged on the head of the work train, the floor conveyor belt, the assigned transfer conveyor belt, and the loading conveyor belt of the head work carriage on the one hand, and the floor conveyor belts and the transfer conveyor belts of the work carriages on the other hand can optionally be positioned to one another with respect to their relative arrangement in such a way and can be adjusted with respect to their conveying device in such a way that, alternatively or simultaneously, the work train with its work carriages can be loaded with excavated material via the head work carriage and/or the work train with new material loaded into the work carriage can be unloaded via the head work carriage.
A mobile device (102, 116), comprising: a processor configured to determine user activity information based on a user interfacing with the mobile device; a transceiver configured to wirelessly transmit the user activity information to a remote server; and a display, in response to receiving a streaming banner from the remote server, configured to present the streaming banner at a pre-determined portion of a home screen, wherein the streaming banner recommends at least one application that is selected based on the user activity information and data mining sources, wherein the data mining sources are determined based on user profiles that are similar to a user profile associated with the user of the mobile device, and wherein the processor is in communication with each of the transceiver and the display. a processor configured to determine user activity information based on a user interfacing with the mobile device; a transceiver configured to wirelessly transmit the user activity information to a remote server; and a display, in response to receiving a streaming banner from the remote server, configured to present the streaming banner at a pre-determined portion of a home screen, wherein the streaming banner recommends at least one application that is selected based on the user activity information and data mining sources, wherein the data mining sources are determined based on user profiles that are similar to a user profile associated with the user of the mobile device, and wherein the processor is in communication with each of the transceiver and the display.