mhurhangee/ep-ind-claims huggingface dataset:
An arrangement comprising: a housing; and a plurality of sampling and analysis sites contained within the housing, each of the sampling and analysis sites comprising: a skin-penetration member having a first end configured to pierce skin skin and an inner lumen in communication with the first end; an actuator constructed and arranged to drive the skin penetration member; and an analyte quantification member in fluid communication with the inner lumen of the skin-penetration member, wherein at least a portion of the housing is transparent, thereby providing optical communication with each analyte quantification member. a housing; and a plurality of sampling and analysis sites contained within the housing, each of the sampling and analysis sites comprising: a skin-penetration member having a first end configured to pierce skin skin and an inner lumen in communication with the first end; an actuator constructed and arranged to drive the skin penetration member; and an analyte quantification member in fluid communication with the inner lumen of the skin-penetration member, a skin-penetration member having a first end configured to pierce skin skin and an inner lumen in communication with the first end; an actuator constructed and arranged to drive the skin penetration member; and an analyte quantification member in fluid communication with the inner lumen of the skin-penetration member, wherein at least a portion of the housing is transparent, thereby providing optical communication with each analyte quantification member.
Granulator for obtaining a solid product in the form of granules, starting from a supply of said product in liquid form, said granulator comprising walls which define a granulation chamber, characterized in that it comprises a system for removing encrustations or dust from at least one wall, said system comprising at least one shaking member (15, 20) which acts on said wall and which is configured to impart a pulsed deformation to said wall and said wall has a double structure, comprising a load-bearing wall and an internal wall facing the granulation chamber and said encrustation removal system is arranged to impart said pulsed deformation to said internal wall.
A method of purging air from inside a structure (10; 40) that is capable of entraining air to be welded and prior to commencing welding operations, characterized by feeding a liquid cryogen to the inside of said structure (10; 40 wherein said liquid cryogen will expand to a gaseous state and displace said air present in said structure (10; 40) out of said structure (10; 40), wherein the concentration of oxygen in said structure (10; 40) is measured with an oxygen meter or with an oxygen concentration monitor, and the concentration being about ten parts per million and, the weld can commence.
Device for unfurling and refurling a flexible structure comprising at least one tape spring having an axis of unfurling and of refurling parallel to an axis X and a rotor (15, 33) rotatingly mobile about an axis Y perpendicular to the axis X, the tape spring being able, autonomously, to pass from a state in which it is wound around the rotor (15, 33) to an unwound state, the tape spring being mounted bent in two in a shape of a U with two branches (11, 12), wherein the tape spring comprises a first end of a first branch fixed rigidly to a first anchor point (5, 36) and a second end of a second branch fixed rigidly to a second anchor point (6, 37) secured to the rotor (15, 33), the first end of the first branch of the tape spring being mounted between two jaws (18, 19) of the first anchor point (5, 36) and the device for unfurling further comprising at least one piece of spatial equipment to be unfurled while being fixed to the at least one tape spring.
A wireless communication apparatus comprising: a broadcast/multicast reception determination unit for determining whether data distributed by broadcast/multicast is being received or not; a wireless session close process unit for performing a wireless session close process when a wireless session close timer is expired; and a control unit for controlling the wireless session close process unit to hold the wireless session close process activated based on expiration of the wireless session close timer until reception of broadcast/multicast is completed, in case that it is determined that the data distributed by the broadcast/multicast is being received when the wireless session close timer is expired. a broadcast/multicast reception determination unit for determining whether data distributed by broadcast/multicast is being received or not; a wireless session close process unit for performing a wireless session close process when a wireless session close timer is expired; and a control unit for controlling the wireless session close process unit to hold the wireless session close process activated based on expiration of the wireless session close timer until reception of broadcast/multicast is completed, in case that it is determined that
A device for bone fixation, comprising: a bone fixation nail extending from a proximal end to a distal end, the distal end having a helical structure configured to engage a bone, the proximal end having a longitudinal opening extending thereinto; a first sleeve configured for insertion over a proximal portion of the bone fixation nail and through an intramedullary nail hole, the first sleeve permitting the bone fixation nail to move axially therewithin within a predetermined range of movement; a locking screw configured to limit movement of the bone fixation nail relative to the first sleeve, the locking screw configured to lockingly engage the opening in the bone fixation nail and having a head and a threaded shaft extending distally therefrom; wherein the sleeve further comprises a first radial abutment located adjacent a distal end of the first sleeve configured to prevent proximal retraction of the first sleeve out of the intramedullary nail hole therepast, characterised in that the first radial abutment is compressed radially inwards, until it lies substantially flush with an outer wall of the first r sleeve, during distal advancement through the intramedullary nail hole. a bone fixation nail extending from a proximal end to a distal end, the distal end having a helical structure configured to engage a bone, the proximal end having a longitudinal opening extending thereinto; a first sleeve configured for insertion over a proximal portion of the bone fixation nail and through an intramedullary nail hole, the first sleeve permitting the bone fixation nail to move axially therewithin within a predetermined range of movement; a locking screw configured to limit movement of the bone fixation nail relative to the first sleeve, the locking screw configured to lockingly engage the opening in the bone fixation nail and having a head and a threaded shaft extending distally therefrom; wherein the sleeve further comprises a first radial abutment located adjacent a distal end of the first sleeve configured to prevent proximal retraction of the first sleeve out of the intramedullary nail hole therepast,
A method for providing, by a receiving apparatus, feedback on plural transmissions on respective plural component carriers to a transmitting apparatus in a communication system using carrier aggregation, the method comprising the following steps performed by said receiving apparatus: receiving said plural transmissions on said respective plural component carriers from the transmitting apparatus, and determining for each transmission of said plural received transmissions, whether the respective transmission could be decoded successfully, thereby generating a feedback sequence of ACK/NACKs for the plural transmissions, transmitting the feedback sequence on one feedback resource combination corresponding to the feedback sequence, characterized in that the one feedback resource combination is determined from plural feedback resource combinations, and the feedback resource combinations define distinct combinations of: - one of a plurality of reverse link radio resources available for transmitting the feedback sequence, and - a modulation symbol of a modulation scheme to be transmitted on said one reverse link radio resource. receiving said plural transmissions on said respective plural component carriers from the transmitting apparatus, and determining for each transmission of said plural received transmissions, whether the respective transmission could be decoded successfully, thereby generating a feedback sequence of ACK/NACKs for the plural transmissions, transmitting the feedback sequence on one feedback resource combination corresponding to the feedback sequence, characterized in that the one feedback resource combination is determined from plural feedback resource combinations, and the feedback resource combinations define distinct combinations of: - one of a plurality of reverse link radio resources available for transmitting the feedback sequence, and - a modulation symbol of a modulation scheme to be transmitted on said one reverse link radio resource. - one of a plurality of reverse link radio resources available for transmitting the feedback sequence, and - a modulation symbol of a modulation scheme to be transmitted on said one reverse link radio resource.
Method for producing a photochromic material comprising the steps of: first the formation on a substrate of a layer of an oxygen free metal hydride with a predetermined thickness using a physical vapor deposition process wherein the metal in the metal hydride is chosen from the groups of rare earth metals, lanthanides and/or alkalis; and second, exposing the metal hydride layer to oxygen, where the oxygen reacts with the metal hydride, thus providing a metal hydride material with photochromic properties. first the formation on a substrate of a layer of an oxygen free metal hydride with a predetermined thickness using a physical vapor deposition process wherein the metal in the metal hydride is chosen from the groups of rare earth metals, lanthanides and/or alkalis; and second, exposing the metal hydride layer to oxygen, where the oxygen reacts with the metal hydride, thus providing a metal hydride material with photochromic properties.
A light modulation device, comprising: a light modulation layer; and a composite layer including a first oxide layer, a metal layer and a second oxide layer, which are sequentially formed on one or both sides of the light modulation layer, and has a transmittance to light having a wavelength of 550 nm of 80% or more, and a transmittance to light having a wavelength of 780 nm or more of 70% or less, wherein the light modulation layer is installed to be driven by an electric signal applied by the composite layer, characterized in that the refractive index of the first oxide layer is higher than that of the second oxide layer, the refractive index of the metal layer is lower than that of the second oxide layer, the refractive index of the first oxide layer with respect to light having a wavelength of 550 nm is in the range of 1.2 to 2.8, the refractive index of the second oxide layer with respect to light having a wavelength of 550 nm is in the range of 1.5 to 2.5, and the composite layer has a sheet resistance of 10 Ω/□ or less. a light modulation layer; and a composite layer including a first oxide layer, a metal layer and a second oxide layer, which are sequentially formed on one or both sides of the light modulation layer, and has a transmittance to light having a wavelength of 550 nm of 80% or more, and a transmittance to light having a wavelength of 780 nm or more of 70% or less, wherein the light modulation layer is installed to be driven by an electric signal applied by the composite layer, characterized in that the refractive index of the first oxide layer is higher than that of the second oxide layer, the refractive index of the metal layer is lower than that of the second oxide layer, the refractive index of the first oxide layer with respect to light having a wavelength of 550 nm is in the range of 1.2 to 2.8, the refractive index of the second oxide layer with respect to light having a wavelength of 550 nm is in the range of 1.5 to 2.5, and the composite layer has a sheet resistance of 10 Ω/□ or less.
An electrical system comprising a DC/AC converter module for delivering a starting AC voltage to at least one engine (18, 20, 22) from a DC voltage (Vdc) generated by an AC power network or a battery when said AC power network is not available, said DC/AC converter module comprising k n-phase inverters (160A, 160B) arranged in parallel with k>1, each delivering power that is no greater than half a maximum power P max required for starting said at least one engine, the two power supply lines of each of said inverters being connected to said DC voltage (V dc) through an electronic protection device (170A, 170B), and said DC voltage (V dc) is obtained from an AC/DC rectifier powered by the AC power network, the n outputs from at least one of said inverters delivering said starting AC voltage for said at least engine (18, 20, 22) via n respective series inductors (320A, 320B) or, when said AC power network is not available, from said battery connected to one of said k n-phase inverters (160A, 160B) via said n series inductors to form a DC/DC boost converter, the n outputs of another one of said k n-phase inverters delivering via another n series inductors said starting AC voltage for said at least one engine (18, 20, 22).
Running gear for a sliding or folding door, consisting of a running gear housing which can be fixed on the door side, having latching means for a snap-action connection and a running gear support which is fastened to the running gear housing and is equipped with running gear parts in the form of rollers and/or sliders at its free end which projects from the running gear housing, characterized in that the running gear housing consists of an approximately cuboid main body which is elongated in the running direction of the rollers and/or sliders and has a supporting flange which protrudes partially beyond the said main body, and in that resilient latching brackets with integrally formed latching cams are provided on two end sides of the main body which lie opposite one another, with the result that the running gear housing can be snapped into a door-side slot-like recess (3a, 8a), the slot-like recess being formed by a mounting plate which can be fixed on the door panel side or a slot-like cutout within a wall of a frame hollow profile on the door panel side.
A system for accessing messages at a particular location, the system comprising: a receiver configured to receive identification signals from a device of a user, wherein the identification signals identify the user and a location of a user at a given instant in time; a storage module of a server configured to store messages addressed to a particular user, the stored messages retrievable when the user enters a particular location, a determination module configured to determine if the user has entered the particular location, based on the received identification signals, wherein the particular location is associated with the stored message; and a transmitter configured to transmit the stored message to the device of the user based upon the result of the determination, characterized in that the system is configured to enable a user creating the message to designate whether the message is available to all users, only the users stored in a user storage module of the users device, a subset of the users stored in the user storage module, or even a single user, and the time period for the message to be available in absence of a default time period, wherein the storage module of the server is configured to store messages addressed to a particular user in association with an affinity group ID; and wherein designating the availability of the message includes creating or updating an affinity group by designating names and numbers of group members and saving the affinity group in a database in association with the group ID. a receiver configured to receive identification signals from a device of a user, wherein the identification signals identify the user and a location of a user at a given instant in time; a storage module of a server configured to store messages addressed to a particular user, the stored messages retrievable when the user enters a particular location, a determination module configured to determine if the user has entered the particular location, based on the received identification signals, wherein the particular location is associated with the stored message; and a transmitter configured to transmit the stored message to the device of the user based upon the result of the determination, characterized in that the system is configured to enable a user creating the message to designate whether the message is available to all users, only the users stored in a user storage module of the users device, a subset of the users stored in the user storage module, or even a single user, and the time period for the message to be available in absence of a default time period, wherein the storage module of the server is configured to store messages addressed to a particular user in association with an affinity group ID; and wherein designating the availability of the message includes creating or updating an affinity group by designating names and numbers of group members and saving the affinity group in a database in association with the group ID.
A method for preparing an implantable device to accelerate healing after a resection of tissue, the method comprising: preparing a hydrogel precursor solution; forming a hydrogel scaffold with encapsulated cells corresponding to a type of the tissue resected by initiating gelation of the hydrogel precursor solution; and integrating the hydrogel scaffold with a frame to form an implantable device for insertion into a cavity created by the resection; wherein integrating the hydrogel scaffold with the frame comprises: applying the hydrogel precursor solution to the one or more portions of the frame; and initiating the gelation of the hydrogel precursor solution applied to the one or more portions of the frame to form the hydrogel scaffold that at least partially surrounds one or more portions of the frame. preparing a hydrogel precursor solution; forming a hydrogel scaffold with encapsulated cells corresponding to a type of the tissue resected by initiating gelation of the hydrogel precursor solution; and integrating the hydrogel scaffold with a frame to form an implantable device for insertion into a cavity created by the resection; wherein integrating the hydrogel scaffold with the frame comprises: applying the hydrogel precursor solution to the one or more portions of the frame; and initiating the gelation of the hydrogel precursor solution applied to the one or more portions of the frame to form the hydrogel scaffold that at least partially surrounds one or more portions of the frame. applying the hydrogel precursor solution to the one or more portions of the frame; and initiating the gelation of the hydrogel precursor solution applied to the one or more portions of the frame to form the hydrogel scaffold that at least partially surrounds one or more portions of the frame.
Method for detecting vibrations of a device, having the steps of: a) arranging at least one vibration sensor (2, 3) of a vibration monitoring system on the device; b) detecting vibrations of the device using the vibration sensor (2, 3); c) establishing a direct data transmission connection (12, 13) between the vibration sensor (2, 3) and data glasses of the vibration monitoring system, and transmitting measurement data representing the detected vibrations to the data glasses; d) processing the measurement data by means of a data processing means of the data glasses; e) displaying a result of the processing on a display means of the data glasses. a) arranging at least one vibration sensor (2, 3) of a vibration monitoring system on the device; b) detecting vibrations of the device using the vibration sensor (2, 3); c) establishing a direct data transmission connection (12, 13) between the vibration sensor (2, 3) and data glasses of the vibration monitoring system, and transmitting measurement data representing the detected vibrations to the data glasses; d) processing the measurement data by means of a data processing means of the data glasses; e) displaying a result of the processing on a display means of the data glasses.
A device for creating targeted flow and current density patterns in a chemical and/or electrolytic surface treatment of a substrate in a fluidic process solution, characterized in that the device comprises a flow distributor body having a front face facing the substrate during the surface treatment, and a rear face opposite of the front face, wherein the flow distributor body comprises at least one inlet opening for the process solution, and at least one liquid passage, wherein the at least one liquid passage has at least one outlet opening at the front face for creating an incoming flow on the substrate, and wherein the flow distributor body has at least one connecting passage for receiving a backflow from the substrate, which extends from the front face to the rear face.
A method for mounting a door drive having a door actuator with a mounting section for attaching to a counter-mounting section of a door, an attachment device for attaching to a counter-attachment section of the door and a lever mechanism with a first end and a second end for movably supporting the door actuator on the attachment device between a closing position and an opening position, wherein the attachment device is arranged at the first end of the lever mechanism and an axle device of the door actuator is arranged at a second end of the lever mechanism, and an actuating unit of the door actuator for moving the axle device of the door actuator, wherein the method is characterized by the following steps: - attaching the attachment device to a counter-attachment section of the door, - mounting the mounting section of the door actuator on a counter-mounting section of the door, - moving the axle device of the door actuator into at least a first lever mounting position by the actuating unit, - arranging and fixing the first end of the lever mechanism on the attachment device, - arranging and fixing the second end of the lever mechanism on the axle device of the door actuator, - wherein the actuating unit is designed as a motor unit and the movement of the axle device of the door actuator is carried out by the motor unit, and - wherein the door drive has a computer unit with a memory unit for controlling the actuating unit, wherein the memory unit is designed to store at least the one first lever mounting position (30, 32). - attaching the attachment device to a counter-attachment section of the door, - mounting the mounting section of the door actuator on a counter-mounting section of the door, - moving the axle device of the door actuator into at least a first lever mounting position by the actuating unit, - arranging and fixing the first end of the lever mechanism on the attachment device, - arranging and fixing the second end of the lever mechanism on the axle device of the door actuator, - wherein the actuating unit is designed as a motor unit and the movement of the axle device of the door actuator is carried out by the motor unit, and - wherein the door drive has a computer unit with a memory unit for controlling the actuating unit, wherein the memory unit is designed to store at least the one first lever mounting position (30, 32).