mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring exposure to a blast event, the method comprising: obtaining, by a blast dosimetry computing device, sensor readings comprising pressure readings from at least one pressure sensor and acceleration readings from at least one inertial measurement unit; identifying, by the blast dosimetry computing device, a blast event based on at least one of one or more of the obtained sensor readings or one or more determinations based on the obtained sensor readings meeting one or more selection criteria; and storing (111,114), by the blast dosimetry computing device, the at least one of the one or more determinations or the sensor readings which meet the one or more of the selection criteria when the blast event is identified; characterised in that the blast event is identified when at least one of the pressure readings or one or more determinations based on the obtained pressure readings meet one or more stored pressure selection criteria and at least one of the acceleration readings or one or more determinations based on the obtained acceleration readings meet one or more stored acceleration selection criteria. obtaining, by a blast dosimetry computing device, sensor readings comprising pressure readings from at least one pressure sensor and acceleration readings from at least one inertial measurement unit; identifying, by the blast dosimetry computing device, a blast event based on at least one of one or more of the obtained sensor readings or one or more determinations based on the obtained sensor readings meeting one or more selection criteria; and storing (111,114), by the blast dosimetry computing device, the at least one of the one or more determinations or the sensor readings which meet the one or more of the selection criteria when the blast event is identified; characterised in that the blast event is identified when at least one of the pressure readings or one or more determinations based on the obtained pressure readings meet one or more stored pressure selection criteria and at least one of the acceleration readings or one or more determinations based on the obtained acceleration readings meet one or more stored acceleration selection criteria.
A method for a Mobility Management Entity, MME, comprising: receiving location measurements for a user equipment, UE, that is using Narrowband Internet of Things, NB-IoT, radio access or Cellular Internet of Things, CIoT, features to access a wireless network; storing the location measurements and a timestamp; receiving a location request for the UE when the UE is not connected to the wireless network; transmitting the location measurements to a location server with an indication that the UE is not connected to the wireless network and to a Visited Public Land Mobile Network Evolved Packet Core, VPLMN EPC, based on knowledge by the MME of support of features applicable to CloT and NB-IoT for the UE by the VPLMN EPC; and receiving a response from the location server comprising a last known location for the UE. receiving location measurements for a user equipment, UE, that is using Narrowband Internet of Things, NB-IoT, radio access or Cellular Internet of Things, CIoT, features to access a wireless network; storing the location measurements and a timestamp; receiving a location request for the UE when the UE is not connected to the wireless network; transmitting the location measurements to a location server with an indication that the UE is not connected to the wireless network and to a Visited Public Land Mobile Network Evolved Packet Core, VPLMN EPC, based on knowledge by the MME of support of features applicable to CloT and NB-IoT for the UE by the VPLMN EPC; and receiving a response from the location server comprising a last known location for the UE.
A sheet-like medium temporary storage device, comprising: a storage coiling block, configured to reel up and store sheet-like medium and being a circular roller with a cavity at the center; a thin coiling tape, which has one end fixedly connected to an outer surface of the storage coiling block and is configured to reel up the sheet-like medium and wind the sheet-like medium around the storage coiling block, to temporarily store the sheet-like medium; a recycling coiling block, configured to support the thin coiling tape and reel up and recycle the thin coiling tape, wherein another end of the thin coiling tape is fixed to an outer surface of the recycling coiling block; and a power motor, which is arranged in the cavity of the storage coiling block and configured to drive the storage coiling block to rotate and control the recycling coiling block to rotate through a belt; and wherein one end of the cavity in the center of the storage coiling block is opened to allow the power motor to be insertedly mounted in the storage coiling block, and characterized in that, at least two air disturbance vanes are uniformly arranged at another end of the cavity, the air disturbance vanes extend from an outer wall to an axis of the storage coiling block and form a support frame of the power motor around the axis of the storage coiling block, and a clearance is formed between the air disturbance vanes, to ensure air exchange between inside and outside of the storage coiling block in the case that the storage coiling block rotates. a storage coiling block, configured to reel up and store sheet-like medium and being a circular roller with a cavity at the center; a thin coiling tape, which has one end fixedly connected to an outer surface of the storage coiling block and is configured to reel up the sheet-like medium and wind the sheet-like medium around the storage coiling block, to temporarily store the sheet-like medium; a recycling coiling block, configured to support the thin coiling tape and reel up and recycle the thin coiling tape, wherein another end of the thin coiling tape is fixed to an outer surface of the recycling coiling block; and a power motor, which is arranged in the cavity of the storage coiling block and configured to drive the storage coiling block to rotate and control the recycling coiling block to rotate through a belt; and wherein one end of the cavity in the center of the storage coiling block is opened to allow the power motor to be insertedly mounted in the storage coiling block, and characterized in that, at least two air disturbance vanes are uniformly arranged at another end of the cavity, the air disturbance vanes extend from an outer wall to an axis of the storage coiling block and form a support frame of the power motor around the axis of the storage coiling block, and a clearance is formed between the air disturbance vanes, to ensure air exchange between inside and outside of the storage coiling block in the case that the storage coiling block rotates.
A prefabricated base interlining containing at least a textile fabric whose weight per unit area is 50 to 500 g/m 2, wherein the preceding indication refers to a textile fabric without chemical binder and other additives, characterized in that the textile fabric was filled with a mixture containing: a) at least an aqueous bitumen emulsion and b) at least one cross-linking enabled additive, preferably a thermal and/or self-cross-linking additive and/or at least one starch. a) at least an aqueous bitumen emulsion and b) at least one cross-linking enabled additive, preferably a thermal and/or self-cross-linking additive and/or at least one starch.
An apparatus for manufacturing an absorbent article by bonding a material with a hot-melt adhesive, the apparatus comprising: a melting tank configured to melt the hot-melt adhesive; characterized in that the apparatus comprises: a detection sensor configured to detect an amount of the hot-melt adhesive in the melting tank; and an articulated robot which is a device configured to hold the hot-melt adhesive in a container containing the hot-melt adhesive and to move the hot-melt adhesive from the container containing the hot-melt adhesive to the melting tank based on a detection result of the detection sensor. a detection sensor configured to detect an amount of the hot-melt adhesive in the melting tank; and an articulated robot which is a device configured to hold the hot-melt adhesive in a container containing the hot-melt adhesive and to move the hot-melt adhesive from the container containing the hot-melt adhesive to the melting tank based on a detection result of the detection sensor.
An expansion turbine for apparatuses for producing energy through an Organic Rankine Cycle or a Kalina cycle, comprising: - a case having an inlet and an outlet for a working fluid; - at least one stator installed inside the case; - at least one rotor installed inside the case and rotating around a respective revolution axis (X-X); - a short-pipe constrained to the case; - a mechanical unit installed inside the short-pipe; said mechanical unit comprising a bushing and a shaft rotatably installed inside the bushing; said shaft being rotating around the revolution axis (X-X) and connected to the rotor; wherein the rotor is movable along the axial direction (X-X) between a first configuration, in which the mechanical unit is installed inside the short-pipe and the rotor is spaced from the short-pipe, so that the working fluid can revolve it, and a second configuration, in which the mechanical unit is extracted from the short-pipe and the rotor leans against the short-pipe at a static seal (18, 19); characterized in that the shaft is connected to the rotor in removable manner and the whole mechanical unit is extractable from the short-pipe from the side opposite to said rotor. - a case having an inlet and an outlet for a working fluid; - at least one stator installed inside the case; - at least one rotor installed inside the case and rotating around a respective revolution axis (X-X); - a short-pipe constrained to the case; - a mechanical unit installed inside the short-pipe; said mechanical unit comprising a bushing and a shaft rotatably installed inside the bushing; said shaft being rotating around the revolution axis (X-X) and connected to the rotor;
A manufacturing method of porous glass base material for optical fiber comprising: pumping a liquid raw material of an organic siloxane stored in a raw material tank at internal pressure P 1 into a vaporizer through a pipe at internal pressure P 2, controlled by a mass flow controller at a predetermined flow rate; vaporizing the liquid raw material in the vaporizer and supplying the vaporized raw material to the burner as a gas raw material; and forming a porous glass base material by depositing silica fine particles formed by burning the gas raw material in the burner, wherein P 1 ≤ P 2 is satisfied. pumping a liquid raw material of an organic siloxane stored in a raw material tank at internal pressure P 1 into a vaporizer through a pipe at internal pressure P 2, controlled by a mass flow controller at a predetermined flow rate; vaporizing the liquid raw material in the vaporizer and supplying the vaporized raw material to the burner as a gas raw material; and forming a porous glass base material by depositing silica fine particles formed by burning the gas raw material in the burner, wherein P 1 ≤ P 2 is satisfied.
Plates (1, 2) connected with each other through interlocking, in particular floor plates for a cavity floor, wherein teeth (1.1, 1.2) extending parallel to the surface of the plate and grooves lying between the same for engaging the teeth (2.4, 2.5) of the neighbouring plate are arranged on at least two opposing facing sides of a plate, and wherein the flanks of the teeth and grooves have an angle of inclination towards the level of the plate surface (1a, 2a), characterised in that at least one guide tooth (1.3) is envisaged, the flanks of which have an internal flank section (1.3a) with a smaller angle of inclination towards the surface of the plate than the remaining teeth (1.1, 1.2) and an external flank section (1.3b) with an enlarged angle of inclination, wherein a guide groove (2.3) for receiving the guide tooth (1.3) is formed on the opposite side of the neighbouring plate, which has a smaller angle of inclination on the external section (2.3a) of its flanks and an enlarged angle of inclination equalling the angle of inclination of the flanks on the guide tooth (1.3) on the internal section (2.3b).
A consumable (102, 1504, 1804) level monitoring label sheet for physical association with a content-filled consumable (102, 1504, 1804) to allow for monitoring of a level of the content (1294, 1320) therein, comprising: a plurality of labels (106, 1302, 1406, 1602, 1802), each individually manually removable from the label sheet and each comprising a plurality of electrical conductors (1304, 1802a) forming a sensing module (204, 1308, 1802b), the sensing module (204, 1308, 1802b) having associated therewith firmware for converting signals associated with the electrical conductors (1304, 1802a) and to an indication of the content (1294, 1320) level; a communications module for communicating the content (1294, 1320) level to at least a user display and over at least one network; and a power module (212, 1802d) for powering at least the sensing module (204, 1308, 1802b) and the communications module; a plurality of perforations associated with each of the plurality of labels (106, 1302, 1406, 1602, 1802), wherein the plurality of perforations provides for variations in a size of each of the labels (106, 1302, 1406, 1602, 1802) upon the manual removal. a plurality of labels (106, 1302, 1406, 1602, 1802), each individually manually removable from the label sheet and each comprising a plurality of electrical conductors (1304, 1802a) forming a sensing module (204, 1308, 1802b), the sensing module (204, 1308, 1802b) having associated therewith firmware for converting signals associated with the electrical conductors (1304, 1802a) and to an indication of the content (1294, 1320) level; a communications module for communicating the content (1294, 1320) level to at least a user display and over at least one network; and a power module (212, 1802d) for powering at least the sensing module (204, 1308, 1802b) and the communications module; a plurality of electrical conductors (1304, 1802a) forming a sensing module (204, 1308, 1802b), the sensing module (204, 1308, 1802b) having associated therewith firmware for converting signals associated with the electrical conductors (1304, 1802a) and to an indication of the content (1294, 1320) level; a communications module for communicating the content (1294, 1320) level to at least a user display and over at least one network; and a power module (212, 1802d) for powering at least the sensing module (204, 1308, 1802b) and the communications module; a plurality of perforations associated with each of the plurality of labels (106, 1302, 1406, 1602, 1802), wherein the plurality of perforations provides for variations in a size of each of the labels (106, 1302, 1406, 1602, 1802) upon the manual removal.
Mobile brewing apparatus with two receptacles (20, 30) for brewing liquids, which are interruptibly fluidically connected to one another, at least the first receptacle having a heating device and the second receptacle being provided with a screen, characterized in that a discrete collecting container for filtered liquid from the screen is connected downstream of the second second receptacle, which is fluidically connected to the second receiving container via a line, that a flow regulator is provided between the second receptacle and the collecting container, by means of which a flow rate of liquid to the collecting container can be adjusted and/or interrupted, that the collecting container is connected to a discharge line for liquid, via which liquid can be returned directly, i.e. past the first receiving container, from the collecting container into a region of the second receptacle connected upstream of the screen. two receptacles (20, 30) for brewing liquids, which are interruptibly fluidically connected to one another, at least the first receptacle having a heating device and the second receptacle being provided with a screen, characterized in that a discrete collecting container for filtered liquid from the screen is connected downstream of the second second receptacle, which is fluidically connected to the second receiving container via a line, that a flow regulator is provided between the second receptacle and the collecting container, by means of which a flow rate of liquid to the collecting container can be adjusted and/or interrupted, that the collecting container is connected to a discharge line for liquid, via which liquid can be returned directly, i.e. past the first receiving container, from the collecting container into a region of the second receptacle connected upstream of the screen.
A hammer comprising: a handle, the handle having a bottom end and an upper portion, the handle having a longitudinal axis extending in a swing plane of the hammer; and a head disposed on the upper portion of the handle, the head having a strike face, and the strike face having a longitudinal axis extending in the swing plane (SP--SP) of the hammer, wherein a majority of the longitudinal length of the handle has a longitudinal projection on a first side of the handle, characterized by a longitudinal recess on a second side of the handle opposite the first side, and wherein the first side of the handle and the second side of the handle generally face opposite directions that are perpendicular to the swing plane (SP--SP). a handle, the handle having a bottom end and an upper portion, the handle having a longitudinal axis extending in a swing plane of the hammer; and a head disposed on the upper portion of the handle, the head having a strike face, and the strike face having a longitudinal axis extending in the swing plane (SP--SP) of the hammer, wherein a majority of the longitudinal length of the handle has a longitudinal projection on a first side of the handle, characterized by a longitudinal recess on a second side of the handle opposite the first side, and wherein the first side of the handle and the second side of the handle generally face opposite directions that are perpendicular to the swing plane (SP--SP).
A device for providing a colour particle film in a laser transfer printer which has a laser head arranged above a supporting plate for a workpiece, characterized by: a mount which is arrangeable between the supporting plate and the laser head; and a winder module which is mounted in a vertically movable manner on the mount and in which the film is tensioned across a window advanceable between an unwinder and a rewinder. a mount which is arrangeable between the supporting plate and the laser head; and a winder module which is mounted in a vertically movable manner on the mount and in which the film is tensioned across a window advanceable between an unwinder and a rewinder.
A webbing (10, 98), comprising: • a first load-bearing web; • a second load-bearing web; • and binder members integrally formed with the first and second load- bearing webs (12,24) as a one-piece webbing, the binder members connecting the first and second load-bearing webs (12,24) together at an energy absorbing portion, the first and second load-bearing webs (12,24) being separated from each other at the energy absorbing portion by fracture of the binder members when a sufficient load is applied to the webbing • the first load-bearing web has a left web end and a right web end; • the second load-bearing web has a left web end and a right web end; characterised in: • the left web end of the first load-bearing web being connected to the right web end of the second load-bearing web; • and the right web end of the first load-bearing web being connected to the left web end of the second load-bearing web; whereby, when the first and second load-bearing webs (12,24) are separated from each other after fracture of the binder members, the first and second load-bearing webs (12,24) both support the load applied to the webbing. • a first load-bearing web; • a second load-bearing web; • and binder members integrally formed with the first and second load- bearing webs (12,24) as a one-piece webbing, the binder members connecting the first and second load-bearing webs (12,24) together at an energy absorbing portion, the first and second load-bearing webs (12,24) being separated from each other at the energy absorbing portion by fracture of the binder members when a sufficient load is applied to the webbing • the first load-bearing web has a left web end and a right web end; • the second load-bearing web has a left web end and a right web end; characterised in: • the left web end of the first load-bearing web being connected to the right web end of the second load-bearing web; • and the right web end of the first load-bearing web being connected to the left web end of the second load-bearing web;
A method of manufacturing a catheter assembly, comprising the steps of: providing a catheter shaft having a proximal end, a distal end, an outer layer, and an inner reinforcing layer; removing at least a portion of said outer layer from a length of the distal end of the catheter shaft in order to expose a distal segment of the catheter shaft having an exposed exterior region; providing an inner jacket segment having a proximal end and a distal end; axially engaging the inner jacket segment with an interior surface of the distal segment of the catheter shaft; providing an outer jacket segment around at least the exposed exterior region of the distal segment of the catheter shaft; and bonding the distal segment of the catheter shaft to the inner jacket segment and the outer jacket segment. providing a catheter shaft having a proximal end, a distal end, an outer layer, and an inner reinforcing layer; removing at least a portion of said outer layer from a length of the distal end of the catheter shaft in order to expose a distal segment of the catheter shaft having an exposed exterior region; providing an inner jacket segment having a proximal end and a distal end; axially engaging the inner jacket segment with an interior surface of the distal segment of the catheter shaft; providing an outer jacket segment around at least the exposed exterior region of the distal segment of the catheter shaft; and bonding the distal segment of the catheter shaft to the inner jacket segment and the outer jacket segment.