mhurhangee/ep-ind-claims huggingface dataset:
A disposable filtering passive face mask for a face, the face having nostrils, a mouth, and chin, the face mask comprising at least one inner seal providing a tortuous path for toxic substances to guard against the entry of toxic substances drawn into the nostrils and mouth by breathing and comprising a covering for the nostrils and mouth, the covering having a periphery that completely surrounds the nostrils and mouth, the covering having an inside surface confronting the face and an exterior surface opposing the inside surface and facing away from the face, wherein the covering is structured to permit air into and out of the covering and wherein the covering is structured to minimize a flow of substances into the covering, the covering comprising a filter; the face mask characterized by: first and second endless skin adhesive seals (30, 32) both projecting from the inside surface of the covering; wherein the second endless skin adhesive seal is spaced from the first endless skin adhesive seal and confronts the first endless adhesive seal; and wherein the first endless skin adhesive seal is disposed outwardly of the second endless skin adhesive seal such that toxic substances that find a way through the first endless skin adhesive seal must wind through a space between the first and second endless skin adhesive seals (30, 32) until finding a way through the second endless skin adhesive seal before being drawn by breathing into the nostrils and mouth. first and second endless skin adhesive seals (30, 32) both projecting from the inside surface of the covering; wherein the second endless skin adhesive seal is spaced from the first endless skin adhesive seal and confronts the first endless adhesive seal; and wherein the first endless skin adhesive seal is disposed outwardly of the second endless skin adhesive seal such that toxic substances that find a way through the first endless skin adhesive seal must wind through a space between the first and second endless skin adhesive seals (30, 32) until finding a way through the second endless skin adhesive seal before being drawn by breathing into the nostrils and mouth.
Window glass for vehicle comprising a glass plate, an antenna conductor and a conductive film provided on the glass plate, characterized in that: the conductive film includes a slot, the slot has a plurality of vertical slot parts (23A, 23B, 23C, 23D, 23E) having an open end that opens at an opposing outer edge part at an upper part of the conductive film, opposing the antenna conductor located on an outer side of an outer film edge of the conductive film, the plurality of vertical slot parts (23A, 23B, 23C, 23D, 23E) extending in a direction away from the opposing outer edge part, and the antenna conductor is formed between a glass edge and the open end that opens at the opposing outer edge part of the conductive film at an upper part of the window glass for vehicle. the conductive film includes a slot, the slot has a plurality of vertical slot parts (23A, 23B, 23C, 23D, 23E) having an open end that opens at an opposing outer edge part at an upper part of the conductive film, opposing the antenna conductor located on an outer side of an outer film edge of the conductive film, the plurality of vertical slot parts (23A, 23B, 23C, 23D, 23E) extending in a direction away from the opposing outer edge part, and the antenna conductor is formed between a glass edge and the open end that opens at the opposing outer edge part of the conductive film at an upper part of the window glass for vehicle.
A computer-implemented method for determining a location estimate of a mobile device, comprising: identifying one or more candidate wireless stations associated with a current estimated location of the mobile device, the current estimated location being based on IP address information of the mobile device; determining, by the mobile device, an identifier for a connected wireless station to which the mobile device is connected; determining, at the mobile device, whether an identifier of any of the one or more candidate wireless stations corresponds to an identifier for the connected wireless station; generating, by the mobile device, selected log data based on the determination of whether the identifier for the connected wireless station corresponds to at least one of said candidate wireless stations, the selected log data indicating an accuracy of the estimated current location based on the IP address information; anonymizing the selected log data; and transmitting the anonymized selected log data. identifying one or more candidate wireless stations associated with a current estimated location of the mobile device, the current estimated location being based on IP address information of the mobile device; determining, by the mobile device, an identifier for a connected wireless station to which the mobile device is connected; determining, at the mobile device, whether an identifier of any of the one or more candidate wireless stations corresponds to an identifier for the connected wireless station; generating, by the mobile device, selected log data based on the determination of whether the identifier for the connected wireless station corresponds to at least one of said candidate wireless stations, the selected log data indicating an accuracy of the estimated current location based on the IP address information; anonymizing the selected log data; and transmitting the anonymized selected log data.
A multilayer-structured oxygen-absorbing packaging material comprising: an oxygen barrier layer; an oxygen-absorbing layer; and a sealant film, wherein the sealant film is a multilayer resin film which at least includes a core layer and an inner layer having heat sealability, and wherein the core layer contains 20 to 40% by mass of a cyclic polyolefin-based resin and/or an acrylic resin and 60 to 80% by mass of a polyethylene terephthalate-based resin based on a total mass of the core layer. an oxygen barrier layer; an oxygen-absorbing layer; and a sealant film,
A turbomachine having: at least a first and a second rotor (1, 2), the rear faces (3a, 3b) of which face each other; a rotor shaft which supports the radial rotors (1, 2); and a bearing assembly, axial bearings (5a, 5b) being formed in the region of both radial rotors (1, 2), said axial bearings each having a rotor bearing half (6a, 6b) and a stator bearing half (7a, 7b), and each rotor bearing half (6a, 6b) being formed on the rear face (3a, 3b) of the associated radial rotor (1, 2), characterised in that the first radial rotor is connected non-detachably and the second radial rotor is connected removably to the rotor shaft, and the rotor shaft tapers or has a constant diameter in the direction towards the second radial rotor starting from the first radial rotor, wherein at least one of the radial rotors is formed from a rotor blank, which comprises a blade assembly, and a disc, which is fastened to the rear of the rotor blank and consists of a different material, and the disc forms the rotor bearing half of the corresponding axial bearing.
Device for determining a set of ophthalmological data of at least one eye of a subject, comprising: - an accommodation stimulation apparatus configured to project a virtual target with a spherical power and with an adjustable cylindrical power into the at least one eye of the subject; and - a measuring apparatus (14, 16, 18) for registering ophthalmological data of the at least one eye of the subject, wherein the measuring apparatus is configured to register a value of an astigmatic refraction of the at least one eye of the subject and wherein the device comprises a control apparatus configured to change the spherical power of the virtual target from a first spherical power to a second spherical power while the accommodation stimulation apparatus projects the virtual target with a cylindrical power into the at least one eye of the subject in such a way that the cylindrical power of the virtual target at least partly compensates the registered value of the astigmatic refractive error of the at least one eye. - an accommodation stimulation apparatus configured to project a virtual target with a spherical power and with an adjustable cylindrical power into the at least one eye of the subject; and - a measuring apparatus (14, 16, 18) for registering ophthalmological data of the at least one eye of the subject, wherein
Cartridge (2; 30; 31; 32; 33) for a stereolithography machine, comprising: - a supporting structure provided with means for removable connection to said stereolithography machine; - a container provided with an access opening, associated with said supporting structure; - a first reservoir associated with said supporting structure and containing a first material, liquid or pasty, suited to solidify following exposure to a predefined radiation; - at least one second reservoir associated with said supporting structure and containing a second material, liquid or pasty, different from said first material, said second reservoir being provided with means suited to insulate said second material contained in said second reservoir from the external environment; - feeding means associated with said supporting structure in order to convey said first material and said second material from said reservoirs (5, 5a) towards said container; characterized in that said first reservoir is provided with means suited to insulate said first material contained in said first reservoir from the external environment and in that said second material is suited to solidify following exposure to said predefined radiation and/or is suited to form, together with said first material, a mixture suited to solidify following exposure to said predefined radiation. - a supporting structure provided with means for removable connection to said stereolithography machine; - a container provided with an access opening, associated with said supporting structure; - a first reservoir associated with said supporting structure and containing a first material, liquid or pasty, suited to solidify following exposure to a predefined radiation; - at least one second reservoir associated with said supporting structure and containing a second material, liquid or pasty, different from said first material, said second reservoir being provided with means suited to insulate said second material contained in said second reservoir from the external environment; - feeding means associated with said supporting structure in order to convey said first material and said second material from said reservoirs (5, 5a) towards said container;
A burr cutter comprising: a body portion fixed to an engraving mechanism (2, 3) configured to engrave a surface of a gravure cylinder in a circular cylindrical shape; and a cutter portion fixed to the body portion and configured to remove a burr caused due to engraving by the engraving mechanism (2, 3), characterized in that the burr cutter further comprises: an arm portion configured to be swingable about a swing shaft extending substantially parallel to a rotary shaft of the gravure cylinder, the cutter portion being fixed to the arm portion at a first end portion thereof, the swing shaft being fixed to the body portion; and a contact angle adjuster (4i, 4t) configured to swing the arm portion to adjust a contact angle between the surface of the gravure cylinder and the opposing surface, wherein an opposing surface of the cutter portion facing the surface of the gravure cylinder is substantially in a planar shape. a body portion fixed to an engraving mechanism (2, 3) configured to engrave a surface of a gravure cylinder in a circular cylindrical shape; and a cutter portion fixed to the body portion and configured to remove a burr caused due to engraving by the engraving mechanism (2, 3), characterized in that the burr cutter further comprises: an arm portion configured to be swingable about a swing shaft extending substantially parallel to a rotary shaft of the gravure cylinder, the cutter portion being fixed to the arm portion at a first end portion thereof, the swing shaft being fixed to the body portion; and a contact angle adjuster (4i, 4t) configured to swing the arm portion to adjust a contact angle between the surface of the gravure cylinder and the opposing surface, wherein an opposing surface of the cutter portion facing the surface of the gravure cylinder is substantially in a planar shape. an arm portion configured to be swingable about a swing shaft extending substantially parallel to a rotary shaft of the gravure cylinder, the cutter portion being fixed to the arm portion at a first end portion thereof, the swing shaft being fixed to the body portion; and a contact angle adjuster (4i, 4t) configured to swing the arm portion to adjust a contact angle between the surface of the gravure cylinder and the opposing surface, wherein an opposing surface of the cutter portion facing the surface of the gravure cylinder is substantially in a planar shape.
A one-piece device for applying a fluid or pasty product onto keratin fibres, comprising a core that extends along a longitudinal axis XX and at least one flexible stem (2, 20, 21) that is embedded at at least a first and a second point on the longitudinal core, with said stem extending substantially along the longitudinal axis XX, with spikes being provided on the core and/or on said at least one stem, characterized in that said core is provided with at least one radial through-opening and in that said at least one flexible stem extends substantially in a radial plane and has at least a first and a second curve, depending on its length, such that said stem crosses said at least one opening without contact in order to ensure the mobility thereof in at least one radial plane of the device.
Method for powder-bed-based additive production of a component, in which the component is made in layers on the surface of a construction platform, in that, repeatedly, • a layer of the powder bed is made on the construction platform, and • the layer of the component to be produced is made by melting-on of the powder, wherein the surface of the powder bed is not parallel to the surface of the construction platform, at least in sub-regions, characterized in that the interior wall of a horizontally oriented hollow cylinder is used as a construction platform, wherein • the powder bed is made by partially filling the hollow cylinder with powder, and • new layers of the powder bed are made in each case following a rotation of the hollow cylinder about its central axis. • a layer of the powder bed is made on the construction platform, and • the layer of the component to be produced is made by melting-on of the powder, • the powder bed is made by partially filling the hollow cylinder with powder, and • new layers of the powder bed are made in each case following a rotation of the hollow cylinder about its central axis.
A semiconductor lamp comprising - at least one semiconductor light source arranged on a front side of a substrate and - a driver circuit for driving the at least one semiconductor light source, whereby - at least a part of the driver circuit is mounted on one of the rear sides of the substrate facing away from the at least one semiconductor light source, wherein a heat sink rests flat on the front of the substrate, characterized in that at least one optical element is connected downstream of the heat sink, which has rearwardly projecting support legs which extend through a respective recess in the base of the heat sink to the substrate. - at least one semiconductor light source arranged on a front side of a substrate and - a driver circuit for driving the at least one semiconductor light source, whereby - at least a part of the driver circuit is mounted on one of the rear sides of the substrate facing away from the at least one semiconductor light source,
A power drive unit, comprising: a permanent magnet motor including a power drive function, a first braking function, and a second braking function; and a wheel component in power driving engagement with said PMM, wherein said first braking function comprises a static restraint braking function, and said second braking function comprises a dynamic control braking function, characterized in that said second braking function comprises regenerative braking occurring in response to a power supply to said PDU being cut, wherein the power flow from the PDU is reversed for activating regenerative braking. a permanent magnet motor including a power drive function, a first braking function, and a second braking function; and a wheel component in power driving engagement with said PMM, wherein said first braking function comprises a static restraint braking function, and said second braking function comprises a dynamic control braking function, characterized in that said second braking function comprises regenerative braking occurring in response to a power supply to said PDU being cut, wherein the power flow from the PDU is reversed for activating regenerative braking.
A computer system arranged to run at least one user-oriented operating system on which a plurality of user-oriented applications may run, the computer system being further arranged to run a secondary program supporting environment; wherein the computer system is arranged to run within the secondary program supporting environment an agent program or programs operable to communicate with one or more remote servers to obtain security patches associated with the user-oriented operating system and/or the user-oriented applications, wherein the computer system is configured to apply any security patches obtained by the agent program or programs prior to the user-oriented operating system setting up a network connection on boot up of the user-oriented operating system or prior to permitting certain specified user-oriented applications running on the user-oriented operating system from using a network connection, characterised in that the security patches are applied by the agent program or programs intercepting a network access request from a user-oriented application for security updates, the agent program or programs responding to such access requests by impersonating the response of the remote server.
Method for documentation, monitoring and/or controlling a freeze drying process in a freeze drying system comprising a condensation chamber with a condensation element on which humidity which has been removed from the drying product during the freeze drying process in a sublimation process is deposited as ice, the method comprising the following method steps: a) performing the freeze drying process, b) acquisition of an image of ice in the condensator chamber or of the ice on the condensator element during the freeze drying process with a camera, c) performing an automatic image processing of the acquired image with the determination of an ice state parameter of the ice in the acquired image, wherein the ice state parameter determined by means of the automatic image processing is an extension of the ice in the acquired image, the determined extension is a length of the extension of the ice on the condensator element in a direction vertical to a surface of the condensator element and a longitudinal measurement scale having an extension vertical to a surface of the condensator element is fixed on the condensator element. a) performing the freeze drying process, b) acquisition of an image of ice in the condensator chamber or of the ice on the condensator element during the freeze drying process with a camera, c) performing an automatic image processing of the acquired image with the determination of an ice state parameter of the ice in the acquired image, wherein the ice state parameter determined by means of the automatic image processing is an extension of the ice in the acquired image, the determined extension is a length of the extension of the ice on the condensator element in a direction vertical to a surface of the condensator element and a longitudinal measurement scale having an extension vertical to a surface of the condensator element is fixed on the condensator element.
A glucose-dependent insulinotropic peptide analogue consisting of (hGIP3-30, SEQ ID NO:2): or a functional variant having 1 to 6 individual amino acid substitutions compared to the amino acid sequence consisting of SEQ ID NO:2, wherein said peptide is modified by attaching at least one fatty acid molecule to the side chain amino group at one or more amino acid residues of positions 4 to 21 of SEQ ID NO:2, or a functional variant having 1 to 6 individual amino acid substitutions compared to the amino acid sequence consisting of SEQ ID NO:2, wherein said peptide is an antagonist of the hGIP receptor. or a functional variant having 1 to 6 individual amino acid substitutions compared to the amino acid sequence consisting of SEQ ID NO:2, wherein said peptide is modified by attaching at least one fatty acid molecule to the side chain amino group at one or more amino acid residues of positions 4 to 21 of SEQ ID NO:2, or a functional variant having 1 to 6 individual amino acid substitutions compared to the amino acid sequence consisting of SEQ ID NO:2, wherein said peptide is an antagonist of the hGIP receptor.
An electronic door lock (12, 14) comprising: a housing (42, 44) mechanically mountable to a first side of a fire door; wires extending out of the housing (42, 44) and into the fire door; a circuit board mounted within the housing (42, 44), the wires being connected to an electrical connector for the circuit board; a fire actuated mechanical release component of the housing for mechanically releasing the housing (42, 44) from a first side of the fire door when a second side of the fire door is exposed to heat from a fire; and a fire actuated electrical release component connecting the wires to the electrical connector for the circuit board, the fire actuated electrical release component electrically and mechanically disconnecting the wires from the electrical connector for the circuit board when the fire actuated electrical release component is exposed to heat as the second side of the fire door is exposed to said fire; whereby together the mechanical release component and the electrical release component release the housing (42, 44) having the circuit board mounted therein from connection to the first side of the fire door and allow the housing (42, 44) having the circuit board mounted therein to move sufficiently away from the fire door to prevent ignition of any components of the electronic door lock (12, 14) when the second side of the fire door is exposed to said fire. a housing (42, 44) mechanically mountable to a first side of a fire door; wires extending out of the housing (42, 44) and into the fire door; a circuit board mounted within the housing (42, 44), the wires being connected to an electrical connector for the circuit board; a fire actuated mechanical release component of the housing for mechanically releasing the housing (42, 44) from a first side of the fire door when a second side of the fire door is exposed to heat from a fire; and a fire actuated electrical release component connecting the wires to the electrical connector for the circuit board, the fire actuated electrical release component electrically and mechanically disconnecting the wires from the electrical connector for the circuit board when the fire actuated electrical release component is exposed to heat as the second side of the fire door is exposed to said fire; whereby together the mechanical release component and the electrical release component release the housing (42, 44) having the circuit board mounted therein from connection to the first side of the fire door and allow the housing (42, 44) having the circuit board mounted therein to move sufficiently away from the fire door to prevent ignition of any components of the electronic door lock (12, 14) when the second side of the fire door is exposed to said fire.