mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for neuromuscular electrical stimulation, the apparatus comprising: an elongated member having a proximal region and a distal region; one or more electrodes disposed at the distal region of the elongated member; a first fixation element disposed at the distal region of the elongated member and angled distally relative to the elongated member, the first fixation element shaped and sized to contact, but not penetrate, tissue within a patient without damaging the tissue, so as to secure the one or more electrodes in or adjacent to nervous tissue innervating one or more spinal muscles within the patient; and a second fixation element disposed distally relative to the first fixation element on the elongated member and angled proximally relative to the elongated member, wherein the first and second fixation elements are configured to sandwich the tissue therebetween, and wherein at least one of the one or more electrodes is disposed between the first and second fixation elements. an elongated member having a proximal region and a distal region; one or more electrodes disposed at the distal region of the elongated member; a first fixation element disposed at the distal region of the elongated member and angled distally relative to the elongated member, the first fixation element shaped and sized to contact, but not penetrate, tissue within a patient without damaging the tissue, so as to secure the one or more electrodes in or adjacent to nervous tissue innervating one or more spinal muscles within the patient; and a second fixation element disposed distally relative to the first fixation element on the elongated member and angled proximally relative to the elongated member, wherein the first and second fixation elements are configured to sandwich the tissue therebetween, and wherein at least one of the one or more electrodes is disposed between the first and second fixation elements.
A device comprising a sensor textile, the sensor textile being a laminate, comprising i) an upper layer made of a textile top fabric ii) a textile intermediate layer arranged underneath the upper layer and having conductive sensor threads, preferably as an embroidery, on the side facing the top fabric, iii) a barrier layer arranged underneath the intermediate layer, and iv) a bottom layer arranged underneath and made of a textile bottom fabric, and an electronic evaluation unit, characterized by a measuring device for determining the electrical resistance in the sensor textile as well as for determining the impedance in the sensor textile, wherein the real and the imaginary parts of the resistance of the sensor textile are determinable via an impedance measurement by means of the electronic evaluation unit. i) an upper layer made of a textile top fabric ii) a textile intermediate layer arranged underneath the upper layer and having conductive sensor threads, preferably as an embroidery, on the side facing the top fabric, iii) a barrier layer arranged underneath the intermediate layer, and iv) a bottom layer arranged underneath and made of a textile bottom fabric, and an electronic evaluation unit, characterized by
An injection-molding device having an injection-molding machine, comprising a. two lower and two upper tie bars, and b. a holder for an upper part (12, 13), the holder comprising c. a base (14, 15) arranged below the upper part (12, 13) and between the lower tie bars, and d. a cross-member (31, 32) mounted on the two upper tie bars and arranged above the upper part (12, 13), and e. a lower and an upper rotary unit (16, 17) which are arranged in the region of the base (14, 1 5) and of the upper cross-member (31, 32) in such a way that the upper part (12, 13) is rotatable about an axis (8, 9), characterized in that f. the base (14, 15) is supported and guided on guide rails, wherein the guide rails are operatively interconnected to a machine bed of the injection-molding machine. a. two lower and two upper tie bars, and b. a holder for an upper part (12, 13), the holder comprising c. a base (14, 15) arranged below the upper part (12, 13) and between the lower tie bars, and d. a cross-member (31, 32) mounted on the two upper tie bars and arranged above the upper part (12, 13), and e. a lower and an upper rotary unit (16, 17) which are arranged in the region of the base (14, 1 5) and of the upper cross-member (31, 32) in such a way that the upper part (12, 13) is rotatable about an axis (8, 9), characterized in that f. the base (14, 15) is supported and guided on guide rails, wherein the guide rails are operatively interconnected to a machine bed of the injection-molding machine.
A moisture proof laminated film comprising a moisture proof film A having a water vapor transmission rate (WTR) at 40°C and 90%RH of 1.0 (g/m 2 ·day) or less and a moisture proof film B comprising a substrate having on one surface thereof an inorganic layer, which are laminated through an adhesive layer, wherein the moisture proof laminated film satisfies (i) or (ii): (i) the water vapor transmission rate (WTR) of film B at 40°C and 90%RH is 10% or less of the water vapor transmission rate (WTR) of film A; (ii) the water vapor transmission rate (WTR) of film A at 40°C and 90%RH is 0.1 (g/m 2 ·day) or more and 1.0 (g/m 2 ·day) or less, and the water vapor transmission rate (WTR) of film B at 40°C and 90%RH is 0.001 (g/m 2 ·day) or more and less than 0.1 (g/m 2 ·day) (i) the water vapor transmission rate (WTR) of film B at 40°C and 90%RH is 10% or less of the water vapor transmission rate (WTR) of film A; (ii) the water vapor transmission rate (WTR) of film A at 40°C and 90%RH is 0.1 (g/m 2 ·day) or more and 1.0 (g/m 2 ·day) or less, and the water vapor transmission rate (WTR) of film B at 40°C and 90%RH is 0.001 (g/m 2 ·day) or more and less than 0.1 (g/m 2 ·day)
A method for manufacturing a base material for a wave gear comprising: subjecting steel having a carbon content of 0.5% or less to primary molding by cold working into the shape of an external gear for a wave gear; heating the resulting primary molded article to a temperature range in which the main phase of the metallographic structure thereof forms an austenitic structure; rapid cooling to a predetermined temperature higher than a martensitic transformation starting temperature, and maintaining the predetermined temperature for a predetermined time, thereby forming a metallographic structure having bainite as the main phase thereof; and cooling the product to normal temperature. subjecting steel having a carbon content of 0.5% or less to primary molding by cold working into the shape of an external gear for a wave gear; heating the resulting primary molded article to a temperature range in which the main phase of the metallographic structure thereof forms an austenitic structure; rapid cooling to a predetermined temperature higher than a martensitic transformation starting temperature, and maintaining the predetermined temperature for a predetermined time, thereby forming a metallographic structure having bainite as the main phase thereof; and cooling the product to normal temperature.
A cable arrangement comprising: a first optical connector terminating a first end of the cable arrangement; a second optical connector terminating a second end of the cable arrangement, the second end being opposite the first end; and a wavelength division multiplexer configured to multiplex and demultiplex optical signals carried between the first optical connector and the second optical connector based on wavelengths of the optical signals; characterized in that: wherein a single optical fiber extends between the first optical connector and the wavelength division multiplexer; and wherein a plurality of optical fibers extend between the wavelength division multiplexer and the second optical connector; wherein the wavelength division multiplexer is disposed within a sealed enclosure that is positioned intermediate the first and second optical connectors (415, 435) so that the wavelength division multiplexer (420, 505) is disposed within an environmentally sealed closure disposed along a cable. a first optical connector terminating a first end of the cable arrangement; a second optical connector terminating a second end of the cable arrangement, the second end being opposite the first end; and a wavelength division multiplexer configured to multiplex and demultiplex optical signals carried between the first optical connector and the second optical connector based on wavelengths of the optical signals; characterized in that: wherein a single optical fiber extends between the first optical connector and the wavelength division multiplexer; and wherein a plurality of optical fibers extend between the wavelength division multiplexer and the second optical connector; wherein a single optical fiber extends between the first optical connector and the wavelength division multiplexer; and wherein a plurality of optical fibers extend between the wavelength division multiplexer and the second optical connector; wherein the wavelength division multiplexer is disposed within a sealed enclosure that is positioned intermediate the first and second optical connectors (415, 435) so that the wavelength division multiplexer (420, 505) is disposed within an environmentally sealed closure disposed along a cable.
A method for controlling a temperature in a refrigeration system, the method comprising the steps of: - obtaining a first temperature value, T Air, being indicative of the temperature of the air surrounding one or more products being refrigerated by the refrigeration system, characterized by - processing the first temperature value, T Air, using a product type specific mathematical model reflecting, and taking into consideration, one or more physical and/or biological processes in said one or more products, where said process(es) may affect the quality of the product(s) during storage, thereby obtaining a quality decay value expressing an expected decay rate in quality of the product(s) in case of continued storage at T Air, and - controlling the temperature in the refrigeration system on the basis of the quality decay value. - obtaining a first temperature value, T Air, being indicative of the temperature of the air surrounding one or more products being refrigerated by the refrigeration system, characterized by - processing the first temperature value, T Air, using a product type specific mathematical model reflecting, and taking into consideration, one or more physical and/or biological processes in said one or more products, where said process(es) may affect the quality of the product(s) during storage, thereby obtaining a quality decay value expressing an expected decay rate in quality of the product(s) in case of continued storage at T Air, and - controlling the temperature in the refrigeration system on the basis of the quality decay value.
Method performed by a Mediation Function, MF, node of a Lawful Intercept, LI, system, said MF being configured to deliver received Content of Communication, CC, and Intercept Related Information. IRI, to a Monitoring Centre, MC, monitoring a target's sessions, said MC being situated in and supported by a circuit switched, CS, communications system, and wherein the method comprises: - receiving IRI and CC of a target's session intercepted during a VoIP session; - generating a correlation number, CN, for the IRI and CC of the intercepted session; - if MC is in a CS system, retrieving the calling party number of the MF and/or the called party number of the MC; - inserting CN in an extension field of the calling or called party number; - initiating, after receiving CC, a CC transmission session via a Session Initiating Protocol, SIP, call to the MC by sending a SIP invitation comprising CN in the extension field of the called party number or of the calling party number towards a Border Gateway Control Function, BGCF, node for selecting a Media Gateway; and - sending CC packets to MC over HI3 via the selected Media Gateway converting CC packet format into TDM format and IRI over HI2 to the MC using the same CN. - receiving IRI and CC of a target's session intercepted during a VoIP session; - generating a correlation number, CN, for the IRI and CC of the intercepted session; - if MC is in a CS system, retrieving the calling party number of the MF and/or the called party number of the MC; - inserting CN in an extension field of the calling or called party number; - initiating, after receiving CC, a CC transmission session via a Session Initiating Protocol, SIP, call to the MC by sending a SIP invitation comprising CN in the extension field of the called party number or of the calling party number towards a Border Gateway Control Function, BGCF, node for selecting a Media Gateway; and - sending CC packets to MC over HI3 via the selected Media Gateway converting CC packet format into TDM format and IRI over HI2 to the MC using the same CN.
A system comprising a drug delivery device and a drug refill, wherein the drug delivery device comprises a carrier and a target recognition moiety and is suitable for implantation in a desirable location within a subject; wherein the drug refill comprises a pharmaceutical composition and a target, wherein the pharmaceutical composition is attached to the target via a cleavable linker capable of being cleaved within the subject; wherein the target and the target recognition moiety form a two-component binding pair; wherein the drug refill is mobile until the target on the drug refill binds to the target recognition moiety on the drug delivery device; wherein upon binding of the target to the target recognition moiety, the drug refill delivers the pharmaceutical composition directly to the drug delivery device, thereby refilling, the drug delivery device; and wherein the pharmaceutical composition is released at the desirable location within the subject in a controlled manner over a time scale of days, weeks, months, or years, upon cleavage of the cleavable linker.
An injection molding machine comprising: a platen to which a mold is attached; an ejector rod which is disposed in a through-hole of the platen to be movable forward or rearward and ejects a molding product from the mold; a bearing which is provided inside the through-hole of the platen, a crosshead which moves the ejector rod forward or rearward; and a coupling which connects the ejector rod and the crosshead to each other to absorb misalignment between the ejector rod and the crosshead, wherein the bearing is in contact with the ejector rod and guides the ejector rod in an axial direction of the ejector rod. a platen to which a mold is attached; an ejector rod which is disposed in a through-hole of the platen to be movable forward or rearward and ejects a molding product from the mold; a bearing which is provided inside the through-hole of the platen, a crosshead which moves the ejector rod forward or rearward; and a coupling which connects the ejector rod and the crosshead to each other to absorb misalignment between the ejector rod and the crosshead, wherein the bearing is in contact with the ejector rod and guides the ejector rod in an axial direction of the ejector rod.
A device for fastening a table top to a side wall of a vehicle, the fastening device comprising: - a structure for fastening to the side wall, - a support structure of the table top, defining a support surface extending in a substantially horizontal plane, the support structure comprising: - at least one crosspiece extending along a transverse direction, - at least two beams each extending between a junction end to said crosspiece and a fastening end to said fastening structure in a longitudinal direction substantially orthogonal to the transverse direction, said crosspiece being connected to each of said beams, the fastening device being characterized in that the support structure comprises bending onset zones configured to deform plastically when a force greater than or equal to a predetermined threshold force is applied on said support structure along the transverse direction, the bending onset zones allowing pivoting of each of said beams relative to said crosspiece around a pivot axis (A-A') orthogonal to said transverse and longitudinal directions when a force greater than or equal to said predetermined threshold force is applied on said support structure along the transverse direction. - a structure for fastening to the side wall, - a support structure of the table top, defining a support surface extending in a substantially horizontal plane, - at least one crosspiece extending along a transverse direction, - at least two beams each extending between a junction end to said crosspiece and a fastening end to said fastening structure in a longitudinal direction substantially orthogonal to the transverse direction,
An electronic device-implemented method for setting a size of an advertised window for a receiving electronic device that receives data from a sender in a communications network, the communications network comprising a core network, an access network, and a bottleneck node interacting with the communications network through a first data channel between the bottleneck node and the core network, and a second data channel (182, 172) between the bottleneck node and the access network, the bottleneck node having a buffer for temporarily storing the data as the data is transmitted from the sender to the receiving electronic device, the data passing through the bottleneck node on the way to the receiving electronic device, the method comprising the steps of: determining a first use level of the bottleneck node and at least a portion of the access network representing (310, 320, 330, 340, 350) a use level of the buffer of the bottleneck node and combined with a use level of the second data channel (182, 172), said first use level being based on a difference of a most recent sequence number of a data unit sent to the receiving electronic device in a data flow of the data in the second data channel and a sequence number that was most recently acknowledged as being delivered to the receiving electronic device in the data flow; determining an advertised window size based on the determined first use level, the advertised window size representing an amount of data that the sender is permitted to transmit to the receiving electronic device at a given time; and setting a size of the advertised window for the receiving electronic device to the determined advertised window size. determining a first use level of the bottleneck node and at least a portion of the access network representing (310, 320, 330, 340, 350) a use level of the buffer of the bottleneck node and combined with a use level of the second data channel (182, 172), said first use level being based on a difference of a most recent sequence number of a data unit sent to the receiving electronic device in a data flow of the data in the second data channel and a sequence number that was most recently acknowledged as being delivered to the receiving electronic device in the data flow; determining an advertised window size based on the determined first use level, the advertised window size representing an amount of data that the sender is permitted to transmit to the receiving electronic device at a given time; and setting a size of the advertised window for the receiving electronic device to the determined advertised window size.
An apparatus comprising: a cover that can be opened and closed with respect to an apparatus main body; a movable member disposed in the apparatus main body and configured to be exposed outside when the cover is opened; a support member configured to support the movable member and to be openable and closable with respect to the apparatus main body; and a support shaft configured to support the cover and the support member in such a manner that the cover and the support member can be opened and closed with respect to the apparatus main body, wherein the movable member and the support member are moved together with the cover as the cover rotates about the support shaft, and wherein the support shaft can move between a first position at which the support shaft supports the cover and the support member and a second position at which the support shaft does not support the cover and supports the support member, wherein moving the support shaft to the second position allows the cover to be detached from the apparatus main body. a cover that can be opened and closed with respect to an apparatus main body; a movable member disposed in the apparatus main body and configured to be exposed outside when the cover is opened; a support member configured to support the movable member and to be openable and closable with respect to the apparatus main body; and a support shaft configured to support the cover and the support member in such a manner that the cover and the support member can be opened and closed with respect to the apparatus main body, wherein the movable member and the support member are moved together with the cover as the cover rotates about the support shaft, and wherein the support shaft can move between a first position at which the support shaft supports the cover and the support member and a second position at which the support shaft does not support the cover and supports the support member, wherein moving the support shaft to the second position allows the cover to be detached from the apparatus main body.
An X-ray device, comprising: - an X-ray source; - an ID-system comprising one or more ID-means for identifying at least one operator and/or at least one object; - a processor unit configured for: - determining an operator expertise level and/or determining object data; and - image acquisition for generating an X-ray image; and - an interface for adaptive interaction of the operator and the X-ray device, wherein the interface is adapted for outputting at least one option selector and wherein at least one subsequent option selector is adapted according to the operator expertise level and/or object data. - an X-ray source; - an ID-system comprising one or more ID-means for identifying at least one operator and/or at least one object; - a processor unit configured for: - determining an operator expertise level and/or determining object data; and - image acquisition for generating an X-ray image; and - determining an operator expertise level and/or determining object data; and - image acquisition for generating an X-ray image; and - an interface for adaptive interaction of the operator and the X-ray device, wherein the interface is adapted for outputting at least one option selector and wherein at least one subsequent option selector is adapted according to the operator expertise level and/or object data.
A cooling module for a moving head light fixture, which moving head light fixture comprises a light generating head, which head is carried in a yoke, which head is rotatable to the yoke, which yoke is rotatable to a base, which head comprises electronic circuits for led control, said cooling module comprises: • a first cooling plate comprising a number of LEDs; • a second cooling plate comprising said at least one electronic circuit for LED control; • an air flow passage running from at least one end of said moving head, through at least said first cooling plate and/or said second cooling plate and between said first cooling plate and said second cooling plate; • a wind generator directing air through at least a part of said air flow passage; wherein said wind generator is adapted to direct said air through at least said first cooling plat and/or said second cooling plate and thereafter direct said air from the inside and out and between said first cooling plate and said second cooling plate. • a first cooling plate comprising a number of LEDs; • a second cooling plate comprising said at least one electronic circuit for LED control; • an air flow passage running from at least one end of said moving head, through at least said first cooling plate and/or said second cooling plate and between said first cooling plate and said second cooling plate; • a wind generator directing air through at least a part of said air flow passage;