mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for supporting a limb of a user against gravity comprising at least two garment elements (101, 102, 103; 901, 902, 903), at least one passive force element (201, 202; 1001, 1001A, 1002, 1002A) attached between and connecting two adjacent of said garment elements (101, 102, 103; 901, 902, 903), and at least one active support having a tendon (301; 1100, 1100A) attached at one garment element of the at least two garment elements (101, 102, 103; 901, 902, 903) and a tensile force actuator (310; 1110, 1110A) for actuating the tendon (301; 1100, 1100A), wherein the tendon (301; 1100, 1100A) is guided at least to one adjacent garment element of the at least two garment elements (101, 102, 103; 901, 902, 903), wherein for every one tensile force actuator (310; 1110, 1110A) a passive force element (201, 202; 1001, 1001A, 1002, 1002A) is present being an antagonistic passive force element to an associated tendon portion (302, 303; 1102, 1102A). at least two garment elements (101, 102, 103; 901, 902, 903), at least one passive force element (201, 202; 1001, 1001A, 1002, 1002A) attached between and connecting two adjacent of said garment elements (101, 102, 103; 901, 902, 903), and at least one active support having a tendon (301; 1100, 1100A) attached at one garment element of the at least two garment elements (101, 102, 103; 901, 902, 903) and a tensile force actuator (310; 1110, 1110A) for actuating the tendon (301; 1100, 1100A), wherein the tendon (301; 1100, 1100A) is guided at least to one adjacent garment element of the at least two garment elements (101, 102, 103; 901, 902, 903), wherein for every one tensile force actuator (310; 1110, 1110A) a passive force element (201, 202; 1001, 1001A, 1002, 1002A) is present being an antagonistic passive force element to an associated tendon portion (302, 303; 1102, 1102A).
An alignment material composition, comprising: about 89 wt % - 94.9 wt % of an organic solvent; about 0.1 wt % - 1 wt % of an organic additive; and about 5 wt % - 10 wt % of polyimide resin, wherein the organic additive is capable of absorbing ultraviolet, UV, light of wavelength from about 290 nm to about 400 nm; characterized in that the organic additive comprises: the organic solvent comprises N-methyl-2-pyrrolidone, γ-butyrolactone and butyl cellosolve; and in the alignment material composition, a mass percentage of N-methyl-2-pyrrolidone is about 15 wt % - 20 wt %, a mass percentage of γ-butyrolactone is about 60 wt % - 70 wt %, and a mass percentage of butyl cellosolve is about 10 wt % - 15 wt %. about 89 wt % - 94.9 wt % of an organic solvent; about 0.1 wt % - 1 wt % of an organic additive; and about 5 wt % - 10 wt % of polyimide resin, wherein the organic additive is capable of absorbing ultraviolet, UV, light of wavelength from about 290 nm to about 400 nm; characterized in that the organic additive comprises: the organic solvent comprises N-methyl-2-pyrrolidone, γ-butyrolactone and butyl cellosolve; and in the alignment material composition, a mass percentage of N-methyl-2-pyrrolidone is about 15 wt % - 20 wt %, a mass percentage of γ-butyrolactone is about 60 wt % - 70 wt %, and a mass percentage of butyl cellosolve is about 10 wt % - 15 wt %. the organic solvent comprises N-methyl-2-pyrrolidone, γ-butyrolactone and butyl cellosolve; and in the alignment material composition, a mass percentage of N-methyl-2-pyrrolidone is about 15 wt % - 20 wt %, a mass percentage of γ-butyrolactone is about 60 wt % - 70 wt %, and a mass percentage of butyl cellosolve is about 10 wt % - 15 wt %.
Fixing module for fixing a push button or emergency stop button or rotary actuator of a control and signaling device, wherein the fixing module is constructed from a top housing part and a bottom housing part , which each have a cuboidal structure with a top side , an underside and four side parts connecting the top side to the underside , characterized in that , on the top side of the bottom housing part , a material that extends at least partially in this plane and has a grounding function is formed.
A rotary drill bit for use with a horizontal directional drill string, the rotary drill bit comprising: a coupler provided at a proximal axial end and configured to attach the rotary drill bit to a drill head at a distal end of the drill string; a cutting portion provided at a distal axial end and provided with a plurality of vanes with respective cutters that operate to cut a hole in earth when the rotary drill bit is rotated about a central axis (RDB); characterized in that : the plurality of vanes project radially outwardly from a surface of the cutting portion such that the surface forms respective troughs circumferentially interspersed with the plurality of vanes, and a plurality of engagement features are positioned axially within the cutting portion and radially inward of an outer cutting diameter (D1) to facilitate attachment of a product pullback device between the plurality of vanes without removing the rotary drill bit, or any portion thereof, from the drill head. a coupler provided at a proximal axial end and configured to attach the rotary drill bit to a drill head at a distal end of the drill string; a cutting portion provided at a distal axial end and provided with a plurality of vanes with respective cutters that operate to cut a hole in earth when the rotary drill bit is rotated about a central axis (RDB); characterized in that : the plurality of vanes project radially outwardly from a surface of the cutting portion such that the surface forms respective troughs circumferentially interspersed with the plurality of vanes, and a plurality of engagement features are positioned axially within the cutting portion and radially inward of an outer cutting diameter (D1) to facilitate attachment of a product pullback device between the plurality of vanes without removing the rotary drill bit, or any portion thereof, from the drill head. the plurality of vanes project radially outwardly from a surface of the cutting portion such that the surface forms respective troughs circumferentially interspersed with the plurality of vanes, and a plurality of engagement features are positioned axially within the cutting portion and radially inward of an outer cutting diameter (D1) to facilitate attachment of a product pullback device between the plurality of vanes without removing the rotary drill bit, or any portion thereof, from the drill head.
Electromagnetically released fail-safe brake having a coil carrier with a magnetic coil and distributed compression springs arranged in the circumference of the coil carrier , comprising: - a brake rotor with one or more friction surfaces, - an armature disk with one or more metallic opposing friction surfaces (GF), - and optionally, a flange plate with one or more metallic opposing friction surfaces (GF), characterized in that: at least in a friction region (B), the one or more opposing friction surface(s) (GF) is provided with a surface roughness in the form of depressions (VT) and elevations (ER) arranged on the edges of the depressions (VT) whereby these depressions (VT) and elevations (ER) are generated by the action of a laser beam on the friction region (B), and that these regions in the friction region (B) on the one or more opposing friction surfaces(s) (GF) having a surface roughness are separated at regular or irregular intervals, wherein the generated surface roughness on the opposing friction surface(s) (GF) lies in the range between Ra = 1.6 μm to Ra = 4.0 μm. - a brake rotor with one or more friction surfaces, - an armature disk with one or more metallic opposing friction surfaces (GF), - and optionally, a flange plate with one or more metallic opposing friction surfaces (GF),
A power conversion device, comprising: a circuit body comprising: a first switching element which constitutes an upper arm circuit of a power conversion circuit; a second switching element which constitutes a lower arm circuit of the power conversion circuit; and a plurality of conductor portions , which transmits an electric current to the first switching element and the second switching element ; a metal member ; and a conductor plate which is arranged to face the metal member with the circuit body interposed therebetween, wherein the conductor plate is a relay conductor plate which is electrically connected to a terminal connected to any one of the conductor portions , and the power conversion device is configured such that an eddy current is induced in the metal member and the relay conductor plate by a recovery current flowing through the conductor portions when switching operation of the first switching element or the second switching element is performed. a circuit body comprising: a first switching element which constitutes an upper arm circuit of a power conversion circuit; a second switching element which constitutes a lower arm circuit of the power conversion circuit; and a plurality of conductor portions , which transmits an electric current to the first switching element and the second switching element ; a metal member ; and a conductor plate which is arranged to face the metal member with the circuit body interposed therebetween, wherein the conductor plate is a relay conductor plate which is electrically connected to a terminal connected to any one of the conductor portions , and the power conversion device is configured such that an eddy current is induced in the metal member and the relay conductor plate by a recovery current flowing through the conductor portions when switching operation of the first switching element or the second switching element is performed.
A roller pump comprising a pump head operably connected to be driven by a pump drive , wherein the pump head includes a pump stator comprising an inner circumferential surface defining a raceway, a pump rotor disposed to rotate within the pump stator , wherein the pump rotor includes one or more rollers , wherein each roller is connected to a respective roller block that is moveable radially with respect to a central axis of the pump head , and an occlusion adjustment mechanism connected to the roller block of each roller , wherein the occlusion adjustment mechanism is adapted to move each roller block radially with respect to the central axis of the pump head in a non-uniform manner, characterised in that the occlusion adjustment mechanism comprises an elongated rod member oriented on the central axis of the pump head , and a drive member attached to the elongated rod member so as to move along the elongated rod member between a first position and a second position, wherein each roller block is connected by a drag link to the drive member .
A surgical instrument comprising: (a) a catheter configured to be inserted into an anatomical passageway of a patient, wherein the catheter includes a catheter lumen ; (b) a distal segment having a port , wherein the port communicates with the catheter lumen; (c) a needle slidably disposed within the catheter lumen, wherein the needle is translatable relative to the catheter between a retracted position and an extended position, wherein a needle distal end is configured to extend through the port when the needle is in the extended position; and (d) a tracking sensor coupled to the needle, wherein the tracking sensor comprises a sensor coil, wherein the tracking sensor is configured to generate a signal corresponding to a location of the needle distal end within the patient, and characterized in that the needle distal end includes a helical recess and the sensor coil is arranged in the helical recess. (a) a catheter configured to be inserted into an anatomical passageway of a patient, wherein the catheter includes a catheter lumen ; (b) a distal segment having a port , wherein the port communicates with the catheter lumen; (c) a needle slidably disposed within the catheter lumen, wherein the needle is translatable relative to the catheter between a retracted position and an extended position, wherein a needle distal end is configured to extend through the port when the needle is in the extended position; and (d) a tracking sensor coupled to the needle, wherein the tracking sensor comprises a sensor coil, wherein the tracking sensor is configured to generate a signal corresponding to a location of the needle distal end within the patient, and
A computerized method for fault management of an automated power conversion device, the method comprising receiving, in a computing apparatus, at least device fault log data and device status data from the automated power conversion device via a local connection network; based on at least the received data, executing, in the computing apparatus, one or more fault tracing steps related to the device, wherein a fault tracing step comprises - outputting a device related inquiry to a user and receiving a user response to the device related inquiry, - causing the running of one or more operational tests on the device, - requesting and receiving further device related information from the device via the local connection network, - requesting and receiving further device related information from a remote apparatus via a communications network, - generating and outputting a device related checklist to the user in respect of the fault, - generating and outputting a device related question to the user in respect of the fault, and - generating and outputting a suggestion for a corrective action to the user in respect of the fault; wherein the device status data comprises device identification data and device related information on one or more of power-on time, motor running hours, fan running hours, estimation of direct current link capacitor lifetime, load current histogram, ambient temperature, insulated gate bipolar transistor temperature, control board temperature, frequency, direct current link voltage and motor current. - outputting a device related inquiry to a user and receiving a user response to the device related inquiry, - causing the running of one or more operational tests on the device, - requesting and receiving further device related information from the device via the local connection network, - requesting and receiving further device related information from a remote apparatus via a communications network, - generating and outputting a device related checklist to the user in respect of the fault, - generating and outputting a device related question to the user in respect of the fault, and - generating and outputting a suggestion for a corrective action to the user in respect of the fault;
A fusion polypeptide comprising (a) glucagon-like peptide (GLP) or an analog thereof, and (b) an immunoglobulin Fc polypeptide, wherein the immunoglobulin Fc polypeptide comprises (i) an isolated IgD hinge region consisting of an amino acid sequence of 35 to 49 consecutive amino acid residues from the C-terminus of SEQ ID NO: 25; and (ii) a CH2 domain and a CH3 domain of the immunoglobulin Fc polypeptide.
A broadband light source device, comprising: a first LED chip that generates a light beam having a first wavelength band; a fluorescent substance that is provided in the light beam of the first LED chip ; and a second LED chip that generates a light beam having a second wavelength band, characterized in that the fluorescent substance includes at least alumina and at least one of Fe, Cr, Bi, Tl, Ce, Tb, Eu, and Mn and is produced by calcining a raw material that contains sodium at 6.1 to 15.9 wt.% in the whole raw material, the light beam from the fluorescent substance and the light beam from the second LED chip are color-mixed a center of the first wavelength band is 370 to 390 nm, a center of the second wavelength band is 340 nm, and broadband light in the wavelength range of 340 to 800 nm is eradiated from the light source device . a first LED chip that generates a light beam having a first wavelength band; a fluorescent substance that is provided in the light beam of the first LED chip ; and a second LED chip that generates a light beam having a second wavelength band, characterized in that the fluorescent substance includes at least alumina and at least one of Fe, Cr, Bi, Tl, Ce, Tb, Eu, and Mn and is produced by calcining a raw material that contains sodium at 6.1 to 15.9 wt.% in the whole raw material, the light beam from the fluorescent substance and the light beam from the second LED chip are color-mixed a center of the first wavelength band is 370 to 390 nm, a center of the second wavelength band is 340 nm, and broadband light in the wavelength range of 340 to 800 nm is eradiated from the light source device . the fluorescent substance includes at least alumina and at least one of Fe, Cr, Bi, Tl, Ce, Tb, Eu, and Mn and is produced by calcining a raw material that contains sodium at 6.1 to 15.9 wt.% in the whole raw material, the light beam from the fluorescent substance and the light beam from the second LED chip are color-mixed a center of the first wavelength band is 370 to 390 nm, a center of the second wavelength band is 340 nm, and broadband light in the wavelength range of 340 to 800 nm is eradiated from the light source device .
A method for providing a voice call service to a user equipment, UE, by a mobile management entity, MME, in a mobile communication system, the method comprising: sending, to an evolved Node B, eNB , a circuit switching, CS, paging message to provide the voice call service to the UE over a CS domain; receiving, from the eNB, a report message including a cause indicating that the report message is sent because the UE cannot receive packet switching, PS, service in a PS domain; and sending, to a gateway in the PS domain, a suspend request message for requesting suspension of a service provided to the UE in the PS domain. sending, to an evolved Node B, eNB , a circuit switching, CS, paging message to provide the voice call service to the UE over a CS domain; receiving, from the eNB, a report message including a cause indicating that the report message is sent because the UE cannot receive packet switching, PS, service in a PS domain; and sending, to a gateway in the PS domain, a suspend request message for requesting suspension of a service provided to the UE in the PS domain.
A catheter , comprising: an elongated tubing including an opening at a distal end of the tubing, the tubing being formed by an axial wall defining a lumen extending between a proximal end of the tubing to the distal end of the tubing; a septum positioned across the opening of the tubing; a first micro-lumen (330 1 ) formed in the septum; a plurality of micro-lumens (330 2 -330 N ) formed along a circumference of the wall forming the tubing; and further comprising: a first core fiber (340 1 ) residing within the first micro-lumen; and a plurality of core fibers (340 2 -340 N ) each residing within a different micro-lumen of the plurality of micro-lumens, wherein a plurality of sensors (380 i1 -380 iM ) are distributed along a longitudinal length of both the first core fiber and each of the plurality of core fibers and each sensor of the plurality of sensors being configured to (i) reflect a light signal of a different spectral width based on received incident light and (ii) change a characteristic of the reflected light signal for use in determining a physical state of the catheter. an elongated tubing including an opening at a distal end of the tubing, the tubing being formed by an axial wall defining a lumen extending between a proximal end of the tubing to the distal end of the tubing; a septum positioned across the opening of the tubing; a first micro-lumen (330 1 ) formed in the septum; a plurality of micro-lumens (330 2 -330 N ) formed along a circumference of the wall forming the tubing; and further comprising: a first core fiber (340 1 ) residing within the first micro-lumen; and a plurality of core fibers (340 2 -340 N ) each residing within a different micro-lumen of the plurality of micro-lumens, wherein a plurality of sensors (380 i1 -380 iM ) are distributed along a longitudinal length of both the first core fiber and each of the plurality of core fibers and each sensor of the plurality of sensors being configured to (i) reflect a light signal of a different spectral width based on received incident light and (ii) change a characteristic of the reflected light signal for use in determining a physical state of the catheter. a first core fiber (340 1 ) residing within the first micro-lumen; and a plurality of core fibers (340 2 -340 N ) each residing within a different micro-lumen of the plurality of micro-lumens, wherein a plurality of sensors (380 i1 -380 iM ) are distributed along a longitudinal length of both the first core fiber and each of the plurality of core fibers and each sensor of the plurality of sensors being configured to (i) reflect a light signal of a different spectral width based on received incident light and (ii) change a characteristic of the reflected light signal for use in determining a physical state of the catheter.
A method performed by a source application server handler, ASH, for transitioning a user equipment, UE, to a new application server in response to a mobility event, the method comprising: receiving a user equipment ID, UE-ID, for a user equipment, LTE from an application client handler, ACH, of the UE; receiving an application client ID, AC-ID, associated with an application client and an application server ID, AS-ID, for a source application server from an application client handler, ACH, of the LTE; receiving a mobility event notification including the UE ID of the LTE and a target data network access identifier, DNAI, to indicate a target edge data network to which a transition of a data connection for the application client is to be performed; encoding an outgoing transition request for transmission to a source application server to indicate the transition of the data connection from the source application server, wherein the outgoing transition request includes the AC-ID; and encoding an outgoing transition request for transmission to a target application server handler, ASH, of the target edge data network to indicate the transition of the data connection to the target edge data network, wherein the outgoing transition request for transmission to the target ASH includes at least one application server ID, AS-ID, for the source application server and the UE-ID. receiving a user equipment ID, UE-ID, for a user equipment, LTE from an application client handler, ACH, of the UE; receiving an application client ID, AC-ID, associated with an application client and an application server ID, AS-ID, for a source application server from an application client handler, ACH, of the LTE; receiving a mobility event notification including the UE ID of the LTE and a target data network access identifier, DNAI, to indicate a target edge data network to which a transition of a data connection for the application client is to be performed; encoding an outgoing transition request for transmission to a source application server to indicate the transition of the data connection from the source application server, wherein the outgoing transition request includes the AC-ID; and encoding an outgoing transition request for transmission to a target application server handler, ASH, of the target edge data network to indicate the transition of the data connection to the target edge data network, wherein the outgoing transition request for transmission to the target ASH includes at least one application server ID, AS-ID, for the source application server and the UE-ID.