mhurhangee/ep-ind-claims huggingface dataset:
A polarization rotator, comprising: - an optical coupler comprising a waveguide having at one first end at least a first port configured as an input port for polarized light and a second port configured as an output port for reflected polarized light, said waveguide having a second end opposite to said first end; - characterized in that the polarization rotator further comprises a birefringent waveplate having on one side a reflective surface, said waveplate being arranged to receive light from said second end of said waveguide and to reflect light transmitted out from said coupler back into said coupler, wherein said waveplate is further configured to cause birefringent material to rotate the polarization of said reflected light, which amount of rotation depends on an angle of rotation of said birefringent waveplate with respect to said optical coupler, wherein the polarization rotation is tunable when said waveplate is rotated around an axis normal to the plane of said birefringent waveplate. - an optical coupler comprising a waveguide having at one first end at least a first port configured as an input port for polarized light and a second port configured as an output port for reflected polarized light, said waveguide having a second end opposite to said first end; - characterized in that the polarization rotator further comprises a birefringent waveplate having on one side a reflective surface, said waveplate being arranged to receive light from said second end of said waveguide and to reflect light transmitted out from said coupler back into said coupler, wherein
A bioresorbable metal alloy composition comprising Fe-Mn-Si-X, wherein the Fe content is comprised between 65 wt% and 75 wt%, the Mn content is comprised between 25 wt% and 35 wt%, and the Si content is comprised between 0.5 wt% and 6 wt%, characterized in that X is at least an element selected in the group consisting of copper, gold, silver, platinum and combinations thereof and in that the X content is comprised between 0.5 wt% and 3 wt%.
A medical ultrasound handpiece (48, 210) comprising a medical ultrasound transducer assembly (50, 212), wherein the transducer assembly includes consecutive first and second half-wave sections (214, 216, 94), wherein the first half-wave section includes a first node and the second half-wave section includes a second node, wherein the first half-wave section includes a first stacked plurality of piezoelectric transducer disks substantially centered about the first node and the second half-wave section includes a second stacked plurality of piezoelectric transducer disks substantially centered about the second node, and wherein the transducer assembly includes a gain stage (52, 228) disposed between the first and second stacked pluralities (222, 226) of piezoelectric transducer disks, wherein the gain stage (52, 228) includes a stacked plurality (246, 54) of piezoelectric transducer disks (224', 42').
A conveyed-material separation device (100, 130, 230) comprising: an air jetting unit (370, 322) to jet air to stacked conveyed materials to float an end of a conveyed material; and a retaining unit (3A to 3F) to retain and separate the conveyed material floated by the air jetting unit (370, 322) and including a plurality of retaining units (3A to 3F);; characterized in that the plurality of retaining units (3A to 3F) comprise a plurality of common units detachably attachable relative to the body of the conveyed-material separation device and disposed at three positions including a center portion and both end portions in the width direction of the conveyed material on a downstream side in a conveyance direction of the conveyed material; the air jetting unit (370, 322) includes a plurality of air jetting units (370, 322) disposed corresponding to the plurality of common units, and by a suction unit (9A, 9B) to suck the floated conveyed material in a direction opposite to the floating direction after the conveyed material is retained by the plurality of common units (3A to 3F) and disposed between the plurality of air jetting units in the width direction. an air jetting unit (370, 322) to jet air to stacked conveyed materials to float an end of a conveyed material; and a retaining unit (3A to 3F) to retain and separate the conveyed material floated by the air jetting unit (370, 322) and including a plurality of retaining units (3A to 3F);; characterized in that the plurality of retaining units (3A to 3F) comprise a plurality of common units detachably attachable relative to the body of the conveyed-material separation device and disposed at three positions including a center portion and both end portions in the width direction of the conveyed material on a downstream side in a conveyance direction of the conveyed material; the air jetting unit (370, 322) includes a plurality of air jetting units (370, 322) disposed corresponding to the plurality of common units, and by a suction unit (9A, 9B) to suck the floated conveyed material in a direction opposite to the floating direction after the conveyed material is retained by the plurality of common units (3A to 3F) and disposed between the plurality of air jetting units in the width direction.
A method for operating an application server of an Internet Protocol Multimedia Subsystem, IMS, network during a trace session in a telecommunications network comprising the IMS network, a first user equipment, UE, and a second UE, wherein the trace session is associated with the first and second UEs, the method comprising: receiving, from a trace session initiator, an activation request message for activating the trace session, the activation request message including trace settings comprising informational elements describing the trace session and identity information associated with the second UE; determining from the trace settings one or more network elements for use in forwarding Session Initiation Protocol, SIP, INVITE request message towards the second UE; transmitting the SIP INVITE request message including the trace settings towards the second UE; and receiving, in response to the INVITE request message, a SIP response message associated with, or from, the second UE, for use in terminating the trace session. characterised in that the trace session includes a session initiation protocol, SIP, trace session, the trace setting informational elements including SIP informational elements describing the SIP trace session, the SIP informational elements including an indication for at least one of the UEs to respond to the activation request message without disturbing the user. receiving, from a trace session initiator, an activation request message for activating the trace session, the activation request message including trace settings comprising informational elements describing the trace session and identity information associated with the second UE; determining from the trace settings one or more network elements for use in forwarding Session Initiation Protocol, SIP, INVITE request message towards the second UE; transmitting the SIP INVITE request message including the trace settings towards the second UE; and receiving, in response to the INVITE request message, a SIP response message associated with, or from, the second UE, for use in terminating the trace session.
A gripping device with at least two gripping elements (1, 2) arranged such that they can be moved toward or away from each other, which are located in the housing in a guiding body on slides (31, 32) or are articulated by slides in the manner of a gear, - wherein a measuring means groove is incorporated in the guiding body as a support device, in which a magnetic field sensor is held in a fixed manner or adjustably, and - wherein a support element (151, 152) is arranged transversely to the gripping direction on at least one slide (31, 32) within the guiding body, which support element (151, 152) supports a magnetic field generator located behind the measuring means groove. - wherein a measuring means groove is incorporated in the guiding body as a support device, in which a magnetic field sensor is held in a fixed manner or adjustably, and - wherein a support element (151, 152) is arranged transversely to the gripping direction on at least one slide (31, 32) within the guiding body, which support element (151, 152) supports a magnetic field generator located behind the measuring means groove.
A controller for a device for administering contrast medium comprising radio contrast agent into a patient using an injector, said controller comprising: a) Input means allowing input of patient-specific physiological parameters, said patient-specific physiological parameters comprising at least the patient's heart rate, length and weight; b) a processor configured to calculate the optimal volume of contrast medium based on said patient-specific physiological parameters; and c) a connection to the injector configured to control the volume of contrast medium to be injected into the patient prior to administration, based on said optimal volume calculated by said processor; wherein the controller is configured to use the length and weight of the patient to determine the Body Surface Area BSA of the patient and said optimal volume of contrast medium is calculated based both on the BSA and the heart rate of said patient; and wherein the calculation of said optimal volume of contrast medium comprises starting from an initial volume of contrast medium and adjusting said volume based on said patient-specific parameters. a) Input means allowing input of patient-specific physiological parameters, said patient-specific physiological parameters comprising at least the patient's heart rate, length and weight; b) a processor configured to calculate the optimal volume of contrast medium based on said patient-specific physiological parameters; and c) a connection to the injector configured to control the volume of contrast medium to be injected into the patient prior to administration, based on said optimal volume calculated by said processor;
A household appliance comprising: a control unit managing the operation of the appliance; at least one hydraulic component (265a, 265b, 270, 271; 315a, 315b; 405a, 405b, 405c) actionable for water/treating liquids distribution within the appliance; a plurality of sensors (335; 420) arranged for acquiring information regarding physical parameters associated with the operation of the appliance, and a module (300; 400) managing at least part of the water/treating liquids distribution within the appliance, characterized in that the module (300; 400) is located within a casing or cabinet of the appliance, and in that the module comprises: the at least one hydraulic component (265a, 265b, 270, 271; 315a, 315b; 405a, 405b, 405c); at least two sensors (335; 420) of the plurality of sensors, and a local control unit managing the operation of the at least one hydraulic component and/or receiving the information acquired by the at least two sensors. a control unit managing the operation of the appliance; at least one hydraulic component (265a, 265b, 270, 271; 315a, 315b; 405a, 405b, 405c) actionable for water/treating liquids distribution within the appliance; a plurality of sensors (335; 420) arranged for acquiring information regarding physical parameters associated with the operation of the appliance, and a module (300; 400) managing at least part of the water/treating liquids distribution within the appliance, characterized in that the module (300; 400) is located within a casing or cabinet of the appliance, and in that the module comprises: the at least one hydraulic component (265a, 265b, 270, 271; 315a, 315b; 405a, 405b, 405c); at least two sensors (335; 420) of the plurality of sensors, and a local control unit managing the operation of the at least one hydraulic component and/or receiving the information acquired by the at least two sensors. the at least one hydraulic component (265a, 265b, 270, 271; 315a, 315b; 405a, 405b, 405c); at least two sensors (335; 420) of the plurality of sensors, and a local control unit managing the operation of the at least one hydraulic component and/or receiving the information acquired by the at least two sensors.
Pump intended to be immersed in a fluid, comprising: - a fixed housing (13, 14) provided with a top part forming a propulsion chamber propelling fluid towards the top end, and a bottom part forming a stator and attached in a fixed manner to the top part, - at least one side opening between the top part and the bottom part, and forming an inlet chamber for the fluid to enter from the exterior towards the propulsion chamber, characterized in that the pump also comprises a motor unit formed by: - said stator in which first magnetic elements are arranged, - a rotor in the form of a bell at least partially covering the stator head and comprising second magnetic elements intended for magnetic coupling with the first magnetic elements of the stator, the bell having at least one opening in its top part so as to create a reverse flow of the fluid from the inlet chamber right up to the base of the stator via a passage between the rotor and the stator, - a transmission shaft comprising at least one connecting arm making it possible to hold the bell above the stator, the axis of the transmission shaft being superposed with the axis of rotation of the bell - side vanes arranged between the bell and the transmission shaft and intended to guide the reverse flow in said passage between the rotor and the stator. - a fixed housing (13, 14) provided with a top part forming a propulsion chamber propelling fluid towards the top end, and a bottom part forming a stator and attached in a fixed manner to the top part, - at least one side opening between the top part and the bottom part, and forming an inlet chamber for the fluid to enter from the exterior towards the propulsion chamber, - said stator in which first magnetic elements are arranged, - a rotor in the form of a bell at least partially covering the stator head and comprising second magnetic elements intended for magnetic coupling with the first magnetic elements of the stator, the bell having at least one opening in its top part so as to create a reverse flow of the fluid from the inlet chamber right up to the base of the stator via a passage between the rotor and the stator, - a transmission shaft comprising at least one connecting arm making it possible to hold the bell above the stator, the axis of the transmission shaft being superposed with the axis of rotation of the bell - side vanes arranged between the bell and the transmission shaft and intended to guide the reverse flow in said passage between the rotor and the stator.
A fuel tank for a straddled vehicle, the fuel tank being an aluminum based fuel tank; wherein: the fuel tank comprises a panel formed by press-molding using a sheet of an aluminum-based material, the panel being configured to form a space for storing fuel; the panel having a first region and a second region; the second region being configured to be visible in an outer appearance of the straddled vehicle in a side view and a plan view of the straddled vehicle, in use; the second region comprising: a concave surface at, in or on an outer surface thereof; a convex surface (54A, 54B) adjacent to the concave surface at the outer surface; the fuel tank being characterised in that a bent part is formed at the concave surface, the bent part being formed in a recessed or raised shape at, in or on the outer surface of the concave surface to reduce wrinkles generated at the concave surface when the panel is produced by press-molding. the fuel tank comprises a panel formed by press-molding using a sheet of an aluminum-based material, the panel being configured to form a space for storing fuel; the panel having a first region and a second region; the second region being configured to be visible in an outer appearance of the straddled vehicle in a side view and a plan view of the straddled vehicle, in use; the second region comprising: a concave surface at, in or on an outer surface thereof; a convex surface (54A, 54B) adjacent to the concave surface at the outer surface; the fuel tank being characterised in that a bent part is formed at the concave surface, the bent part being formed in a recessed or raised shape at, in or on the outer surface of the concave surface to reduce wrinkles generated at the concave surface when the panel is produced by press-molding. a concave surface at, in or on an outer surface thereof; a convex surface (54A, 54B) adjacent to the concave surface at the outer surface; the fuel tank being characterised in that a bent part is formed at the concave surface, the bent part being formed in a recessed or raised shape at, in or on the outer surface of the concave surface to reduce wrinkles generated at the concave surface when the panel is produced by press-molding.
User equipment, UE, comprising a receiving unit, an obtaining unit, and a sending unit, the receiving unit is configured to: receive and store an unscheduled uplink data sending resource or a shared uplink data sending resource from an access network device by a broadcast information wherein the uplink data sending resource is a resource shared by a plurality of UEs; after receiving the unscheduled or the shared uplink data sending resource, receive paging information from the access network device, wherein the paging information is used to instruct the UE to send a paging response information to the access network device by using the unscheduled or a shared uplink data sending resource; the obtaining unit is configured to select a stored uplink data sending resource from the unscheduled or shared uplink data sending resource; and the sending unit is configured to: after the obtaining unit selecting the uplink data sending resource, send paging response information to the access network device by using the selected uplink data sending resource, the UE characterized in that the obtaining unit is configured to select the stored uplink data sending resource according to an air interface quality. receive and store an unscheduled uplink data sending resource or a shared uplink data sending resource from an access network device by a broadcast information wherein the uplink data sending resource is a resource shared by a plurality of UEs; after receiving the unscheduled or the shared uplink data sending resource, receive paging information from the access network device, wherein the paging information is used to instruct the UE to send a paging response information to the access network device by using the unscheduled or a shared uplink data sending resource; the obtaining unit is configured to select a stored uplink data sending resource from the unscheduled or shared uplink data sending resource; and the sending unit is configured to: after the obtaining unit selecting the uplink data sending resource, send paging response information to the access network device by using the selected uplink data sending resource, the UE characterized in that the obtaining unit is configured to select the stored uplink data sending resource according to an air interface quality.
Transdermal therapeutic self-adhesive flat bandages, in the form of cosmetic or medical plasters, which contain 4-n-butylresorcinol as active ingredient.
Method for detecting a position of a device with respect to an area defined by an alternating magnetic field, having the following steps of: - receiving a detection signal which corresponds to a voltage induced by the alternating magnetic field; - generating a reconstructed boundary signal from the detection signal; - providing a reference signal, the reconstructed boundary signal and the reference signal each corresponding to a pseudo-random signal, and the reference signal having a periodic bit pattern which corresponds to the boundary signal provided, the pseudo-random signals not being synchronized with one another; - carrying out a correlation method in order to determine a temporal correlation offset between the reference signal and the reconstructed boundary signal and in order to determine a correlation value between the reference signal and the reconstructed boundary signal which have been shifted with respect to one another by the offset which has been determined; - determining, on the basis of the correlation value which has been determined, whether the device is located inside or outside the area. - receiving a detection signal which corresponds to a voltage induced by the alternating magnetic field; - generating a reconstructed boundary signal from the detection signal; - providing a reference signal, the reconstructed boundary signal and the reference signal each corresponding to a pseudo-random signal, and the reference signal having a periodic bit pattern which corresponds to the boundary signal provided, the pseudo-random signals not being synchronized with one another; - carrying out a correlation method in order to determine a temporal correlation offset between the reference signal and the reconstructed boundary signal and in order to determine a correlation value between the reference signal and the reconstructed boundary signal which have been shifted with respect to one another by the offset which has been determined; - determining, on the basis of the correlation value which has been determined, whether the device is located inside or outside the area.
A method for manufacturing a glass frit produced from a mixture of vitrifiable raw materials in powder form, comprising the steps of melting of said mixture, rapid cooling of said molten mixture and grinding of said cooled solid mixture, characterised in that it comprises using at least one laser beam for providing the energy necessary for the melting of the mixture of vitrifiable raw materials and gradually supplying the molten zone impacted by the laser beam or beams with a mixture of vitrifiable raw materials in powder form in order to obtain an interaction surface between the material and the laser beam or beams that is as large as possible, and gradually discharging the molten material.
A glucosyltransferase enzyme comprising a catalytic domain that comprises an amino acid sequence that is at least 90% identical to amino acid positions: 54-941 of SEQ ID NO:85, 54-927 of SEQ ID NO:87, 54-935 of SEQ ID NO:89, 54-911 of SEQ ID NO:91, 54-919 of SEQ ID NO:93, 54-905 of SEQ ID NO:95, or 54-889 of SEQ ID NO:97, wherein said catalytic domain lacks at least one motif selected from the group consisting of: (i) a motif comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:78, (ii) a motif comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:79, and (iii) a motif comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:80; wherein said glucosyltransferase enzyme produces a branched alpha-glucan polymer. 54-941 of SEQ ID NO:85, 54-927 of SEQ ID NO:87, 54-935 of SEQ ID NO:89, 54-911 of SEQ ID NO:91, 54-919 of SEQ ID NO:93, 54-905 of SEQ ID NO:95, or 54-889 of SEQ ID NO:97, (i) a motif comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:78, (ii) a motif comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:79, and (iii) a motif comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:80;