mhurhangee/patent-ind-claim-en huggingface dataset:
A system for localization of a target tissue region within a patient's body, comprising: a marker sized for implantation into a target tissue region within a patient's body; and a probe comprising one or more antennas for transmitting electromagnetic signals into a patient's body and receiving electromagnetic signals from the marker within patient's body, the probe analyzing the signals to identify the marker implanted within the patient's body; characterized in that the marker comprises an active reflector comprising an electronic circuit adapted to modulate the incident electromagnetic signals from the probe striking the marker , such that the electromagnetic signals reflected from the marker enhance identification of the marker by the probe . ; and in that the probe is a micro-power impulse radar (MIR) probe, the electromagnetic signals being micro-impulse radar signals. a marker sized for implantation into a target tissue region within a patient's body; and a probe comprising one or more antennas for transmitting electromagnetic signals into a patient's body and receiving electromagnetic signals from the marker within patient's body, the probe analyzing the signals to identify the marker implanted within the patient's body; characterized in that the marker comprises an active reflector comprising an electronic circuit adapted to modulate the incident electromagnetic signals from the probe striking the marker , such that the electromagnetic signals reflected from the marker enhance identification of the marker by the probe . ; and in that the probe is a micro-power impulse radar (MIR) probe, the electromagnetic signals being micro-impulse radar signals.
An oral care implement comprising: a handle ; a head coupled to the handle , the head comprising a front surface and a rear surface opposite the front surface , the head extending from a proximal end to a distal end along a longitudinal axis (A-A); an elastomeric soft tissue cleanser comprising a plurality of protuberances extending from the rear surface of the head and terminating in free ends ; and a plurality of tooth cleaning elements extending from the front surface of the head and terminating in free ends ; characterized in that the free ends of the protuberances collectively define a convex longitudinal side profile and comprise at least one convex transverse top profile; and the free ends of the tooth cleaning elements collectively define a concave longitudinal side profile and comprise at least one concave transverse top profile. a handle ; a head coupled to the handle , the head comprising a front surface and a rear surface opposite the front surface , the head extending from a proximal end to a distal end along a longitudinal axis (A-A); an elastomeric soft tissue cleanser comprising a plurality of protuberances extending from the rear surface of the head and terminating in free ends ; and a plurality of tooth cleaning elements extending from the front surface of the head and terminating in free ends ; characterized in that the free ends of the protuberances collectively define a convex longitudinal side profile and comprise at least one convex transverse top profile; and the free ends of the tooth cleaning elements collectively define a concave longitudinal side profile and comprise at least one concave transverse top profile.
A conjugate having a structural formula of MAb-CL2A-SN-38, with a structure represented by: for use in therapy.
Winding foil , which - is able to be wound along a winding direction to form an electrically conductive winding for an inductive electrical apparatus - and is formed in such a way that the electrical resistance of electrically conductive regions of the winding film varies along at least one direction, wherein at least one electrically conductive edge region extending along the winding direction is provided, the electrical resistance of which is lower than an electrical resistance of an electrically conductive connection region adjoining said edge region , characterized by at least one support element connected to at least one edge region and the connection region for stabilizing the edge region . - is able to be wound along a winding direction to form an electrically conductive winding for an inductive electrical apparatus - and is formed in such a way that the electrical resistance of electrically conductive regions of the winding film varies along at least one direction, wherein at least one electrically conductive edge region extending along the winding direction is provided, the electrical resistance of which is lower than an electrical resistance of an electrically conductive connection region adjoining said edge region ,
A method of controlling a compressor system with a gas compressor and an electrical variable-speed drive supplied by an electrical grid and driving the gas compressor , the method comprising: detecting a voltage dip in a grid voltage (V) supplied to the electrical drive by comparing the grid voltage (V) with a voltage dip threshold; in the case, a voltage dip is detected: assuming a future development of the grid voltage (V); predicting a future development of at least one process quantity (q) based on at least one process parameter measured in the compressor system and the assumption of the future development of the grid voltage (V); providing the predicted future development of the least one process quantity (q) to a protection system , wherein the assumed future development of the grid voltage (V) is based on a predefined depth and a predefined length of an average voltage dip; characterized in that the predefined depth and the predefined length of the average voltage dip are determined online from a set of historical voltage dip cases. detecting a voltage dip in a grid voltage (V) supplied to the electrical drive by comparing the grid voltage (V) with a voltage dip threshold; in the case, a voltage dip is detected: assuming a future development of the grid voltage (V); predicting a future development of at least one process quantity (q) based on at least one process parameter measured in the compressor system and the assumption of the future development of the grid voltage (V); providing the predicted future development of the least one process quantity (q) to a protection system , wherein the assumed future development of the grid voltage (V) is based on a predefined depth and a predefined length of an average voltage dip; characterized in that the predefined depth and the predefined length of the average voltage dip are determined online from a set of historical voltage dip cases. assuming a future development of the grid voltage (V); predicting a future development of at least one process quantity (q) based on at least one process parameter measured in the compressor system and the assumption of the future development of the grid voltage (V); providing the predicted future development of the least one process quantity (q) to a protection system , wherein the assumed future development of the grid voltage (V) is based on a predefined depth and a predefined length of an average voltage dip; characterized in that the predefined depth and the predefined length of the average voltage dip are determined online from a set of historical voltage dip cases.
Drive device having a first half-bridge with a first phase connection , a second half-bridge with a second phase connection , a third half-bridge with a third phase connection and a fourth half-bridge with a fourth phase connection , wherein the first phase connection is connected to the second phase connection via a first current-compensated inductor which has a first motor-winding-side connection , wherein the third phase connection is connected to the fourth phase connection via a second current-compensated inductor which has a second motor-winding-side connection , having a first motor winding , wherein the first motor winding has a first motor winding end and a second motor winding end , characterized in that the first motor-winding-side connection is connected to the first motor winding end , and the second motor-winding-side connection is connected to the second motor winding end , wherein an eighth half-bridge is provided for direct connection to the first motor winding end of the first motor winding , and a ninth half-bridge is provided for direct connection to the second motor winding end of the first motor winding .
A dentifrice composition comprising sodium bicarbonate and a stannous ion source, wherein sodium bicarbonate is present in an amount of greater than 50% by weight of the composition.
A method including: - providing an integrated circuit card with a memory space (PH) including memory space regions for storing user profile data, - partitioning said memory space (PH) in segments (A1, A2, ..., E1, E2,....) of memory space regions comprising allocated regions ((A1, A2, ...) and empty regions (E2, E2,....), said method including - selecting among said empty regions (E1, E2, ...) the biggest empty region (Eb) of said memory space (PH); - widening said selected biggest empty region (Eb) by moving memory blocks (B) positioned in allocated regions (Au, Ad) at the bounds of said selected biggest empty region (Eb) allocating said memory blocks (B) into other available empty regions (Es) of said memory space (PH). - providing an integrated circuit card with a memory space (PH) including memory space regions for storing user profile data, - partitioning said memory space (PH) in segments (A1, A2, ..., E1, E2,....) of memory space regions comprising allocated regions ((A1, A2, ...) and empty regions (E2, E2,....), - selecting among said empty regions (E1, E2, ...) the biggest empty region (Eb) of said memory space (PH); - widening said selected biggest empty region (Eb) by moving memory blocks (B) positioned in allocated regions (Au, Ad) at the bounds of said selected biggest empty region (Eb) allocating said memory blocks (B) into other available empty regions (Es) of said memory space (PH).
An optical fiber , comprising: a core having a refractive index at a wavelength of 1.55 μm being equal to or less than 1.444377; a first clad that is provided on an outer circumferential portion of the core and has a refractive index lower than that of the core ; and a second clad that is provided on an outer circumferential portion of the first clad and has a refractive index lower than that of the first clad, wherein a mode field diameter at a wavelength of 1.55 μm is equal to or greater than 11.5 μm, wherein a cutoff wavelength is equal to or less than 1.53 μm, wherein a bending loss at a bending radius of 30 mm and a wavelength of 1.625 μm is equal to or less than 2.0 dB/100 turns, and wherein a delay time of transmission light per unit length at a wavelength of 1.55 μm is equal to or less than 4.876 μs/km, characterized in that a radius of the core is equal to or greater than 1.0 μm and equal to or less than 4.3 μm, and wherein a radius of the first clad satisfies Equations and : [Equation 1] a 2 ≥ 2 1.43 a 1 − 1.45 2 − Δ 1 + 1.43 a 1 − 1.45 2 − 0.50 a 1 − 0.37 ; and [Equation 2] 5.56 − 3.94 log 1 + Δ 1 0.19 + 0.69 a 1 − 2.00 ≤ a 2 ≤ 7.68 + 1.14 − 2.51 a 1 log 1 + Δ 1 0.81 a 1 − 0.77 , where a 1 in Equations and represents the radius [μm] of the core, a 2 represents the radius [μm] of the first clad, and Δ 1 represents a relative refractive index difference [%] of the first clad from the core. a core having a refractive index at a wavelength of 1.55 μm being equal to or less than 1.444377; a first clad that is provided on an outer circumferential portion of the core and has a refractive index lower than that of the core ; and a second clad that is provided on an outer circumferential portion of the first clad and has a refractive index lower than that of the first clad, wherein a mode field diameter at a wavelength of 1.55 μm is equal to or greater than 11.5 μm, wherein a cutoff wavelength is equal to or less than 1.53 μm, wherein a bending loss at a bending radius of 30 mm and a wavelength of 1.625 μm is equal to or less than 2.0 dB/100 turns, and wherein a delay time of transmission light per unit length at a wavelength of 1.55 μm is equal to or less than 4.876 μs/km, characterized in that a radius of the core is equal to or greater than 1.0 μm and equal to or less than 4.3 μm, and wherein a radius of the first clad satisfies Equations and : [Equation 1] a 2 ≥ 2 1.43 a 1 − 1.45 2 − Δ 1 + 1.43 a 1 − 1.45 2 − 0.50 a 1 − 0.37 ; and [Equation 2] 5.56 − 3.94 log 1 + Δ 1 0.19 + 0.69 a 1 − 2.00 ≤ a 2 ≤ 7.68 + 1.14 − 2.51 a 1 log 1 + Δ 1 0.81 a 1 − 0.77 , where a 1 in Equations and represents the radius [μm] of the core, a 2 represents the radius [μm] of the first clad, and Δ 1 represents a relative refractive index difference [%] of the first clad from the core.
A computer-implemented method of obtaining a client's location in a peer-to-peer, P2P, overlay network comprising first, second and third peers, the client being registered to the second peer and attached to the third peer, the method comprising: sending, by the first peer, a request for communication with the client, wherein, consequent to the client being registered to the second peer, said request is directed to the second peer; determining that said client is not attached to said second peer in the P2P overlay network and said client has access to another network, different from the P2P overlay network; providing said second peer with said client's location in the P2P overlay network using at least said other network, wherein said client's location is associated with the third peer; and forwarding said client's location from said second peer to said first peer using the P2P overlay network. sending, by the first peer, a request for communication with the client, wherein, consequent to the client being registered to the second peer, said request is directed to the second peer; determining that said client is not attached to said second peer in the P2P overlay network and said client has access to another network, different from the P2P overlay network; providing said second peer with said client's location in the P2P overlay network using at least said other network, wherein said client's location is associated with the third peer; and forwarding said client's location from said second peer to said first peer using the P2P overlay network.
A transfer system for transferring liquid-form gas between two liquid-form gas units, comprising a main pipe configured to transfer the liquid-form gas from a source tank of a liquid-form gas source unit to a receiving tank of a liquid-form gas receiving unit , said main pipe comprising at least a first portion and a flexible second portion , the transfer system comprising an articulated support device for supporting the main pipe , the first portion being secured to the articulated support device and configured to withdraw the liquid-form gas contained in the source tank , characterized in that the transfer system comprises at least one return pipe configured to convey the liquid-form gas present in the main pipe toward the source tank , the transfer system for transferring liquid-form gas being configured to drain the liquid-form gas present in the main pipe under gravity toward the source tank via the return pipe .
A vehicular air conditioner to be mounted on a vehicle comprising: a desiccant material that enables adsorption of water components contained in air of a dehumidification target and release of the adsorbed water components to collection air; a first flow passage in which the air of the dehumidification target flows; and a second flow passage in which the collection air flows, the desiccant material being provided to bridge over between the first flow passage and the second flow passage , and the water components contained in the air of the dehumidification target being caused to be adsorbed to the desiccant material to dehumidify the air of the dehumidification target, characterized in that : an opening as an inlet port and an opening as a discharge port of the collection air in the second flow passage are provided by using a communicating hole in a fire wall which sections an accommodating room of a drive source and a vehicle compartment, and the communicating hole is an opening part used as an inlet port of air outside of the vehicle compartment of the vehicular air conditioner , and the opening is disposed at upper side in a vertical direction than the opening on an installation state on the vehicle of the air conditioner . a desiccant material that enables adsorption of water components contained in air of a dehumidification target and release of the adsorbed water components to collection air; a first flow passage in which the air of the dehumidification target flows; and a second flow passage in which the collection air flows, the desiccant material being provided to bridge over between the first flow passage and the second flow passage , and the water components contained in the air of the dehumidification target being caused to be adsorbed to the desiccant material to dehumidify the air of the dehumidification target, characterized in that : an opening as an inlet port and an opening as a discharge port of the collection air in the second flow passage are provided by using a communicating hole in a fire wall which sections an accommodating room of a drive source and a vehicle compartment, and the communicating hole is an opening part used as an inlet port of air outside of the vehicle compartment of the vehicular air conditioner , and the opening is disposed at upper side in a vertical direction than the opening on an installation state on the vehicle of the air conditioner . an opening as an inlet port and an opening as a discharge port of the collection air in the second flow passage are provided by using a communicating hole in a fire wall which sections an accommodating room of a drive source and a vehicle compartment, and the communicating hole is an opening part used as an inlet port of air outside of the vehicle compartment of the vehicular air conditioner , and the opening is disposed at upper side in a vertical direction than the opening on an installation state on the vehicle of the air conditioner .
A refrigerated display case comprising: a housing surrounding a plurality of shelves (112; 212); an air return passage defined below the plurality of shelves (112; 212); a fan disposed at a downstream end of the air return passage ; an air distribution gap (130; 230) connected to an outlet of the fan and disposed behind the plurality of shelves (112; 212) and a top passage (140; 240) disposed above the plurality of shelves (112; 212); and at least one microchannel heat exchanger (102, 104, 106; 202, 204, 206) connecting the air distribution gap (130; 230) to the plurality of shelves (112; 212). a housing surrounding a plurality of shelves (112; 212); an air return passage defined below the plurality of shelves (112; 212); a fan disposed at a downstream end of the air return passage ; an air distribution gap (130; 230) connected to an outlet of the fan and disposed behind the plurality of shelves (112; 212) and a top passage (140; 240) disposed above the plurality of shelves (112; 212); and at least one microchannel heat exchanger (102, 104, 106; 202, 204, 206) connecting the air distribution gap (130; 230) to the plurality of shelves (112; 212).
A display apparatus , comprising: a substrate on which wiring electrodes are formed; a plurality of semiconductor light emitting diodes on the substrate electrically connected to the wiring electrodes; a wavelength conversion layer (WL) provided with a plurality of phosphor layers that convert a wavelength of light and a plurality of partition wall portions between the plurality of phosphor layers , wherein the wavelength conversion layer (WL) is disposed to cover the plurality of semiconductor light emitting diodes ; a color filter (CF) disposed to cover the wavelength conversion layer (WL); and an adhesive layer (BL) disposed between the color filter (CF) and the wavelength conversion layer (WL), wherein at least one of the plurality of partition wall portions comprises thin metal layers and a light transmitting material disposed in a space between the thin metal layers , and the adhesive layer (BL) is formed to fill the space between the thin metal layers in which the light transmitting material is not disposed; and wherein at least part of the light transmitting material is covered by a resin of the phosphor layers . a substrate on which wiring electrodes are formed; a plurality of semiconductor light emitting diodes on the substrate electrically connected to the wiring electrodes; a wavelength conversion layer (WL) provided with a plurality of phosphor layers that convert a wavelength of light and a plurality of partition wall portions between the plurality of phosphor layers , wherein the wavelength conversion layer (WL) is disposed to cover the plurality of semiconductor light emitting diodes ; a color filter (CF) disposed to cover the wavelength conversion layer (WL); and an adhesive layer (BL) disposed between the color filter (CF) and the wavelength conversion layer (WL), wherein at least one of the plurality of partition wall portions comprises thin metal layers and a light transmitting material disposed in a space between the thin metal layers , and the adhesive layer (BL) is formed to fill the space between the thin metal layers in which the light transmitting material is not disposed; and wherein at least part of the light transmitting material is covered by a resin of the phosphor layers .
Lighting device with a plurality of LEDs arranged on a flexible carrier , which has an electrical circuit and is supplied with electrical power by a conductor track arrangement (3, 3'; 17, 17'), wherein a supply line pair of the conductor track arrangement (3, 3'; 17, 17') is connected to a supply line pair , with which a first alternating voltage (U1) of, for example, 110 V or 230 V is fed into the conductor track arrangement (3, 3'; 17, 17'), the electrical circuit having a rectifier which converts the first alternating voltage (U1) into a voltage applied to the LEDs , and having a device for providing a second voltage (U2) which is lower than the first alternating voltage (U1), having a changeover switch for selectively operating the LEDs either with the first (U1) or the second (U2) voltage, characterized in that the changeover switch is switched in such a way that the second voltage is also converted by the rectifier into a voltage applied to the LEDs .
Sensor element for detecting particles of a measurement gas in a measurement gas space, wherein the sensor element comprises at least one support , wherein at least one first electrode device and at least one second electrode device are applied to the support , wherein the first electrode device and the second electrode device each have at least one electrode finger , wherein the electrode fingers have a layer construction , wherein the layer construction comprises at least one first metallic layer comprising at least one material selected from the group consisting of: a pure metal selected from the group consisting of platinum and palladium; an alloy comprising at least one of the metals platinum and/or palladium; a metal-ceramic composite material, wherein the metal, selected from the group consisting of platinum and palladium, has a proportion by mass of more than 50% in the metal-ceramic composite material; and the layer construction comprises at least one second metallic layer that completely or partially covers the first metallic layer, characterized in that the second metallic layer comprises at least one material selected from the group consisting of: a pure metal, namely rhodium, iridium or rhenium; an alloy comprising at least one of the metals rhodium, iridium or rhenium; a metal-ceramic composite material, wherein the metal, selected from the group consisting of rhodium, iridium and rhenium, has a proportion by mass of more than 50% in the metal-ceramic composite material.