mhurhangee/patent-ind-claim-en huggingface dataset:
A temperature-sensing RFID device , comprising: an RFID chip including a temperature sensor; an antenna adapted to receive energy from an RF field and produce a signal and including a first portion directly coupled to the RFID chip , and a second portion separated from the RFID chip and from the first portion of the antenna by a thermally isolating gap and configured to be coupled to the RFID chip by a magnetic field, an electric field, or both a magnetic field and an electric field. an RFID chip including a temperature sensor; an antenna adapted to receive energy from an RF field and produce a signal and including a first portion directly coupled to the RFID chip , and a second portion separated from the RFID chip and from the first portion of the antenna by a thermally isolating gap and configured to be coupled to the RFID chip by a magnetic field, an electric field, or both a magnetic field and an electric field. a first portion directly coupled to the RFID chip , and a second portion separated from the RFID chip and from the first portion of the antenna by a thermally isolating gap and configured to be coupled to the RFID chip by a magnetic field, an electric field, or both a magnetic field and an electric field.
A sealing material for a seal part comprising: lead-free low melting glass particles containing vanadium oxide and tellurium oxide; low thermal expansion filler particles ; and glass beads as a solid content, wherein a volume fraction of the glass beads in the solid content is not less than 10% to not more than 35%; and a volume fraction of the lead-free low melting glass particles in the solid content is larger than a volume fraction of the low thermal expansion filler particles in the solid content, wherein an average diameter (D 50 ) of the glass beads is not less than 50 μm to not more than 200 μm, and an average particle size (D50) of the low thermal expansion filler particle is not less than 3 um to not more than 20 um. lead-free low melting glass particles containing vanadium oxide and tellurium oxide; low thermal expansion filler particles ; and glass beads as a solid content, wherein a volume fraction of the glass beads in the solid content is not less than 10% to not more than 35%; and a volume fraction of the lead-free low melting glass particles in the solid content is larger than a volume fraction of the low thermal expansion filler particles in the solid content, wherein an average diameter (D 50 ) of the glass beads is not less than 50 μm to not more than 200 μm, and an average particle size (D50) of the low thermal expansion filler particle is not less than 3 um to not more than 20 um.
A system comprising: a machine type communications interworking function, MTC-IWF , and a node configured to receive, over a first reference point from the MTC-IWF , a message to trigger transmission of a small data payload and a request to forward the message to a user equipment, UE , over a wireless communication network , wherein the message is received by the MTC-IWF over a second reference point from a services capability server, SCS, wherein the MTC-IWF is configured to terminate the first reference point and the second reference point, hide internal public land mobile network, PLMN, topology, and relay or translate signaling protocols used over the second reference point to invoke specific functionality in the PLMN, wherein the MTC-IWF is further configured to authorize the SCS before communication is established with the wireless communication network and to authorize control plane requests from the SCS, and wherein the node is a Mobility Management Entity, MME, or a Serving General Packet Radio Service Support Node, SGSN. a machine type communications interworking function, MTC-IWF , and a node configured to receive, over a first reference point from the MTC-IWF , a message to trigger transmission of a small data payload and a request to forward the message to a user equipment, UE , over a wireless communication network , wherein the message is received by the MTC-IWF over a second reference point from a services capability server, SCS, wherein the MTC-IWF is configured to terminate the first reference point and the second reference point, hide internal public land mobile network, PLMN, topology, and relay or translate signaling protocols used over the second reference point to invoke specific functionality in the PLMN, wherein the MTC-IWF is further configured to authorize the SCS before communication is established with the wireless communication network and to authorize control plane requests from the SCS, and wherein the node is a Mobility Management Entity, MME, or a Serving General Packet Radio Service Support Node, SGSN.
A belt retractor comprising a frame , a sensor for vehicle-sensitive blocking providing a sensor lever , a belt spool and a rocker arm coupled to the belt spool via a coupling which is adjustable between an initial position in which the sensor lever is blocked and a pull-out position in which the sensor lever is released, characterized in that the coupling is a wrap spring coupling comprising a driving element coupled to the belt spool as well as a driven element connected to the rocker arm , wherein the driving element and the driven element have a respective annular outer friction surface and are arranged concentrically to each other and in that a coil spring is provided which is adjacent to the friction surfaces and couples the driven element to the driving element .
Floating photovoltaic system with a float and at least one photovoltaic module , where the float has an upper surface, the photovoltaic module is placed in a predetermined position on the upper surface, characterised in that the float is constructed as layer stack, where the layer stack comprises at least an upper layer and a lower layer , where a first surface of the upper layer is attached to a second surface of the lower layer , where the lower layer consists of a water-permeable foam that is water-absorbent, where the upper layer is made of non-permeable foams and is configured to be impermeable to water. where the float has an upper surface, the photovoltaic module is placed in a predetermined position on the upper surface, characterised in that the float is constructed as layer stack, where the layer stack comprises at least an upper layer and a lower layer , where a first surface of the upper layer is attached to a second surface of the lower layer , where the lower layer consists of a water-permeable foam that is water-absorbent, where the upper layer is made of non-permeable foams and is configured to be impermeable to water.
A laryngoscope comprising a body portion and a blade portion , the blade portion being separable from the body portion , and the laryngoscope being provided with a spoiling means adapted to indicate if the blade portion has already been attached to the said body portion previously, characterised in that the spoiling means comprises a transmitting means and a receiving means in the body portion , for sending and receiving signals respectively to and from a receiving and transmitting means in the blade portion .
A locking assembly (300,300'300") for releasably coupling a guidewire to a delivery system, the locking assembly comprising: a housing 301 comprising a proximal end , a distal end , and a lateral wall portion ; a first lumen extending from the proximal end of the housing to the distal end of the housing and along a longitudinal axis of the locking assembly, the first lumen being configured to receive a first elongate structure ; a second lumen extending from the distal end of the housing, a diameter of the second lumen being less than a diameter of the first lumen, the second lumen being configured to receive a second elongate structure ; and a recessed portion extending at least partially through the housing, the recessed portion comprising at least one opening in the lateral wall portion of the housing. a housing 301 comprising a proximal end , a distal end , and a lateral wall portion ; a first lumen extending from the proximal end of the housing to the distal end of the housing and along a longitudinal axis of the locking assembly, the first lumen being configured to receive a first elongate structure ; a second lumen extending from the distal end of the housing, a diameter of the second lumen being less than a diameter of the first lumen, the second lumen being configured to receive a second elongate structure ; and a recessed portion extending at least partially through the housing, the recessed portion comprising at least one opening in the lateral wall portion of the housing.
Packaging , in particular sterile packaging , comprising: a holding device for location-specific holding of a medical tool comprising a tool shaft with a working end , which is to be protected against user-side contact, in a receiving space of the packaging, and an outer packaging forming a receiving space for the holding device and the tool held therein, wherein the holding device has holding means for position-specific reception of the tool , and a stop for the working end for positioning the tool in the direction of the tool shaft , characterised in that the stop consists at least partially or in sections of a resorbable material. a holding device for location-specific holding of a medical tool comprising a tool shaft with a working end , which is to be protected against user-side contact, in a receiving space of the packaging, and an outer packaging forming a receiving space for the holding device and the tool held therein, wherein the holding device has holding means for position-specific reception of the tool , and a stop for the working end for positioning the tool in the direction of the tool shaft , characterised in that the stop consists at least partially or in sections of a resorbable material.
An apparatus for manipulating a suture, the apparatus comprising: a needle comprising: a proximal end ; a distal end comprising a first tip and an implant interface that is configured to retain a suture by directly contacting the suture to urge the suture to or from a desired location within a body; and an intermediate portion between the proximal and distal ends, the intermediate portion comprising a cross-sectional shape perpendicular to a length of the needle , the cross-sectional shape extending along a nonlinear pathway and comprising a thickness perpendicular to the nonlinear pathway , wherein the thickness is substantially constant along a pathway length of the nonlinear pathway , wherein the cross-sectional shape is non-rectangular and non-circular, wherein the intermediate portion comprises a selectively bendable portion at which the intermediate portion is designed to bend, wherein the cross-sectional shape of the selectively bendable portion is variable between different configurations, and wherein the flexural rigidity of the selectively bendable portion can be controlled through variation of the cross-sectional shape; the apparatus further comprising a suture passer comprising a user control that can be activated to urge the needle to move relative to the suture passer such that the first tip pierces the tissue. a proximal end ; a distal end comprising a first tip and an implant interface that is configured to retain a suture by directly contacting the suture to urge the suture to or from a desired location within a body; and an intermediate portion between the proximal and distal ends, the intermediate portion comprising a cross-sectional shape perpendicular to a length of the needle , the cross-sectional shape extending along a nonlinear pathway and comprising a thickness perpendicular to the nonlinear pathway , wherein the thickness is substantially constant along a pathway length of the nonlinear pathway , wherein the cross-sectional shape is non-rectangular and non-circular, wherein the intermediate portion comprises a selectively bendable portion at which the intermediate portion is designed to bend, wherein the cross-sectional shape of the selectively bendable portion is variable between different configurations, and wherein the flexural rigidity of the selectively bendable portion can be controlled through variation of the cross-sectional shape; the apparatus further comprising a suture passer comprising a user control that can be activated to urge the needle to move relative to the suture passer such that the first tip pierces the tissue.
A neuroactivity monitoring system, comprising: a patient support; a camera configured to acquire image data of a patient positioned on the patient support; and a monitoring device in communication with the camera, wherein the monitoring device comprises a memory storing instructions that, when executed by a processor of the monitoring device, cause the monitoring device to: receive the acquired image data; identify landmarks of the patient in the image data; track movement of the identified landmarks in the image data; and characterize a neuroactivity of the patient based on the tracked movement of the identified landmarks, wherein the patient landmarks comprise eyes of the patient, and characterized in that the neuroactivity is characterized as a seizure based at least in part on a determination that an identified first eye and an identified second eye are moving in different directions simultaneously. a patient support; a camera configured to acquire image data of a patient positioned on the patient support; and a monitoring device in communication with the camera, wherein the monitoring device comprises a memory storing instructions that, when executed by a processor of the monitoring device, cause the monitoring device to: receive the acquired image data; identify landmarks of the patient in the image data; track movement of the identified landmarks in the image data; and characterize a neuroactivity of the patient based on the tracked movement of the identified landmarks, wherein the patient landmarks comprise eyes of the patient, and characterized in that the neuroactivity is characterized as a seizure based at least in part on a determination that an identified first eye and an identified second eye are moving in different directions simultaneously. receive the acquired image data; identify landmarks of the patient in the image data; track movement of the identified landmarks in the image data; and characterize a neuroactivity of the patient based on the tracked movement of the identified landmarks, wherein the patient landmarks comprise eyes of the patient, and characterized in that the neuroactivity is characterized as a seizure based at least in part on a determination that an identified first eye and an identified second eye are moving in different directions simultaneously.
A bulb cap for a lightbulb, the bulb cap incorporating an adapter element configured to selectively alter the configuration of the bulb cap between first and second screw fittings and a bayonet fitting, and comprising first and second cylindrical mounts, the second cylindrical mount having a smaller diameter than the first cylindrical mount and being concentrically mounted within a distal open end of the first cylindrical mount such that it can be selectively extended from and retracted into the first cylindrical mount ; wherein each of the first and the second cylindrical mounts are provided with a screw thread, the screw thread of the first cylindrical mount corresponding to said first screw fitting and the screw thread of the second cylindrical mount corresponding to the second screw fitting; wherein said bulb cap further comprises a collar concentrically mounted around the second cylindrical mount , said collar having inwardly extending radial pins, the second cylindrical mount having a pair of longitudinal channels configured to receive said radial pins of said collar which slide into and along channels of the second cylindrical mount so that said collar is mounted on said bulb cap for selective longitudinal retraction and extension relative thereto; wherein the collar further comprises a pair of radially outwardly extending pins defining the bayonet fitting. wherein each of the first and the second cylindrical mounts are provided with a screw thread, the screw thread of the first cylindrical mount corresponding to said first screw fitting and the screw thread of the second cylindrical mount corresponding to the second screw fitting; wherein said bulb cap further comprises a collar concentrically mounted around the second cylindrical mount , said collar having inwardly extending radial pins, the second cylindrical mount having a pair of longitudinal channels configured to receive said radial pins of said collar which slide into and along channels of the second cylindrical mount so that said collar is mounted on said bulb cap for selective longitudinal retraction and extension relative thereto; wherein the collar further comprises a pair of radially outwardly extending pins defining the bayonet fitting.
A guide system for guiding at least one movably-supported door wing , comprising: - a first guide rail , - at least one guide carriage configured to be connected to the at least one door wing and being configured to run along the first guide rail , - a second guide rail separate from the first guide rail , the second guide rail extending transversely to the first guide rail in a mounted condition, - a carrier configured to be displaceable relative to the second guide rail , wherein the at least one guide carriage can be arranged on the carrier , - a transfer device for transferring the at least one guide carriage at least from the first guide rail to the carrier , wherein the transfer device includes at least one control curve configured to be curved-shaped at least over a region so as to move the at least one guide carriage , upon a transfer from the first guide rail to the carrier , at least over a region in a direction (Z) of the second guide rail , characterized in that the guide carriage includes at least one running wheel configured to run along the control curve , wherein the transfer device includes an adaptor portion on which the control curve is arranged or formed, wherein the adaptor portion is arranged on an end region of the first guide rail and adjoins in a longitudinal direction (L) of the first guide rail so as to move the guide carriage , upon a transfer from the first guide rail to the carrier , at least over a region along the control curve of the adaptor portion . - a first guide rail , - at least one guide carriage configured to be connected to the at least one door wing and being configured to run along the first guide rail , - a second guide rail separate from the first guide rail , the second guide rail extending transversely to the first guide rail in a mounted condition, - a carrier configured to be displaceable relative to the second guide rail , wherein the at least one guide carriage can be arranged on the carrier , - a transfer device for transferring the at least one guide carriage at least from the first guide rail to the carrier , wherein the transfer device includes at least one control curve configured to be curved-shaped at least over a region so as to move the at least one guide carriage , upon a transfer from the first guide rail to the carrier , at least over a region in a direction (Z) of the second guide rail ,
Bacteriophage covalently attached to a carrier particle, for use in topical treatment of bacterial infections selected from: acne; impetigo, e.g. caused by S . aureus and/or S . pyogenes; folliculitis, furunculosis or carbunculosis, e.g. caused by S . aureus or Pseudomonas aeruginosa; ecthyma, e.g. caused by S . aureus or S . pyogenes; or erysipelas or cellulitis, e.g. caused by group A β-hemolytic streptococcus (erysipelas), S . aureus (cellulitis) or S . pyogenes. acne; impetigo, e.g. caused by S . aureus and/or S . pyogenes; folliculitis, furunculosis or carbunculosis, e.g. caused by S . aureus or Pseudomonas aeruginosa; ecthyma, e.g. caused by S . aureus or S . pyogenes; or erysipelas or cellulitis, e.g. caused by group A β-hemolytic streptococcus (erysipelas), S . aureus (cellulitis) or S . pyogenes.
A method for managing client-side services, the method comprising: receiving , by an intermediary between a plurality of client devices and a server, metadata from a first one of the plurality of client devices, the metadata comprising runtime characteristics of a first service instance of a service incorporated into a client-side application or a web application, the first service instance executing on the first one of the plurality of client devices and requesting service data from the server; detecting , by the intermediary, an anomaly in the operation of the first service instance; identifying , by the intermediary, an operation of the first service instance causing the detected anomaly; and causing , by the intermediary responsive to the detected anomaly, a delay of, a removal of or a modification to operations corresponding to the identified operation in other service instances executing on others of the plurality of client devices, each of the other service instances incorporated into a corresponding client-side application or web application, and executing on others of the plurality of client devices. receiving , by an intermediary between a plurality of client devices and a server, metadata from a first one of the plurality of client devices, the metadata comprising runtime characteristics of a first service instance of a service incorporated into a client-side application or a web application, the first service instance executing on the first one of the plurality of client devices and requesting service data from the server; detecting , by the intermediary, an anomaly in the operation of the first service instance; identifying , by the intermediary, an operation of the first service instance causing the detected anomaly; and causing , by the intermediary responsive to the detected anomaly, a delay of, a removal of or a modification to operations corresponding to the identified operation in other service instances executing on others of the plurality of client devices, each of the other service instances incorporated into a corresponding client-side application or web application, and executing on others of the plurality of client devices.
A method of changing a color of a surface-forming portion comprising: depositing a photochromic substance on a surface-forming portion of an object; and applying a wavelength-cutoff agent to a surface of the deposited photochromic substance in changing a color of the photochromic substance by photochromism by irradiating the surface of the deposited photochromic substance with light in an ultraviolet range, before the irradiation of the light in the ultraviolet range, the wavelength-cutoff agent selectively blocking light with wavelengths of UVA contained in natural light and/or illumination light, the wavelength-cutoff agent allowing light with wavelengths of visible spectrum, UVB, and UVC to pass through the wavelength-cutoff agent. depositing a photochromic substance on a surface-forming portion of an object; and applying a wavelength-cutoff agent to a surface of the deposited photochromic substance in changing a color of the photochromic substance by photochromism by irradiating the surface of the deposited photochromic substance with light in an ultraviolet range, before the irradiation of the light in the ultraviolet range, the wavelength-cutoff agent selectively blocking light with wavelengths of UVA contained in natural light and/or illumination light, the wavelength-cutoff agent allowing light with wavelengths of visible spectrum, UVB, and UVC to pass through the wavelength-cutoff agent.