mhurhangee/patent-ind-claim-en huggingface dataset:
Shaft for a catheter, the shaft having a longitudinal axis (L) defining a radial distance, and a cross section (C) having a polar axis (ρ) defining an angular position (φ), wherein the shaft comprises: a tubular core which has an inner perimeter and an outer perimeter , and an outer layer for improving mechanical properties, which encloses the tubular core such that the outer perimeter of the core and the outer layer face each other, wherein the radial distance between the outer perimeter and the inner perimeter differs at different polar angular positions (φ), forming zones of different stiffness at different angular positions (φ), wherein different planes of the shaft oriented along the longitudinal axis (L) and cutting the cross section (C) at different polar angular positions (φ) have different flexural properties which are determined by the stiffness of the zones, wherein the zones of different stiffness comprise zones of reduced thickness formed by grooves on the outer perimeter of the tubular core extending along the longitudinal axis (L), wherein at least one reinforcement wire is arranged in one or more of the zones of reduced thickness , and wherein the zones of reduced thickness are each formed as a concave meniscus and extend along a larger polar angular interval of the outer perimeter than a diameter of the reinforcement wire. a tubular core which has an inner perimeter and an outer perimeter , and an outer layer for improving mechanical properties, which encloses the tubular core such that the outer perimeter of the core and the outer layer face each other, wherein the radial distance between the outer perimeter and the inner perimeter differs at different polar angular positions (φ), forming zones of different stiffness at different angular positions (φ), wherein different planes of the shaft oriented along the longitudinal axis (L) and cutting the cross section (C) at different polar angular positions (φ) have different flexural properties which are determined by the stiffness of the zones, wherein the zones of different stiffness comprise zones of reduced thickness formed by grooves on the outer perimeter of the tubular core extending along the longitudinal axis (L), wherein at least one reinforcement wire is arranged in one or more of the zones of reduced thickness , and wherein the zones of reduced thickness are each formed as a concave meniscus and extend along a larger polar angular interval of the outer perimeter than a diameter of the reinforcement wire.
A GaN substrate obtained by the method according to claim 5, wherein a number of chlorine atoms per square centimeter of a surface thereof is not more than 2×10 14 , and a number of silicon atoms per square centimeter of said surface is not more than 3×10 13 .
A printing apparatus comprising: a supply spool support for supporting a supply spool and a take-up spool support for supporting a take-up spool , the supply spool support and the take-up spool support being drivable by at least one motor ; a housing defining an enclosure ; and a device having an input for receiving an input voltage and an output for delivering an output voltage to the or each motor , the output voltage being lower than the input voltage, wherein the device is located within the enclosure , characterised in that the housing is a heat sink for dissipating heat away from the device . a supply spool support for supporting a supply spool and a take-up spool support for supporting a take-up spool , the supply spool support and the take-up spool support being drivable by at least one motor ; a housing defining an enclosure ; and a device having an input for receiving an input voltage and an output for delivering an output voltage to the or each motor , the output voltage being lower than the input voltage, wherein the device is located within the enclosure ,
A photoelectric conversion device (90, 90-1, 90-2, 90-3, 91, 100, 100a, 100b, 100c, 200), comprising: a first electrode and a second electrode facing each other; a photoelectric conversion layer between the first electrode and the second electrode , the photoelectric conversion layer configured to absorb light in at least one part of a wavelength spectrum of light and to convert the absorbed light into an electric signal; and an inorganic nanolayer having a thickness equal to or less than 5 nanometers (nm) between the first electrode and the photoelectric conversion layer , wherein one surface of the inorganic nanolayer is in contact with the first electrode , and another, opposite surface of the inorganic nanolayer is in contact with the photoelectric conversion layer , characterized in that the inorganic nanolayer includes a lanthanide element, and the lanthanide element is ytterbium (Yb). a first electrode and a second electrode facing each other; a photoelectric conversion layer between the first electrode and the second electrode , the photoelectric conversion layer configured to absorb light in at least one part of a wavelength spectrum of light and to convert the absorbed light into an electric signal; and an inorganic nanolayer having a thickness equal to or less than 5 nanometers (nm) between the first electrode and the photoelectric conversion layer , wherein one surface of the inorganic nanolayer is in contact with the first electrode , and another, opposite surface of the inorganic nanolayer is in contact with the photoelectric conversion layer , one surface of the inorganic nanolayer is in contact with the first electrode , and another, opposite surface of the inorganic nanolayer is in contact with the photoelectric conversion layer , characterized in that the inorganic nanolayer includes a lanthanide element, and the lanthanide element is ytterbium (Yb).
A network node for performing control channel monitoring according to a first mode or a second mode, the network node being configured to: obtain configuration information indicating the first mode and/or the second mode; and perform control channel monitoring based on the obtained configuration information, wherein, in the first mode, the network node is configured to perform control channel monitoring on a slot basis by monitoring a predefined number of resources in a time slot and, in the second mode, the network node is configured to perform control channel monitoring on a sub-slot basis by monitoring a predefined number of resources in a sub-slot, and wherein the network node is configured to perform control channel monitoring according to a non-default setting if the configuration information indicates a non-default setting, or according to a default setting otherwise. obtain configuration information indicating the first mode and/or the second mode; and perform control channel monitoring based on the obtained configuration information, wherein, in the first mode, the network node is configured to perform control channel monitoring on a slot basis by monitoring a predefined number of resources in a time slot and, in the second mode, the network node is configured to perform control channel monitoring on a sub-slot basis by monitoring a predefined number of resources in a sub-slot, and wherein the network node is configured to perform control channel monitoring according to a non-default setting if the configuration information indicates a non-default setting, or according to a default setting otherwise.
An apparatus for the treatment of water, said apparatus comprising: - an elongated housing having a first end and a second end, said first end having a water inlet and said second end having a water outlet ; - an elongated ultraviolet radiation source with a sleeve located within the elongated housing , wherein the sleeve is the glass of a ultraviolet lamp as such or an additional sleeve tube surrounding the lamp body, said elongated ultraviolet radiation source is provided with electrical connection at its first end at the outlet side of the housing ; and - a support element supporting the second free end of the sleeve at the inlet side of the housing , wherein the support element comprises a supporting structure containing a ring element and from thereon radially inwardly extending and resiliently deformable arms , wherein the arms are pressed against the conical part or the tapered end portion of the sleeve's free end to resiliently hold the sleeve characterised in that, the supporting structure has arms extending radially outward of the ring element , wherein flaps are arranged on the radially outwardly extending arms and that in running state the flaps are angulated, so that the flaps do not radially project over the supporting structure . - an elongated housing having a first end and a second end, said first end having a water inlet and said second end having a water outlet ; - an elongated ultraviolet radiation source with a sleeve located within the elongated housing , wherein the sleeve is the glass of a ultraviolet lamp as such or an additional sleeve tube surrounding the lamp body, said elongated ultraviolet radiation source is provided with electrical connection at its first end at the outlet side of the housing ; and - a support element supporting the second free end of the sleeve at the inlet side of the housing , wherein the support element comprises a supporting structure containing a ring element and from thereon radially inwardly extending and resiliently deformable arms , wherein the arms are pressed against the conical part or the tapered end portion of the sleeve's free end to resiliently hold the sleeve characterised in that, the supporting structure has arms extending radially outward of the ring element , wherein flaps are arranged on the radially outwardly extending arms and that in running state the flaps are angulated, so that the flaps do not radially project over the supporting structure .
A library containing at least 10 2 independent clones of functional dimers of modular antibody domains comprising a CH2 domain and a CH3 domain, said dimers being capable of binding to a target and to a scaffold ligand selected from the group consisting of CD64, CD16, CD32, Fc receptors, FcRn, serum albumin, Protein A, Protein G and Protein L, wherein the scaffold ligand binds to the backbone of each dimer regardless of the target specificity of the dimer, and wherein binding of the scaffold ligand to the backbone of the dimer indicates that the dimer is expressed and folded correctly, and wherein each dimer comprises an antigen-binding site for said target in a structural loop region of the CH2 domain or the CH3 domain.
A data processing method performed by a computer for determining the position of a soft tissue body part within a patient's body, which is to be treated by radiotherapy with a treatment beam arrangement of at least one position of a treatment beam issued by a treatment device , the data processing method comprising the following steps: a. acquiring CT-image data comprising information about the position of the body part within a coordinate system assigned to a transportable CT-device having an undercarriage by which the CT-device can be freely moved in two dimensions on the floor of a hospital, wherein the patient's body is positioned in a treatment position relative to the treatment device , and wherein the CT-device is configured to be positioned relative to the patient's body and/or relative to the treatment device ; b. acquiring first transformation data comprising information about a first transformation between the coordinate system assigned to the CT-device and a coordinate system assigned to the treatment device , wherein acquiring first transformation data involves using a guiding unit configured to guide the CT-device along a path between a first position of the CT-device and a second position of the CT-device allowing for acquiring the CT image data c. determining, based on the CT-image data and the first transformation data, position data comprising information about the position of the body part within the coordinate system assigned to the treatment device . a. acquiring CT-image data comprising information about the position of the body part within a coordinate system assigned to a transportable CT-device having an undercarriage by which the CT-device can be freely moved in two dimensions on the floor of a hospital, wherein the patient's body is positioned in a treatment position relative to the treatment device , and wherein the CT-device is configured to be positioned relative to the patient's body and/or relative to the treatment device ; b. acquiring first transformation data comprising information about a first transformation between the coordinate system assigned to the CT-device and a coordinate system assigned to the treatment device , wherein acquiring first transformation data involves using a guiding unit configured to guide the CT-device along a path between a first position of the CT-device and a second position of the CT-device allowing for acquiring the CT image data c. determining, based on the CT-image data and the first transformation data, position data comprising information about the position of the body part within the coordinate system assigned to the treatment device .
A spatial fitting and mapping system for a visual prosthesis, the visual prosthesis configured to stimulate a visual percept in a subject with visual prosthesis electrodes on the visual cortex of the subject, the percept at an actual location, the system comprising an eye tracking sensor and a computer, the system configured to: ask a subject to look in the direction the subject perceives the percept at a perceived location; record the perceived location using the eye tracking sensor; calculate, using the computer, a difference between the actual location and the perceived location; and adjust the visual prosthesis based on the difference. ask a subject to look in the direction the subject perceives the percept at a perceived location; record the perceived location using the eye tracking sensor; calculate, using the computer, a difference between the actual location and the perceived location; and adjust the visual prosthesis based on the difference.
A vertical wind tunnel skydiving simulator , the vertical wind tunnel skydiving simulator including a flight chamber , a waiting chamber and a flight chamber entrance , the flight chamber entrance including side frames of the flight chamber entrance , the flight chamber entrance including first and second curved air deflectors that extend into the waiting chamber , the first and second curved air deflectors each including a respective convex surface , in which the respective convex surfaces of the first and second curved air deflectors face across or towards the flight chamber entrance or into the flight chamber , and extend into the waiting chamber a sufficient distance to substantially reduce the flow of turbulent air into the waiting chamber , in which the first curved air deflector is at a first side of the entrance, and in which the second curved air deflector is at a second side of the entrance, and each respective convex surface faces inwards or across a mouth of the entrance, or into the flight chamber .
A computer-implemented method for summary data autofill, the method comprising: receiving user input of additional data into a document having data contained therein; determining, using an aggregation determination module, based at least in part on the data and the additional data, that the additional data is at least a partial summary of the data; and in response to determining that the additional data is a partial summary of the data, generating, using an aggregator module, a suggested complete summary of the data and presenting a preview of the suggested complete summary of the data. receiving user input of additional data into a document having data contained therein; determining, using an aggregation determination module, based at least in part on the data and the additional data, that the additional data is at least a partial summary of the data; and in response to determining that the additional data is a partial summary of the data, generating, using an aggregator module, a suggested complete summary of the data and presenting a preview of the suggested complete summary of the data.
An air conditioner comprising a case defining an inner space, in which air flows during use of the air conditioner; a first and a second discharge part disposed to be spaced apart from each other on the front of the case , and through which air is discharged; a movable operation panel disposed on a front side of the case between the first and the second discharge parts and covering at least one portion of each of the discharge parts ; movable discharge panels disposed on at least one side of the movable operation panel ; a discharge device disposed within the case for discharging a functional material from a container containing the functional material; a detection part detecting from the container information related to a kind of functional material in the container; and a display part displaying information based on the information detected by the detection part, wherein the discharge device comprises: a housing fixed to the movable operation panel ; a receiving part movably disposed within the housing ; a motor generating a power for moving the receiving part ; and a power transmission part for transmitting the power of the motor to the receiving part , wherein the receiving part comprises: a chamber for receiving the container ; and a passage communicating with an air passage within the case , and wherein the functional material discharged from the container passes through the passage and is discharged to the outside from the discharge parts together with air in the inner space. a housing fixed to the movable operation panel ; a receiving part movably disposed within the housing ; a motor generating a power for moving the receiving part ; and a power transmission part for transmitting the power of the motor to the receiving part , wherein the receiving part comprises: a chamber for receiving the container ; and a passage communicating with an air passage within the case , and wherein the functional material discharged from the container passes through the passage and is discharged to the outside from the discharge parts together with air in the inner space. a chamber for receiving the container ; and a passage communicating with an air passage within the case , and wherein the functional material discharged from the container passes through the passage and is discharged to the outside from the discharge parts together with air in the inner space.
A method for automatically generating an electronic dental chart for a patient, executed by a processor , comprising: obtaining (100; 104) image data for each of a plurality of teeth of the patient; generating a template dental chart for the patient representing the position of each of the plurality of teeth with a symbol according to and generated from the obtained image data, wherein the template dental chart is representative of one or more features of each of the plurality of teeth obtained from the image data; forming the electronic dental chart , by an automated procedure, by, for each of the plurality of teeth: (i) associating the obtained image data to the corresponding symbol in the template dental chart for the tooth; (ii) analyzing the obtained image data to identify a condition of the tooth; and (iii) associating the identified condition with the symbol for the tooth; and displaying the thus formed electronic dental chart , such that each symbol of the displayed electronic dental chart provides a visual indication of the identified condition. obtaining (100; 104) image data for each of a plurality of teeth of the patient; generating a template dental chart for the patient representing the position of each of the plurality of teeth with a symbol according to and generated from the obtained image data, wherein the template dental chart is representative of one or more features of each of the plurality of teeth obtained from the image data; forming the electronic dental chart , by an automated procedure, by, for each of the plurality of teeth: (i) associating the obtained image data to the corresponding symbol in the template dental chart for the tooth; (ii) analyzing the obtained image data to identify a condition of the tooth; and (iii) associating the identified condition with the symbol for the tooth; and (i) associating the obtained image data to the corresponding symbol in the template dental chart for the tooth; (ii) analyzing the obtained image data to identify a condition of the tooth; and (iii) associating the identified condition with the symbol for the tooth; and displaying the thus formed electronic dental chart , such that each symbol of the displayed electronic dental chart provides a visual indication of the identified condition.
A terminal , comprising: reception circuitry , which is adapted to receive (i) information on an indication of a portion of a plurality of candidate unit time resources for aperiodic transmission of a reference signal, and (ii) information on each of the plurality of candidate unit time resources, the information on each of the plurality of candidate unit time resources being associated with any of a plurality of values represented by a bit of the information on the indication; and control circuitry , which is adapted to control, based on the received information (i) and (ii), allocation of a time resource used for the aperiodic transmission of the reference signal, wherein among the plurality of candidate unit time resources, a number of the values that are associated varies between information on a first unit time resource and a second unit time resource which is different from the first unit time resource. reception circuitry , which is adapted to receive (i) information on an indication of a portion of a plurality of candidate unit time resources for aperiodic transmission of a reference signal, and (ii) information on each of the plurality of candidate unit time resources, the information on each of the plurality of candidate unit time resources being associated with any of a plurality of values represented by a bit of the information on the indication; and (i) information on an indication of a portion of a plurality of candidate unit time resources for aperiodic transmission of a reference signal, and (ii) information on each of the plurality of candidate unit time resources, the information on each of the plurality of candidate unit time resources being associated with any of a plurality of values represented by a bit of the information on the indication; and control circuitry , which is adapted to control, based on the received information (i) and (ii), allocation of a time resource used for the aperiodic transmission of the reference signal, wherein among the plurality of candidate unit time resources, a number of the values that are associated varies between information on a first unit time resource and a second unit time resource which is different from the first unit time resource.
A stimulation probe , comprising: a proximal end connector ; a flexible wire coupled to the end connector; a handle including a proximal end coupled to the wire and a distal end opposite the proximal end, characterised by the handle including an elongated grasping portion configured to be grasped by an instrument; and a needle extending from the distal end of the handle and terminating at a conductive tip , wherein a length of the handle and the needle is less than 3.0 centimeters, as measured from the proximal end of the handle to the conductive tip. a proximal end connector ; a flexible wire coupled to the end connector; a handle including a proximal end coupled to the wire and a distal end opposite the proximal end, characterised by the handle including an elongated grasping portion configured to be grasped by an instrument; and a needle extending from the distal end of the handle and terminating at a conductive tip , wherein a length of the handle and the needle is less than 3.0 centimeters, as measured from the proximal end of the handle to the conductive tip.