mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus , comprising: a shaft configured for insertion through a sheath into a cavity of an organ of a patient; and an inflatable sleeve catheter fixed to a distal end of the shaft , the inflatable sleeve catheter comprising: a resilient inner end section , which is fixed to the distal end of the shaft and is formed so as to assume a predefined shape when unconstrained; an inflatable sleeve that envelopes the inner end section and is inflatable about the inner end section , the inflatable sleeve having an outer surface; and a plurality of electrodes that are disposed over the outer surface of the inflatable sleeve and are configured to contact tissue. a shaft configured for insertion through a sheath into a cavity of an organ of a patient; and an inflatable sleeve catheter fixed to a distal end of the shaft , the inflatable sleeve catheter comprising: a resilient inner end section , which is fixed to the distal end of the shaft and is formed so as to assume a predefined shape when unconstrained; an inflatable sleeve that envelopes the inner end section and is inflatable about the inner end section , the inflatable sleeve having an outer surface; and a plurality of electrodes that are disposed over the outer surface of the inflatable sleeve and are configured to contact tissue. a resilient inner end section , which is fixed to the distal end of the shaft and is formed so as to assume a predefined shape when unconstrained; an inflatable sleeve that envelopes the inner end section and is inflatable about the inner end section , the inflatable sleeve having an outer surface; and a plurality of electrodes that are disposed over the outer surface of the inflatable sleeve and are configured to contact tissue.
Method for estimating the geographical distance or for estimating a range of the geographical distance between at least two user equipments by means of transmitting at least one discovery message for device to device communication from a first user equipment to at least one second user equipment , the first user equipment and the second user equipment being enabled to use a device to device communication mode, D2D mode, including proximity detection and/or discovery, wherein the method comprises the following steps: -- in a first step, the discovery message is generated by the first user equipment , wherein the discovery message comprises a transmission power information, the transmission power information being indicative of the level of the transmission power used by the first user equipment for transmitting the discovery message , -- in a second step, the discovery message is transmitted, by the first user equipment , using a common air interface of the first user equipment and the second user equipment , wherein the level of transmission power is used by the first user equipment to transmit the discovery message , -- in a third step, the discovery message , comprising the transmission power information, is received by the second user equipment , and a level of reception power is determined, wherein based on the received transmission power information and the determined level of reception power, an estimation related to -- the geographical distance, or to -- a range of the geographical distance out of a plurality of different ranges of the geographical distance between the first user equipment and the second user equipment is determined by the second user equipment , characterized in that the discovery message comprises, besides the transmission power information, an indication that the discovery message comprises a transmission power information, wherein the discovery message comprises, besides the transmission power information, a further information indicative of radio conditions within a radio cell that the first user equipment is camping on. -- in a first step, the discovery message is generated by the first user equipment , wherein the discovery message comprises a transmission power information, the transmission power information being indicative of the level of the transmission power used by the first user equipment for transmitting the discovery message , -- in a second step, the discovery message is transmitted, by the first user equipment , using a common air interface of the first user equipment and the second user equipment , wherein the level of transmission power is used by the first user equipment to transmit the discovery message , -- in a third step, the discovery message , comprising the transmission power information, is received by the second user equipment , and a level of reception power is determined, wherein based on the received transmission power information and the determined level of reception power, an estimation related to -- the geographical distance, or to -- a range of the geographical distance out of a plurality of different ranges of the geographical distance
Beam delivery system preferably configured to be used for performing laser ablation using at least one laser beam, comprising: - a shield which includes at least one beam passage for transmission of at least one laser beam ; - an optics assembly configured to at least partly focus the at least one laser beam on the at least one beam passage ; and being characterised by : - means for providing a fluid flow (F) through the at least one beam passage , and in that the optics assembly is configured to at least partly focus the at least one laser beam on a first focal plane (P1) which has an intersection with the at least one beam passage , and to further at least partly focus the at least one laser beam on a second focal plane (P2) which extends at a distance from the first focal plane (P1), wherein at least partly focus means that a laser beam is substantially concentrated, such that it transitions from substantially convergent to substantially divergent along at least one spatial dimension. - a shield which includes at least one beam passage for transmission of at least one laser beam ; - an optics assembly configured to at least partly focus the at least one laser beam on the at least one beam passage ; and - means for providing a fluid flow (F) through the at least one beam passage , and in that the optics assembly is configured to at least partly focus the at least one laser beam on a first focal plane (P1) which has an intersection with the at least one beam passage , and to further at least partly focus the at least one laser beam on a second focal plane (P2) which extends at a distance from the first focal plane (P1), wherein at least partly focus means that a laser beam is substantially concentrated, such that it transitions from substantially convergent to substantially divergent along at least one spatial dimension.
An agricultural header for an agricultural harvester , the agricultural header comprising: a header frame ; an end row divider coupled with the header frame ; an auger mounted to the end row divider and configured for moving a crop material rearwardly, the auger including a centerline ; and an auger stripper coupled with the end row divider , wherein the auger stripper is configured for stripping the crop material from the auger , characterized in that the auger stripper is angularly disposed relative to the centerline . a header frame ; an end row divider coupled with the header frame ; an auger mounted to the end row divider and configured for moving a crop material rearwardly, the auger including a centerline ; and an auger stripper coupled with the end row divider , wherein the auger stripper is configured for stripping the crop material from the auger , characterized in that the auger stripper is angularly disposed relative to the centerline .
Grinding device for implementing a grinding operation, comprising: a grinding unit including a body that comprises a grinding chamber , which may be filled with a material for grinding, a rotor mounted rotatably about an axis in the body , a screen and a drive unit commanding the movements of the rotor relative to the screen during the grinding operation; wherein the drive unit is designed to supply an oscillation movement to the rotor about the axis , it being possible for the oscillation angle to be varied during the grinding operation; and wherein the grinding chamber is configured such as to direct the product for grinding in a direction substantially parallel to the axis of rotation of the rotor ; characterized in that the device comprises a transmission element comprising a grinding shaft on which the rotor is mounted, the transmission element transmitting the drive from the drive unit to the grinding shaft ; the rotor being mounted vertically, concentric with the screen ; and in that the rotor comprises a bearing arranged such as to be mounted on a grinding shaft and a disk extending radially from the bearing , the disk being frustoconical such as to guide the material for grinding towards the blades and the screen . a grinding unit including a body that comprises a grinding chamber , which may be filled with a material for grinding, a rotor mounted rotatably about an axis in the body , a screen and a drive unit commanding the movements of the rotor relative to the screen during the grinding operation; wherein the drive unit is designed to supply an oscillation movement to the rotor about the axis , it being possible for the oscillation angle to be varied during the grinding operation; and wherein the grinding chamber is configured such as to direct the product for grinding in a direction substantially parallel to the axis of rotation of the rotor ; characterized in that the device comprises a transmission element comprising a grinding shaft on which the rotor is mounted, the transmission element transmitting the drive from the drive unit to the grinding shaft ; the rotor being mounted vertically, concentric with the screen ; and in that the rotor comprises a bearing arranged such as to be mounted on a grinding shaft and a disk extending radially from the bearing , the disk being frustoconical such as to guide the material for grinding towards the blades and the screen .
A preservative formulation for a cleaning composition, the preservative formulation comprising including a hydroxy acetophenone and an organic phospholipid.
A wearable sensor device for arrangement to a skin surface of a subject, comprising a base structure which, when the wearable sensor device is arranged to a skin surface of a subject, provides a first bottom surface and a second bottom surface , wherein the first bottom surface is located closer to a skin surface than the second bottom surface when the wearable sensor device is arranged to a skin surface of a subject; one or more electrodes arranged on the first bottom surface of the base structure and configured to provide an electrical signal containing information of the subject; an electronics module configured to process the electrical signal provided by the one or more electrodes , and electrically conductive tracks electrically connecting said one or more electrodes to the electronics module , wherein the electronics module is arranged on the second bottom surface of the base structure , wherein said one or more electrodes and the electronics module are arranged on the same side of the base structure , wherein when the wearable sensor device is arranged to the skin surface of the subject, said one or more electrodes and the electronics module are arranged in-between the subject's skin surface and the base structure . a base structure which, when the wearable sensor device is arranged to a skin surface of a subject, provides a first bottom surface and a second bottom surface , wherein the first bottom surface is located closer to a skin surface than the second bottom surface when the wearable sensor device is arranged to a skin surface of a subject; one or more electrodes arranged on the first bottom surface of the base structure and configured to provide an electrical signal containing information of the subject; an electronics module configured to process the electrical signal provided by the one or more electrodes , and electrically conductive tracks electrically connecting said one or more electrodes to the electronics module , wherein the electronics module is arranged on the second bottom surface of the base structure , wherein said one or more electrodes and the electronics module are arranged on the same side of the base structure , wherein when the wearable sensor device is arranged to the skin surface of the subject, said one or more electrodes and the electronics module are arranged in-between the subject's skin surface and the base structure .
A method of operating a coordinate measuring apparatus (30-39) with a reference workpiece which is one of a series of nominally identical workpieces to be inspected, the reference workpiece having at least one feature (52-62) having a shape, the method comprising: using the coordinate measuring apparatus to measure said feature of the reference workpiece at a plurality of measurement points, producing a set of measured coordinate values, and generating a set of measurement correction values for correcting measurements of one or more further nominally identical workpieces of the series, the measurement correction values being associated with respective values in the set of measured coordinate values, characterised in that: the shape of the feature (52-62) is known not to deviate substantially from a known perfect form , a value defining a size, position or orientation of the shape of the feature is known from measurement of the feature externally of the coordinate measuring apparatus, and the measurement correction values are generated from the measured coordinate values , from the known value of the size, position or orientation of the shape of the feature , and from the fact that the shape is known not to deviate substantially from the perfect form (72.78). using the coordinate measuring apparatus to measure said feature of the reference workpiece at a plurality of measurement points, producing a set of measured coordinate values, and generating a set of measurement correction values for correcting measurements of one or more further nominally identical workpieces of the series, the measurement correction values being associated with respective values in the set of measured coordinate values, characterised in that: the shape of the feature (52-62) is known not to deviate substantially from a known perfect form , a value defining a size, position or orientation of the shape of the feature is known from measurement of the feature externally of the coordinate measuring apparatus, and the measurement correction values are generated from the measured coordinate values , from the known value of the size, position or orientation of the shape of the feature , and from the fact that the shape is known not to deviate substantially from the perfect form (72.78). the shape of the feature (52-62) is known not to deviate substantially from a known perfect form , a value defining a size, position or orientation of the shape of the feature is known from measurement of the feature externally of the coordinate measuring apparatus, and the measurement correction values are generated from the measured coordinate values , from the known value of the size, position or orientation of the shape of the feature , and from the fact that the shape is known not to deviate substantially from the perfect form (72.78).
Glaucocalyxin A derivative represented by formula (I): wherein R is any one selected from the group consisting of dimethylamino and diethylamino; or a salt thereof.
A compound of the formula wherein R is R 1 is CH 3 , CD 3 , CN, Cl or CF 3 ; provided when R 1 is CH 3 or CD 3 it is not attached at the 5 position; or a pharmaceutically acceptable salt thereof R is R 1 is CH 3 , CD 3 , CN, Cl or CF 3 ; provided when R 1 is CH 3 or CD 3 it is not attached at the 5 position; or a pharmaceutically acceptable salt thereof
A turbine assembly comprising: a first turbine ; a second turbine ; a first turbine housing having an outlet portion defining a fluid outlet of the first turbine ; and a second turbine housing having an inlet portion defining a fluid inlet of the second turbine , wherein at least a portion of the inlet portion radially surrounds at least a portion of the outlet portion to provide a direct interface from the fluid outlet of the first turbine to the fluid inlet of the second turbine in an axial direction; characterised by a radial air gap between an outer surface of the portion of the outlet portion and an inner surface of the portion of the inlet portion ; wherein: the outer surface of the portion of the outlet portion is adjacent to the inner surface of the portion of the inlet portion in a radial direction orthogonal to the axial direction; and the radial air gap is dimensioned so as to prevent the first turbine housing and the second turbine housing from contacting one another during operation of the turbine assembly when the first and second turbines are mounted to an engine block. the outer surface of the portion of the outlet portion is adjacent to the inner surface of the portion of the inlet portion in a radial direction orthogonal to the axial direction; and the radial air gap is dimensioned so as to prevent the first turbine housing and the second turbine housing from contacting one another during operation of the turbine assembly when the first and second turbines are mounted to an engine block.
An austenitic stainless steel consisting of, in weight percentages, up to 0.20 C, 2.0 - 9.0 Mn, up to 1.0 Si, 15.0 - 23.0 Cr, 3.0-6.0 Ni, 0.1-1.0 Mo, 0.4-0.8 Cu, 0.05 - 0.35 N, 0.001 to 0.003 B, (7.5(%C)) ≤ (%Nb + %Ti + %V + %Ta + %Zr) ≤ 1.5, up to 0.01 Ti, up to 0.050 P, up to 0.030 S, up to 1.5 Nb, balance Fe and incidental impurities, wherein the stainless steel has a PRE N value from 18 to 22, where the PRE N value is calculated from the formula PRE N = %Cr + 3.3 (%Mo) + 16 (%N). up to 0.20 C, 2.0 - 9.0 Mn, up to 1.0 Si, 15.0 - 23.0 Cr, 3.0-6.0 Ni, 0.1-1.0 Mo, 0.4-0.8 Cu, 0.05 - 0.35 N, 0.001 to 0.003 B, (7.5(%C)) ≤ (%Nb + %Ti + %V + %Ta + %Zr) ≤ 1.5, up to 0.01 Ti, up to 0.050 P, up to 0.030 S, up to 1.5 Nb, balance Fe and incidental impurities, wherein the stainless steel has a PRE N value from 18 to 22, where the PRE N value is calculated from the formula PRE N = %Cr + 3.3 (%Mo) + 16 (%N).
A device for controlling the flow of adhesives, comprising: - a housing which includes a first housing part and a second housing part , wherein at least a first sealing element and a second sealing element are arranged in the housing , - a pressure-tight leakage space formed by the housing parts , - a spacer arranged in the leakage space between the sealing elements , which is provided with a through-opening and at least one transverse bore , wherein the transverse bore connects the through-opening with the leakage space , - wherein a needle arranged in the housing is guided through the through-opening to open and close the adhesive flow, wherein the sealing elements are pressed against a surface of the needle , and wherein if first sealing element is damaged, adhesive can flow through the transverse bore into the leakage space , characterized in that a bore is arranged in the second housing part which is designed in such a way that if the second sealing element fails and adhesive escapes from the leakage space , adhesive can flow out, so that even if both sealing elements fail, no adhesive reaches an actuator space , which is designed to drive the needle . - a housing which includes a first housing part and a second housing part , wherein at least a first sealing element and a second sealing element are arranged in the housing , - a pressure-tight leakage space formed by the housing parts , - a spacer arranged in the leakage space between the sealing elements , which is provided with a through-opening and at least one transverse bore , wherein the transverse bore connects the through-opening with the leakage space , - wherein a needle arranged in the housing is guided through the through-opening to open and close the adhesive flow, wherein the sealing elements are pressed against a surface of the needle , and wherein if first sealing element is damaged, adhesive can flow through the transverse bore into the leakage space , characterized in that a bore is arranged in the second housing part which is designed in such a way that if the second sealing element fails and adhesive escapes from the leakage space , adhesive can flow out, so that even if both sealing elements fail, no adhesive reaches an actuator space , which is designed to drive the needle .
Elastic joint filler cord for arrangement in a joint between two building components (B, F), in particular in a joint to a wall panel (F) or floor panel, wherein - it is compressible so that it can be clamped by compression in a narrower joint; - it contains at least one strength component which provides it with the tensile strength; - its outer surface is at least partially adapted for adhesion of a sealing material, in particular silicone (S), characterized in that - it can withstand, in the longitudinal direction, a tensile force of at least 300 N without tearing, and - the strength component is arranged only on the outer surface of the joint filler cord . - it is compressible so that it can be clamped by compression in a narrower joint; - it contains at least one strength component which provides it with the tensile strength; - its outer surface is at least partially adapted for adhesion of a sealing material, in particular silicone (S), - it can withstand, in the longitudinal direction, a tensile force of at least 300 N without tearing, and - the strength component is arranged only on the outer surface of the joint filler cord .
A toilet seat , comprising at least one of a seating board or a lid , wherein the toilet seat is configured to be attached to a toilet bowl , wherein at least one of the seating board or the lid is provided with an enhanced edge, wherein the enhanced edge comprises a slope portion circumferentially surrounding the seating board or the lid for providing multiple grip possibilities to a user, wherein the slope portion is of a concave rounded shape, and a substantially vertical portion circumferentially surrounding the seating board or the lid , arranged next to the slope portion in vertically downward direction and wherein the height of the substantially vertical portion , is defined as the vertical distance between the position where the slope transitions to the vertical portion and the position where the vertical portion transitions to the lower, and horizontal, surface of the seating board or the lid . wherein the toilet seat is configured to be attached to a toilet bowl , wherein at least one of the seating board or the lid is provided with an enhanced edge, wherein the enhanced edge comprises a slope portion circumferentially surrounding the seating board or the lid for providing multiple grip possibilities to a user, wherein the slope portion is of a concave rounded shape, and a substantially vertical portion circumferentially surrounding the seating board or the lid , arranged next to the slope portion in vertically downward direction and wherein the height of the substantially vertical portion , is defined as the vertical distance between the position where the slope transitions to the vertical portion and the position where the vertical portion transitions to the lower, and horizontal, surface of the seating board or the lid . a slope portion circumferentially surrounding the seating board or the lid for providing multiple grip possibilities to a user, wherein the slope portion is of a concave rounded shape, and a substantially vertical portion circumferentially surrounding the seating board or the lid , arranged next to the slope portion in vertically downward direction and wherein the height of the substantially vertical portion , is defined as the vertical distance between the position where the slope transitions to the vertical portion and the position where the vertical portion transitions to the lower, and horizontal, surface of the seating board or the lid .