mhurhangee/ep-ind-claims huggingface dataset:
A therapy device for treating intra-uterine tissue, the therapy device including: a cannulated shaft extending from a proximal end to a distal end, the distal end having a distal opening; and a therapy light system configured to apply ultra-violet light to treat the intra-uterine tissue, wherein the therapy light system, includes: a first UV light source configured to generate a first UV light with a first wavelength; and a second UV light source configured to generate a second UV light with a second wavelength different from the first wavelength of the first UV light; characterized in that the first and second UV light source include a bulb configured to extend from the cannulated shaft; a first material configured to be circulated through the bulb and generate the first UV light when activated; and a second material configured to be circulated through the bulb and generate the second UV light when activated. a cannulated shaft extending from a proximal end to a distal end, the distal end having a distal opening; and a therapy light system configured to apply ultra-violet light to treat the intra-uterine tissue, wherein the therapy light system, includes: a first UV light source configured to generate a first UV light with a first wavelength; and a second UV light source configured to generate a second UV light with a second wavelength different from the first wavelength of the first UV light; characterized in that the first and second UV light source include a bulb configured to extend from the cannulated shaft; a first material configured to be circulated through the bulb and generate the first UV light when activated; and a second material configured to be circulated through the bulb and generate the second UV light when activated. a first UV light source configured to generate a first UV light with a first wavelength; and a second UV light source configured to generate a second UV light with a second wavelength different from the first wavelength of the first UV light; characterized in that the first and second UV light source include a bulb configured to extend from the cannulated shaft; a first material configured to be circulated through the bulb and generate the first UV light when activated; and a second material configured to be circulated through the bulb and generate the second UV light when activated. a first material configured to be circulated through the bulb and generate the first UV light when activated; and a second material configured to be circulated through the bulb and generate the second UV light when activated.
An apparatus for use in a master evolved node B, MeNB, wherein the apparatus is configured to: select one or more discontinuous reception, DRX, parameters for a cell of the MeNB to at least partially align DRX operations of a dually-connected user equipment, UE, in the cell of the MeNB with DRX operations of the dually-connected UE in a cell of a secondary evolved node B, SeNB; and generate a radio resource control, RRC, message for transmission to the dually-connected UE, wherein the RRC message identifies the selected one or more DRX parameters for the cell of the MeNB; characterized in that the apparatus is further configured to determine, based on a received message, a system frame number, SFN, and a subframe number, the SFN and the subframe number associated with a system timing of the SeNB for the dually-connected UE; wherein the selection of the one or more DRX parameters for the cell of the MeNB is based on the SFN and the subframe number. select one or more discontinuous reception, DRX, parameters for a cell of the MeNB to at least partially align DRX operations of a dually-connected user equipment, UE, in the cell of the MeNB with DRX operations of the dually-connected UE in a cell of a secondary evolved node B, SeNB; and generate a radio resource control, RRC, message for transmission to the dually-connected UE, wherein the RRC message identifies the selected one or more DRX parameters for the cell of the MeNB; characterized in that the apparatus is further configured to determine, based on a received message, a system frame number, SFN, and a subframe number, the SFN and the subframe number associated with a system timing of the SeNB for the dually-connected UE; wherein the selection of the one or more DRX parameters for the cell of the MeNB is based on the SFN and the subframe number.
An apparatus, comprising: a uniformity device that determines uniformity of a workpiece, wherein the uniformity device includes: a lower workpiece-engaging portion that interfaces with an upper workpiece-engaging portion; and a computing resource communicatively-coupled to one or more components of one or both of the lower workpiece-engaging portion and the upper workpiece-engaging portion by one or more communication conduits, wherein the lower workpiece-engaging portion includes a central shaft having a proximal end (36 P) and a distal end (36 D) and an elongated body that extends between the proximal end (36 P) and the distal end (36 D), wherein the lower workpiece-engaging portion includes a motor, wherein the proximal end (36 P) of the central shaft is connected to the motor, wherein the lower workpiece-engaging portion includes a radially manipulatable workpiece-engaging chuck that is connected to the distal end (36 D) of the central shaft, wherein the upper workpiece-engaging portion includes an axially-movable cylinder having a proximal end (58 P) and a distal end (58 D) forming a recess that is sized for receiving the radially inwardly / outwardly manipulatable workpiece-engaging chuck; and a first tire tread-engaging portion opposingly-arranged with respect to a second tire tread-engaging portion, wherein each of the first tire tread-engaging portion and the second tire tread-engaging portion includes a tire tread-engaging member, wherein the first tire tread-engaging portion includes a uniformity-detecting portion connected to the tire tread-engaging member. a uniformity device that determines uniformity of a workpiece, wherein the uniformity device includes: a lower workpiece-engaging portion that interfaces with an upper workpiece-engaging portion; and a computing resource communicatively-coupled to one or more components of one or both of the lower workpiece-engaging portion and the upper workpiece-engaging portion by one or more communication conduits, wherein the lower workpiece-engaging portion includes a central shaft having a proximal end (36 P) and a distal end (36 D) and an elongated body that extends between the proximal end (36 P) and the distal end (36 D), wherein the lower workpiece-engaging portion includes a motor, wherein the proximal end (36 P) of the central shaft is connected to the motor, wherein the lower workpiece-engaging portion includes a radially manipulatable workpiece-engaging chuck that is connected to the distal end (36 D) of the central shaft, wherein the upper workpiece-engaging portion includes an axially-movable cylinder having a proximal end (58 P) and a distal end (58 D) forming a recess that is sized for receiving the radially inwardly / outwardly manipulatable workpiece-engaging chuck; and a first tire tread-engaging portion opposingly-arranged with respect to a second tire tread-engaging portion, wherein each of the first tire tread-engaging portion and the second tire tread-engaging portion includes a tire tread-engaging member, wherein the first tire tread-engaging portion includes a uniformity-detecting portion connected to the tire tread-engaging member.
A method of wireless communications in wireless local area networks, WLANs, the method being performed by a wireless device, comprising: identifying, within a channel width, one or more bandwidth regions associated with incumbent technologies; broadcasting, to a basic service set, BSS, initiated by the wireless device, a preamble puncture pattern in one or more management frames, the preamble puncture pattern being based on the one or more bandwidth regions associated with incumbent technologies; and transmitting a packet based on the preamble puncture pattern. identifying, within a channel width, one or more bandwidth regions associated with incumbent technologies; broadcasting, to a basic service set, BSS, initiated by the wireless device, a preamble puncture pattern in one or more management frames, the preamble puncture pattern being based on the one or more bandwidth regions associated with incumbent technologies; and transmitting a packet based on the preamble puncture pattern.
A method for operating a peristaltic pumping mechanism, the pumping mechanism comprising an at least partially compressible pumping element having an inlet and an outlet, the pumping mechanism configured to receive a fluid through the inlet, the method comprising: peristaltically manipulating a first portion of the at least partially compressible pumping element wherein the inlet is upstream of the outlet, the first portion disposed between the inlet and the outlet, to cause a fluid to flow out of the outlet at a first flow rate that varies periodically between a first maximum and a first minimum at a first frequency; the method characterized by: manipulating a second portion of the at least partially compressible pumping element that is disposed between the first portion and the outlet at a second frequency that is a harmonic of the first frequency and different than the first frequency, to modify flow out of the outlet by a second flow rate that varies periodically about zero, wherein the sum of the first and second flow rates has a second maximum and a second minimum that are less than the respective first maximum and first minimum.
A work machine control system, comprising: an acquisition process unit that acquires a detection result of an object around a machine body of a work machine in a state incapable of operating the work machine; and a limit process unit characterised in that the limit process unit creates a limit state capable of limitedly operating the work machine when the detection result meets a predetermined condition and then a gate lock lever is so operated as to create a state capable of operating the work machine. an acquisition process unit that acquires a detection result of an object around a machine body of a work machine in a state incapable of operating the work machine; and a limit process unit characterised in that the limit process unit creates a limit state capable of limitedly operating the work machine when the detection result meets a predetermined condition and then a gate lock lever is so operated as to create a state capable of operating the work machine.
A method for producing a 6xxx series aluminium sheet comprising the steps of - homogenizing an ingot made from a 6XXX series aluminum alloy comprising 0.3 - 1.5 wt.% of Si, 0.3 - 1.5 wt.% of Mg and 1.5 wt.% or less of Cu, Mn 0.03 - 0.5 wt.% and/or Cr 0.01- 0.4 wt.%, Fe 0.03 to 0.4 wt.%, Ti up to 0.1 wt%, rest aluminium and unavoidable impurities up to 0.05 wt.% each and 0.15 wt.% total, - cooling the homogenized ingot with a cooling rate at mid-thickness and/or at quarter thickness in a range from 150 °C/h to 2000 °C/h directly to the hot rolling starting temperature, wherein a thermal differential of less than 40°C over the entire ingot cooled from the homogenization temperature is obtained when hot rolling is started, - hot rolling the ingot to a hot rolling final thickness and coiling at the hot rolling final thickness with such conditions that at least 50% recrystallization is obtained, wherein the hot rolling starting temperature is between 350 °C and 450 °C and the hot rolling exit temperature is at least 300 °C and wherein the thickness reduction during the last stand of hot rolling is at least 25%, - cold rolling to obtain a cold rolled sheet. - homogenizing an ingot made from a 6XXX series aluminum alloy comprising 0.3 - 1.5 wt.% of Si, 0.3 - 1.5 wt.% of Mg and 1.5 wt.% or less of Cu, Mn 0.03 - 0.5 wt.% and/or Cr 0.01- 0.4 wt.%, Fe 0.03 to 0.4 wt.%, Ti up to 0.1 wt%, rest aluminium and unavoidable impurities up to 0.05 wt.% each and 0.15 wt.% total, - cooling the homogenized ingot with a cooling rate at mid-thickness and/or at quarter thickness in a range from 150 °C/h to 2000 °C/h directly to the hot rolling starting temperature, wherein a thermal differential of less than 40°C over the entire ingot cooled from the homogenization temperature is obtained when hot rolling is started, - hot rolling the ingot to a hot rolling final thickness and coiling at the hot rolling final thickness with such conditions that at least 50% recrystallization is obtained, wherein the hot rolling starting temperature is between 350 °C and 450 °C and the hot rolling exit temperature is at least 300 °C and wherein the thickness reduction during the last stand of hot rolling is at least 25%, - cold rolling to obtain a cold rolled sheet.
A surgical tool, comprising: a drive housing having a first end and a second end; a spline (1624a-c) extending between the first and second ends; a carriage provided in the drive housing and movable between the first and second ends; and a mechanism arranged at the first of the drive housing for manually actuating the spline, the mechanism including: a frame; a spline coupling (2324a-c) rotatably mounted to the frame to receive an end of the spline; and a ring gear rotatable about the frame and operatively coupled to the spline coupling such that rotation of the ring gear about the frame correspondingly actuates the spline wherein the mechanism is provided in an enclosure rotatably arranged at the first end of the drive housing, the enclosure being disposed about a circumference of the frame and the ring gear being provided on an inner surface of the enclosure. a drive housing having a first end and a second end; a spline (1624a-c) extending between the first and second ends; a carriage provided in the drive housing and movable between the first and second ends; and a mechanism arranged at the first of the drive housing for manually actuating the spline, the mechanism including: a frame; a spline coupling (2324a-c) rotatably mounted to the frame to receive an end of the spline; and a ring gear rotatable about the frame and operatively coupled to the spline coupling such that rotation of the ring gear about the frame correspondingly actuates the spline wherein the mechanism is provided in an enclosure rotatably arranged at the first end of the drive housing, the enclosure being disposed about a circumference of the frame and the ring gear being provided on an inner surface of the enclosure. a frame; a spline coupling (2324a-c) rotatably mounted to the frame to receive an end of the spline; and a ring gear rotatable about the frame and operatively coupled to the spline coupling such that rotation of the ring gear about the frame correspondingly actuates the spline wherein the mechanism is provided in an enclosure rotatably arranged at the first end of the drive housing, the enclosure being disposed about a circumference of the frame and the ring gear being provided on an inner surface of the enclosure.
A field device comprising: a plurality of types of sensors (30a to 30e); at least one converter (20a to 20e) configured to acquire measured results of the plurality of types of sensors (30a to 30e) and to convert the measured results into measured information, the measured information being a physical quantity; and an information providing device configured to acquire and store the measured information from the at least one converter (20a to 20e) and to provide the stored measured information to an outside of the field device in a case that a predetermined condition is satisfied, characterized in that one of the plurality of types of sensors (30a to 30e) is mounted on a ground ring, and, a data input/output terminal is provided at a junction between a main body of the field device and the ground ring to allow the information providing device and the one of the plurality of types of sensors (30a to 30e) to be communicatively connected to each other. a plurality of types of sensors (30a to 30e); at least one converter (20a to 20e) configured to acquire measured results of the plurality of types of sensors (30a to 30e) and to convert the measured results into measured information, the measured information being a physical quantity; and an information providing device configured to acquire and store the measured information from the at least one converter (20a to 20e) and to provide the stored measured information to an outside of the field device in a case that a predetermined condition is satisfied, characterized in that one of the plurality of types of sensors (30a to 30e) is mounted on a ground ring, and, a data input/output terminal is provided at a junction between a main body of the field device and the ground ring to allow the information providing device and the one of the plurality of types of sensors (30a to 30e) to be communicatively connected to each other.
A disposable diaper comprising a crotch section sheet member that is long in one direction and covers the crotch of the wearer, a belly side sheet member bonded while overlapping with the crotch section sheet member on one edge side of the crotch section sheet member in the lengthwise direction, and covering the belly side of the wearer, and a back side sheet member bonded while overlapping with the crotch section sheet member on the other edge side of the crotch section sheet member in the lengthwise direction, and covering the back side of the wearer, the crotch section sheet member being bonded to the belly side sheet member and the back side sheet member with an adhesive at the sections where the crotch section sheet member overlaps the belly side sheet member or the back side sheet member, wherein first adhesive sections provided with first adhesive-coated regions coated continuously in the lengthwise direction of the crotch section sheet member are provided on the side of either the crotch section sheet member or the belly side sheet member and back side sheet member, at the section where the crotch section sheet member is in contact with the belly side sheet member and at the section where the crotch section sheet member is in contact with the back side sheet member, second adhesive sections provided with second adhesive-coated regions coated continuously in the widthwise direction of the crotch section sheet member are provided on the other side, the first adhesive sections have a plurality of first adhesive-coated regions arrayed in the widthwise direction of the crotch section sheet member, and among the first adhesive-coated regions, those located on both edges in the widthwise direction of the crotch section sheet member are arranged with gaps provided between them and the adjacent other first adhesive-coated regions, and the crotch section sheet member is bonded to the belly side sheet member and the back side sheet member with the first adhesive-coated regions of the first adhesive sections crossing the second adhesive-coated regions of the second adhesive sections.
Switch, suitable for forwarding at least two functions to a lighting system, wherein the switch comprises the following elements: - a sensor, configured to detect a contact; - an illuminating element; - an LED, wherein the LED can assume a plurality of colours, and wherein the LED is configured to illuminate the illuminating element; and - an electronic circuit, configured to measure the time period of contact with the sensor, and configured to select a function from the at least two functions; wherein the selection of a function from the at least two functions is dependent on the time period in which the sensor is contacted, and wherein the colour of the LED varies depending on the time period in which the sensor is contacted, characterized in that the electronic circuit is configured to control the LED with a periodic colour change during contact with the sensor. - a sensor, configured to detect a contact; - an illuminating element; - an LED, wherein the LED can assume a plurality of colours, and wherein the LED is configured to illuminate the illuminating element; and - an electronic circuit, configured to measure the time period of contact with the sensor, and configured to select a function from the at least two functions;
A nitride semiconductor layer, comprising: a first major surface and a second major surface on a side opposite to the first major surface, wherein the nitride semiconductor layer has an unevenness provided on the second major surface, the unevenness having a recess (61 d), a side portion, and a protrusion (61 p), wherein said side portion (61 s) joins said recess (61 d) to said protrusion, the first major surface having an overlay-region which overlays the recess (61 d) when viewed along the stacking direction, the nitride semiconductor layer having a plurality of dislocations, the dislocations including first dislocations whose one ends reaching the recess (61 d) and second dislocations whose one ends reaching the protrusion (61 p), an another end of at least one of the second dislocations reaching the side portion without reaching the first major surface, a proportion of a number of the second dislocations reaching the first major surface to a number of all of the second dislocations being smaller than a proportion of a number of the first dislocations reaching the first major surface to a number of all of the first dislocations, and a number of the dislocations reaching the overlay-region of the first major surface being smaller than a number of all of the first dislocations, wherein the nitride semiconductor layer is formed on a substrate and the substrate has a substrate unevenness which faces the unevenness of the nitride semiconductor layer. a first major surface and a second major surface on a side opposite to the first major surface, wherein the nitride semiconductor layer has an unevenness provided on the second major surface, the unevenness having a recess (61 d), a side portion, and a protrusion (61 p), wherein said side portion (61 s) joins said recess (61 d) to said protrusion, the first major surface having an overlay-region which overlays the recess (61 d) when viewed along the stacking direction, the nitride semiconductor layer having a plurality of dislocations, the dislocations including first dislocations whose one ends reaching the recess (61 d) and second dislocations whose one ends reaching the protrusion (61 p), an another end of at least one of the second dislocations reaching the side portion without reaching the first major surface, a proportion of a number of the second dislocations reaching the first major surface to a number of all of the second dislocations being smaller than a proportion of a number of the first dislocations reaching the first major surface to a number of all of the first dislocations, and a number of the dislocations reaching the overlay-region of the first major surface being smaller than a number of all of the first dislocations,