mhurhangee/patent-ind-claim-en huggingface dataset:
A head for an oral care implement , the head having a mounting surface comprising at least one tuft of a first length and at least one tuft of a second length , the first length being longer than the second length measured from the mounting surface of the head along a longitudinal axis of the tufts , the at least one tuft of the first length comprising filaments having a substantially circular cross-sectional area extending in a plane perpendicular to the longitudinal axis and an end-rounded free end, characterized in that the at least one tuft of the second length comprises flagged filaments having split free ends. the at least one tuft of the first length comprising filaments having a substantially circular cross-sectional area extending in a plane perpendicular to the longitudinal axis and an end-rounded free end, characterized in that the at least one tuft of the second length comprises flagged filaments having split free ends.
An omnidirectional lens apparatus, comprising a light-conductive first portion, top cap, ; and a light-conductive second portion, reflector portion, , wherein said top cap is mounted adjacent to said reflector portion; characterised in that said top cap is substantially cylindrical in shape, having a first outer perimeter , said top cap has a first surface that faces toward and is proximal to said reflector portion, and said top cap has a second surface that faces away from and is distal to said reflector portion; and said reflector portion is generally cylindrical in shape at a second outer perimeter that is proximal to said top cap, said reflector portion has a generally conical third surface that is proximal to said top cap, and said reflector portion having a fourth surface that faces away from and is distal to said top cap, said fourth surface forms a protrusion extending to a distal end ; wherein said first outer perimeter exhibits a textured surface finish . a light-conductive first portion, top cap, ; and a light-conductive second portion, reflector portion, , wherein said top cap is mounted adjacent to said reflector portion; characterised in that said top cap is substantially cylindrical in shape, having a first outer perimeter , said top cap has a first surface that faces toward and is proximal to said reflector portion, and said top cap has a second surface that faces away from and is distal to said reflector portion; and said reflector portion is generally cylindrical in shape at a second outer perimeter that is proximal to said top cap, said reflector portion has a generally conical third surface that is proximal to said top cap, and said reflector portion having a fourth surface that faces away from and is distal to said top cap, said fourth surface forms a protrusion extending to a distal end ; wherein said first outer perimeter exhibits a textured surface finish .
A wireless device comprising means for performing: - transmitting an association request from the wireless device to a first access node of a wireless network for associating the wireless device to the wireless network, - receiving an association response from the first access node for associating the wireless device to the wireless network, - performing carrier sensing on a plurality of channels; wherein the carrier sensing comprises a. contending for channel access on the plurality of channels, and b. maintaining one or more records of ongoing transmission opportunities on the plurality of channels, wherein the one or more records comprise information on which access nodes of the wireless network are owners or receivers of the ongoing transmission opportunities on one or more of the plurality of channels, - selecting a second access node of the wireless network in response to obtaining a transmission opportunity for a channel of the plurality of channels, wherein the selecting is based at least partly on the one or more records, and - transmitting data from the wireless device to the second access node during the transmission opportunity. - transmitting an association request from the wireless device to a first access node of a wireless network for associating the wireless device to the wireless network, - receiving an association response from the first access node for associating the wireless device to the wireless network, - performing carrier sensing on a plurality of channels; wherein the carrier sensing comprises a. contending for channel access on the plurality of channels, and b. maintaining one or more records of ongoing transmission opportunities on the plurality of channels, wherein the one or more records comprise information on which access nodes of the wireless network are owners or receivers of the ongoing transmission opportunities on one or more of the plurality of channels, a. contending for channel access on the plurality of channels, and b. maintaining one or more records of ongoing transmission opportunities on the plurality of channels, wherein the one or more records comprise information on which access nodes of the wireless network are owners or receivers of the ongoing transmission opportunities on one or more of the plurality of channels, - selecting a second access node of the wireless network in response to obtaining a transmission opportunity for a channel of the plurality of channels, wherein the selecting is based at least partly on the one or more records, and - transmitting data from the wireless device to the second access node during the transmission opportunity.
An image processing apparatus comprising: at least one processor that is configured to: acquire a low-energy image captured by a radiography apparatus by emitting radiation having first energy to a subject into which a contrast medium has been injected, and a plurality of high-energy images captured by the radiography apparatus by emitting radiation having second energy higher than the first energy at a plurality of different imaging timings after the injection of the contrast medium, and characterized by generating a second difference image showing a difference between a plurality of first difference images showing a difference of the low-energy image and each of the plurality of high-energy images to remove a pixel value corresponding to the contrast medium that has permeated outside a region of interest. acquire a low-energy image captured by a radiography apparatus by emitting radiation having first energy to a subject into which a contrast medium has been injected, and a plurality of high-energy images captured by the radiography apparatus by emitting radiation having second energy higher than the first energy at a plurality of different imaging timings after the injection of the contrast medium, and characterized by generating a second difference image showing a difference between a plurality of first difference images showing a difference of the low-energy image and each of the plurality of high-energy images to remove a pixel value corresponding to the contrast medium that has permeated outside a region of interest.
Dispersion of a liquid continuous phase and solids dispersed therein, said dispersion consisting of: (a) 50 - 95 wt.% of a liquid, based on the weight of the dispersion; (b) 5 - 40 wt.% of plant-based solid particles, based on the weight of the dispersion; and (c) 0 - 20 wt.% of one or more further ingredients other than (a) and (b), based on the total weight of the dispersion, wherein the plant-based solid particles (b) comprise, based on dry matter of the solid particles (b), at least 70 wt.% of parenchymal cell wall material and less than 6 wt.% of lignin, wherein the plant-based solid particles (b) comprise, based on the weight of the solid particles (b), less than 7 wt.% of water, wherein the plant-based solid particles (b) have a particle size distribution characterized by a D90 of 300 μm or smaller, as measured in accordance with dry powder laser diffraction, and wherein the liquid (a) consists of one or more polyol compounds. (a) 50 - 95 wt.% of a liquid, based on the weight of the dispersion; (b) 5 - 40 wt.% of plant-based solid particles, based on the weight of the dispersion; and (c) 0 - 20 wt.% of one or more further ingredients other than (a) and (b), based on the total weight of the dispersion, wherein the plant-based solid particles (b) comprise, based on dry matter of the solid particles (b), at least 70 wt.% of parenchymal cell wall material and less than 6 wt.% of lignin, wherein the plant-based solid particles (b) comprise, based on the weight of the solid particles (b), less than 7 wt.% of water, wherein the plant-based solid particles (b) have a particle size distribution characterized by a D90 of 300 μm or smaller, as measured in accordance with dry powder laser diffraction, and wherein the liquid (a) consists of one or more polyol compounds.
System for short-pulse laser eye surgery , comprising - a short-pulse laser system containing a short-pulse laser source , a beam guiding means and an applicator head for guiding short-pulse laser radiation from the short-pulse laser source to the eye to undergo surgery, - a surgical microscope with a microscope head and - a control unit , set up for controlling the system for short-pulse laser eye surgery, - a housing , which surrounds at least the short-pulse laser source , and a first articulated arm and a second articulated arm , arranged at the housing or at an extension of the housing, - wherein the microscope head is arranged on the first articulated arm and the applicator head is arranged on the second articulated arm , - wherein an interface is provided between applicator head and microscope head , - and the beam guiding means passes through the second articulated arm and is configured such that it can follow all movements of the second articulated arm and can guide the short-pulse laser radiation to its emergence location at the applicator head with the same quality in any position of the second articulated arm , - characterized in that the applicator head and the microscope head can be mechanically and optically interconnected and separated again via the interface during the course of a procedure, and the applicator head and the microscope head are movable in a three-dimensional volume, both independently of one another and when connected to one another. - a short-pulse laser system containing a short-pulse laser source , a beam guiding means and an applicator head for guiding short-pulse laser radiation from the short-pulse laser source to the eye to undergo surgery, - a surgical microscope with a microscope head and - a control unit , set up for controlling the system for short-pulse laser eye surgery, - a housing , which surrounds at least the short-pulse laser source , and a first articulated arm and a second articulated arm , arranged at the housing or at an extension of the housing, - wherein the microscope head is arranged on the first articulated arm and the applicator head is arranged on the second articulated arm , - wherein an interface is provided between applicator head and microscope head , - and the beam guiding means passes through the second articulated arm and is configured such that it can follow all movements of the second articulated arm and can guide the short-pulse laser radiation to its emergence location at the applicator head with the same quality in any position of the second articulated arm , - characterized in that the applicator head and the microscope head can be mechanically and optically interconnected and separated again via the interface during the course of a procedure, and the applicator head and the microscope head are movable in a three-dimensional volume, both independently of one another and when connected to one another.
Plasma processing apparatus , comprising: means for generating a plasma, a processing platform for supporting a substrate to be processed, and a voltage waveform generator comprising an output electrically coupled to the processing platform , characterised in that the voltage waveform generator comprises: a plurality of first buck converters arranged in parallel and coupled to the output , the first buck converters comprising actively switchable semiconductor switches , a control unit configured to operate the actively switchable semiconductor switches through pulse width modulation signals, wherein the control unit is configured to operate the plurality of first buck converters in an interleaved manner. means for generating a plasma, a processing platform for supporting a substrate to be processed, and a voltage waveform generator comprising an output electrically coupled to the processing platform , characterised in that the voltage waveform generator comprises: a plurality of first buck converters arranged in parallel and coupled to the output , the first buck converters comprising actively switchable semiconductor switches , a control unit configured to operate the actively switchable semiconductor switches through pulse width modulation signals, wherein the control unit is configured to operate the plurality of first buck converters in an interleaved manner. a plurality of first buck converters arranged in parallel and coupled to the output , the first buck converters comprising actively switchable semiconductor switches , a control unit configured to operate the actively switchable semiconductor switches through pulse width modulation signals, wherein the control unit is configured to operate the plurality of first buck converters in an interleaved manner.
A vehicle roof structure including a vehicle roof (R), a condenser (C), an evaporator (E), a fan and a shroud assembly (F) and a device for fixing a pipe and an electric wire on a given region of the vehicle roof (R), the device comprising the pipe connecting the condenser (C) with the evaporator (E) and the electric wire supplying power to the fan and shroud assembly (F), the device further comprising: - a first connection member having a first through hole adapted to pass the pipe therethrough and a hollow portion formed on a given region thereof; and - a second connection member having a second through hole adapted to pass the electric wire therethrough, wherein a fastening hole (H) is formed on the given region of the vehicle roof (R), and the pipe connects the condenser (C), disposed at the outside of the vehicle roof (R), with the evaporator (E) disposed at the inside of the vehicle, the second connection member having the corresponding shape to the hollow portion in such a manner as to be integrally formed with the first connexion member , so that the first connection member and the second connection member block the fastening hole (H) formed on the given region of the vehicle. - a first connection member having a first through hole adapted to pass the pipe therethrough and a hollow portion formed on a given region thereof; and - a second connection member having a second through hole adapted to pass the electric wire therethrough,
A method of identifying photoreceptor cells in a population of human cells, comprising the steps of: a) determining whether or not cells in the population express CD29 or CD49 on the cell surface; b) determining whether or not cells in the population express CD73 on the cell surface; and c) identifying a cell as a photoreceptor cell if it is CD29 or CD49 negative and CD73 positive. a) determining whether or not cells in the population express CD29 or CD49 on the cell surface; b) determining whether or not cells in the population express CD73 on the cell surface; and c) identifying a cell as a photoreceptor cell if it is CD29 or CD49 negative and CD73 positive.
A loudspeaker array, comprising: a high frequency driver and a midrange driver forming a unitary assembly and configured to direct acoustic waves towards a listener in front of the loudspeaker array along an axis in a forward direction; at least one low frequency driver located generally rearwardly of the unitary assembly, and a woofer front cavity extending along and perpendicular to the axis between the at least one low frequency driver and the unitary assembly and arranged to direct acoustic waves forwardly towards a listener in front of the loudspeaker array, in which the rear of the unitary assembly is configured and acoustically open so as to allow sound from the rear of the midrange driver to radiate rearwardly into the woofer front cavity . a high frequency driver and a midrange driver forming a unitary assembly and configured to direct acoustic waves towards a listener in front of the loudspeaker array along an axis in a forward direction; at least one low frequency driver located generally rearwardly of the unitary assembly, and a woofer front cavity extending along and perpendicular to the axis between the at least one low frequency driver and the unitary assembly and arranged to direct acoustic waves forwardly towards a listener in front of the loudspeaker array, in which the rear of the unitary assembly is configured and acoustically open so as to allow sound from the rear of the midrange driver to radiate rearwardly into the woofer front cavity .
A passenger seat for a rail vehicle comprising a backrest , a backrest upholstery , a seat surface and a fastening device for the backrest , the fastening device comprises a backrest fastening element for fastening the backrest, a body and at least one recess in the body , wherein the backrest is connected to the fastening device by the backrest fastening element , the fastening device not being designed for fastening further elements, the backrest being formed by a half-shell which preferably comprises a laminate, in particular HPL, characterized in that the fastening device is arranged at least partially between the backrest and backrest upholstery so that it is not visible from the outside.
A vacuumed material collection station for receiving vacuumed material from a vacuum cleaning apparatus , wherein the vacuumed material collection station comprises a vacuumed material collection container and an interface for connecting the vacuum cleaning apparatus to the vacuumed material collection station , wherein the vacuumed material collection station comprises a receptacle space for receiving a filter chamber of a vacuum cleaning apparatus connected to the vacuumed material collection station and a feed device for feeding the filter chamber into the receptacle space , wherein the receptacle space is designed for completely encompassing the filter chamber and/or at the most not encompassing a chamber side facing the interface with the vacuum cleaning apparatus , wherein the receptacle space forms a partial volume within the housing of the vacuumed material collection station , characterized in that the vacuumed material collection station has, in addition to the receptacle space , the vacuumed material collection container which serves to receive suction material from the filter chamber received in the receptacle space and wherein the feed device is designed for removing the filter chamber from the vacuum cleaning apparatus and displacing the filter chamber into the receptacle space .
An elevator system comprising: an elevator shaft ; an elevator car and an elevator controller to move or position the elevator car on command; and at least one camera mounted to view specified elevator equipment, wherein the camera is operated by a controller , characterised in that the controller configured to: receive a maintenance request for an image or video of elevator equipment located at a specified position in the elevator system ; analyze the maintenance request to determine an operational mode for the elevator car , wherein the operational mode includes the direction and speed to move the elevator car within the elevator system; enable the operational mode for the elevator car ; capture, from the camera , one or more images or video of the specified equipment responsive to enabling the operational mode for the elevator car . an elevator shaft ; an elevator car and an elevator controller to move or position the elevator car on command; and at least one camera mounted to view specified elevator equipment, wherein the camera is operated by a controller , characterised in that the controller configured to: receive a maintenance request for an image or video of elevator equipment located at a specified position in the elevator system ; analyze the maintenance request to determine an operational mode for the elevator car , wherein the operational mode includes the direction and speed to move the elevator car within the elevator system; enable the operational mode for the elevator car ; capture, from the camera , one or more images or video of the specified equipment responsive to enabling the operational mode for the elevator car . receive a maintenance request for an image or video of elevator equipment located at a specified position in the elevator system ; analyze the maintenance request to determine an operational mode for the elevator car , wherein the operational mode includes the direction and speed to move the elevator car within the elevator system; enable the operational mode for the elevator car ; capture, from the camera , one or more images or video of the specified equipment responsive to enabling the operational mode for the elevator car .
Sliding shoe for a holder configured to sort and/or transport products (P) with a sorting device , the sliding shoe comprising: - a fastening wherein the fastening comprises a number of snap connections , and - one or more sliding surfaces to guide the holder over a guide of the sorting device while the holder is being carried back in a sorting device, wherein a first part of the snap connections on a front side of the sliding shoe, as seen in transport direction (B) of the products in the sorting device, and a second part of the snap connections on the rear side of the sliding shoe, as seen in transport direction (B) of the products in the sorting device, are configured such that during use they fall between snap connections on respectively the rear side and front side of adjacent sliding shoes arranged on the sorting device, characterized in that the sliding shoe is manufactured from a plastic material in which is included a lubricating additive configured to provide a lubricating effect during movement of the sliding shoe over a guide of the sorting device , and wherein the fastening is configured to fasten the sliding shoe releasably to the holder such that the sliding shoe functions as replacement part for the holder. - a fastening wherein the fastening comprises a number of snap connections , and - one or more sliding surfaces to guide the holder over a guide of the sorting device while the holder is being carried back in a sorting device, wherein a first part of the snap connections on a front side of the sliding shoe, as seen in transport direction (B) of the products in the sorting device, and a second part of the snap connections on the rear side of the sliding shoe, as seen in transport direction (B) of the products in the sorting device, are configured such that during use they fall between snap connections on respectively the rear side and front side of adjacent sliding shoes arranged on the sorting device, characterized in that the sliding shoe is manufactured from a plastic material in which is included a lubricating additive configured to provide a lubricating effect during movement of the sliding shoe over a guide of the sorting device , and wherein the fastening is configured to fasten the sliding shoe releasably to the holder such that the sliding shoe functions as replacement part for the holder.