mhurhangee/patent-ind-claim-en huggingface dataset:
Pneumatic vehicle tire, in particular utility vehicle tire, having a tread which has a directional profiling with shoulder-side and middle profile ribs running in a circumferential direction, wherein at least one of the middle profile ribs , which is in particular a profile rib running along the tire equator, is traversed in an axial direction by sipes with a width (b 1 ) of 0.5 mm to 1.2 mm, each of which has a central portion , in which the sipe runs with an undulation in the extent direction thereof, and two lateral portions , wherein the sipes extend, in plan view, in an arc shape and symmetrically with respect to the mid-line of the profile rib , and, in the lateral portions and in the central portion , have a uniform undulation running in a radial direction, which is overlapped only in the central portion of the sipes by the undulation that is present in the extent direction of the sipes , characterized in that the undulation present in the extent direction of the sipe is composed of two zigzag-shaped regions which, in the middle of the sipe, are connected to one another by means of a connecting portion which extends in a straight line in an axial direction as seen in plan view. wherein the sipes extend, in plan view, in an arc shape and symmetrically with respect to the mid-line of the profile rib , and, in the lateral portions and in the central portion , have a uniform undulation running in a radial direction, which is overlapped only in the central portion of the sipes by the undulation that is present in the extent direction of the sipes , characterized in that the undulation present in the extent direction of the sipe is composed of two zigzag-shaped regions which, in the middle of the sipe, are connected to one another by means of a connecting portion which extends in a straight line in an axial direction as seen in plan view.
An insulator comprising the nucleotide sequence set forth in SEQ ID NO:1 and the nucleotide sequence set forth in SEQ ID NO:25.
A sauna pail for storing water in sauna, which sauna pail comprises a container suitable for storing water, characterized in that the sauna pail further comprises: - at least one light source arrangement that has been arranged so that at least a portion of light produced by the light source arrangement is refracted to outside the sauna pail via surface of water within the container, - a loudspeaker arranged substantially below the container , - a rechargeable battery, and - a frame part that comprises feet and defines a structure inside of which the container , the light source arrangement, the loudspeaker and the rechargeable battery are arranged, wherein the loudspeaker is arranged to transfer sound waves from the loudspeaker to the container for causing vibrations in the water within the container, thereby distorting surface of the water and causing the light refracted via the distorted water surface to produce a lighting effect dependent on the loudspeaker output. - at least one light source arrangement that has been arranged so that at least a portion of light produced by the light source arrangement is refracted to outside the sauna pail via surface of water within the container, - a loudspeaker arranged substantially below the container , - a rechargeable battery, and - a frame part that comprises feet and defines a structure inside of which the container , the light source arrangement, the loudspeaker and the rechargeable battery are arranged,
A modified bacteriophage capable of infecting a plurality of different target bacteria for use as a medicament, which bacteriophage includes a toxin gene encoding a toxin protein which is toxic to the target bacteria; wherein the bacteriophage is lytic; and wherein the bacteriophage expresses host range determinant proteins which have a plurality of bacterial host specificities.
Cosmetic use of an effective amount of at least one probiotic microorganism of the species Lactobacillus paracasei as agent for preventing cutaneous irritation induced by one or more external aggressions(s) chosen from: - mechanical stresses; or - thermal or climatic imbalances. - mechanical stresses; or - thermal or climatic imbalances.
A monitoring system for continuously or periodically monitoring the structural health of each individual column of a stock of lighting columns, in particular a stock of lighting poles, each of which is connected to receive power from an external source, the system being characterised in that the monitoring system comprises (a) a plurality of microcontrollers each connected to receive power from said external source and each comprising an electronic chip or board each of which is located on an upper surface of a respective one of said lighting columns of said stock of lighting columns; (b) each chip or board including, in circuit, an accelerometer configured to detect the magnitude of vibrational forces and the dynamic loading imposed by such forces on the respective lighting column; (c) a wireless transmitter configured to transmit real time data collected and recorded by each said micro controller to a remote server for anlaysis, and (d) a global positioning component, the monitoring system further comprising anemometers positioned on the upper surface of one or more of the lighting columns to measure the velocity and direction of wind acting on said lighting column or lighting columns and to transmit such measurements to said chip or board of one or more of said lighting columns, wherein each of said transmitted real time data includes the date and time of data collection and the geographical position of the respective lighting column from which the collected data originated together with the speed and direction of acceleration of said lighting column under measured wind loads and data relating to individual lighting column identification. (a) a plurality of microcontrollers each connected to receive power from said external source and each comprising an electronic chip or board each of which is located on an upper surface of a respective one of said lighting columns of said stock of lighting columns; (b) each chip or board including, in circuit, an accelerometer configured to detect the magnitude of vibrational forces and the dynamic loading imposed by such forces on the respective lighting column; (c) a wireless transmitter configured to transmit real time data collected and recorded by each said micro controller to a remote server for anlaysis, and (d) a global positioning component,
A system for treating a patient comprising: a stimulator for stimulating brain tissue; a controller for setting stimulation parameters comprising at least one test stimulation parameter of the stimulator and at least one treatment stimulation parameter of the stimulator; and a diagnostic tool for measuring at least one patient parameter and producing diagnostic data representing the at least one measured patient parameter; wherein the controller is configured to analyze the diagnostic data and compare the diagnostic data to a threshold characteristic of an adverse event; wherein the stimulator is constructed and arranged to deliver test stimulation energy to the brain tissue based on the at least one test stimulation parameter and to deliver treatment stimulation energy to the brain tissue based on the at least one treatment stimulation parameter; wherein the at least one treatment stimulation parameter is determined based on the diagnostic data; wherein the controller is configured to set the at least one treatment stimulation parameter based on a safety margin based on the comparison of the diagnostic data to the threshold characteristic; and wherein the system is constructed and arranged to treat at least one of a neurological disease or a neurological disorder. a stimulator for stimulating brain tissue; a controller for setting stimulation parameters comprising at least one test stimulation parameter of the stimulator and at least one treatment stimulation parameter of the stimulator; and a diagnostic tool for measuring at least one patient parameter and producing diagnostic data representing the at least one measured patient parameter; wherein the controller is configured to analyze the diagnostic data and compare the diagnostic data to a threshold characteristic of an adverse event; wherein the stimulator is constructed and arranged to deliver test stimulation energy to the brain tissue based on the at least one test stimulation parameter and to deliver treatment stimulation energy to the brain tissue based on the at least one treatment stimulation parameter; wherein the at least one treatment stimulation parameter is determined based on the diagnostic data; wherein the controller is configured to set the at least one treatment stimulation parameter based on a safety margin based on the comparison of the diagnostic data to the threshold characteristic; and wherein the system is constructed and arranged to treat at least one of a neurological disease or a neurological disorder.
A connector comprising: a terminal-equipped electric wire having a terminal connected to an end portion of an electric wire ; housing configured to accommodate the terminal and to hold the terminal-equipped electric wire; and a heat transfer member having elasticity, wherein the housing includes a first housing having a terminal accommodating portion configured to accommodate the terminal, and a second housing configured to hold the terminal-equipped electric wire, wherein the second housing includes a resin holder configured to be externally mounted on an electric wire connection portion of the terminal configured to be connected to the electric wire and the end portion of the electric wire, and a metal holder configured to be externally mounted on the resin holder , the heat transfer member is disposed in a compressed and deformed state between an outer circumferential surface of at least one of the electric wire connection portion of the terminal and the end portion of the electric wire and an inner circumferential surface of the second housing , the heat transfer member contacting in a pressed manner the outer circumferential surface of the at least one of the electric wire connection portion and the end portion of the electric wire and the inner circumferential surface of the second housing , characterized in that the heat transfer member is in close contact with the electric wire connection portion of the terminal and the end portion of the electric wire , so that conductor core wires of the electric wire are not exposed. a terminal-equipped electric wire having a terminal connected to an end portion of an electric wire ; housing configured to accommodate the terminal and to hold the terminal-equipped electric wire; and a heat transfer member having elasticity, wherein the housing includes a first housing having a terminal accommodating portion configured to accommodate the terminal, and a second housing configured to hold the terminal-equipped electric wire, wherein the second housing includes a resin holder configured to be externally mounted on an electric wire connection portion of the terminal configured to be connected to the electric wire and the end portion of the electric wire, and a metal holder configured to be externally mounted on the resin holder , the heat transfer member is disposed in a compressed and deformed state between an outer circumferential surface of at least one of the electric wire connection portion of the terminal and the end portion of the electric wire and an inner circumferential surface of the second housing , the heat transfer member contacting in a pressed manner the outer circumferential surface of the at least one of the electric wire connection portion and the end portion of the electric wire and the inner circumferential surface of the second housing , characterized in that the heat transfer member is in close contact with the electric wire connection portion of the terminal and the end portion of the electric wire , so that conductor core wires of the electric wire are not exposed.
A method for measuring the level of the Androgen receptor protein (AR) in a biological sample of formalin-fixed solid tissue, comprising: detecting and quantifying the amount of an AR fragment peptide in a protein digest prepared from said biological sample using mass spectrometry; and calculating the level of AR protein in said sample; wherein said AR fragment is the peptide of SEQ ID NO:2; and wherein said level is a relative level or an absolute level. detecting and quantifying the amount of an AR fragment peptide in a protein digest prepared from said biological sample using mass spectrometry; and calculating the level of AR protein in said sample;
A track roller unit for an agricultural working machine , comprising - two main wheels disposed one behind the other in the longitudinal direction of the track roller unit as well as opposite one another, - at least one endless belt spanning the main wheels , as well as - at least one cooling system , wherein at least one component of the track roller unit can be cooled by means of the cooling system , characterized in that the cooling system is associated with the endless belt , wherein the cooling system comprises at least one nozzle by means of which a liquid cooling fluid can be applied to an inside of the endless belt facing the main wheels . - two main wheels disposed one behind the other in the longitudinal direction of the track roller unit as well as opposite one another, - at least one endless belt spanning the main wheels , as well as - at least one cooling system , wherein at least one component of the track roller unit can be cooled by means of the cooling system , characterized in that the cooling system is associated with the endless belt , wherein the cooling system comprises at least one nozzle by means of which a liquid cooling fluid can be applied to an inside of the endless belt facing the main wheels .
A guidance system for inserting a medical component into a body of a patient in connection with imaging technology, the system comprising: an imaging device including a probe , the imaging device producing an image of an internal body portion target; at least one sensor included with the probe that senses a detectable characteristic related to the medical component ; a processor that uses data relating to the detectable characteristic sensed by the at least one sensor to determine a position of the medical component in at least two spatial dimensions; and a display that depicts the position of the medical component with respect to the target together with the image of the target, wherein the imaging device is an ultrasound imaging device, the probe includes an ultrasound probe , the at least one sensor includes a plurality of magnetic sensors integrated into the ultrasound probe, the medical component includes a needle , the detectable characteristic is a magnetic field of a magnetic element associated with the needle, and wherein the magnetic field is capable of being sensed by the magnetic sensors , and the guidance system is configured to determine a length of the needle via measurement of a field strength of the magnetic element of the needle. an imaging device including a probe , the imaging device producing an image of an internal body portion target; at least one sensor included with the probe that senses a detectable characteristic related to the medical component ; a processor that uses data relating to the detectable characteristic sensed by the at least one sensor to determine a position of the medical component in at least two spatial dimensions; and a display that depicts the position of the medical component with respect to the target together with the image of the target, wherein the imaging device is an ultrasound imaging device, the probe includes an ultrasound probe , the at least one sensor includes a plurality of magnetic sensors integrated into the ultrasound probe, the medical component includes a needle , the detectable characteristic is a magnetic field of a magnetic element associated with the needle, and wherein the magnetic field is capable of being sensed by the magnetic sensors , and the guidance system is configured to determine a length of the needle via measurement of a field strength of the magnetic element of the needle.
A packaging machine for forming a box by folding a blank around a periphery of a plurality of smoking articles and bonding with glue, comprising a conveyance path for thereafter conveying the box successively to a film packaging section for packaging the box by film sheet as a subsequent processing stage, wherein the box includes a longitudinal axis and a pair of side walls having inner and outer side wall parts (34a; 34b) which extend along the longitudinal axis and are bonded to each other by the glue, and assumes a posture in which the pair of the side walls extend in a direction traversing the conveyance path in the conveyance path ; the conveyance path has a pair of conveyance walls for holding therebetween the box by the pair of side walls , and includes a conveyor for conveying the box while holding the same between the conveyance walls ; the pair of conveyance walls respectively include pressing wall surfaces for substantially pressing a glue application region (48; 50) of the side walls ; and at least one of the pressing wall surfaces includes means (56; 58; 60) for reducing a total effective length of the pressing wall surface along the longitudinal axis to be less than an overall length of the side wall of the box ; wherein the box assumes a cuboid shape, and further includes a front wall , a rear wall , a top wall , and a bottom wall , and the means (56; 58; 60) is formed in a portion of the pressing wall surface facing at least one end part of the side wall of the box .
A method for manufacturing a flexible substrate of an organic light-emitting diode, OLED, display panel, comprising following steps: a step S10 of providing a glass substrate; a step S20 of forming a first polyimide layer on a surface of the glass substrate; a step S30 of forming a buffer layer on a surface of the first polyimide layer ; wherein the step S30 comprises: a step S301 of forming a silicon oxide layer on a surface of the first polyimide layer ; and a step S302 of using ion implantation to implant a plurality of titanium ions into the silicon oxide layer for forming a mixed layer of titanium dioxide and silicon oxide; and a step S40 of forming a polysilicon layer on a surface of the buffer layer . a step S10 of providing a glass substrate; a step S20 of forming a first polyimide layer on a surface of the glass substrate; a step S30 of forming a buffer layer on a surface of the first polyimide layer ; wherein the step S30 comprises: a step S301 of forming a silicon oxide layer on a surface of the first polyimide layer ; and a step S302 of using ion implantation to implant a plurality of titanium ions into the silicon oxide layer for forming a mixed layer of titanium dioxide and silicon oxide; and a step S301 of forming a silicon oxide layer on a surface of the first polyimide layer ; and a step S302 of using ion implantation to implant a plurality of titanium ions into the silicon oxide layer for forming a mixed layer of titanium dioxide and silicon oxide; and a step S40 of forming a polysilicon layer on a surface of the buffer layer .
A method for controlling an operation of a mobile robot based on floor environment sensing in a mobile robot operation control apparatus , comprising: a measured current value acquiring step of acquiring a current value or a voltage value measured from a motor which is equipped in a mobile robot to operate; a statistical feature value calculating step of calculating at least one statistical feature value based on the current value or the voltage value; a floor environment sensing step of sensing a final floor environment mode by comparing at least one statistical feature value and a predetermined determination reference value; and an operation control step of controlling an operation of the mobile robot based on a sensing result of the final floor environment mode, characterized in that , in the statistical feature value calculating step, an additional load applied to the main brush due to an additional factor independent from the floor environment is predicted by comparing a current statistical feature value according to a current operation routine of the mobile robot and a past statistical feature value according to a past operation routine and a statistical feature value is calculated by excluding an error according to the predicted additional load from the acquired current value or voltage value. a measured current value acquiring step of acquiring a current value or a voltage value measured from a motor which is equipped in a mobile robot to operate; a statistical feature value calculating step of calculating at least one statistical feature value based on the current value or the voltage value; a floor environment sensing step of sensing a final floor environment mode by comparing at least one statistical feature value and a predetermined determination reference value; and an operation control step of controlling an operation of the mobile robot based on a sensing result of the final floor environment mode, characterized in that , in the statistical feature value calculating step, an additional load applied to the main brush due to an additional factor independent from the floor environment is predicted by comparing a current statistical feature value according to a current operation routine of the mobile robot and a past statistical feature value according to a past operation routine and a statistical feature value is calculated by excluding an error according to the predicted additional load from the acquired current value or voltage value.
An apparatus , comprising: means for obtaining, from at least one detector of a wearable device, a first detection of at least one bio-signal from at least one user, wherein the apparatus is different from the wearable device; means for controlling a user output device of the apparatus to initiate a user alert, after obtaining the first detection of the at least one bio-signal; means for obtaining, from the at least one detector of the wearable device, a second detection of the at least one bio-signal from the at least one user, wherein the second detection is performed after initiating the user alert; and means for processing the first detection of the at least one bio-signal and the second detection of the at least one bio-signal to determine whether one or more changes in the at least one bio-signal pass a significance test. means for obtaining, from at least one detector of a wearable device, a first detection of at least one bio-signal from at least one user, wherein the apparatus is different from the wearable device; means for controlling a user output device of the apparatus to initiate a user alert, after obtaining the first detection of the at least one bio-signal; means for obtaining, from the at least one detector of the wearable device, a second detection of the at least one bio-signal from the at least one user, wherein the second detection is performed after initiating the user alert; and means for processing the first detection of the at least one bio-signal and the second detection of the at least one bio-signal to determine whether one or more changes in the at least one bio-signal pass a significance test.