mhurhangee/ep-ind-claims huggingface dataset:
A bucket with a blade-shaped lower front edge, the bucket comprising: a first straight portion horizontally extending from the lower front edge toward an innermost of the bucket; a curve continuous with a rear edge of the first straight portion at a lower edge of the curve, the curve having a predetermined bucket radius; a second straight portion continuous with an upper edge of the curve, the second straight portion being inclined upward toward a bucket opening; a third straight portion bent at a bent portion toward the bucket opening relative to a front edge of the second straight portion, the third straight portion further extending toward the bucket opening; and a connecting portion (57, 58) provided behind the curve, characterized by a reinforcing member provided on an exterior surface of the third straight portion to reinforce the exterior surface. a first straight portion horizontally extending from the lower front edge toward an innermost of the bucket; a curve continuous with a rear edge of the first straight portion at a lower edge of the curve, the curve having a predetermined bucket radius; a second straight portion continuous with an upper edge of the curve, the second straight portion being inclined upward toward a bucket opening; a third straight portion bent at a bent portion toward the bucket opening relative to a front edge of the second straight portion, the third straight portion further extending toward the bucket opening; and a connecting portion (57, 58) provided behind the curve, characterized by a reinforcing member provided on an exterior surface of the third straight portion to reinforce the exterior surface.
Lighting device for a motor vehicle with - a light source, - a control device for controlling the light source and - a surface modulation device, by means of which the light from the light source can be modulated pixel-by-pixel, characterised in that - the control device is configured to control the light source such that several raw light distributions (13 to 16) can be generated, wherein each raw light distribution is the particular local light distribution which is achieved solely by the light source and is produced from a current with a respective current strength which flows into the light source, - the lighting device has a computer device which is configured to determine the particular raw light distribution of the several raw light distributions (13 to 16), which possesses a lowest light intensity curve, which is however overall as least so high as a predefined light distribution and - the surface modulation device is configured to reduce all areas of the specific raw light distribution in which the respective light intensity values are above the predefined light distribution in their light intensity so that the predefined light distribution is achieved. - a light source, - a control device for controlling the light source and - a surface modulation device, by means of which the light from the light source can be modulated pixel-by-pixel, - the control device is configured to control the light source such that several raw light distributions (13 to 16) can be generated, wherein each raw light distribution is the particular local light distribution which is achieved solely by the light source and is produced from a current with a respective current strength which flows into the light source, - the lighting device has a computer device which is configured to determine the particular raw light distribution of the several raw light distributions (13 to 16), which possesses a lowest light intensity curve, which is however overall as least so high as a predefined light distribution and - the surface modulation device is configured to reduce all areas of the specific raw light distribution in which the respective light intensity values are above the predefined light distribution in their light intensity so that the predefined light distribution is achieved.
Method for making a decision about the collection of a waste container by a vehicle, the vehicle following a fixed collection route, the method comprising: - passing near a waste container equipped with a fill level detection device for measuring the fill level of the waste container; - receiving information from the device, which includes a fill level (20a, 20b, 20c, 20d) of the waste container; characterized in that the method comprises: - taking note of information relating to predictions about the passing of a vehicle and/or fill level predictions for the waste container during an upcoming passing of a vehicle, - deciding whether to collect the waste container based on the information received from the device and the information relating to the predictions about the passing of a vehicle and/or fill level predictions for the waste container during an upcoming passing of a vehicle. - passing near a waste container equipped with a fill level detection device for measuring the fill level of the waste container; - receiving information from the device, which includes a fill level (20a, 20b, 20c, 20d) of the waste container; - taking note of information relating to predictions about the passing of a vehicle and/or fill level predictions for the waste container during an upcoming passing of a vehicle, - deciding whether to collect the waste container based on the information received from the device and the information relating to the predictions about the passing of a vehicle and/or fill level predictions for the waste container during an upcoming passing of a vehicle.
A method for producing perfumed particles, powder or granules comprising the steps of: I) providing particles, powder or granules, which comprises washing and cleaning, respectively detergent ingredients; II) obtaining or preparing a dispersion; III) spraying the dispersion of step II) onto the detergent composition of step a), wherein the temperature during the spraying is from 15°C to 120°C, wherein said dispersion comprises A) 0.1 wt.% to 80 wt.% encapsulated fragrances; B) 0.001 wt.% to 10 wt.% viscosity modifiers, C) 0.001 wt.% to 80 wt.% non-encapsulated fragrances, D) 0.001 wt.% to 99 wt.% additives, and E) 30 wt.% to 99 wt.% water; all weight percent of the compounds A) to E) are referred to the total amount of the dispersion and with the proviso that the components add to 100 wt.%, and wherein the particle size of the encapsulated fragrances have a d v value from 5 μm to 60 μm and a d v value from 140 μm to 180 μm and wherein the viscosity of the dispersion is adjusted to 5 mPas to 400 mPas, determined by using a cone - plate system with 60 mm cone diameter and 2 degree cone angle at a shear stress of 6.4 Pa at a temperature of 23°C and measured before the dispersion is sprayed onto the particles, powder or granules of step I). I) providing particles, powder or granules, which comprises washing and cleaning, respectively detergent ingredients; II) obtaining or preparing a dispersion; III) spraying the dispersion of step II) onto the detergent composition of step a), wherein the temperature during the spraying is from 15°C to 120°C, A) 0.1 wt.% to 80 wt.% encapsulated fragrances; B) 0.001 wt.% to 10 wt.% viscosity modifiers, C) 0.001 wt.% to 80 wt.% non-encapsulated fragrances, D) 0.001 wt.% to 99 wt.% additives, and E) 30 wt.% to 99 wt.% water;
Non-linear optical microscope, comprising: - an excitation laser beam source for exciting a sample to be tested, of the Bessel type, - a detector for detecting the coherent signals emitted in transmission by the sample to be tested, in response to the excitation by the excitation laser beam, characterized by - a filter arranged between the sample to be tested and the detector, in order to prevent the detector from detecting the signals emitted in transmission by the sample to be tested, extending in the vicinity of the optical axis of the microscope. - an excitation laser beam source for exciting a sample to be tested, of the Bessel type, - a detector for detecting the coherent signals emitted in transmission by the sample to be tested, in response to the excitation by the excitation laser beam, characterized by - a filter arranged between the sample to be tested and the detector, in order to prevent the detector from detecting the signals emitted in transmission by the sample to be tested, extending in the vicinity of the optical axis of the microscope.
A method for distributing virtual user identification data, wherein a distribution device stores virtual user identification data, the distribution device is connected to a terminal device by using a near field communication protocol, and the method comprises: receiving, by the distribution device, based on the near field communication protocol, a virtual user identification data acquiring request sent by the terminal device, wherein the virtual user identification data acquiring request carries service selection information of virtual user identification data that needs to be acquired (step 101, step 201, step 301); determining, according to the service selection information, subscription relationship data of virtual user identification data matching the service selection information (step 102, step 202, step 302); and sending, by the distribution device, the subscription relationship data to the terminal device based on the near field communication protocol (step 103, step 203, step 303), wherein the storing, by the distribution device, virtual user identification data specifically comprises: storing, by the distribution device, a correspondence between a classification identifier and the service selection information; and the determining, according to the service selection information, subscription relationship data of virtual user identification data matching the service selection information specifically comprises: searching, by the distribution device, according to the correspondence between the classification identifier and the service selection information, for a classification identifier corresponding to the service selection information. receiving, by the distribution device, based on the near field communication protocol, a virtual user identification data acquiring request sent by the terminal device, wherein the virtual user identification data acquiring request carries service selection information of virtual user identification data that needs to be acquired (step 101, step 201, step 301); determining, according to the service selection information, subscription relationship data of virtual user identification data matching the service selection information (step 102, step 202, step 302); and sending, by the distribution device, the subscription relationship data to the terminal device based on the near field communication protocol (step 103, step 203, step 303), wherein the storing, by the distribution device, virtual user identification data specifically comprises: storing, by the distribution device, a correspondence between a classification identifier and the service selection information; and the determining, according to the service selection information, subscription relationship data of virtual user identification data matching the service selection information specifically comprises: searching, by the distribution device, according to the correspondence between the classification identifier and the service selection information, for a classification identifier corresponding to the service selection information.
A needle-peening method of peening a weld toe of a welded joint for welding and joining two pieces of sheet metal (13, 15, 23, 25) by using a peening pin, wherein a radius of curvature of a cross section perpendicular to a welding direction at a distal end part of the peening pin is equal to or larger than 0.05 mm and smaller than 1.00 mm, and the method includes: vibrating one or a plurality of the peening pins in a center axis direction; rotating the one peening pin about a single rotation axis parallel to the center axis while the center axis of the one peening pin is offset from the rotation axis, when using the one peening pin; rotating the plurality of the peening pins about the rotation axis, when using the plurality of the peening pins; and moving the one or the plurality of the peening pins along the welding direction to peen the weld toe a radius of curvature of a cross section perpendicular to a welding direction at a distal end part of the peening pin is equal to or larger than 0.05 mm and smaller than 1.00 mm, and the method includes: vibrating one or a plurality of the peening pins in a center axis direction; rotating the one peening pin about a single rotation axis parallel to the center axis while the center axis of the one peening pin is offset from the rotation axis, when using the one peening pin; rotating the plurality of the peening pins about the rotation axis, when using the plurality of the peening pins; and moving the one or the plurality of the peening pins along the welding direction to peen the weld toe vibrating one or a plurality of the peening pins in a center axis direction; rotating the one peening pin about a single rotation axis parallel to the center axis while the center axis of the one peening pin is offset from the rotation axis, when using the one peening pin; rotating the plurality of the peening pins about the rotation axis, when using the plurality of the peening pins; and moving the one or the plurality of the peening pins along the welding direction to peen the weld toe
A surgical fastener comprising: a head including a through hole; and a distally extending coil body rotationally fixed to the head, characterised in that the coil body forms an internal thread of the through hole. a head including a through hole; and a distally extending coil body rotationally fixed to the head,
A coffee machine having at least one infusion unit and at least one filter holder that is manually connected to and disconnected from said infusion unit for preparation of coffee, characterized in that it comprises at least one added support element of said filter holder for keeping it attached to the coffee machine when said filter holder is not connected to said infusion unit, said added support element comprising heating means (5, 6; 7) for heating said filter holder to a predetermined temperature, wherein said support element comprises engaging means for engaging said filter holder.
A biopolymer crystallization substrate comprising: a noble metal vapor-deposited film having an absorption in a 500 to 1,000 nm wavelength range and formed in all or part of one surface of the substrate, wherein the noble metal vapor-deposited film has an average thickness of 5 to 50 nm, and wherein the noble metal vapor-deposited film is a continuous film with pits formed by vapor deposition in part of the film and surrounded by the continuous film, and the size of the pits, determined as a circle equivalent diameter of the aperture portion, is 200 nm to 5 μm, at least some of the pits have a depth that is more than a half of the average thickness of the noble metal vapor-deposited film, and the noble metal is gold, silver, platinum, and/or an alloy of these, wherein atomic force microscopy is used to check the structure of the noble metal vapor-deposited film. a noble metal vapor-deposited film having an absorption in a 500 to 1,000 nm wavelength range and formed in all or part of one surface of the substrate, wherein the noble metal vapor-deposited film has an average thickness of 5 to 50 nm, and wherein the noble metal vapor-deposited film is a continuous film with pits formed by vapor deposition in part of the film and surrounded by the continuous film, and the size of the pits, determined as a circle equivalent diameter of the aperture portion, is 200 nm to 5 μm, at least some of the pits have a depth that is more than a half of the average thickness of the noble metal vapor-deposited film, and the noble metal is gold, silver, platinum, and/or an alloy of these, wherein atomic force microscopy is used to check the structure of the noble metal vapor-deposited film.
A hearing aid device having a housing configured to be inserted completely into an ear canal of a wearer, wherein the housing comprises a pull-out string configured to allow the wearer to extract the housing from the ear canal, wherein an antenna is attached to the pull-out string or integrated in the pull-out string, and wherein at least one spacer is arranged at the pull-out string, the spacer comprising a contact portion (22, 22') adapted for being brought into contact with the wall of the ear canal of the wearer and, during use, the spacer hereby adapted to maintain the antenna at a distance from the wall of the ear canal, characterized in that the spacer (10, 10') further comprises a first portion attached to a first attachment member rotatably attached to the pull-out string and a second portion attached to a second attachment member rotatably attached to the pull-out string, wherein the first portion is rotatably attached to the second portion, wherein the contact portion is radially displaced when a distance between the first attachment member and the second attachment member is changed.
A method of communicating user equipment capability to a base station in a wireless communications network, said method characterised by: receiving: an indication of a first scrambling code associated with a first function of said user equipment; an indication of at least one first preamble signature associated with a second function of said user equipment; an indication of a second scrambling code associated with the second function of said user equipment; and an indication of at least one second preamble signature associated with a preferred operational parameter of the second function of said user equipment; determining whether said user equipment has said first function capability, and if so selecting said first scrambling code to request resource from said base station; assessing whether said user equipment has said second function capability, and if so, selecting said at least one first preamble signature to request resource from said base station; if it is determined that said user equipment does not have first function capability and assessed that said user equipment does have said second function capability, selecting said second scrambling code to request resource from said base station; and determining whether said user equipment is operable to support operation according to said preferred operational parameter, and, where an alternative operation is also supported, determining whether the operation is currently the preferred operation, and if so, selecting said at least one second preamble signature to request resource from said base station. receiving: an indication of a first scrambling code associated with a first function of said user equipment; an indication of at least one first preamble signature associated with a second function of said user equipment; an indication of a second scrambling code associated with the second function of said user equipment; and an indication of at least one second preamble signature associated with a preferred operational parameter of the second function of said user equipment; determining whether said user equipment has said first function capability, and if so selecting said first scrambling code to request resource from said base station; assessing whether said user equipment has said second function capability, and if so, selecting said at least one first preamble signature to request resource from said base station; if it is determined that said user equipment does not have first function capability and assessed that said user equipment does have said second function capability, selecting said second scrambling code to request resource from said base station; and determining whether said user equipment is operable to support operation according to said preferred operational parameter, and, where an alternative operation is also supported, determining whether the operation is currently the preferred operation, and if so, selecting said at least one second preamble signature to request resource from said base station.
A catheter used for performing photodynamic ablation of cardiac muscle tissue via photochemical reactions in the blood vessel or cardiac lumen, the catheter comprising: a light-emitting window for irradiating the target site of cardiac muscle tissue with a light beam transmitted through an optical fiber and at least two electrodes for potential measurement located in the periphery of the light-emitting window so as to sandwich the same, so that potential at sites on both sides of cardiac muscle tissue that has been subjected to ablation with the light beam emitted from the light-emitting window and potential differences between such sites can be measured, wherein a cylindrical light-emitting window with a spherical end is provided at a catheter end, the light beam transmitted through an optical fiber is emitted from the light-emitting window coaxially with a longitudinal axis of the catheter, and wherein at least two planar electrodes for potential measurement are provided in the periphery of the light-emitting window. a light-emitting window for irradiating the target site of cardiac muscle tissue with a light beam transmitted through an optical fiber and at least two electrodes for potential measurement located in the periphery of the light-emitting window so as to sandwich the same, so that potential at sites on both sides of cardiac muscle tissue that has been subjected to ablation with the light beam emitted from the light-emitting window and potential differences between such sites can be measured, wherein a cylindrical light-emitting window with a spherical end is provided at a catheter end, the light beam transmitted through an optical fiber is emitted from the light-emitting window coaxially with a longitudinal axis of the catheter, and wherein at least two planar electrodes for potential measurement are provided in the periphery of the light-emitting window.
A method for operating a traffic splitter provided for a data packet flow flowing through a data plane in a mobile communications network, the method comprising: - receiving the data packet flow, - determining whether the data packet flow should be transmitted through an Evolved Packet Core, EPC, processing path comprising one or more gateways or through a Software Defined Network, SDN, processing path comprising or being implemented in a virtual software switch based on a traffic type of the data packet flow, - transmitting the data packet flow either through the EPC processing path or the SDN processing path based on the determination. - receiving the data packet flow, - determining whether the data packet flow should be transmitted through an Evolved Packet Core, EPC, processing path comprising one or more gateways or through a Software Defined Network, SDN, processing path comprising or being implemented in a virtual software switch based on a traffic type of the data packet flow, - transmitting the data packet flow either through the EPC processing path or the SDN processing path based on the determination.