mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: supplying a gas to a mixing zone; supplying a cryogen to the mixing zone; discharging a coolant gas from the mixing zone into a vessel, the coolant gas comprising the gas and the cryogen; measuring a first temperature using a sensor; and maintaining the first temperature within a first predetermined range of a set-point temperature by adjusting a proportional valve, which regulates a flow rate at which the cryogen is supplied to the mixing zone. supplying a gas to a mixing zone; supplying a cryogen to the mixing zone; discharging a coolant gas from the mixing zone into a vessel, the coolant gas comprising the gas and the cryogen; measuring a first temperature using a sensor; and maintaining the first temperature within a first predetermined range of a set-point temperature by adjusting a proportional valve, which regulates a flow rate at which the cryogen is supplied to the mixing zone.
A method for communication between a meter device and a communication network in accordance with a radio protocol for communicating data between a meter device and a communication network, said meter device being provided with a meter device identification for identifying said meter device, wherein said radio protocol comprises: - a reduced part of said meter device identification and - a data field, wherein said method of communication comprises the steps of: - transmitting a data telegram according to said protocol from said meter device, - receiving said data telegram by said communication network, and - identifying said meter device wherein said step of identifying said meter device is performed on the basis of a set of identification elements, said set of identification elements comprising at least: - said reduced part of said meter device identification, and - at least one information element obtained from a data source external to said meter device. - a reduced part of said meter device identification and - a data field, - transmitting a data telegram according to said protocol from said meter device, - receiving said data telegram by said communication network, and - identifying said meter device - said reduced part of said meter device identification, and - at least one information element obtained from a data source external to said meter device.
Use of an agent, which is applied to the scalp as is and left on the scalp without washing away, for reducing the frizziness of the hair which has grown after the application of the agent, wherein the agent comprises a lower alcohol in an amount of 5 mass% to 80 mass%, water, and a hair growing/nourishing component; and has a viscosity of from 1 to 90,000 mPa*s, measured by a Brookfield viscometer at 23°C; wherein the lower alcohol is at least one selected from ethanol, 1- propanol, 2-propanol, n-butanol, 2-phenoxyethanol, benzyl alcohol, 2- phenylethanol, 2-benzyloxyethanol, triethylene glycol, 1,3-butylene glycol, propylene glycol, hexylene glycol, and diethylene glycol; and wherein the hair growing/nourishing component is at least one selected from blood circulation enhancers, follicle activators, anti-androgen agents, and potassium ion channel openers.
Process for treating an affinity chromatography matrix which is a protein A matrix with at least one non-ionic or ionic detergent, including a zwitterionic detergent, in order to reduce the ligand leakage, characterised in that the contact time is at least 16 hours, the process temperature is between 15 and 25°C, and the affinity chromatography matrix is additionally treated with a chaotropic substance.
An optical active (10, 52) fiber comprising: - a plurality of core stretches (62, 64), the core stretches (62, 64) having respective asymmetrical and symmetrically shapes which alternate each other, - wherein each stretch of an asymmetrically-shaped core has at least one long axis and a short axis smaller than the long axis and extending transversely thereto, - wherein each stretch of symmetrically-shaped core has a circular core profile, - and an outmost cladding surrounding the core and having a marking which indicates the orientation of the short axis. - a plurality of core stretches (62, 64), the core stretches (62, 64) having respective asymmetrical and symmetrically shapes which alternate each other, - wherein each stretch of an asymmetrically-shaped core has at least one long axis and a short axis smaller than the long axis and extending transversely thereto, - wherein each stretch of symmetrically-shaped core has a circular core profile, - and an outmost cladding surrounding the core and having a marking which indicates the orientation of the short axis.
A method for preventing co-channel operation with a radar system, the method comprising: setting a state of a first communication channel to active; connecting to a first wireless access point on the first communication channel; passively scanning at least a second communication channel for communication from a second wireless access point; setting a state of the second channel to active if frames are received on the second channel; determining whether an elapsed time since frames were received on at least one of the first channel and the second channel has exceed a predefined value; and in response to the predefined value being exceeded for at least one of the first channel and the second channel, setting the state of a corresponding one of the first channel and the second channel to passive. setting a state of a first communication channel to active; connecting to a first wireless access point on the first communication channel; passively scanning at least a second communication channel for communication from a second wireless access point; setting a state of the second channel to active if frames are received on the second channel; determining whether an elapsed time since frames were received on at least one of the first channel and the second channel has exceed a predefined value; and in response to the predefined value being exceeded for at least one of the first channel and the second channel, setting the state of a corresponding one of the first channel and the second channel to passive.
Device for applying pressure to a workpiece, comprising a contacting element for a workpiece, a holding device and a bearing device by means of which the contacting element is mounted on the holding device, wherein the bearing device comprises a holding head and a holding head seating space, wherein the holding head seating space has a bearing portion for the holding head, which can come into mechanical contact with the holding head, wherein the bearing device comprises a bearing shell which is a part separate from the holding head and the holding head seating space, and wherein the bearing shell is fixed on the holding head seating space and forms the bearing portion, characterized in that the bearing portion is manufactured as a sintered bearing portion from a porous material, and in that pores are impregnated with lubricant.
A battery cell, comprising: a housing, integrally formed and comprising two first side walls arranged opposite each other in a first direction and two second side walls arranged opposite each other in a second direction, wherein the two first side walls and the two second side walls enclose an accommodating cavity, the housing has at least one opening in a third direction, and the first direction, the second direction, and the third direction are perpendicular to each other; an electrode assembly, accommodated in the accommodating cavity and comprising a body portion and a tab protruding out of the body portion; and a pole, wherein the pole is disposed on the first side wall and electrically connected to the tab, characterized in that: the tab protrudes from the body portion to one side of the opening, and the battery cell further comprises an adapting component, wherein the adapting component comprises a first adapting piece and a second adapting piece that are disposed separately, the first adapting piece is configured to be connected to the pole, the second adapting piece is configured to be connected to the tab, the first adapting piece substantially extends along the third direction, the second adapting piece substantially extends along the first direction, and the first adapting piece is connected to the second adapting piece through a conductive structure. a housing, integrally formed and comprising two first side walls arranged opposite each other in a first direction and two second side walls arranged opposite each other in a second direction, wherein the two first side walls and the two second side walls enclose an accommodating cavity, the housing has at least one opening in a third direction, and the first direction, the second direction, and the third direction are perpendicular to each other; an electrode assembly, accommodated in the accommodating cavity and comprising a body portion and a tab protruding out of the body portion; and a pole, wherein the pole is disposed on the first side wall and electrically connected to the tab, characterized in that: the tab protrudes from the body portion to one side of the opening, and the battery cell further comprises an adapting component, wherein the adapting component comprises a first adapting piece and a second adapting piece that are disposed separately, the first adapting piece is configured to be connected to the pole, the second adapting piece is configured to be connected to the tab, the first adapting piece substantially extends along the third direction, the second adapting piece substantially extends along the first direction, and the first adapting piece is connected to the second adapting piece through a conductive structure.
A method for additively manufacturing a three-dimensional component from multiple component layers (L i, L k) by repeated incremental addition, in particular in layers, of a component starting material, in particular a metallic component starting material, in the form of a powder, wire or strip, and, in particular incremental, shaping consolidation of the component starting material by respectively selective melting and/or sintering by means of an amount of heat introduced by at least one energy source, in particular locally, according to a scanning strategy, wherein the method comprises dividing each component layer (L i, L k) into segments (S 1, S 2, S 3,..., S 12), characterized in that the layout of the scanning vectors within a segment and the time sequence of the scanning vectors within a segment in the creation of respective segmented component layers (L i, L k) takes place on the basis of a determined local heat dissipating capability, in particular determined in a simulation-based manner, or on the basis of a function of the same in a respective component layer, wherein in each of the segments the direction of the gradient (G1, G2, G m, G m1, G m2, G m3) of the local heat dissipating capability, preferably at the centre point (P m, P m1, P m2, P m3 and P s1, P s2,..., P s6) of the respective segment, is used as a reference direction of the gradient of the local heat dissipating capability, and wherein the direction of the scan vectors in a respective segment is laid out essentially transverse to the reference direction of the gradient of the local heat dissipating capability, and wherein the sequence of the scanning of the individual scanning vectors within a segment is chosen on the basis of the reference direction of the gradient of the local heat dissipating capability, wherein the offset between two successive scanning vectors within a segment takes place in a reference direction of the gradient of the local heat dissipating capability.
Independent rear wheel suspension system of a motor vehicle (8, 9) having a wheel guide device, having a wheel hub carrier with a wheel hub and a wheel axle, and having a driving-dynamics wheel control angle adjustment means, in which the wheel hub carrier is mounted on the motor vehicle side by means of the wheel guide device, the wheel guide device having merely a single wheel control arm with a front inner wheel control arm bearing, with a front outer wheel control arm bearing, with a rear inner wheel control arm bearing and with a rear outer wheel control arm bearing and a single transverse link with an inner transverse link bearing and with an outer transverse link bearing, and the driving-dynamics wheel control angle adjustment means being configured by the single wheel control arm and the single transverse link, the single transverse link forming an angle with the wheel axle in plan view, characterized in that, in plan view, the outer transverse link bearing lies in front of the inner transverse link bearing in relation to the driving direction, in that, in plan view, the outer transverse link bearing lies behind the wheel hub in relation to the driving direction, and in that the outer transverse link bearing is arranged in front of the rear outer wheel control arm bearing as viewed in the driving direction, the rear outer wheel control arm bearing being arranged behind the wheel hub of the wheel hub carrier.
Loading flatbed for transporting vehicles in a line, comprising at least one perimeter chassis composed of at least two side longitudinal members (3a, 3b), said side longitudinal members (3a, 3b) being separated by interposing at least one first loading platform and at least one second loading platform, said first loading platform and said second loading platform being adapted to be lifted, lowered and inclined one with respect to the other through related actuating means, said loading flatbed further comprising at least one third loading platform arranged before said first loading platform and at least one fourth loading platform arranged behind said second loading platform, characterized in that said actuating means are adapted to take said first platform at least between a rear inclined position, a lowered and planar position and a lowered and front inclined position and vice versa, and to take said second platform at least between a rear inclined position and a front inclined position, and vice versa, wherein relative positions between the first and the second loading platforms (10, 30), and the third and the fourth loading platforms (50, 70), necessary for loading the vehicles on the flatbed are as follows: when it is necessary to load a vehicle onto the third platform, both the first platform and the second platform are in the rear inclined position and mutually co-planar; when at least one vehicle has been driven onto the third platform and has to be loaded onto the first platform, the first platform is in its lowered and planar position, while the second platform is in its front inclined position, the lowered position of the first platform allowing to place at least one front part of the vehicle loaded onto such platform below a possible rear part projecting from the previously loaded vehicle onto the third platform; when at least one vehicle has been driven onto the first platform, if a vehicle has to be loaded onto the second platform, the first platform 10 is in its lowered and front inclined position, while the platform 30 remains in the front inclined position, the lowered and front inclined position of the first platform allowing to place at least one front part of the vehicle loaded onto the second platform below a possible projecting rear part of the previously loaded vehicle onto the first platform; when at least one vehicle has been driven onto the second platform at least one vehicle is loaded onto the fourth platform without the need of requiring further movements of the first and the second loading platform (10, 30).
A neutral or acidic automatic dishwashing detergent composition comprising inorganic bleach, enzymes, a cleaning agent selected from the group consisting of soil suspending polymers and mixtures of soil suspending polymers with cleaning surfactants, and from 0.01% to 5% by weight of the composition of a perfume, wherein the composition comprises a soil suspending polymer which is an alkoxylated polyalkyleneimine.
An information processing apparatus, comprising: a broadcast content processing unit (504, 505, 506) for receiving and processing a broadcast content; and a controller for acquiring an application that is independent from the broadcast content and an application information table including business operator identification information for specifying a business operator that provides the application, wherein the application information table is associated with an electronic signature and the application is removed as a target judged as unpermitted to be activated if the business operator identification information in the application information table has been set to a value common to a plurality of business operators, and a validation unit for acquiring and validating the electronic signature and for notifying the controller of the validation result, wherein the controller is configured to permit an activation of the application if notified by the validation unit that the validation has succeeded. a broadcast content processing unit (504, 505, 506) for receiving and processing a broadcast content; and a controller for acquiring an application that is independent from the broadcast content and an application information table including business operator identification information for specifying a business operator that provides the application, wherein the application information table is associated with an electronic signature and the application is removed as a target judged as unpermitted to be activated if the business operator identification information in the application information table has been set to a value common to a plurality of business operators, and a validation unit for acquiring and validating the electronic signature and for notifying the controller of the validation result, wherein the controller is configured to permit an activation of the application if notified by the validation unit that the validation has succeeded.
Applicator for a flowable application medium, in particular nail polish, comprising a reservoir accommodating the application medium, said reservoir having, at its front end, a tip portion with centrally arranged passage hole for an application element and, at its rear end, an actuating device for a piston rod, with the application element being arranged at the front end of said piston rod and said rod serving to move the application element out of the tip portion and into an application medium discharge position, retain the application element temporarily in the discharge position and, with the help of a spring element, retract the application element into the tip portion, and a cap for tightly sealing off the tip portion, a sealing element enabling the piston rod to be sealed off along its circumference, characterized in that the piston rod is designed with a flange in a central section.
Device for coupling a suction pipe, the device comprising: - a female piece, and - a male piece arranged to be inserted in the female piece to a coupling position, the female piece comprising at least one female axial stop, the male piece comprising at least one male axial stop arranged to engage and come into abutment with the female axial stop and prevent a movement of withdrawal of the male piece from the coupling position, - resilient means connected to either the female axial stop or the male axial stop in order to make it movable and arranged to allow the engagement and the automatic putting of the male axial stop in abutment with the female axial stop during a movement of insertion of the male piece in the female piece to the coupling position, characterised in that the device further comprises: - at least one rotary ring comprising an angular cam, arranged to be pivoted from a first position in which the resilient means are free, to a second position in which the resilient means are constrained by the angular cam, so that, when the male piece is in the coupling position, the female axial stop and the male axial stop are disengaged from one another, thus allowing a withdrawal of the male piece out of the female piece. - a female piece, and - a male piece arranged to be inserted in the female piece to a coupling position, the female piece comprising at least one female axial stop, the male piece comprising at least one male axial stop arranged to engage and come into abutment with the female axial stop and prevent a movement of withdrawal of the male piece from the coupling position, - resilient means connected to either the female axial stop or the male axial stop in order to make it movable and arranged to allow the engagement and the automatic putting of the male axial stop in abutment with the female axial stop during a movement of insertion of the male piece in the female piece to the coupling position, characterised in that the device further comprises: - at least one rotary ring comprising an angular cam, arranged to be pivoted from a first position in which the resilient means are free, to a second position in which the resilient means are constrained by the angular cam, so that, when the male piece is in the coupling position, the female axial stop and the male axial stop are disengaged from one another, thus allowing a withdrawal of the male piece out of the female piece.
Food processor for preparing a food in a pot, the food processor comprising the pot, a heating element for heating the pot or a food in the pot, and a temperature sensor for determining a temperature of the pot or a food in the pot, wherein the food processor comprises a monitoring device configured such that the monitoring device detects an exceeding of a boiling point of a food in the pot on the basis of a temperature measurement value (T NTC (k)) of the temperature sensor and an electrical value (u(k)) of the energy supply to the heating element by which the heat supply by means of the heating element is taken into account, characterized in that the food processor comprises a control device for controlling the energy supply to the heating element and is configured such that the value (u(k)) of the energy supply to the heating element is a measurement value (u(k)) of the electrical power or current provided to the monitoring device in a defined or constant time interval, wherein the time interval between two measurement values (u(k)) results from a sampling rate or an operating frequency of the control device.
A fuel cell comprising an anode; a cathode; an electrolyte layer containing ceria and provided between the anode and the cathode; and at least two intermediate layers containing zirconia and provided between the electrolyte layer and the anode, the at least two intermediate layers including a first intermediate layer and a second intermediate layer, the first intermediate layer containing ceria, and the second intermediate layer being provided between the first intermediate layer and the anode and having a higher zirconia concentration than the first intermediate layer.