mhurhangee/ep-ind-claims huggingface dataset:
An inhaler system suitable for providing nicotine particles, comprising: an inhaler body extending from a mouthpiece end to a distal end, the inhaler body comprising a mouthpiece portion removably coupled to a distal end portion, the mouthpiece portion extending between the mouthpiece end and a first mating end, the distal end portion extending between a second mating end and the distal end, the mouthpiece portion comprising: a capsule cavity (26,116) defined within the first mating end; a mouthpiece air channel extending from the mouthpiece end to the capsule cavity (26,116); the distal end portion comprising: a resealable membrane sealing the capsule cavity (26,116) at the first mating end; a piercing element (36,37) coupled to the distal end portion, the piercing element (36,37) being configured to move between a relaxed position and a piercing position, the piercing element (36,37) extending through the resealable membrane and into the capsule cavity (26,116) in the piercing position; wherein the resealable membrane is configured to reseal when the piercing element (36,37) moves from the piercing position to the relaxed position where the piercing element (36,37) is spaced apart from the resealable membrane. the mouthpiece portion comprising: a capsule cavity (26,116) defined within the first mating end; a mouthpiece air channel extending from the mouthpiece end to the capsule cavity (26,116); a capsule cavity (26,116) defined within the first mating end; a mouthpiece air channel extending from the mouthpiece end to the capsule cavity (26,116); the distal end portion comprising: a resealable membrane sealing the capsule cavity (26,116) at the first mating end; a piercing element (36,37) coupled to the distal end portion, the piercing element (36,37) being configured to move between a relaxed position and a piercing position, the piercing element (36,37) extending through the resealable membrane and into the capsule cavity (26,116) in the piercing position; a resealable membrane sealing the capsule cavity (26,116) at the first mating end; a piercing element (36,37) coupled to the distal end portion, the piercing element (36,37) being configured to move between a relaxed position and a piercing position, the piercing element (36,37) extending through the resealable membrane and into the capsule cavity (26,116) in the piercing position; wherein the resealable membrane is configured to reseal when the piercing element (36,37) moves from the piercing position to the relaxed position where the piercing element (36,37) is spaced apart from the resealable membrane.
A joint profile for an expansion joint in a surface of a building between two parallel building parts of the building, a. with two anchor units for anchoring the joint profile to the building parts, wherein each of the anchor units comprises a joint socket running in a longitudinal direction of the expansion joint and hollowed out in the shape of a circular arc, and b. with a bridge unit for bridging the expansion joint between the anchor units, said bridge unit comprising two joint heads running in the longitudinal direction and profiled in the shape of a circular arc, wherein the bridge unit with the joint heads rests in the joint sockets in an articulated manner, such that a load acting normal to the surface on the bridge unit is transmitted via the joint heads to the joint sockets and from the anchor units to the building parts, and wherein a form-fit connection prevents a displacement of the joint heads with respect to the respective joint socket normal to the longitudinal direction, characterised in that the form-fit connection is constituted by hook-shaped holding elements on the joint heads, said hook-shaped holding elements running in the longitudinal direction, and hook-shaped undercut grooves in the joint sockets in which the holding elements engage. a. with two anchor units for anchoring the joint profile to the building parts, wherein each of the anchor units comprises a joint socket running in a longitudinal direction of the expansion joint and hollowed out in the shape of a circular arc, and b. with a bridge unit for bridging the expansion joint between the anchor units, said bridge unit comprising two joint heads running in the longitudinal direction and profiled in the shape of a circular arc, wherein the bridge unit with the joint heads rests in the joint sockets in an articulated manner, such that a load acting normal to the surface on the bridge unit is transmitted via the joint heads to the joint sockets and from the anchor units to the building parts, and wherein a form-fit connection prevents a displacement of the joint heads with respect to the respective joint socket normal to the longitudinal direction, characterised in that the form-fit connection is constituted by hook-shaped holding elements on the joint heads, said hook-shaped holding elements running in the longitudinal direction, and hook-shaped undercut grooves in the joint sockets in which the holding elements engage.
Barrier, in particular a safety barrier for machinery, such as robots working under high hygienic requirements, for example in the fresh food industry, where said barrier comprises: - a plurality of posts - a plurality of barrier panels (16,17,18), where each barrier panel (16,17,18) is suspended between two posts - suspension means characterized in that each barrier panel (16,17,18) is made from steel netting, welded to a substantially solid round edge member, where the welded connection between the netting and the edge member is substantially flush, such that the netting appears to be integral with the edge member or where the barrier panels (16,17,18) are made from acryl, and more preferred transparent acryl, and that each post has a U- or V-shaped cross-section and that in the mounted position the barrier has no closed, or semi-closed spaces, and that no horizontal surfaces are present. - a plurality of posts - a plurality of barrier panels (16,17,18), where each barrier panel (16,17,18) is suspended between two posts - suspension means characterized in that each barrier panel (16,17,18) is made from steel netting, welded to a substantially solid round edge member, where the welded connection between the netting and the edge member is substantially flush, such that the netting appears to be integral with the edge member or where the barrier panels (16,17,18) are made from acryl, and more preferred transparent acryl, and that each post has a U- or V-shaped cross-section and that in the mounted position the barrier has no closed, or semi-closed spaces, and that no horizontal surfaces are present.
Pump body of a high pressure fuel pump of a fuel injection equipment of an internal combustion engine, said pump body being provided with a bore extending along a pumping axis between a lower end opening in a lower face of the body and an upper end partially defining a compression chamber and wherein, the body has at least a first outer face and a second outer face; the first outer face being provided with first recess extending along a first axis, said first recess having a lateral face and, the bottom of the first recess being in fluid communication with said compression chamber, the second outer face being provided with a second recess extending along a second axis, said second recess having a lateral face and, the bottom of the second recess being also in fluid communication with said compression chamber, a between-recesses-conduit extending between said first recess where it opens in its lateral face and said second recess where it also opens in its lateral face so that said recesses are in permanent fluid communication with one another and, an inlet channel in which, in use, a fuel at a low pressure enters the pump, said inlet channel opening in said between-recesses-conduit at a location between the first recess and the second recess wherein, the first recess and the second recess have identical cross-section and depth, an inlet valve assembly being arranged in one of the two recesses (28, 30) and, an outlet valve assembly being arranged in the other recess. the first outer face being provided with first recess extending along a first axis, said first recess having a lateral face and, the bottom of the first recess being in fluid communication with said compression chamber, the second outer face being provided with a second recess extending along a second axis, said second recess having a lateral face and, the bottom of the second recess being also in fluid communication with said compression chamber, a between-recesses-conduit extending between said first recess where it opens in its lateral face and said second recess where it also opens in its lateral face so that said recesses are in permanent fluid communication with one another and, an inlet channel in which, in use, a fuel at a low pressure enters the pump, said inlet channel opening in said between-recesses-conduit at a location between the first recess and the second recess wherein, the first recess and the second recess have identical cross-section and depth, an inlet valve assembly being arranged in one of the two recesses (28, 30) and, an outlet valve assembly being arranged in the other recess.
A method of fabricating an open, porous flow structure for use in an electrochemical cell, the method comprising: selecting a porous metallic material having a first void volume greater than about 70%, wherein the average pore size of the porous metallic material ranges from 10 μm to 1000 μm; compacting the porous metallic material using at least one mechanical technique thereby reducing the average pore size of the porous metallic material; and laminating at least one micro-porous material layer on one side of the compacted porous metallic material, wherein an average pore size of the at least one micro-porous material layer is smaller than an average pore size of the compacted porous metallic material. selecting a porous metallic material having a first void volume greater than about 70%, wherein the average pore size of the porous metallic material ranges from 10 μm to 1000 μm; compacting the porous metallic material using at least one mechanical technique thereby reducing the average pore size of the porous metallic material; and laminating at least one micro-porous material layer on one side of the compacted porous metallic material, wherein an average pore size of the at least one micro-porous material layer is smaller than an average pore size of the compacted porous metallic material.
An aqueous colloidal silica product comprising water and from 16 to 18 weight percent colloidal silica solids, wherein the aqueous colloidal silica product has a viscosity ranging from 4 to 20 mPa·s (cps) and an S-value ranging from 26 to 40%, wherein the colloidal silica solids have a specific surface area ranging from 750 to 850 m 2 /g.
A respiration rate determining apparatus, comprising: an obtaining unit which obtains accelerations in directions that are mutually different, the accelerations being obtained by an acceleration sensor measuring a body movement by respiration of a user; a transform unit which transforms the accelerations in the directions obtained by the obtaining unit, into spectrum information items in a frequency domain; a phase removing unit which transforms the spectrum information items into amplitude spectra by removing phase information from the spectrum information items; a peak detector which adds up the amplitude spectra and detects a peak frequency based on an amplitude spectrum resulting from the adding up, the peak frequency indicating a respiratory component; and a respiration rate calculator which calculates a respiration rate using the peak frequency. an obtaining unit which obtains accelerations in directions that are mutually different, the accelerations being obtained by an acceleration sensor measuring a body movement by respiration of a user; a transform unit which transforms the accelerations in the directions obtained by the obtaining unit, into spectrum information items in a frequency domain; a phase removing unit which transforms the spectrum information items into amplitude spectra by removing phase information from the spectrum information items; a peak detector which adds up the amplitude spectra and detects a peak frequency based on an amplitude spectrum resulting from the adding up, the peak frequency indicating a respiratory component; and a respiration rate calculator which calculates a respiration rate using the peak frequency.
Laundry treatment device with a steaming function, wherein the laundry treatment device has: an outer tub which comprises a heating element recess with a heating element accommodated therein, a drum which is rotatably arranged in the outer tub, a door for closing off an aperture of the outer tub, via which the drum is accessible, wherein the door has a window protruding towards the drum and wherein the heating element recess lies lower than the door in an operating position of the laundry treatment device, a water supply line which is configured to supply water to the heating element recess, wherein the water supply line is positioned in the outer tub such that the water to be supplied to the heating element recess can run over the protruding window, and a control unit which is configured to control a volume flow of the water to be supplied to the heating element recess through the water supply line, such that the water along the protruding window bypasses the drum and can be conducted into the heating element recess so that the volume flow is controlled to a value in a range from 0.1 l/min to 2.0 l/min, preferably 0.2 l/min to 1.0 l/min and particularly preferably 0.3 l/min to 0.7 l/min. an outer tub which comprises a heating element recess with a heating element accommodated therein, a drum which is rotatably arranged in the outer tub, a door for closing off an aperture of the outer tub, via which the drum is accessible, wherein the door has a window protruding towards the drum and wherein the heating element recess lies lower than the door in an operating position of the laundry treatment device, a water supply line which is configured to supply water to the heating element recess, wherein the water supply line is positioned in the outer tub such that the water to be supplied to the heating element recess can run over the protruding window, and a control unit which is configured to control a volume flow of the water to be supplied to the heating element recess through the water supply line, such that the water along the protruding window bypasses the drum and can be conducted into the heating element recess so that the volume flow is controlled to a value in a range from 0.1 l/min to 2.0 l/min, preferably 0.2 l/min to 1.0 l/min and particularly preferably 0.3 l/min to 0.7 l/min.
A stimulation device for stimulating the female body, comprising a base body which has a clitoral contact face which is adapted to contact the clitoral region of a woman, and also an arm accommodated on the base body which can be introduced with its distal end into the vagina of a woman, wherein the arm has a core which extends over a major part of the length of the arm and is surrounded by a covering of elastic material, characterised in that the core is reversibly plastically deformable and comprises a multiplicity of individual copper wires which are twisted or woven together.
A control device for a multi-voltage electrical system of a vehicle, wherein the multi-voltage vehicle electrical system includes a first subsystem which is formed to be operated by a first voltage supply source with a first supply voltage, and a second subsystem which is formed to be operated by a second voltage supply source with a second supply voltage, wherein the second supply voltage is greater than the first supply voltage; the control device comprising: - a transceiver which is connected to ground via a first ground terminal of the first subsystem and is supplied with energy at least by the first voltage supply source, and which is formed to communicate with a communication component of the first subsystem; - a control unit which is connected to ground via a second ground terminal of the second subsystem, and which is formed to control a power component (322, 323, 324) of the second subsystem, wherein the first ground terminal and the second ground terminal are arranged separate from each other; characterized in that - the control unit is supplied with energy at least by the first voltage supply source. - a transceiver which is connected to ground via a first ground terminal of the first subsystem and is supplied with energy at least by the first voltage supply source, and which is formed to communicate with a communication component of the first subsystem; - a control unit which is connected to ground via a second ground terminal of the second subsystem, and which is formed to control a power component (322, 323, 324) of the second subsystem, wherein the first ground terminal and the second ground terminal are arranged separate from each other; - the control unit is supplied with energy at least by the first voltage supply source.
Dishwasher, in particular a household dishwasher, with a first spray device, assigned to a first hydraulic arrangement, for providing a first washing zone, a second spray device, assigned to a second hydraulic arrangement, for providing a second washing zone, wherein it is possible for washing liquor to be supplied to the first hydraulic arrangement and the second hydraulic arrangement by a pump device that can be operated by means of a pump current, and a third spray device for providing an intensive washing zone, which is assigned to the first hydraulic arrangement or the second hydraulic arrangement, wherein the third spray device has a first switching state and a second switching state, wherein the third spray device is isolated from the assigned hydraulic arrangement (110, 120) in the first switching state and is connected to the assigned hydraulic arrangement (110, 120) in the second switching state, and with a control device, characterised in that the control device is designed to determine a current switching state of the third spray device as a function of a difference between the pump current when washing liquor is supplied to the first hydraulic arrangement and when washing liquor is supplied to the second hydraulic arrangement, wherein the control device is designed to detect a first pump current (I 0) when the first hydraulic arrangement is supplied with washing liquor, a second pump current (I 1, I 2) when the second hydraulic arrangement is supplied with washing liquor and to determine a delta value (ΔI 01, ΔI 02) as a difference between the first pump current (I 0) and the second pump current (I 1, I 2), in order to determine the current switching state of the third spray device and to compare the determined delta value (ΔI 01, ΔI 02) with a predefined threshold value, wherein the delta value (ΔI 01, ΔI 02) is greater than the threshold value in the first switching state of the third spray device and smaller than the threshold value in the second switching state of the third spray device.
Server comprising at least an application outputting at least one cookie (C=CN,CV), said server being characterized in that it further comprises a scrambled cookie names generator, a correspondence mechanism associating connections attributes for the application with an unpredictable scrambled cookie name, said scrambled cookie name being the one provided in the cookie (C=SCN,CV) sent to client side for use in the next connections to the application.
A mobile user terminal, which measures downlink channel quality, and which transmits downlink quality information indicating said measured downlink channel quality and an uplink pilot signal to be used for measuring uplink channel quality in an intermittent fashion to a base station, comprising: a transmit time control unit, which controls a transmit time of said downlink quality information and a transmit time of said uplink pilot signal so that said downlink quality information and said uplink pilot signal are transmitted separately from each other in respective time periods successively, characterized in that the uplink pilot signal is divided between multiple carrier frequencies and transmitted in parallel on the carrier frequencies, and the downlink quality information is divided between the multiple carrier frequencies and transmitted in parallel on the carrier frequencies. a transmit time control unit, which controls a transmit time of said downlink quality information and a transmit time of said uplink pilot signal so that said downlink quality information and said uplink pilot signal are transmitted separately from each other in respective time periods successively, characterized in that the uplink pilot signal is divided between multiple carrier frequencies and transmitted in parallel on the carrier frequencies, and the downlink quality information is divided between the multiple carrier frequencies and transmitted in parallel on the carrier frequencies.
A work vehicle comprising: a working device; a hydraulic actuator that drives the working device; a hydraulic pump that supplies hydraulic oil to the hydraulic actuator; a hydraulic actuator pressure detector for detecting a pressure of the hydraulic actuator; a control valve for controlling the amount of hydraulic oil to be supplied from the hydraulic pump to the hydraulic actuator; a vehicle acceleration detector for detecting a vehicle acceleration in a longitudinal direction; and a control device, characterized in that the control device is configured to determine whether the working device has started excavation or not, based on the pressure of the hydraulic actuator detected by the hydraulic actuator pressure detector and the vehicle acceleration detected by the vehicle acceleration detector. a working device; a hydraulic actuator that drives the working device; a hydraulic pump that supplies hydraulic oil to the hydraulic actuator; a hydraulic actuator pressure detector for detecting a pressure of the hydraulic actuator; a control valve for controlling the amount of hydraulic oil to be supplied from the hydraulic pump to the hydraulic actuator; a vehicle acceleration detector for detecting a vehicle acceleration in a longitudinal direction; and a control device, characterized in that the control device is configured to determine whether the working device has started excavation or not, based on the pressure of the hydraulic actuator detected by the hydraulic actuator pressure detector and the vehicle acceleration detected by the vehicle acceleration detector.