mhurhangee/ep-ind-claims huggingface dataset:
A cartridge for use in an aerosol-generating system, the cartridge comprising: a first compartment having a first air inlet and a first air outlet, the first air inlet being upstream of the first air outlet, the first compartment containing a nicotine source; a second compartment having a second air inlet and a second air outlet, the second air inlet being upstream of the second air outlet, the second compartment containing an acid source; a mixing chamber for mixing nicotine from the nicotine source in the first compartment and acid from the acid source in the second compartment with an air flow to form an aerosol, the mixing chamber being downstream of both the first air outlet of the first compartment and the second air outlet of the second compartment; and a heating element (126, 128) configured to heat the mixing chamber, wherein at least a portion of the heating element (126, 128) is neither upstream nor downstream of the mixing chamber. a first compartment having a first air inlet and a first air outlet, the first air inlet being upstream of the first air outlet, the first compartment containing a nicotine source; a second compartment having a second air inlet and a second air outlet, the second air inlet being upstream of the second air outlet, the second compartment containing an acid source; a mixing chamber for mixing nicotine from the nicotine source in the first compartment and acid from the acid source in the second compartment with an air flow to form an aerosol, the mixing chamber being downstream of both the first air outlet of the first compartment and the second air outlet of the second compartment; and a heating element (126, 128) configured to heat the mixing chamber, wherein at least a portion of the heating element (126, 128) is neither upstream nor downstream of the mixing chamber.
An apparatus for the detection of optical emission from individual members of a sample of micro-organisms, comprising an optical device including a light source configured to emit light in a first direction to individual members of the sample and a detection device configured to detect in a first field of view optical emission from the individual members emitted in a second direction opposite to the first direction and excited by the light emitted by the light source; and a fluid device including a storage reservoir configured to store the sample of microorganisms, a pumping device, in particular, a circulation pump, configured to circulate the sample of micro-organisms in the storage tank and wherein a capillary channel is arranged in the storage tank configured to allow a flow of individual members of the sample such that one individual member only is present in the field of view of the detection device at a given time of detection of the optical emission, a control means configured to control operation of the pumping device to produce pressure variations in the flow which change the velocity profile of the flow in a time period shorter than or about the time in which the fluid would reach a steady state before the pressure changes again, characterised in that the critical Womersley number for the flow of the portion of the sample of micro-organisms flowing through the capillary channel is larger than 1, wherein the critical Womersley number is defined as the Womersley number divided by the first root of the zeroth order Bessel function which equals 2.4048. an optical device including a light source configured to emit light in a first direction to individual members of the sample and a detection device configured to detect in a first field of view optical emission from the individual members emitted in a second direction opposite to the first direction and excited by the light emitted by the light source; and a fluid device including a storage reservoir configured to store the sample of microorganisms, a pumping device, in particular, a circulation pump, configured to circulate the sample of micro-organisms in the storage tank and wherein a capillary channel is arranged in the storage tank configured to allow a flow of individual members of the sample such that one individual member only is present in the field of view of the detection device at a given time of detection of the optical emission, a control means configured to control operation of the pumping device to produce pressure variations in the flow which change the velocity profile of the flow in a time period shorter than or about the time in which the fluid would reach a steady state before the pressure changes again, characterised in that the critical Womersley number for the flow of the portion of the sample of micro-organisms flowing through the capillary channel is larger than 1, wherein the critical Womersley number is defined as the Womersley number divided by the first root of the zeroth order Bessel function which equals 2.4048.
A planar carrier, wherein the carrier has a receiving element for receiving an object and this receiving element is configured in the form of a recess and wherein the recess receives the object completely, wherein the carrier has at least in the region of the recess a layer-shaped cover for fully covering the recess, wherein the object is a portable data carrier in a first form factor according to ISO/IEC 7816-2 and the carrier is a form adapter for a portable data carrier in a second form factor, different from the first form factor, according to ISO/IEC in 7816-2 characterized in that the carrier has further advance punchings according to ISO/IEC 7816-2 beyond the recess, so that the carrier is separable by the pre-punchings, whereby the carrier after the separation has a third form factor (2, 3) according to ISO/IEC 7816-2 which is smaller than the second form factor but greater than the first form factor, so that the respective form factor (2, 3, 4) is detachable from the carrier on account of the pre-punchings, wherein the form factor of the carrier is smaller than a transport shell, wherein the carrier is arranged movably within the transport shell, wherein the transport shell has the dimensions of an ID 1 data carrier according to ISO/IEC 7816-2, wherein the carrier is incorporated completely into a transport shell, wherein the transport shell has a front outer layer and a back outer layer, wherein the carrier is arranged in the transport shell as a movable part in a middle layer between the front outer layer and the back outer layer and the immovable part of the middle layer is connected in a mechanically undetachable manner to the front outer layer and the back outer layer and wherein the planar carrier is accessible from outside of the transport shell and can be moved. wherein the form factor of the carrier is smaller than a transport shell, wherein the carrier is arranged movably within the transport shell, wherein the transport shell has the dimensions of an ID 1 data carrier according to ISO/IEC 7816-2,
Movable furniture part with a connecting device having two wall elements (3, 4, 5) of the movable furniture part arranged at an angle to one another, wherein on the connecting device a first attachment section and a second attachment section are formed, which are joined together along a common connecting axis S by an intermediate connecting section, wherein the first attachment section perpendicular to the connecting axis S has a greater cross-section than the connecting section, wherein the second attachment section is designed for attachment to a narrow side of the second wall element (4, 5), which is provided for arranging on a wall surface of the first wall element, wherein a first outline section of the cross-section of the first attachment section in a first direction perpendicular to the connecting axis S has a greater distance than a second outline section of the first attachment section in a second direction, wherein the first attachment section is attached rotatably onto the connecting device about the connecting axis S, and wherein an axial length of the connecting section is adjusted to a wall thickness of the first wall element such that the first attachment section after inserting through an attachment opening can be locked on the first wall element - with a second attachment section attached onto the narrow side of the second wall element (4, 5) - by rotation on the first wall element, if a diameter of the attachment opening is smaller than a diameter of the first attachment section in the locked state.
Handrail mountable on a guide element for moving walkways, escalators or the like, wherein the handrail has a substantially constant cross-section along its profile direction, wherein the handrail comprises: a carcass which can be arranged on the guide element, and a cover ply arranged on the carcass, wherein the cover ply comprises a thermoplastic elastomer, wherein the carcass has a primary ply facing the cover ply and a tension element which extends in the profile direction of the handrail, and wherein the carcass comprises a secondary ply so that the tension element is inserted between the primary ply and the secondary ply, characterized in that the primary ply is formed from a rubberized fabric, in particular vulcanized, wherein the primary ply comprises chloroprene rubber, natural rubber, styrene-butadiene rubber and/or polybutadiene rubber. a carcass which can be arranged on the guide element, and a cover ply arranged on the carcass, wherein the cover ply comprises a thermoplastic elastomer, wherein the carcass has a primary ply facing the cover ply and a tension element which extends in the profile direction of the handrail, and wherein the carcass comprises a secondary ply so that the tension element is inserted between the primary ply and the secondary ply, characterized in that the primary ply is formed from a rubberized fabric, in particular vulcanized, wherein the primary ply comprises chloroprene rubber, natural rubber, styrene-butadiene rubber and/or polybutadiene rubber.
Wireless communication device including a housing containing an electronic circuit card characterised in that the housing contains an antenna associated with the electronic circuit card to transmit electromagnetic radiation to one or more communication terminals and in that the housing is provided with means for securing it to a window on a fixing face of the housing configured to enable transmission of electromagnetic radiation through the fixing face and through the window to one or more communication terminals, and in that the housing has a metal screen on a face opposite the fixing face which reflects the electromagnetic radiation towards the window.
Sodium nitrite for use in a method for preventing myocardial infarction, sudden cardiac death, stroke, high blood pressure, pulmonary hypertension, renal hypertension, or cardiovascular disease that is characterized by tissue ischemia including angina, cerebral vasospasm, claudication, critical limb ischemia, peripheral vascular disease and sickle cell crisis, in a subject undergoing hemodialysis, wherein the method comprises intradialytically contacting said subject's blood with a dialyzer membrane that is also in contact with a nitrite-spiked dialysate, wherein an aqueous solution comprising the sodium nitrite is added to an unspiked dialysate as the unspiked dialysate flows from a dialysis machine to a dialyzer membrane, wherein said unspiked dialysate comprises a mixture of water, an acid concentrate solution, and a bicarbonate concentrate solution, and wherein said nitrite-spiked dialysate has a pH greater than 7.0.
Process for preparing a lithium-ion battery comprising a positive electrode and a negative electrode positioned on either side of an electrolyte, said positive electrode comprising, as active material, a lithium-based material, said process comprising the following steps: a) a step of depositing on the surface of the positive electrode, before placement in the battery, a film containing a lithium salt; b) a step of assembling the positive electrode, the negative electrode and the electrolyte; and c) a step of forming a passivation layer on the surface of the negative electrode with the lithium ions resulting from the decomposition of the lithium salt contained in the film by application of a first charge to the abovementioned assembly, the process being characterized in that it comprises a prior step that includes: a) a step of coating a support other than the positive electrode with a composition containing the lithium salt, b) a step of removing the film from the support. a) a step of depositing on the surface of the positive electrode, before placement in the battery, a film containing a lithium salt; b) a step of assembling the positive electrode, the negative electrode and the electrolyte; and c) a step of forming a passivation layer on the surface of the negative electrode with the lithium ions resulting from the decomposition of the lithium salt contained in the film by application of a first charge to the abovementioned assembly, a) a step of coating a support other than the positive electrode with a composition containing the lithium salt, b) a step of removing the film from the support.
A backrest adjustor, comprising a shell, a rotary gear located inside the shell, a winding wheel which is driven by the gear and located inside the shell, and a button capable of controlling the gear to rotate, moving and being reset by a reset component,; the backrest adjustor further comprising a ribbon, the middle segment of the ribbon being wound on the winding wheel, two ends of the ribbon suitable for connecting to a frame of a baby carriage are extending from the shell and being adapted to be wound around the outer face of a backrest; or, the backrest adjustor further comprising two ribbons (501, 502), one end of each being separately wound on the winding wheel and the other end of each suitable for connecting to a frame of the baby carriage extending from the shell separately and being adapted to be wound around the outer face of the backrest, characterized in comprising a knob for driving the gear to rotate, a rotating portion of the knob being exposed outside the shell.
An organic light-emitting display device comprising: a first substrate having a transmission area (T/A) and a light emission area (E/A); a thin film transistor provided on the first substrate; a planarization film located to cover the thin film transistor; a first electrode located on a region of the planarization film corresponding to the light emission area (E/A), the first electrode being electrically connected to the thin film transistor; a shielding layer located to cover a region of the planarization film corresponding to the transmission area (T/A) and a side surface of the planarization film, the shielding layer being electrically isolated from the first electrode; a black bank located between the transmission area (T/A) and the light emission area (E/A) for covering an edge of the first electrode; an organic light emissive layer located on the first electrode; and a second electrode located to cover the organic light emissive layer. a first substrate having a transmission area (T/A) and a light emission area (E/A); a thin film transistor provided on the first substrate; a planarization film located to cover the thin film transistor; a first electrode located on a region of the planarization film corresponding to the light emission area (E/A), the first electrode being electrically connected to the thin film transistor; a shielding layer located to cover a region of the planarization film corresponding to the transmission area (T/A) and a side surface of the planarization film, the shielding layer being electrically isolated from the first electrode; a black bank located between the transmission area (T/A) and the light emission area (E/A) for covering an edge of the first electrode; an organic light emissive layer located on the first electrode; and a second electrode located to cover the organic light emissive layer.
A communication method for a mobile communication system comprising selecting, by a Mobility Management Entity, MME, that performs mobility management of a communication terminal, UE, a Serving Gateway for control plane, SGW-C, and a Packet Data Network Gateway for control plane, PGW-C, [40 or 41] that process control plane data related to the UE; sending, after having acquired information from a management entity indicating that an SGW-U and a PGW-U are co-located, by the MME, a Create Session Request message including an indication flag informing the SGW-C that the SGW-U and the PGW-U are co-located to the SGW-C and the PGW-C [40 or 41]; and selecting, by the SGW-C, the Serving Gateway for user plane, SGW-U, [12 or 22] that processes user plane data related to the UE, based on the indication flag included in the Create Session Request message.
An image formation device comprising: recording medium supplying means for supplying a recording medium; conveying means for conveying the recording medium supplied from the recording medium supplying means; image formation means for ejecting droplets and forming an image on the recording medium that is being conveyed; and a control section that is configured, during a stoppage time of the printing, to stop at least formation of images at the image formation means, and to continue to drive the conveying means, the control section comprising: an image conversion section for converting an inputted image into dot data; and a printing processing section that is configured, from inputted print information, to output continuously printed number of sheets information that causes the image formation means to continuously print output images, and to print the recording media corresponding to a continuously printed number of sheets, and, thereafter, to carry out processing that temporarily stops printing of the output images. recording medium supplying means for supplying a recording medium; conveying means for conveying the recording medium supplied from the recording medium supplying means; image formation means for ejecting droplets and forming an image on the recording medium that is being conveyed; and a control section that is configured, during a stoppage time of the printing, to stop at least formation of images at the image formation means, and to continue to drive the conveying means, the control section comprising: an image conversion section for converting an inputted image into dot data; and a printing processing section that is configured, from inputted print information, to output continuously printed number of sheets information that causes the image formation means to continuously print output images, and to print the recording media corresponding to a continuously printed number of sheets, and, thereafter, to carry out processing that temporarily stops printing of the output images. an image conversion section for converting an inputted image into dot data; and a printing processing section that is configured, from inputted print information, to output continuously printed number of sheets information that causes the image formation means to continuously print output images, and to print the recording media corresponding to a continuously printed number of sheets, and, thereafter, to carry out processing that temporarily stops printing of the output images.
An AC adapter comprising: a conversion part configured to convert alternating current input to an input terminal into a direct current; an output terminal configured to supply the direct current to an electronic apparatus outside; and a voltage adjusting circuit comprising a resistor configured to lower a voltage of the output terminal by a predetermined voltage (Vh) from a regular supply voltage (Vn) in a term after the AC adapter is connected to the electronic apparatus until a predetermined time lapses, the voltage adjusting circuit further comprising a capacitor configured to define the predetermined time, after which a P-channel FET, connected in parallel to the resistor is turned ON so as to conduct the direct current to the output terminal. a conversion part configured to convert alternating current input to an input terminal into a direct current; an output terminal configured to supply the direct current to an electronic apparatus outside; and a voltage adjusting circuit comprising a resistor configured to lower a voltage of the output terminal by a predetermined voltage (Vh) from a regular supply voltage (Vn) in a term after the AC adapter is connected to the electronic apparatus until a predetermined time lapses, the voltage adjusting circuit further comprising a capacitor configured to define the predetermined time, after which a P-channel FET, connected in parallel to the resistor is turned ON so as to conduct the direct current to the output terminal.
A serial communication apparatus for a Local Interconnect Network, comprising: an input terminal (Tin) that receives an input signal; an output circuit (21; 22; 23) that drives a load connected to an output terminal (Tout); a slew rate control circuit that generates a drive signal for driving the output circuit based on the input signal, and controls a slew rate of the drive signal; a noise detection circuit (31; 34) that detects noise superimposed on an output signal line which is coupled to the output terminal (Tout), and generates a noise detection signal in response to a detection result, the noise detection circuit being coupled to the output terminal (Tout); and a switching circuit that switches an impedance of the slew rate control circuit based on the noise detection signal, wherein the noise detection circuit includes: a first capacitance, one end of which is connected to the output terminal (Tout); a second capacitance, one end of which is coupled to a second power supply terminal; and a rectifier coupled between the first capacitance and the second capacitance, the noise detection signal is generated based on a voltage of a joint of the rectifier and the second capacitance, and the switching circuit switches the impedance of the slew rate control circuit, so that the impedance becomes smaller as compared with a case where the noise detection signal is not activated, when the noise detection circuit detects the noise and the noise detection signal is activated. an input terminal (Tin) that receives an input signal; an output circuit (21; 22; 23) that drives a load connected to an output terminal (Tout); a slew rate control circuit that generates a drive signal for driving the output circuit based on the input signal, and controls a slew rate of the drive signal; a noise detection circuit (31; 34) that detects noise superimposed on an output signal line which is coupled to the output terminal (Tout), and generates a noise detection signal in response to a detection result, the noise detection circuit being coupled to the output terminal (Tout); and a switching circuit that switches an impedance of the slew rate control circuit based on the noise detection signal, wherein the noise detection circuit includes: a first capacitance, one end of which is connected to the output terminal (Tout); a second capacitance, one end of which is coupled to a second power supply terminal; and a rectifier coupled between the first capacitance and the second capacitance, a first capacitance, one end of which is connected to the output terminal (Tout); a second capacitance, one end of which is coupled to a second power supply terminal; and a rectifier coupled between the first capacitance and the second capacitance, the noise detection signal is generated based on a voltage of a joint of the rectifier and the second capacitance, and the switching circuit switches the impedance of the slew rate control circuit, so that the impedance becomes smaller as compared with a case where the noise detection signal is not activated, when the noise detection circuit detects the noise and the noise detection signal is activated.