mhurhangee/ep-ind-claims huggingface dataset:
A capsule for use in an aerosol generating system comprising the capsule for containing a liquid aerosol-generating substrate and a vaporizing unit for heating the liquid aerosol-generating substrate, in which the vaporizing unit is releasably connectable to the capsule, wherein the capsule comprises: a reservoir for containing the liquid aerosol-generating substrate, an opening in fluid communication with the reservoir, and a valve configured to control flow of the liquid aerosol-generating substrate from the reservoir through the opening, wherein the valve comprises one or more resilient closing members (381, 382) biased towards a closed position, wherein the valve is configured to receive an elongate element of a vaporizing unit to cause the one or more resilient closing members (381, 382) to deflect away from the closed position and to cause the valve to open. a reservoir for containing the liquid aerosol-generating substrate, an opening in fluid communication with the reservoir, and a valve configured to control flow of the liquid aerosol-generating substrate from the reservoir through the opening, wherein the valve comprises one or more resilient closing members (381, 382) biased towards a closed position, wherein the valve is configured to receive an elongate element of a vaporizing unit to cause the one or more resilient closing members (381, 382) to deflect away from the closed position and to cause the valve to open.
A lubricating pinion rotatable about an axis of rotation for applying lubricant to a row of teeth of a teeth row device, for example a gear-wheel, a gear rim or a gear rack, wherein the lubricating pinion, at its outer circumference, has a plurality of lubricating pinion teeth with tooth flanks, which can be brought into engagement with the row of teeth of the teeth row device, wherein at least one lubricating pinion tooth has at least one lubricant outlet, wherein the lubricating pinion has elastic contact elements projecting beyond the tooth flanks toward the row of teeth of the teeth row device which are formed to apply and distribute lubricant and to compensate for dynamic changes of the engagement between the lubricating pinion and the teeth row device, and wherein the lubricating pinion is configured as a stacked body and alternatingly has first elements and second elements, with the projecting elastic contact elements being formed only on the second elements, characterized in that the first elements are configured to supply lubricant from a lubricant reservoir or a lubricant feed line to the outer circumference of the lubricating pinion.
A bus coupler comprising: a first input configured for coupling to a first line of a bus; a second input configured for coupling to a second line of the bus wherein the bus coupler is configured to receive an input signal from the bus on the first input; and an output configured to have an output voltage of the bus coupler formed at the output; a first voltage control circuit having a first current source coupled to receive the input signal, the first current source configured to form a first current and couple the first current to the output, the first voltage control circuit configured to control a value of the first current to regulate the output voltage to a first value; characterised in that the bus coupler further comprises: a second voltage control circuit configured to selectively conduct a second current from the first current source away from the output to regulate a voltage drop across the first current source to a value that is greater than a threshold voltage of the first current source. a first input configured for coupling to a first line of a bus; a second input configured for coupling to a second line of the bus wherein the bus coupler is configured to receive an input signal from the bus on the first input; and an output configured to have an output voltage of the bus coupler formed at the output; a first voltage control circuit having a first current source coupled to receive the input signal, the first current source configured to form a first current and couple the first current to the output, the first voltage control circuit configured to control a value of the first current to regulate the output voltage to a first value; characterised in that the bus coupler further comprises: a second voltage control circuit configured to selectively conduct a second current from the first current source away from the output to regulate a voltage drop across the first current source to a value that is greater than a threshold voltage of the first current source.
An endoscope for the surgical treatment of obstructions in the small and large intestines comprising: an endoscope case installed in an outer tube, said endoscope case comprising channels (15, 17) for the supply of gas and/or liquid into the intestine; an optical channel; a light channel; and a stent; wherein it further comprises a hydraulic endoscope movement drive installed in the outer tube and two manipulation channels (7, 8), wherein the stent is installable at the distal end of one of the said manipulation channels at a central portion of a manipulation shaft which is rigidly mounted on a stent extension piston and has stopping balloons (20, 21) at both ends, wherein distal end of the other manipulation channel comprises a dilatation balloon mounted on a hollowed manipulation shaft which in turn is rigidly mounted on a dilatation balloon extension piston, wherein the proximal ends of said manipulation channels (7, 8) comprise hydraulic piston mechanisms (9, 10) acting on said dilatation balloon extension piston and on said stent extension piston, and wherein said dilatation balloon and said stent stopping balloons are connected via gas supply channels (11, 12) to pneumatic piston mechanisms (13, 14) installed at the proximal ends of said manipulation channels.
A method performed by a system for mapping multimedia broadcast multicast services, wherein a multicast control channel, MCCH, of a multimedia broadcast multicast service, MBMS, transmission includes control information related to the MBMS, the method comprising: dividing the control information related to an MBMS into master control information and service control information, the master control information containing information related to the service control information, and the service control information containing information related to receiving at least one of a plurality of multicast traffic channels, MTCHs,, mapping the service control information and the at least one of the MTCHs to the same multicast transport channel, MCH, when the service control information and the at least one of the MTCHs are transmitted in the same multicast/broadcast single frequency network, MBSFN, (420, 430, 440), wherein there is a one-to-one mapping between an MBSFN and an MCH such that an MBSFN uses exactly one MCH, and in a region where multiple MBSFNs are present, different MBSFNs use different MCHs, mapping the master control information to a transport channel which is specific to a single cell, and which is different from the MCH to which the service control information is mapped, when information in the master control information is specific to that single cell, wherein the transport channel is either a cell-specific MCH or a downlink shared channel, DL-SCH, and wherein information or pointer to a location of the information that would otherwise be carried in the master control information is carried in a broadcast control channel, BCCH. dividing the control information related to an MBMS into master control information and service control information, the master control information containing information related to the service control information, and the service control information containing information related to receiving at least one of a plurality of multicast traffic channels, MTCHs,, mapping the service control information and the at least one of the MTCHs to the same multicast transport channel, MCH, when the service control information and the at least one of the MTCHs are transmitted in the same multicast/broadcast single frequency network, MBSFN, (420, 430, 440), wherein there is a one-to-one mapping between an MBSFN and an MCH such that an MBSFN uses exactly one MCH, and in a region where multiple MBSFNs are present, different MBSFNs use different MCHs, mapping the master control information to a transport channel which is specific to a single cell, and which is different from the MCH to which the service control information is mapped, when information in the master control information is specific to that single cell, wherein the transport channel is either a cell-specific MCH or a downlink shared channel, DL-SCH, and wherein information or pointer to a location of the information that would otherwise be carried in the master control information is carried in a broadcast control channel, BCCH.
Dishwashing system for cleaning washware having at least one cavity, comprising: - at least one dishwasher, wherein the dishwasher comprises at least one cleaning chamber for receiving the washware, wherein the dishwasher also has at least one application device for applying at least one cleaning fluid to the washware, wherein the dishwasher also has at least one pressurization device for applying compressed gas to the washware; - at least one rack, which can be introduced into the cleaning chamber and has at least one rack base and a plurality of nozzles extending up from the rack base, wherein at least one compressed-gas feed line is provided in the rack base, wherein at least one compressed-gas channel is provided in each nozzle, wherein the compressed-gas feed line is fluidically connected to the compressed-gas channel, wherein the application device is configured to, in at least one cleaning step, apply the cleaning fluid by means of the nozzles to the cavities of washware mounted on the nozzles, and wherein the dishwasher is also configured to, in at least one drying step, apply compressed gas by means of the nozzles to the cavities of the washware mounted on the nozzles, characterized in that the dishwashing system is designed in the following way, in order to apply the cleaning fluid to the washware: - at least one fluid feed line, which is separate from the compressed-gas feed line, is also provided in the rack base and at least one fluid channel, which is separate from the compressed-gas channel, is provided in each nozzle, wherein the dishwashing system is configured to apply cleaning fluid to the fluid feed line and to the fluid channel by means of the application device and to apply compressed gas to the compressed-gas feed line and to the compressed-gas channel separately by means of the pressurization device. - at least one dishwasher, wherein the dishwasher comprises at least one cleaning chamber for receiving the washware, wherein the dishwasher also has at least one application device for applying at least one cleaning fluid to the washware, wherein the dishwasher also has at least one pressurization device for applying compressed gas to the washware; - at least one rack, which can be introduced into the cleaning chamber and has at least one rack base and a plurality of nozzles extending up from the rack base, wherein at least one compressed-gas feed line is provided in the rack base, wherein at least one compressed-gas channel is provided in each nozzle, wherein the compressed-gas feed line is fluidically connected to the compressed-gas channel, - at least one fluid feed line, which is separate from the compressed-gas feed line, is also provided in the rack base and at least one fluid channel, which is separate from the compressed-gas channel, is provided in each nozzle, wherein the dishwashing system is configured to apply cleaning fluid to the fluid feed line and to the fluid channel by means of the application device and to apply compressed gas to the compressed-gas feed line and to the compressed-gas channel separately by means of the pressurization device.
An optical structure used for producing therefrom two or more light guide optical elements, LOEs, (20, 20A, 20B) configured such that each LOE comprises an optically transparent body for guiding input light in a general propagation direction through the body by total internal reflections of light from major surfaces of the body and comprises light directing surfaces for coupling the input light out of the body in one or more output directions, where the light directing surfaces are spaced from the edges of the body and are inclined with respect to said major surfaces at a predetermined angle, the optical structure being configured as a stack of multiple optically transparent layers, wherein: each of said optically transparent layers has a surface pattern (72, 72A, 72B) of parallel light directing regions which are arranged in an X-Z plane in a spaced-apart relationship along at least the X-axis with optically transparent space regions between them; the multiple layers are stacked one on top of the other along Y-axis such that each of the surface patterns (72, 72A, 72B) is located at an interface between two adjacent layers and the patterns of said layers are aligned with a shift of a predetermined value along the Z-axis; such that the optical structure can be divided, by spaced-apart parallel dicing planes intersecting with a X-Z plane and forming a predetermined angle with the X-Z plane, into a predetermined number of slices spaced along the Z-axis, configured as a plurality of the optically transparent bodies for the LOE elements (20, 20A, 20B), where each of said bodies has an inner pattern comprising an array of the light directing surfaces arranged in the spaced-apart, parallel relationship within the LOE's body, defined by said dicing planes, with said predetermined angle, the array of the light directing surfaces being spaced along the X-axis from edges of the LOE's body. each of said optically transparent layers has a surface pattern (72, 72A, 72B) of parallel light directing regions which are arranged in an X-Z plane in a spaced-apart relationship along at least the X-axis with optically transparent space regions between them; the multiple layers are stacked one on top of the other along Y-axis such that each of the surface patterns (72, 72A, 72B) is located at an interface between two adjacent layers and the patterns of said layers are aligned with a shift of a predetermined value along the Z-axis; such that the optical structure can be divided, by spaced-apart parallel dicing planes intersecting with a X-Z plane and forming a predetermined angle with the X-Z plane, into a predetermined number of slices spaced along the Z-axis, configured as a plurality of the optically transparent bodies for the LOE elements (20, 20A, 20B), where each of said bodies has an inner pattern comprising an array of the light directing surfaces arranged in the spaced-apart, parallel relationship within the LOE's body, defined by said dicing planes, with said predetermined angle, the array of the light directing surfaces being spaced along the X-axis from edges of the LOE's body.
A mounting structure for a plurality of print head units, comprising: - a frame; - a rigid support detachably mounted on the frame, said support having a plurality of mounting sites each of which is adapted to hold an individual print head unit; and - an adjusting system for positional adjustment of the print head units relative to the rigid support, wherein each mounting site has two adjusting mechanisms (30, 32) for individually adjusting, in at least one degree of freedom, a position of the print head unit that is held in that mounting site and a holder for the print head unit, and wherein each mounting site comprises a carrier that is connected to said two adjusting mechanisms (30, 32) and adapted to detachably mount the print head unit. - a frame; - a rigid support detachably mounted on the frame, said support having a plurality of mounting sites each of which is adapted to hold an individual print head unit; and - an adjusting system for positional adjustment of the print head units relative to the rigid support,
Device for quickly freezing fresh products of meat or fish and for killing animals intended as animal food for carnivores, with a treatment chamber which is equipped with thermally insulated walls and with a gas-tightly closable access opening, has entering it a gas supply line flow-connected to a source for gaseous carbon dioxide and has leaving it an extraction line for removing gas from the treatment chamber, characterized in that the treatment chamber has entering it a liquid supply line flow-connected to a source for liquid carbon dioxide, wherein the gas supply line and the liquid supply line are equipped with a valve arrangement (28, 22, 29) for optionally stopping the flow and establishing the flow of a flow connection to the treatment chamber, and a pressure tank is provided as a common source for liquid carbon dioxide and for gaseous carbon dioxide, wherein the gas supply line is flow-connected to a gas phase present in the pressure tank and the liquid supply line is flow-connected to a liquid phase present in the pressure tank.
A method comprising: scanning part of a document to generate first scanned data representative of the scanned part of the document; examining the first scanned data to identify if a code is located at one or more locations, the locations being locations in said part of the document at which a code may be located; and if a code is not at any of the one or more locations, performing the steps of: scanning the whole document to generate second scanned data; generating a cryptographic hash from the second scanned data; converting the cryptographic hash into a machine readable code; selecting a plurality of locations for the code on the document; and rewriting the second scanned data of the document so as to include the code in one of the selected locations. scanning part of a document to generate first scanned data representative of the scanned part of the document; examining the first scanned data to identify if a code is located at one or more locations, the locations being locations in said part of the document at which a code may be located; and if a code is not at any of the one or more locations, performing the steps of: scanning the whole document to generate second scanned data; generating a cryptographic hash from the second scanned data; converting the cryptographic hash into a machine readable code; selecting a plurality of locations for the code on the document; and rewriting the second scanned data of the document so as to include the code in one of the selected locations. scanning the whole document to generate second scanned data; generating a cryptographic hash from the second scanned data; converting the cryptographic hash into a machine readable code; selecting a plurality of locations for the code on the document; and rewriting the second scanned data of the document so as to include the code in one of the selected locations.
Rear structure of a motor vehicle comprising a floor, a spare-wheel retainer and a retainer support structure, characterized in that this support structure defines a frame attached to the floor at a plurality of attachment points, the spare-wheel retainer being attached only to the support structure, the rear structure further having a longitudinal direction corresponding to the longitudinal direction of the vehicle and having front and rear directions corresponding to the front and rear directions of the vehicle when the rear structure is mounted on the vehicle, the support structure comprising at least one front floor-attachment point located in front of a front part of the frame in said longitudinal direction.
A paper product produced by applying a hot melt adhesive, which comprises: a polar functional group-modified polymer, a butyral resin, an olefin-based polymer, and a tackifier resin. a polar functional group-modified polymer, a butyral resin, an olefin-based polymer, and a tackifier resin.
Boat drive for a boat, comprising an underwater pod in which an electric motor is arranged, which drives, via a drive shaft, a propeller attached to the underwater pod, wherein the electric motor can be supplied with power via at least one electrical power line, characterised in that - an inner tube is connected to the underwater pod and the electrical power line is guided through the inner tube, - a mounting body is provided, which is designed to be attached to the bottom of the boat body, wherein an outer tube is passed through the mounting body, and - the inner tube is arranged displaceably in the outer tube, wherein between the inner tube and the outer tube an annular sealing element (13, 14) is provided, which seals the inner tube and the outer tube in radial direction relative to the longitudinal axis of the inner tube, wherein the mounting body and the outer tube form a part to be connected securely to the boot and wherein the inner tube and the underwater pod form a detachable part, wherein the detachable part is attached in a removable manner on the mounting body. - an inner tube is connected to the underwater pod and the electrical power line is guided through the inner tube, - a mounting body is provided, which is designed to be attached to the bottom of the boat body, wherein an outer tube is passed through the mounting body, and - the inner tube is arranged displaceably in the outer tube, wherein between the inner tube and the outer tube an annular sealing element (13, 14) is provided, which seals the inner tube and the outer tube in radial direction relative to the longitudinal axis of the inner tube,
A solar assembly with a supporting device for supporting the solar assembly on a roof of a structure, in particular a building, whereby the solar assembly has a rack carrying at least one solar module, in particular photovoltaic module or solar thermal collector module, the rack having at least one mounting rail allocable to the roof, with at least one elastomeric element (6, 20) arrangeable between the mounting rail and the roof, and with means for arranging the elastomeric element (6, 20) on the mounting rail, characterised in that the at least one elastomeric element (6, 20) has an upper part allocated to the mounting rail and having an at least substantially planar configuration, and a lower part allocatable to the roof and having an at least substantially planar configuration, wherein the upper part is aligned in parallel to the lower part and is arranged spaced apart therefrom, and wherein the upper part is connected to the lower part in one single piece by several connecting webs which respectively extend, in an unloaded condition, in a straight line between the upper part and the lower part, such that in the cross section of the elastomeric element (6, 20) several adjacent hollow chambers extending through the elastomeric element (6, 20) are formed, wherein at least two adjacent connecting webs are arranged with an incline towards each other in an angle (α).
A pump housing (9, 9', 9", 9'", 9'''' 39, 39', 39", 39'") having an interior for accommodating a pump rotor (10, 10', 10", 10''), which may be transferred from a radially compressed state into a radially expanded state, and comprises a housing skin (43, 43') running circumferentially around it, as well as at least one reinforcement element (20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 45, 46, 47, 48, 49), wherein in the fully expanded state of the housing the housing skin is stretched in circumferential direction by means of the expansion of the reinforcement element(s), and wherein at least one stretch-resistant element (37, 43, 43', 50) running in circumferential direction is provided, which is stretched in the expanded state as opposed to the force-free state in circumferential direction less than 5%, and which limits any further expansion of the pump housing.