mhurhangee/ep-ind-claims huggingface dataset:
Refrigerator or climatic cabinet comprising at least one cooling chamber (2, 2a, 2b, 2c) which can be closed by a front door, and at least one receptacle which is arranged therein and is open at the top in relation to the operational installation position of the refrigerator or climatic cabinet, and a cover for closing the receptacle when necessary, the cover being movably guided over the receptacle by guide means into at least one closed position and one open position for providing a gap between the cover and an opening edge of the receptacle in order to sufficiently separate the receptacle from the cooling chamber (2, 2a, 2b, 2c) when the cover is closed so as to ensure a constantly high humidity in the receptacle and to adjust an exchange of air between the receptacle and the inner space (2, 2a, 2b, 2c) when the cover is open, characterised in that at least one closable opening is also arranged in the movably guided cover in order to provide an inflow of the cooling chamber air into the receptacle when the cover is raised at least on one side and an outflow of the air through the at least one open opening in the cover to the cooling chamber (2, 2a, 2b, 2c).
Device for fastening a tarpaulin, especially an awning fabric to a winding roller with a welt rail comprising - a first claw element for engaging with a first limiting edge of the welt rail, - a second claw element for engaging with a second, limiting edge of the welt rail lying opposite to the first one, - the claw elements (9, 10) being swingably connected with each other for the fastening device to snap into and become jammed in the welt rail, - characterized in that, in the condition in which it is jammed in the welt rail, the fastening device closes off the welt rail tight towards the outside, and - in that, in the condition in which it is jammed in the welt rail, the fastening device essentially follows the outer contour of the winding roller. - a first claw element for engaging with a first limiting edge of the welt rail, - a second claw element for engaging with a second, limiting edge of the welt rail lying opposite to the first one, - the claw elements (9, 10) being swingably connected with each other for the fastening device to snap into and become jammed in the welt rail, - characterized in that, in the condition in which it is jammed in the welt rail, the fastening device closes off the welt rail tight towards the outside, and - in that, in the condition in which it is jammed in the welt rail, the fastening device essentially follows the outer contour of the winding roller.
Cutting disc for a kitchen machine, wherein the cutting disc has a substantially flat base disc and at least one blade which extends from an inner circle with an inner radius as far as an outer radius and has a cutting edge spaced apart from the base disc, characterised in that the cutting edge is divided into at least two differently aligned or differently curved cutting edge sections (5, 6), wherein aligned between the inner radius and a mean radius is an inner cutting edge section and aligned between the mean radius and the outer radius is an outer cutting edge section, both in each case aligned as trailing cutting edge sections or both in each case aligned as leading cutting edge sections, wherein in the case of trailing cutting edge sections on the cutting edge the mean radius is located in a direction of movement of the cutting disc behind the inner radius and behind the outer radius, such that a concave cutting edge is formed, and wherein in the case of leading cutting edge sections on the cutting edge the mean radius is located in a direction of movement of the cutting disc in front of the inner radius and in front of the outer radius, such that a convex cutting edge is formed.
Actuator for an electromechanical door lock, comprising a motor, which drives a shaft, in and/or on which at least one coil spring is arranged, wherein the shaft has at least one driver engaging in an intermediate space between two adjacent turns of the coil spring, with the result that a rotation of the shaft axially displaces the coil spring, the coil spring acts on a slide such that an axial displacement of the coil spring preloads the slide at least in the direction corresponding to a displacement, wherein the motor has a drive shaft and the shaft is arranged in a non-coaxial manner with, in particular parallel to, and/or not in series and/or not in an aligned manner with the drive shaft, wherein the motor drives the shaft via an interposed gear mechanism (1, 2b), wherein the two ends of the coil spring are fixed in a freely axially displaceable, i.e. not stationary, manner, wherein the slide has a receptacle in the form of a slotted through-opening, through which the shaft projects in the assembled state, characterized in that the driver is in the form of at least one external thread, extending at least partially circumferentially around the shaft, on the shaft, the slide is in the form of a bridge-like slide with two lateral walls that are spanned in a bridge-like manner by a bridge portion.
An anchor for being embedded in concrete for supporting a load, comprising: a) an anchor rod having a lower threaded portion for being embedded in a concrete structure and an upper portion for extending outside the concrete structure; b) an anchor body (34, 66, 80) attached to the lower threaded portion, the anchor body (34, 66, 80) including a threaded opening (38, 68, 82), the lower threaded portion of said anchor rod being threaded to the threaded opening (38, 68, 82), the lower threaded portion of said anchor rod extending past the anchor body (34, 66, 80); c) the anchor body (34, 66, 80) including a top surface (33, 79) and a bottom surface (35, 78, 92) joined by a vertical side surface (44, 70, 84); d) the side surface (44, 70, 84) including at least one shoulder (50, 72, 86) extending therefrom; and e) the side surface (44, 70, 84) terminating into the at least one shoulder (50, 72, 86) with a radius surface. a) an anchor rod having a lower threaded portion for being embedded in a concrete structure and an upper portion for extending outside the concrete structure; b) an anchor body (34, 66, 80) attached to the lower threaded portion, the anchor body (34, 66, 80) including a threaded opening (38, 68, 82), the lower threaded portion of said anchor rod being threaded to the threaded opening (38, 68, 82), the lower threaded portion of said anchor rod extending past the anchor body (34, 66, 80); c) the anchor body (34, 66, 80) including a top surface (33, 79) and a bottom surface (35, 78, 92) joined by a vertical side surface (44, 70, 84); d) the side surface (44, 70, 84) including at least one shoulder (50, 72, 86) extending therefrom; and e) the side surface (44, 70, 84) terminating into the at least one shoulder (50, 72, 86) with a radius surface.
A fluid ejection system comprising: a fluid supply reservoir to store fluid; a fluid ejection die (12, 54) comprising a plurality of nozzles to eject fluid, the fluid ejection die (12, 54) further comprising at least one temperature sensor (16, 60) disposed thereon to sense a temperature of the fluid ejection die (12, 54); a fluid delivery subsystem that fluidly connects the fluid supply reservoir and the fluid ejection die (12, 54), the fluid delivery subsystem comprising at least one valve (22, 64) to regulate conveyance of fluid from the fluid supply reservoir to the fluid ejection die (12, 54); characterized by a control engine (24, 66) to control the at least one valve (22, 64) to thereby regulate conveyance of fluid from the fluid supply reservoir to the fluid ejection die (12, 54) based at least in part on the temperature of the fluid ejection die (12, 54). a fluid supply reservoir to store fluid; a fluid ejection die (12, 54) comprising a plurality of nozzles to eject fluid, the fluid ejection die (12, 54) further comprising at least one temperature sensor (16, 60) disposed thereon to sense a temperature of the fluid ejection die (12, 54); a fluid delivery subsystem that fluidly connects the fluid supply reservoir and the fluid ejection die (12, 54), the fluid delivery subsystem comprising at least one valve (22, 64) to regulate conveyance of fluid from the fluid supply reservoir to the fluid ejection die (12, 54);
Detection method for testing the leaktightness of sealed products, comprising the following steps: - at least one product that has been previously sealed in an air, nitrogen or argon atmosphere is placed in a chamber (step 101), characterized in that: - the pressure in the chamber is lowered to a high vacuum pressure of less than 10 -1 mbar and, while continuing the high vacuum pumping in the chamber, the gases contained in the chamber are ionized in order to monitor the evolution, in the chamber, of the concentration of at least one ionized gas species of the gas volume contained in the sealed product, the gas species being nitrogen, in order to identify the presence of a leak from said sealed product via analysis by optical emission spectrometry (step 103), - by monitoring the evolution of the ratio of the intensities of a distinctive spectral line of nitrogen to a distinctive spectral line of water vapour, in the spectrum representative of the gas species present in the chamber, and - by comparing the ratio of the intensities of the distinctive spectral line of air and of a distinctive spectral line of water vapour with the intensity ratios obtained for a plurality of leaks calibrated in the course of a drop in pressure in the chamber in order to quantify the leak. - at least one product that has been previously sealed in an air, nitrogen or argon atmosphere is placed in a chamber (step 101), - the pressure in the chamber is lowered to a high vacuum pressure of less than 10 -1 mbar and, while continuing the high vacuum pumping in the chamber, the gases contained in the chamber are ionized in order to monitor the evolution, in the chamber, of the concentration of at least one ionized gas species of the gas volume contained in the sealed product, the gas species being nitrogen, in order to identify the presence of a leak from said sealed product via analysis by optical emission spectrometry (step 103), - by monitoring the evolution of the ratio of the intensities of a distinctive spectral line of nitrogen to a distinctive spectral line of water vapour, in the spectrum representative of the gas species present in the chamber, and - by comparing the ratio of the intensities of the distinctive spectral line of air and of a distinctive spectral line of water vapour with the intensity ratios obtained for a plurality of leaks calibrated in the course of a drop in pressure in the chamber in order to quantify the leak.
A communication method for an elevator communication system inside a building, wherein the elevator communication system is part of an elevator system and the communication method being intended to realize a communication between a first terminal corresponding to a visitor and a second terminal corresponding to a to-be-visited target object inside the building, the communication method comprising the steps of: determining the to-be-visited target object by the first terminal from the elevator communication system; initiating, via the elevator communication system, a request to establish communication with the second terminal by the first terminal; accepting the request by the second terminal, and transmitting its second indoor positioning information to the first terminal by the second terminal via the elevator communication system; and presenting the second indoor positioning information by the first terminal; and characterized in that the second indoor positioning information is the indoor positioning information of the second terminal acquired by an indoor positioning system. the communication method comprising the steps of: determining the to-be-visited target object by the first terminal from the elevator communication system; initiating, via the elevator communication system, a request to establish communication with the second terminal by the first terminal; accepting the request by the second terminal, and transmitting its second indoor positioning information to the first terminal by the second terminal via the elevator communication system; and presenting the second indoor positioning information by the first terminal; and determining the to-be-visited target object by the first terminal from the elevator communication system; initiating, via the elevator communication system, a request to establish communication with the second terminal by the first terminal; accepting the request by the second terminal, and transmitting its second indoor positioning information to the first terminal by the second terminal via the elevator communication system; and presenting the second indoor positioning information by the first terminal; and characterized in that the second indoor positioning information is the indoor positioning information of the second terminal acquired by an indoor positioning system.
Electronic measuring, conditioning and regulating instrument, comprising a display front-piece with a viewer, a box-like container, a first PCB associated to the front-piece and disposed during use substantially parallel and in proximity thereto, and a second PCB disposed during use inside the box-like container and substantially orthogonal to the first PCB, characterized in that said first and second PCB are made starting from a single plate made in two parts (29a, 29b) and comprising, in an intermediate zone thereof, flexible bending means which allow, during use, to bend the first PCB with respect to the second PCB along at least a bending line so as to define the positions of use, orthogonal with respect to each other, of said first and second PCB.
A nasal interface device (400, 500) comprising a nasal insert adapted to deliver pressurized breathing gas to a nasal cavity of the patient, and to receive expired air, the nasal insert having: - a breathing gas inlet (402, 502) provided with first and second breathing gas supply tubes (404,406; 504, 506); - first and second expiratory tubes (420, 422; 520, 522), wherein the first gas supply tube (404,504) extends at least partially along and in contact with the first expiratory tube (420, 520) and the second gas supply tube (406, 506) extends at least partially along and in contact with the second expiratory tube (422, 522); and - a nasal prong assembly (408, 508) including a pair of nasal prongs (410, 412; 510, 512) in fluid communication with the first and second breathing gas supply tubes (404, 406; 504, 506) and first and second expiratory tubes (420, 422; 520, 522), characterized in that each expiratory tube (420, 422; 520, 522) includes a plurality of through holes (424, 524) formed therein to allow expiratory gases to exit the nasal interface device (400,500). - a breathing gas inlet (402, 502) provided with first and second breathing gas supply tubes (404,406; 504, 506); - first and second expiratory tubes (420, 422; 520, 522), wherein the first gas supply tube (404,504) extends at least partially along and in contact with the first expiratory tube (420, 520) and the second gas supply tube (406, 506) extends at least partially along and in contact with the second expiratory tube (422, 522); and - a nasal prong assembly (408, 508) including a pair of nasal prongs (410, 412; 510, 512) in fluid communication with the first and second breathing gas supply tubes (404, 406; 504, 506) and first and second expiratory tubes (420, 422; 520, 522),
A power module production method for producing a power module by stacking a cooler, an insulating resin sheet, a heat sink block, and a semiconductor chip, the power module production method comprising: a first thermal compression bonding step in which a first insulating resin sheet, which forms a lower layer of the insulating resin sheet, is bonded to the cooler by thermal compression; a second thermal compression bonding step in which a second insulating resin sheet, which forms an upper layer of the insulating resin sheet, is interposed between the first insulating resin sheet and the heat sink block, the second insulating resin sheet is bonded to the first insulating resin sheet by thermal compression, and the heat sink block is bonded to the second insulating resin sheet by thermal compression; and a soldering step in which the semiconductor chip is soldered onto the heat sink block. a first thermal compression bonding step in which a first insulating resin sheet, which forms a lower layer of the insulating resin sheet, is bonded to the cooler by thermal compression; a second thermal compression bonding step in which a second insulating resin sheet, which forms an upper layer of the insulating resin sheet, is interposed between the first insulating resin sheet and the heat sink block, the second insulating resin sheet is bonded to the first insulating resin sheet by thermal compression, and the heat sink block is bonded to the second insulating resin sheet by thermal compression; and a soldering step in which the semiconductor chip is soldered onto the heat sink block.
Closed container containing an aqueous solution ready for parenteral administration, wherein at least one pharmaceutically acceptable salt of fosfomycin and a pharmaceutically acceptable acid are dissolved in the solution, wherein the acid is succinic acid, wherein the solution contains a total dose of fosfomycin corresponding to 1 to 15 grams of fosfomycin, wherein the mass ratio of succinic acid to fosfomycin in the solution is between 30:1 and 50:1, wherein the volume of the solution is between 1 ml and 100 ml/g fosfomycin.
A medical collapsible quiver comprising at least two elongate tubular members (4, 6), comprising a first elongate tubular member and a second elongate tubular member; the first member having a first member inner surface and a free end portion with a first open end; the second member having a second member inner surface and a second member outer surface; at least a part of the second member received within the first member for reciprocal motion in the elongate direction relative to the first member from a retracted position to an extended position in which at least a first end portion of the second member extends out of the first open end; the second member having a second end portion at a second end thereof with a first inner surface portion and an outer surface portion and, in the extended position, the outer surface portion engages the first member inner surface, characterised in that the first inner surface portion and the outer surface portion converge toward the second end so that, in the extended position, at the junction of the second end with the first member there is substantially no discontinuity between the first member inner surface and the first inner surface portion.
An ink composition for use in digital offset printing, comprising: a white colorant, a translucent colorant, or a combination thereof; wherein the white colorant, translucent colorant, or combination thereof is present in an amount of at least 50 percent by weight based upon the total weight of the ink composition; at least one component selected from the group consisting of a curable monomer and a curable oligomer; at least one phase change agent; an optional dispersant; and an optional photoinitiator, wherein the at least one phase change agent comprises an ester-terminated polyamide gellant. a white colorant, a translucent colorant, or a combination thereof; wherein the white colorant, translucent colorant, or combination thereof is present in an amount of at least 50 percent by weight based upon the total weight of the ink composition; at least one component selected from the group consisting of a curable monomer and a curable oligomer; at least one phase change agent; an optional dispersant; and an optional photoinitiator, wherein the at least one phase change agent comprises an ester-terminated polyamide gellant.
Converter circuit intended to be linked to an electrical energy source capable of significant fluctuations, comprising: - a chopping circuit comprising an input terminal capable of being linked to the said electrical energy source, - a first output circuit suitable for being connected via a first switch to an output terminal of the chopping circuit, - a second output circuit suitable for being connected via a second switch to the output terminal of the chopping circuit, characterized in that it comprises a control circuit suitable for controlling on the one hand the duty cycle (α) of the chopping circuit as a function of the voltage variation of the said electrical energy source, and on the other hand the switching of the first and second switches as a function of an output voltage setpoint range for the first output circuit. - a chopping circuit comprising an input terminal capable of being linked to the said electrical energy source, - a first output circuit suitable for being connected via a first switch to an output terminal of the chopping circuit, - a second output circuit suitable for being connected via a second switch to the output terminal of the chopping circuit, characterized in that it comprises a control circuit suitable for controlling on the one hand the duty cycle (α) of the chopping circuit as a function of the voltage variation of the said electrical energy source, and on the other hand the switching of the first and second switches as a function of an output voltage setpoint range for the first output circuit.
An acrylic elastomer composition comprising: 100 parts by mass of an acrylic elastomer; and 2 to 15 parts by mass of at least one of a plasticizer represented by the chemical formula: wherein R 1, R 2, R 3, and R 4 each represent an alkyl group having 4 to 18 carbon atoms, and R 1, R 2, R 3, and R 4 may be the same alkyl group or may be different from each other, and wherein the acrylic elastomer comprises 0.1 to 5 parts by mass of a crosslinking monomer unit having a carboxy group with respect to 100 parts by mass of an acrylic acid alkyl ester unit. 100 parts by mass of an acrylic elastomer; and 2 to 15 parts by mass of at least one of a plasticizer represented by the chemical formula: wherein R 1, R 2, R 3, and R 4 each represent an alkyl group having 4 to 18 carbon atoms, and R 1, R 2, R 3, and R 4 may be the same alkyl group or may be different from each other, and wherein the acrylic elastomer comprises 0.1 to 5 parts by mass of a crosslinking monomer unit having a carboxy group with respect to 100 parts by mass of an acrylic acid alkyl ester unit.
Flow rate regulator for setting a flow rate of a fluid, in particular of a liquid or gaseous medium, wherein the flow rate regulator comprises a regulator body and a regulator opening, wherein the regulator opening is formed at least partially by a housing, wherein a clear opening dimension of the regulator opening can be modified by the regulator body in dependence on a pressure acting on the regulator body, wherein the regulator body forms at least a partial region of an edge delimiting the regulator opening, wherein the regulator body has at least two segments which can be decoupled from each other and which can each be deformed in a pressure-dependent manner, characterized in that the at least two segments have different resistances to pressure-dependent deformation.