mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for germ reduction by means of plasma comprising: a piezoelectric transformer; a circuit board having a control circuit for exciting the piezoelectric transformer, wherein the piezoelectric transformer and the circuit board are arranged in a housing; and a high-voltage end of the piezoelectric transformer is oriented toward an opening in the housing; characterized in that the arrangement comprises a dielectric film having a peripheral edge, which encloses or surrounds a region to be sterilized and forms a cavity; and the high-voltage end of the piezoelectric transformer faces toward a side of the dielectric film facing away from the cavity and the plasma can be ignited inside the cavity; and a fan wheel is provided, with which a first pressure can be generated in the housing, which is greater than a second pressure present in the surroundings, so that the dielectric film can be suctioned against the opening of the housing and the high-voltage end of the piezoelectric transformer presses against the dielectric film in a formfitting manner. a piezoelectric transformer; a circuit board having a control circuit for exciting the piezoelectric transformer, wherein the piezoelectric transformer and the circuit board are arranged in a housing; and a high-voltage end of the piezoelectric transformer is oriented toward an opening in the housing; characterized in that the arrangement comprises a dielectric film having a peripheral edge, which encloses or surrounds a region to be sterilized and forms a cavity; and the high-voltage end of the piezoelectric transformer faces toward a side of the dielectric film facing away from the cavity and the plasma can be ignited inside the cavity; and a fan wheel is provided, with which a first pressure can be generated in the housing, which is greater than a second pressure present in the surroundings, so that the dielectric film can be suctioned against the opening of the housing and the high-voltage end of the piezoelectric transformer presses against the dielectric film in a formfitting manner.
An auxiliary power unit (10; 110; 210; 310; 410) for an aircraft, comprising: an engine configured as a rotary intermittent internal combustion engine; a turbine having an inlet in fluid communication with an outlet of the engine, the turbine compounded with the engine; a compressor having an inlet in fluid communication with an environment of the aircraft and an outlet in fluid communication with a bleed duct for providing bleed air to the aircraft, the compressor rotatable independently of the turbine; an electric motor drivingly engaged to the compressor; and a transfer generator drivingly engaged to the engine, the transfer generator and the electric motor being electrically connected to allow power transfer therebetween. an engine configured as a rotary intermittent internal combustion engine; a turbine having an inlet in fluid communication with an outlet of the engine, the turbine compounded with the engine; a compressor having an inlet in fluid communication with an environment of the aircraft and an outlet in fluid communication with a bleed duct for providing bleed air to the aircraft, the compressor rotatable independently of the turbine; an electric motor drivingly engaged to the compressor; and a transfer generator drivingly engaged to the engine, the transfer generator and the electric motor being electrically connected to allow power transfer therebetween.
Shaped part for guiding water on window or door wings, wherein water can be guided from a groove of the shaped part away from one end of a window or door sill onto the window or door sill, characterized by a channel leading upwards from a groove, wherein the channel is open on its side facing the window or door wing in the position of use, the groove being open on its side facing the window or door wing in the position of use, wherein the channel is open towards the groove, wherein inclined tongues as guide surfaces (10, 11) being provided in the channel by a base plate pointing away from the groove, which in the position of use rests against the lower edge of the window or door wing, and by an installation (12, 15) which at least impedes an inflow from the groove into the channel and which is provided in the region of the end of the channel adjacent to the groove.
A lead anchor for a neuromodulation lead comprising: a solid anchor block having a lumen and at least one opening, wherein said lumen is configured to receive a portion of the neuromodulation lead and wherein said opening is connected with said lumen and has a longitudinal axis; an anchor body at least partially covering said anchor block; and a fixing element having a fastening portion and a head portion, wherein said fastening portion is configured to be inserted along the axis into said opening to fix the portion of the neuromodulation lead, wherein said head portion comprises at least one first stop feature having a dimension in a radial direction with respect to said axis which is greater than a diameter of said opening; characterized in that the anchor block comprises at least one projection or at least one eyelet projecting from the anchor block, wherein the at least one projection or the at least one eyelet protrudes from the anchor body and penetrates the anchor body. a solid anchor block having a lumen and at least one opening, wherein said lumen is configured to receive a portion of the neuromodulation lead and wherein said opening is connected with said lumen and has a longitudinal axis; an anchor body at least partially covering said anchor block; and a fixing element having a fastening portion and a head portion, wherein said fastening portion is configured to be inserted along the axis into said opening to fix the portion of the neuromodulation lead, wherein said head portion comprises at least one first stop feature having a dimension in a radial direction with respect to said axis which is greater than a diameter of said opening; characterized in that the anchor block comprises at least one projection or at least one eyelet projecting from the anchor block, wherein the at least one projection or the at least one eyelet protrudes from the anchor body and penetrates the anchor body.
Supply network to which a multiplicity of subscribers are connected, wherein the subscribers have different heat and volume flow requirements, and the supply network is a bidirectional fluid cooling/heating network maintained at a cool temperature, wherein bidirectional subscriber interfaces (24a-24i) are provided at the subscribers (16 - 22) and auxiliary unit interfaces are provided for auxiliary units (40 - 44) which are connected to the network and have energy consumption or energy supply properties, wherein the bidirectional subscriber interfaces (24a-24i) each have a connection for thermal fluid/energy transfer, which transfer may be a cold transfer or a heat transfer, wherein the network is a cooling/heating bus system having bus connections for connection of the subscriber interfaces (24a - 24i) to the subscribers (16 - 22) and of the auxiliary unit interfaces to the auxiliary units (40 - 44), and a main storage device having a bidirectional main storage device interface to the network is provided, wherein the network has sensors for acquiring energy data at all interfaces and at the connected units as well as data interfaces for forwarding the energy data, and a central controller is provided for controlling the bidirectional interfaces and units at the subscribers (16 - 22), characterised in that various external energy sources (32 - 38) are directly connected to the main storage device and the central controller is also provided for controlling the bidirectional interfaces at the main storage device.
Method for determining the SO 2 content in a sample of drink and food with the method steps of: - steam distillation to separate the SO 2 from the sample and collection of the SO 2 -containing distillate - determination of the SO 2 content of the sample based on the distillate to achieve SO 2 measurement values wherein the determined SO 2 measurement values of the sample are converted, based on a calibration equation determined by means of reference samples with known SO 2 content, to give a corrected SO 2 content of the test sample,, wherein the measurement conditions and the duration of distillation for the measured SO 2 contents of the reference samples with known SO 2 contents for generating the calibration equation and the measurement conditions for the content determination of the test samples are identical, characterized in that - in the steam distillation, the distillate is passed into an iodine solution in a first absorption vessel, which contains an excess of iodine, such that after the reaction of SO 2 and iodine a residual amount of iodine is present that can be titrated; - the amount of iodine released from the iodine solution of the first absorption vessel by the distillation process is retained in ethanol in a second absorption vessel; - and the iodine solutions of the first absorption vessel and the second absorption vessel are combined and the residual amount of iodine is determined by titration, in particular with thiosulfate, in a reverse redox reaction,. - steam distillation to separate the SO 2 from the sample and collection of the SO 2 -containing distillate - determination of the SO 2 content of the sample based on the distillate to achieve SO 2 measurement values - in the steam distillation, the distillate is passed into an iodine solution in a first absorption vessel, which contains an excess of iodine, such that after the reaction of SO 2 and iodine a residual amount of iodine is present that can be titrated; - the amount of iodine released from the iodine solution of the first absorption vessel by the distillation process is retained in ethanol in a second absorption vessel; - and the iodine solutions of the first absorption vessel and the second absorption vessel are combined and the residual amount of iodine is determined by titration, in particular with thiosulfate, in a reverse redox reaction,.
A culture medium for obtaining osteoprogenitors and/or osteoblasts from human embryonic stem (hES) cells or their progeny, comprising BMP-4, dexamethasone, and ascorbic acid or an analog thereof.
Method for determining the relative temporal position of electromagnetic pulses, having the steps of: - generating a sequence of first electromagnetic pulses; - generating a sequence of second electromagnetic pulses; - wherein the duration of the first and second electromagnetic pulses (11, 12) is in the femtosecond range; - superimposing at least some of the first and second pulses (11, 12) in a saturable absorber, wherein the transmission of the saturable absorber rises quickly when a fast pulse is radiated in, with the result that, when the first pulse is radiated in, the transmission of the absorber has a rising edge which at least approximately follows the profile of the rising edge of the first pulse; - detecting the second pulses which have passed through the saturable absorber by means of a detector (6, 61) in such a manner that the detector is used to capture the second pulses but not the first pulses which have passed through the saturable absorber; and - determining the temporal position of the first pulses relative to the temporal position of the second pulses with the aid of a signal which is generated by the detector (6, 61) upon receiving the second pulses which have passed through the saturable absorber, wherein the determination of the relative temporal position of the pulses (11, 12) comprises capturing a fast rising edge of the signal from the detector (6, 61). - generating a sequence of first electromagnetic pulses; - generating a sequence of second electromagnetic pulses; - wherein the duration of the first and second electromagnetic pulses (11, 12) is in the femtosecond range; - superimposing at least some of the first and second pulses (11, 12) in a saturable absorber, wherein the transmission of the saturable absorber rises quickly when a fast pulse is radiated in, with the result that, when the first pulse is radiated in, the transmission of the absorber has a rising edge which at least approximately follows the profile of the rising edge of the first pulse; - detecting the second pulses which have passed through the saturable absorber by means of a detector (6, 61) in such a manner that the detector is used to capture the second pulses but not the first pulses which have passed through the saturable absorber; and - determining the temporal position of the first pulses relative to the temporal position of the second pulses with the aid of a signal which is generated by the detector (6, 61) upon receiving the second pulses which have passed through the saturable absorber, wherein the determination of the relative temporal position of the pulses (11, 12) comprises capturing a fast rising edge of the signal from the detector (6, 61).
A garment comprising: a main body part having a pair of collar parts and a waistline part positioned below the collar parts; two swinging sleeve parts coupled to the main body part and an obi part wound around the waistline part, wherein one of the collar parts is fixed to the other, characterized in that the swinging sleeve part has a plurality of swinging sleeve convex-concave parts extending in a direction perpendicular to a direction from a root to a sleeve opening to maintain the shape of the swinging sleeve part. a main body part having a pair of collar parts and a waistline part positioned below the collar parts; two swinging sleeve parts coupled to the main body part and an obi part wound around the waistline part, wherein one of the collar parts is fixed to the other, characterized in that the swinging sleeve part has a plurality of swinging sleeve convex-concave parts extending in a direction perpendicular to a direction from a root to a sleeve opening to maintain the shape of the swinging sleeve part.
A distance measuring device, comprising: a base, comprising a base plate and a side wall extending from the base plate; a baffle, arranged opposite to the base plate and covering part of the base plate; a first drive wheel, rotatably mounted on the base; a second drive wheel, rotatably mounted on the base; a connecting component, wound on the first drive wheel and the second drive wheel, and configured to drive the second drive wheel to rotate when the first drive wheel rotates; and a driving device, connected to the first drive wheel, and configured to drive the first drive wheel to rotate; wherein the side wall at least partially encloses an outer periphery of the first drive wheel, the baffle is attached to a part of the side wall enclosing the outer periphery of the first drive wheel, and the base plate, the baffle, and the side wall collaboratively enclose the first drive wheel, the second drive wheel, the base plate, the baffle and the side wall collaboratively define a mounting chamber, wherein the first drive wheel is received in the mounting chamber; characterized in that further comprising a mounting plate, wherein the mounting plate is fixed to one end, distal from the base plate, of the second drive wheel, and the mounting plate covers a gap between the second drive wheel and the baffle and a gap between the second drive wheel and the side wall; the base plate and the side wall collaboratively enclose the second drive wheel, and the mounting plate, the baffle and the base collaboratively define a drive space enclosing the second drive wheel. a base, comprising a base plate and a side wall extending from the base plate; a baffle, arranged opposite to the base plate and covering part of the base plate; a first drive wheel, rotatably mounted on the base; a second drive wheel, rotatably mounted on the base; a connecting component, wound on the first drive wheel and the second drive wheel, and configured to drive the second drive wheel to rotate when the first drive wheel rotates; and a driving device, connected to the first drive wheel, and configured to drive the first drive wheel to rotate; wherein the side wall at least partially encloses an outer periphery of the first drive wheel, the baffle is attached to a part of the side wall enclosing the outer periphery of the first drive wheel, and the base plate, the baffle, and the side wall collaboratively enclose the first drive wheel, the second drive wheel, the base plate, the baffle and the side wall collaboratively define a mounting chamber, wherein the first drive wheel is received in the mounting chamber; characterized in that further comprising a mounting plate, wherein the mounting plate is fixed to one end, distal from the base plate, of the second drive wheel, and the mounting plate covers a gap between the second drive wheel and the baffle and a gap between the second drive wheel and the side wall; the base plate and the side wall collaboratively enclose the second drive wheel, and the mounting plate, the baffle and the base collaboratively define a drive space enclosing the second drive wheel.
An apparatus for moving objects, in particular food products, having a plurality of individually movable transport movers for the transport of the objects; having a path system for the transport movers in which the transport movers are movable along at least one predefined path; and having a control device for controlling the movements of the transport movers in the path system, wherein the path comprises a stator and an associated guide for the transport movers, characterized in that the path can be transitioned at least sectionally from an operating configuration into a service configuration in which at least one component (16, 24) of the path is moved relative to the stator out of its working position corresponding to a transport operation, with the component (16, 24) being fixed in the working position without additional mechanical connection means, in particular at a mount associated with it at the path; and/or in that a fixing of the component (16, 24) effective in the working position is releasable without tools. having a path system for the transport movers in which the transport movers are movable along at least one predefined path; and having a control device for controlling the movements of the transport movers in the path system, wherein the path comprises a stator and an associated guide for the transport movers, characterized in that the path can be transitioned at least sectionally from an operating configuration into a service configuration in which at least one component (16, 24) of the path is moved relative to the stator out of its working position corresponding to a transport operation, with the component (16, 24) being fixed in the working position without additional mechanical connection means, in particular at a mount associated with it at the path; and/or in that a fixing of the component (16, 24) effective in the working position is releasable without tools.
Method for producing a signal structure for the production of a strain, pressure, and/or break sensor or actuator, wherein the method comprises the following steps: - fixing of at least one electrical conductor arranged on a base material by means of embroidering on the base material, wherein the electrical conductor is produced by large embroidery technique or by an single-head respectively multi-head embroidery technique, and wherein as base material a textile material, a synthetic material, a synthetic fiber composite, a synthetic nonwoven, a foil, a foam, a fiber glass, a glass laid compound, a glass nonwoven, and/or a gain fiber structure is used, wherein the electrical conductor extends at least along a length of the base material; - placing the embroidered base material in a hardenable carrier material; and - hardening of the carrier material under formation of a solid matrix containing the base material with the electrical conductor. - fixing of at least one electrical conductor arranged on a base material by means of embroidering on the base material, wherein the electrical conductor is produced by large embroidery technique or by an single-head respectively multi-head embroidery technique, and wherein as base material a textile material, a synthetic material, a synthetic fiber composite, a synthetic nonwoven, a foil, a foam, a fiber glass, a glass laid compound, a glass nonwoven, and/or a gain fiber structure is used, wherein the electrical conductor extends at least along a length of the base material; - placing the embroidered base material in a hardenable carrier material; and - hardening of the carrier material under formation of a solid matrix containing the base material with the electrical conductor.
Filter insert, in particular intake air filter insert for internal combustion engines comprising a. a filter element with an inlet-sided end face and an outlet-sided end face spaced apart therefrom in main flow direction and b. a frame, which is connected with the filter element, circulating along the side faces of the filter element, wherein the frame carries an axial seal whose sealing direction is aligned in or opposite to the main flow direction, wherein the seal can be brought in sealing direction in contact with a sealing surface of a filter housing so that the inlet side of the filter insert is sealingly detachable from the outlet side, wherein the frame features on two opposing sides of the filter element a first and a second contact surface for clamping the filter element by means of a first and a second clamping element, wherein the contact surfaces are substantially aligned oppositely to the sealing direction, wherein the contact surfaces feature each a height profile, characterized in that the height profiles along two oppositely positioned, substantially flat or slightly elliptically curved side faces have a common preferred direction along which extend the height profiles and the height mainly increases, wherein the increase occurs continuously or in individual sections and the first contact surface features a first height profile and the second contact surface features a second height profile differing from the first height profile. a. a filter element with an inlet-sided end face and an outlet-sided end face spaced apart therefrom in main flow direction and b. a frame, which is connected with the filter element, circulating along the side faces of the filter element, wherein the frame carries an axial seal whose sealing direction is aligned in or opposite to the main flow direction, wherein the seal can be brought in sealing direction in contact with a sealing surface of a filter housing so that the inlet side of the filter insert is sealingly detachable from the outlet side,
A gelator characterized by comprising: two or more alkylamide compounds of General Formula: where R 1 is a C 1-30 aliphatic group optionally having a substituent or two or more alkylurea compounds of General Formula: where R 2 is a C 1-30 aliphatic group optionally having a substituent, characterized in that the gelator forms a gel exhibiting thixotropic properties. two or more alkylamide compounds of General Formula: where R 1 is a C 1-30 aliphatic group optionally having a substituent or two or more alkylurea compounds of General Formula: where R 2 is a C 1-30 aliphatic group optionally having a substituent, characterized in that the gelator forms a gel exhibiting thixotropic properties.
Plastic container product, particularly manufactured using the blow-fill-seal method, with a container wall which can be pierced in pre-definable regions by a cannula to gain access to the container contents, wherein, to avoid punched parts, which arise when piercing the container wall with the cannula, the mathematical product of the container wall thickness in the piercing region and the tensile modulus of the plastics material according to ISO 527 is less than 400 MPa.mm, more preferably less than 300 MPa.mm, and wherein the container product comprises a top part, characterised in that the piercing region, which lies on the upper side of the top part, covers 1 to 70 mm 2 and the wall thickness of the container region to be pierced is at least 0.3 mm.