mhurhangee/patent-ind-claim-en huggingface dataset:
A pre-stretcher for a thermoforming device and configured for pre-stretching a polymeric material by moving along a first direction relative to the polymeric material, the pre-stretcher comprising body that includes a shell member that defines an outer surface of the pre-stretcher, the pre-stretcher being composed of one or more segments (S1, S2), each segment having associated therewith an axis (A, A1, A2) parallel to the first direction and each segment comprising: an inner member spaced apart from the shell member; and at least one connecting member connecting the inner member to the shell member; wherein the inner member of at least one segment comprises a coupling member for allowing the pre-stretcher to be coupled to a shaft or plate of the thermoforming device, and wherein the shell member surrounds the inner members of the one or more segments; wherein, for each segment, the shell member, the inner member, and the at least one connecting member delimit an inner space filled with a gaseous medium within the pre-stretcher; characterized in that at least one of the inner member(s), shell member, and connecting member(s) is/are made from syntactic foam, wherein the syntactic foam(s) of the inner member(s), shell member, and connecting member(s), is/are composed of hollow microspheres and a binding agent for binding the microspheres. an inner member spaced apart from the shell member; and at least one connecting member connecting the inner member to the shell member; wherein the inner member of at least one segment comprises a coupling member for allowing the pre-stretcher to be coupled to a shaft or plate of the thermoforming device, and wherein the shell member surrounds the inner members of the one or more segments; wherein, for each segment, the shell member, the inner member, and the at least one connecting member delimit an inner space filled with a gaseous medium within the pre-stretcher; characterized in that at least one of the inner member(s), shell member, and connecting member(s) is/are made from syntactic foam, wherein the syntactic foam(s) of the inner member(s), shell member, and connecting member(s), is/are composed of hollow microspheres and a binding agent for binding the microspheres.
A microelectronic device comprising: a semiconductor die having a surface arranged in a first plane; a first dielectric layer formed over the surface of the semiconductor die; a second dielectric layer formed over the first dielectric layer ; and an inductor electrically coupled to and formed on the semiconductor die, wherein the inductor includes a magnetic core and at least one conductive coil formed around the magnetic core, the conductive coil comprises a plurality of traces electrically coupled to each other by vias , wherein the plurality of traces of the conductive coil comprises a first trace and a third trace formed over the first dielectric layer and a second trace formed over the magnetic core and the second dielectric layer, and wherein a first said via electrically couples the first trace to the second trace and a second said via electrically couples the second trace to the third trace, and wherein the first and second vias extend through the magnetic core and the second dielectric layer; and wherein the conductive coil is formed to lie in a second plane to extend the conductive coil away from the surface of the semiconductor die, the second plane being substantially orthogonal to the first plane. a semiconductor die having a surface arranged in a first plane; a first dielectric layer formed over the surface of the semiconductor die; a second dielectric layer formed over the first dielectric layer ; and an inductor electrically coupled to and formed on the semiconductor die, wherein the inductor includes a magnetic core and at least one conductive coil formed around the magnetic core, the conductive coil comprises a plurality of traces electrically coupled to each other by vias , wherein the plurality of traces of the conductive coil comprises a first trace and a third trace formed over the first dielectric layer and a second trace formed over the magnetic core and the second dielectric layer, and wherein a first said via electrically couples the first trace to the second trace and a second said via electrically couples the second trace to the third trace, and wherein the first and second vias extend through the magnetic core and the second dielectric layer; and wherein the conductive coil is formed to lie in a second plane to extend the conductive coil away from the surface of the semiconductor die, the second plane being substantially orthogonal to the first plane.
A ventilation apparatus for artificial ventilation of a patient , encompassing: - a respiratory gas source arrangement that furnishes an inspiratory respiratory gas for artificial ventilation of the patient ; - a flow modification apparatus that is embodied to generate and to quantitatively modify an inspiratory respiratory gas flow (AF); - a humidification apparatus that is embodied to quantitatively increase the absolute moisture content of the inspiratory respiratory gas flow (AF), the humidification apparatus comprising for that purpose a liquid reservoir and a modifiable-power-level evaporation apparatus ; - a respiratory gas conduit arrangement having a proximal longitudinal end located closer to the patient during operation and having a distal longitudinal end located farther from the patient during operation, in order to convey the inspiratory respiratory gas flow (AF) from the humidification apparatus to the patient ; - a flow sensor that is embodied to quantitatively detect the respiratory gas flow (AF); - a control apparatus that is embodied to control the operating power level of the evaporation apparatus depending on a predefined setpoint moisture content of the respiratory gas and depending on signals of the flow sensor , the respiratory gas conduit arrangement comprising at its proximal end a coupling configuration for coupling the respiratory gas conduit arrangement to a patient interface , for instance an endotracheal tube, a larynx mask, or a combination tube, and the like, that transfers respiratory gas between the respiratory gas conduit arrangement and the patient , characterized in that the control apparatus is embodied to ascertain, depending on operating parameters of the ventilation apparatus , a resultant state of the ventilation situation downstream in an inspiration direction from the coupling configuration , and to modify the operating power level of the evaporation apparatus depending on the ascertained result. - a respiratory gas source arrangement that furnishes an inspiratory respiratory gas for artificial ventilation of the patient ; - a flow modification apparatus that is embodied to generate and to quantitatively modify an inspiratory respiratory gas flow (AF); - a humidification apparatus that is embodied to quantitatively increase the absolute moisture content of the inspiratory respiratory gas flow (AF), the humidification apparatus comprising for that purpose a liquid reservoir and a modifiable-power-level evaporation apparatus ; - a respiratory gas conduit arrangement having a proximal longitudinal end located closer to the patient during operation and having a distal longitudinal end located farther from the patient during operation, in order to convey the inspiratory respiratory gas flow (AF) from the humidification apparatus to the patient ; - a flow sensor that is embodied to quantitatively detect the respiratory gas flow (AF); - a control apparatus that is embodied to control the operating power level of the evaporation apparatus depending on a predefined setpoint moisture content of the respiratory gas and depending on signals of the flow sensor ,
Fuel delivery unit for use within a fuel tank of a vehicle, having: - a surge tank for arranging on a wall of the fuel tank, wherein a fuel pump for delivering a liquid fuel from the surge tank is arranged in the surge tank , - a flange for arranging in an opening of the fuel tank, - at least one supporting element , which is arranged between the surge tank and the flange , - a flexible fuel line, which acts as a feed line and extends from a region of the surge tank to a connector stub on the flange , - a wiring harness , which extends from the fuel pump to the flange , characterized in that the fuel delivery unit furthermore has: - at least one flange-side holding means , which forms a first force application point for fixing the wiring harness on the flange side, and - at least one holding means , which is on the surge tank side and forms a second force application point for fixing the wiring harness on the surge tank side, wherein, in conjunction with the wiring harness , the flange-side and the surge tank-side holding means form a force absorbing device for protecting the feed line and the connector stub during a vehicle impact, wherein the wiring harness length between the holding means is shorter than the length of the feed line , with the result that, during the vehicle impact, as a result of which the surge tank and the flange move away from one another, the wiring harness length between the holding means can be subjected to a tensile load in order to absorb kinetic energy acting on the fuel delivery unit and thereby to dissipate it without the feed line or the connector stub which is connected to it breaking off at the flange . - a surge tank for arranging on a wall of the fuel tank, wherein a fuel pump for delivering a liquid fuel from the surge tank is arranged in the surge tank , - a flange for arranging in an opening of the fuel tank, - at least one supporting element , which is arranged between the surge tank and the flange , - a flexible fuel line, which acts as a feed line and extends from a region of the surge tank to a connector stub on the flange , - a wiring harness , which extends from the fuel pump to the flange , - at least one flange-side holding means , which forms a first force application point for fixing the wiring harness on the flange side, and - at least one holding means , which is on the surge tank side and forms a second force application point for fixing the wiring harness on the surge tank side,
A sweetener composition comprising: 5% to 95% by dry weight of glucose; and 5% to 95% by dry weight of a purified hemicellulose. wherein the purified hemicellulose composition includes 82% to 92% by dry weight of xylan; 8% to 9% by dry weight of xylo-oligosaccharide; and 4% to 5% by dry weight of xylose 5% to 95% by dry weight of glucose; and 5% to 95% by dry weight of a purified hemicellulose. wherein the purified hemicellulose composition includes 82% to 92% by dry weight of xylan; 8% to 9% by dry weight of xylo-oligosaccharide; and 4% to 5% by dry weight of xylose
An abrasive cutter for cutting through a rail of a track with - a base body , - a cutting disc holder for mounting a cutting disc and - a drive for driving the cutting disc holder in rotation about a rotational axis (A 2 ), wherein -- the drive is directly coupled to the cutting disc holder , -- the drive comprises an electric drive motor , -- a drive axis (A 1 ) of the electric drive motor and the rotational axis (A 2 ) align, wherein at least one clamping element for fastening the cutting disc to the cutting disc holder has a diameter (D), characterized in that the drive has a maximum transverse extent (E) which is at most equal to the diameter (D) of the at least one clamping element , and in that the electric drive motor has a power density P Spez , wherein P Spez ≥ 0.5 kW/kg. - a base body , - a cutting disc holder for mounting a cutting disc and - a drive for driving the cutting disc holder in rotation about a rotational axis (A 2 ), wherein -- the drive is directly coupled to the cutting disc holder , -- the drive comprises an electric drive motor , -- a drive axis (A 1 ) of the electric drive motor and the rotational axis (A 2 ) align, -- the drive is directly coupled to the cutting disc holder , -- the drive comprises an electric drive motor , -- a drive axis (A 1 ) of the electric drive motor and the rotational axis (A 2 ) align, at least one clamping element for fastening the cutting disc to the cutting disc holder has a diameter (D), characterized in that the drive has a maximum transverse extent (E) which is at most equal to the diameter (D) of the at least one clamping element , and in that the electric drive motor has a power density P Spez , wherein P Spez ≥ 0.5 kW/kg.
A system for far field sound capturing comprising: M ≥ 2 microphones configured to pick up sound and to provide M electrical microphone signals; a multi-channel acoustic echo canceller configured to receive the M microphone signals and to provide M echo cancelled signals (x 1 (n)-x M (n)); a beamformer configured to receive the M echo cancelled signals (x 1 (n)-x M (n)) and to process the M echo cancelled signals (x 1 (n)-x M (n)) to provide B ≥ 1 beamformed signals (b 1 (n)-b B (n)); and a beamsteerer configured to receive and process the B beamformed signals (b 1 (n)-b B (n)), wherein processing the B beamformed signals (b 1 (n)-b B (n)) comprises detecting a desired-source beam signal (b(n)), the desired-source beam signal (b(n)) representing a beam of sound wave pointing towards a desired source; wherein processing the B beamformed signals (b 1 (n)-b B (n)) further comprises detecting an undesired-source beam signal (b n (n)), the undesired-source beam signal (b n (n)) representing a beam of sound wave pointing towards an undesired source. M ≥ 2 microphones configured to pick up sound and to provide M electrical microphone signals; a multi-channel acoustic echo canceller configured to receive the M microphone signals and to provide M echo cancelled signals (x 1 (n)-x M (n)); a beamformer configured to receive the M echo cancelled signals (x 1 (n)-x M (n)) and to process the M echo cancelled signals (x 1 (n)-x M (n)) to provide B ≥ 1 beamformed signals (b 1 (n)-b B (n)); and a beamsteerer configured to receive and process the B beamformed signals (b 1 (n)-b B (n)), wherein processing the B beamformed signals (b 1 (n)-b B (n)) comprises detecting a desired-source beam signal (b(n)), the desired-source beam signal (b(n)) representing a beam of sound wave pointing towards a desired source; wherein processing the B beamformed signals (b 1 (n)-b B (n)) further comprises detecting an undesired-source beam signal (b n (n)), the undesired-source beam signal (b n (n)) representing a beam of sound wave pointing towards an undesired source.
Cutlery basket for a household dishwasher , having a receiving area for receiving items to be washed, a handle provided on the receiving area , a grip hole provided between the handle and the receiving area , wherein the grip hole penetrates a rear side , a first side wall and a second side wall of the receiving area , and a suspension segment provided on the handle and starting from this extending in the direction of the receiving area into the grip hole designed to suspend the cutlery basket in a rod arranged outside of the household dishwasher , wherein the suspension segment of the cutlery basket can be suspended at a right angle to a longitudinal direction (L) of the rod in the rod , so that the suspension segment of the cutlery basket engages in a form-fit manner behind the rod when suspended at a right angle in the rod .
A tower type boiler comprising: a furnace wall that forms a boiler main body and that performs a heat exchange with combustion gas (G) that is generated inside this boiler main body ; and a heat transfer section that is positioned at a top portion of the boiler main body and that performs a heat exchange with the combustion gas (G) that is generated within the boiler main body , wherein the heat transfer section is provided with a plurality of superheaters , wherein the furnace wall has a number of furnace wall pipes arranged in a vertical direction, and has a box-shape, and wherein the heat transfer section is located within the furnace wall, the tower type boiler is characterized in that an adjacent pitch (Pw) between heat transfer pipes in at least the superheater from among the plurality of superheaters that is located closest to the furnace wall bottom portion , the furnace wall bottom portion being located in a lower portion of the boiler main body , and that is exposed to the flames (F) from a burner , is set wider than an adjacent pitch (Pn) between heat transfer pipes in that superheater that is located further away from the furnace wall bottom portion . a furnace wall that forms a boiler main body and that performs a heat exchange with combustion gas (G) that is generated inside this boiler main body ; and a heat transfer section that is positioned at a top portion of the boiler main body and that performs a heat exchange with the combustion gas (G) that is generated within the boiler main body , wherein the heat transfer section is provided with a plurality of superheaters , wherein the furnace wall has a number of furnace wall pipes arranged in a vertical direction, and has a box-shape, and wherein the heat transfer section is located within the furnace wall, the tower type boiler is characterized in that an adjacent pitch (Pw) between heat transfer pipes in at least the superheater from among the plurality of superheaters that is located closest to the furnace wall bottom portion , the furnace wall bottom portion being located in a lower portion of the boiler main body , and that is exposed to the flames (F) from a burner , is set wider than an adjacent pitch (Pn) between heat transfer pipes in that superheater that is located further away from the furnace wall bottom portion .
Preparation for use for the magnetization and removal of kidney stones or kidney stone fragments, comprising: - magnetic particles , - at least one salt selected from the group consisting of: chlorides, perchlorates and phosphates of Li, Na, K, ammonium, Mg and Ca, and - at least one solvent , wherein the preparation is in the form of a solution, a suspension or a dispersion. - magnetic particles , - at least one salt selected from the group consisting of: chlorides, perchlorates and phosphates of Li, Na, K, ammonium, Mg and Ca, and - at least one solvent , wherein the preparation is in the form of a solution, a suspension or a dispersion.
A filter media, comprising: a first fiber web having an average fiber diameter of less than or equal to 0.5 microns and a maximum pore size of less than or equal to 1.0 microns; and a second fiber web having a maximum pore size of greater than or equal to 3 microns and less than or equal to 70 microns, wherein a critical wetting surface tension of the first fiber web and a critical wetting surface tension of the second fiber web differ by less than or equal to 0.015 N/m (15 dynes/cm), and wherein the first and second fiber webs are directly adjacent and have a peel strength of greater than or equal to 1.75 N/m (0.01 lb/in) and less than or equal to 1750 N/m (10 lb/in). a first fiber web having an average fiber diameter of less than or equal to 0.5 microns and a maximum pore size of less than or equal to 1.0 microns; and a second fiber web having a maximum pore size of greater than or equal to 3 microns and less than or equal to 70 microns, wherein a critical wetting surface tension of the first fiber web and a critical wetting surface tension of the second fiber web differ by less than or equal to 0.015 N/m (15 dynes/cm), and wherein the first and second fiber webs are directly adjacent and have a peel strength of greater than or equal to 1.75 N/m (0.01 lb/in) and less than or equal to 1750 N/m (10 lb/in).
Method for managing the operation of an object capable of contactlessly communicating with a reader magnetically coupled to said object, comprising at least one phase of transmission (S31) of information from said object to the reader including a modulation of the impedance of a load connected to the terminals of the antenna of said object, at least one control phase (S30) including an estimation (S300) of the distance between said object and the reader and an adjustment (S301) of the impedance of said load according to the estimated distance, characterised in that said object comprises a controllable circuit for limiting voltage , connected to the terminals of the antenna, and the estimation of said distance comprises a determination of the level of activity (F) of the circuit for limiting voltage and a comparison of this level of activity (F) to at least one threshold (F1, F2).
A cosmetic product with DNA-repair properties which comprises: - an active ingredient that consists of a mixture of liposomes which have, in the interior thereof, repair enzymes such as Arabidopsis thaliana, plankton extract, bifida ferment lysate or micrococcus lysate - a second active ingredient that consists of a mixture of liposomes which incorporate, in the interior thereof, amino acids such as arginine, glycine, proline, phenylalanine, cysteine, serine, tyrosine, glutamine or methionine - a third active ingredient that is a zinc salt such as zinc chloride, zinc gluconate or zinc chlorohydrate, which is also found encapsulated in liposomes; wherein each active ingredient is separately encapsulated in the liposomes. - an active ingredient that consists of a mixture of liposomes which have, in the interior thereof, repair enzymes such as Arabidopsis thaliana, plankton extract, bifida ferment lysate or micrococcus lysate - a second active ingredient that consists of a mixture of liposomes which incorporate, in the interior thereof, amino acids such as arginine, glycine, proline, phenylalanine, cysteine, serine, tyrosine, glutamine or methionine - a third active ingredient that is a zinc salt such as zinc chloride, zinc gluconate or zinc chlorohydrate, which is also found encapsulated in liposomes;