mhurhangee/ep-ind-claims huggingface dataset:
A control circuit for a drop-on-demand piezoelectric fluid-ejection mechanism, comprising: a drive and sense circuit comprising a sensing capacitor having a capacitance, an input, a drive output, and a sense output, the drive output to be coupled to the drop-on-demand piezoelectric fluid-ejection mechanism; and, a switch configured to switch the input of the drive and sense circuit between a feed-forward driving mode of the drive and sense circuit and a feedback damping mode of the drive and sense circuit, wherein the drive and sense circuit is configured to compare a voltage over the capacitance of the sensing capacitor to a voltage over a capacitance of the fluid-ejection mechanism, wherein in the feed-forward driving mode, the switch is configured to couple the input to a drive waveform to cause the fluid-ejection mechanism to eject a drop of fluid, and wherein in the feedback damping mode, the switch is configured to couple the input to the sense output to dampen the fluid-ejection mechanism after the fluid-ejection mechanism has ejected the drop of fluid. a drive and sense circuit comprising a sensing capacitor having a capacitance, an input, a drive output, and a sense output, the drive output to be coupled to the drop-on-demand piezoelectric fluid-ejection mechanism; and, a switch configured to switch the input of the drive and sense circuit between a feed-forward driving mode of the drive and sense circuit and a feedback damping mode of the drive and sense circuit, wherein the drive and sense circuit is configured to compare a voltage over the capacitance of the sensing capacitor to a voltage over a capacitance of the fluid-ejection mechanism, wherein in the feed-forward driving mode, the switch is configured to couple the input to a drive waveform to cause the fluid-ejection mechanism to eject a drop of fluid, and wherein in the feedback damping mode, the switch is configured to couple the input to the sense output to dampen the fluid-ejection mechanism after the fluid-ejection mechanism has ejected the drop of fluid.
Franking and/or addressing machine in which printing media are transported by means of a priorly known transport module with a circulating transport belt driven by rollers and a counter-pressure device with resiliently arranged pressure elements and are printed by means of a print head arranged behind a printing window and in which a module with a magazine for strips is arranged in the entrance area for usual printing media and in the area of contact of the transport belt and in which the transport belt simultaneously serves as drawing-off device, wherein the design of the module with the magazine allows the alternative fitting out of the franking and/or addressing machine with or without strip printing, characterized in that the module with the magazine is arranged laterally offset in relation to the transport belt in such a way that the strips are only caught by the transport belt in a marginal region and that the transport belt is running outside the printing window beside it so that the strips are carried by the transport belt with an area intended for printing past the printing window below it.
Chewing gum imparting a cooling sensation to a consumer, comprising a region characterised by the presence of gum base, at least one sweetener, and a synergistic cooling combination of two separated components: a) a solid particulate cooling flavour comprising a vinyl polymer, a dipeptide sweetener and at least one N-substituted p-menthane-carboxamide having formula I wherein R1 is selected from C1-C10 alkyl, C1-C10 alkoxycarbonylmethyl, heteroaryl-C1-C5 alkyl and phenyl, optionally substituted by C1-C5 alkoxy and/or cyano groups; b) a cooling mix comprising one or more organic C3-C10 mono- and di- acids esterified with one or two menthol groups, homogeneously dispersed in said region. a) a solid particulate cooling flavour comprising a vinyl polymer, a dipeptide sweetener and at least one N-substituted p-menthane-carboxamide having formula I wherein R1 is selected from C1-C10 alkyl, C1-C10 alkoxycarbonylmethyl, heteroaryl-C1-C5 alkyl and phenyl, optionally substituted by C1-C5 alkoxy and/or cyano groups; b) a cooling mix comprising one or more organic C3-C10 mono- and di- acids esterified with one or two menthol groups, homogeneously dispersed in said region.
Fastening device for a tensioning strap of a fuel tank or a compressed air tank for fastening the fuel tank or the compressed air tank to a frame of a motor vehicle, comprising: a connecting component with a shank extending along a longitudinal axis and a contact face for supporting the connecting component; and a first fastening element having a through hole extending along a longitudinal axis and a contact face for supporting the contact face of the connecting component, the first fastening element being insertable or integratable into a first tensioning lug of the tensioning strap; wherein the shank of the connecting component is insertable into the through hole with clearance between the shank and the through hole, such that an angular offset between the longitudinal axis of the shank and the longitudinal axis of the through hole is allowed in a direction perpendicular to a longitudinal axis of the first fastening element, and perpendicular to the longitudinal axis of the through hole. a connecting component with a shank extending along a longitudinal axis and a contact face for supporting the connecting component; and a first fastening element having a through hole extending along a longitudinal axis and a contact face for supporting the contact face of the connecting component, the first fastening element being insertable or integratable into a first tensioning lug of the tensioning strap; wherein the shank of the connecting component is insertable into the through hole with clearance between the shank and the through hole, such that an angular offset between the longitudinal axis of the shank and the longitudinal axis of the through hole is allowed in a direction perpendicular to a longitudinal axis of the first fastening element, and perpendicular to the longitudinal axis of the through hole.
Rear-ventilated building facade comprising: a load-bearing external wall, an insulation layer formed from insulation panels and fastened to the external wall, a facade cladding installed by means of a load-bearing structure forming a rear ventilation gap at a spaced location from the insulation layer, and at least one fire barrier (6, 6') configured as a mineral wool panel and interrupting the rear ventilation gap in the vertical direction, wherein the fire barrier (6, 6') extends over the entire depth of the rear ventilation gap, characterized in that the at least one fire barrier (6, 6') has at least one opening (62, 63) extending in the vertical direction in the area of the rear ventilation gap, wherein a sum of areas of the at least one opening (62, 63) per linear meter equals to or is less than 100 cm 2. a load-bearing external wall, an insulation layer formed from insulation panels and fastened to the external wall, a facade cladding installed by means of a load-bearing structure forming a rear ventilation gap at a spaced location from the insulation layer, and at least one fire barrier (6, 6') configured as a mineral wool panel and interrupting the rear ventilation gap in the vertical direction, wherein the fire barrier (6, 6') extends over the entire depth of the rear ventilation gap, characterized in that the at least one fire barrier (6, 6') has at least one opening (62, 63) extending in the vertical direction in the area of the rear ventilation gap, wherein a sum of areas of the at least one opening (62, 63) per linear meter equals to or is less than 100 cm 2.
A sensor device configured to be attached to a drug delivery device and configured to illuminate the drug delivery device when attached, the sensor device comprising: a light guide having a first surface, a second surface opposed to the first surface, at least one side surface extending between the first and second surfaces and a light out-coupling structure configured to cause diffuse light to be emitted from the first surface when light is input into the light guide; at least one light source configured to in-couple light into the light guide; and an optical sensor arranged to receive light reflected from a surface of the drug delivery device. a light guide having a first surface, a second surface opposed to the first surface, at least one side surface extending between the first and second surfaces and a light out-coupling structure configured to cause diffuse light to be emitted from the first surface when light is input into the light guide; at least one light source configured to in-couple light into the light guide; and an optical sensor arranged to receive light reflected from a surface of the drug delivery device.
A combine harvester comprising a tangentially arranged threshing device which includes at least one threshing drum and at least one separating concave, and an axial separation device which is arrange downstream of the threshing device and which includes a feed drum and two separating rotors and which has an intake region which extends at least over the width of the separating rotors and which is adjoined by the at least one separating concave of the threshing device, wherein arranged in the transitional region from the separating concave to the intake region is a guide element (19, 26) extending substantially in the longitudinal direction of the combine harvester, characterised in that the separating concave is variable in spacing in relation to the threshing drum and the guide element (16, 29) is in engagement with the separating concave and the spacing thereof in relation to the threshing drum remains constant upon a change in the spacing of the separating concave relative to the threshing drum.
Method for the computer-aided display of status information, - in which an item of status information is respectively received from a plurality of technical subsystems, wherein the status information possibly comprises one or more faults which are reported by the respective technical subsystem, characterized in that - an index card for display is provided for each technical subsystem and a design feature arranged on a tab of the index card represents the status information relating to the respective technical subsystem, - all tabs of the index cards and the design features arranged on the tabs are displayed at the same time, - at least one fault which has not yet been acknowledged by a user is represented by the design feature in a first manner, - the fault is displayed or acknowledged as a result of interaction of the user, - the fault is represented by the design feature in a second manner after the interaction of the user. - in which an item of status information is respectively received from a plurality of technical subsystems, wherein the status information possibly comprises one or more faults which are reported by the respective technical subsystem, - an index card for display is provided for each technical subsystem and a design feature arranged on a tab of the index card represents the status information relating to the respective technical subsystem, - all tabs of the index cards and the design features arranged on the tabs are displayed at the same time, - at least one fault which has not yet been acknowledged by a user is represented by the design feature in a first manner, - the fault is displayed or acknowledged as a result of interaction of the user, - the fault is represented by the design feature in a second manner after the interaction of the user.
Data cable for high-speed data transmissions having at least one core pair comprised of two cores, which are surrounded by a film-like pair shield, wherein the pair shield is provided with an inner shielding film and an outer shielding film and the two shielding films (14, 16) are in mutual electrical contact, and the inner shielding film is wound around the core pair, the outer shielding film is wound around the inner shielding film in a gapped arrangement, characterized in that the gapped arrangement lies within a range from 1 to 10% of the width of the outer shielding film and in that the inner shielding film is wound with an overlap within a range between 20% and 40% of the width of the inner shielding film.
A vaccine formulation comprising an effective amount of an adjuvant composition, the adjuvant composition comprising a carbohydrate linked to chitosan to form a Schiff base and an antigen, wherein the carbohydrate is an open ring mannose moiety, wherein the vaccine is formulated for administration in food or drinking water, and wherein the Schiff base is optionally reduced and wherein the effective amount is an amount of composition that, when administered to a subject for enhancing the immune response of the subject, is capable of increasing the immune response of the subject.
Crystallisate of the pure acid DTPMP according to general formula or a tautomeric form thereof: where n is a number between 0 and 2, characterised in that the crystallisate has at least one crystal modification selected from α, β and γ, where the α crystal modification is characterised by the following characteristic reflections in the X-ray diffraction diagram, measured using Cu-K α radiation: 2Θ d 6.8 13.00 17.9 5.0 20.2 4.40 22.2 4.00 22.5 3.95 23.0 3.86 23.1 3.84 25.0 3.6 where the β crystal modification is characterised by the following characteristic reflections in the X-ray diffraction diagram, measured using Cu-K α radiation: 2Θ d 6.7 13.17 18.6 4.77 19.6 4.5 20.0 4.4 22.1 4.0 22.5 3.9 23.0 3.9 24.8 3.6 25.2 3.5 and where the γ crystal modification is characterised by the following characteristic reflections in the X-ray diffraction diagram, measured using Cu-K α radiation: 2Θ d 13.0 6.8 17.9 4.9 22.0 4.0 22.4 4.0 23.1 3.8 23.3 3.8 25.1 3.6 26.1 3.4
A sloping grillage, comprising: a number of grill food support elements spaced apart with a distance from each other, wherein at least 70% of the grill food support elements are each composed of at least two support bars (2a; 2b; 2c; 2d) that do not have fat channels, characterized in that for each of the at least 70% of the grill food support elements one support bar (2a; 2b; 2c; 2d) is spaced less than 1 mm from at least one of the other support bars (2a; 2b; 2c; 2d), and in that the at least two support bars (2a; 2b; 2c; 2d) of a grill food support element run at inclination angles between 1° and 30° relative to the horizontal along their longitudinal extension during grill operation of the sloping grillage. a number of grill food support elements spaced apart with a distance from each other, wherein at least 70% of the grill food support elements are each composed of at least two support bars (2a; 2b; 2c; 2d) that do not have fat channels, characterized in that for each of the at least 70% of the grill food support elements one support bar (2a; 2b; 2c; 2d) is spaced less than 1 mm from at least one of the other support bars (2a; 2b; 2c; 2d), and in that the at least two support bars (2a; 2b; 2c; 2d) of a grill food support element run at inclination angles between 1° and 30° relative to the horizontal along their longitudinal extension during grill operation of the sloping grillage.
Composite component - with flat reinforced precast concrete parts, in particular precast ceiling concrete parts (10, 10'), and - with a steel beam with connecting means (11, 11'), - wherein the largest grain of the concrete of the precast concrete part has a size of at least 8.0 mm, - wherein the textile reinforcement completely transfers the tensile forces acting on the precast concrete part and - wherein the composite component is secured by force closure by means of joint sealing, characterized in - that the reinforcement is designed as textile reinforcement (2, 2'), - that parts of the textile reinforcement (2, 2') protrude at the end faces of the precast concrete elements and encompass the connecting means (11, 11'), - that the parts of the textile reinforcement (2, 2') are designed as additional textile fibre structures (21, 21', 22, 22') which are at least partially inserted into the textile reinforcement (2, 2') or at least partially connected to the textile reinforcement (2, 2'), and - that the additional textile fibre structures (21, 21', 22, 22') are formed as loops. - with flat reinforced precast concrete parts, in particular precast ceiling concrete parts (10, 10'), and - with a steel beam with connecting means (11, 11'), - wherein the largest grain of the concrete of the precast concrete part has a size of at least 8.0 mm, - wherein the textile reinforcement completely transfers the tensile forces acting on the precast concrete part and - wherein the composite component is secured by force closure by means of joint sealing, - that the reinforcement is designed as textile reinforcement (2, 2'), - that parts of the textile reinforcement (2, 2') protrude at the end faces of the precast concrete elements and encompass the connecting means (11, 11'), - that the parts of the textile reinforcement (2, 2') are designed as additional textile fibre structures (21, 21', 22, 22') which are at least partially inserted into the textile reinforcement (2, 2') or at least partially connected to the textile reinforcement (2, 2'), and - that the additional textile fibre structures (21, 21', 22, 22') are formed as loops.
A vehicle seat device, comprising: a headrest configured to support a head of an occupant seated on a vehicle seat; a rest operation adjustment mechanism (B13,B23) provided on the headrest and configured to restrict or allow movement of the head of the occupant seated on the vehicle seat; and a controller that controls the rest operation adjustment mechanism (B13,B23) to allow movement of the head of the occupant in the width direction of the vehicle when a frequency of a vibration in the width direction of the vehicle is equal to or larger than a predetermined value. a headrest configured to support a head of an occupant seated on a vehicle seat; a rest operation adjustment mechanism (B13,B23) provided on the headrest and configured to restrict or allow movement of the head of the occupant seated on the vehicle seat; and a controller that controls the rest operation adjustment mechanism (B13,B23) to allow movement of the head of the occupant in the width direction of the vehicle when a frequency of a vibration in the width direction of the vehicle is equal to or larger than a predetermined value.
An endoscope system comprising: an electronic endoscope having an imaging device and a first processing unit which judges that a first error has occurred that is an error in image data taken by the imaging device if a first variable which is used by the first processing unit a for judgment of occurrence of the first error is larger than or equal to a first threshold value, and resets the imaging device if the first processing unit judges that the first error has occurred; a light source unit which supplies illumination light and power to the electronic endoscope, and having a second processing unit which judges that a second error has occurred that is an error in image data transmitted from the electronic endoscope if a second variable which is used by the second processing unit for judgment of occurrence of the second error is larger than or equal to a second threshold value that is larger than the first threshold value, and initializes supply of power to the electronic endoscope if the second processing unit judges that the second error has occurred; and a processor having a third processing unit which performs image processing on image data transmitted from the electronic endoscope via the light source unit, wherein judgement sensitivity for a first error to occur is higher than that for a second error to occur. an electronic endoscope having an imaging device and a first processing unit which judges that a first error has occurred that is an error in image data taken by the imaging device if a first variable which is used by the first processing unit a for judgment of occurrence of the first error is larger than or equal to a first threshold value, and resets the imaging device if the first processing unit judges that the first error has occurred; a light source unit which supplies illumination light and power to the electronic endoscope, and having a second processing unit which judges that a second error has occurred that is an error in image data transmitted from the electronic endoscope if a second variable which is used by the second processing unit for judgment of occurrence of the second error is larger than or equal to a second threshold value that is larger than the first threshold value, and initializes supply of power to the electronic endoscope if the second processing unit judges that the second error has occurred; and a processor having a third processing unit which performs image processing on image data transmitted from the electronic endoscope via the light source unit, wherein judgement sensitivity for a first error to occur is higher than that for a second error to occur.
A method of configuring a user equipment, UE, the UE being assigned with a specific radio bearer or bearers, or resource or resources, corresponding to a background type or interactive type, the method comprising the UE: receiving, from a network element, a fast dormancy, FD, configuration comprising a value for an inhibit timer and an indication that the UE is permitted to send an FD indication; in response to receiving a trigger, verifying whether the inhibit timer has expired or is not running; determining whether to send an FD indication to the network element for a more energy efficient state or mode based on the specific radio bearer or bearers, or resource or resources, assigned to the UE and whether the inhibit timer has expired or is not running, wherein the inhibit timer value represents a time duration during which the UE is prevented from sending a subsequent FD indication for the more energy efficient state or mode; and transmitting the FD indication to the network element based on the determining of whether to send the indication to the network element for the more energy efficient state or mode. receiving, from a network element, a fast dormancy, FD, configuration comprising a value for an inhibit timer and an indication that the UE is permitted to send an FD indication; in response to receiving a trigger, verifying whether the inhibit timer has expired or is not running; determining whether to send an FD indication to the network element for a more energy efficient state or mode based on the specific radio bearer or bearers, or resource or resources, assigned to the UE and whether the inhibit timer has expired or is not running, wherein the inhibit timer value represents a time duration during which the UE is prevented from sending a subsequent FD indication for the more energy efficient state or mode; and transmitting the FD indication to the network element based on the determining of whether to send the indication to the network element for the more energy efficient state or mode.