mhurhangee/patent-ind-claim-en huggingface dataset:
An adjusting device for an automatic packaging apparatus, comprising: a first adjusting mechanism ; at least two follower mechanisms , each of the follower mechanisms being movably disposed on the first adjusting mechanism in a first direction (a); and at least two second adjusting mechanisms connected to the follower mechanisms in one-to-one correspondence; wherein all the second adjusting mechanisms are capable of following the follower mechanisms where they are located to move synchronously in the first direction (a) relative to the first adjusting mechanism ; and wherein each of the second adjusting mechanisms comprises a power assembly and a bearing member that are mounted on each of the follower mechanisms , the bearing members are in transmission connection with the power assemblies respectively, and the second adjusting mechanisms are capable of adjusting, in the first direction (a), a spacing between two adjacent bearing members under the action of the corresponding power assemblies. a first adjusting mechanism ; at least two follower mechanisms , each of the follower mechanisms being movably disposed on the first adjusting mechanism in a first direction (a); and at least two second adjusting mechanisms connected to the follower mechanisms in one-to-one correspondence; wherein all the second adjusting mechanisms are capable of following the follower mechanisms where they are located to move synchronously in the first direction (a) relative to the first adjusting mechanism ; and wherein each of the second adjusting mechanisms comprises a power assembly and a bearing member that are mounted on each of the follower mechanisms , the bearing members are in transmission connection with the power assemblies respectively, and the second adjusting mechanisms are capable of adjusting, in the first direction (a), a spacing between two adjacent bearing members under the action of the corresponding power assemblies.
A subassembly (10.1) for a drug delivery device , the subassembly (10.1) comprising at least: - a housing adapted to contain a drug container , the drug container comprising a needle , - a cap , and - a spacer , - wherein the housing has an inner surface (11.4) forming a cavity (11.5) configured to retain the drug container , - wherein the cap is configured to be releasably connected to the housing , and - characterised in that the spacer is arranged between the cap and the housing , and configured to be placed between the cap and the housing or removed therefrom in a lateral direction. - a housing adapted to contain a drug container , the drug container comprising a needle , - a cap , and - a spacer , - wherein the housing has an inner surface (11.4) forming a cavity (11.5) configured to retain the drug container , - wherein the cap is configured to be releasably connected to the housing , and - characterised in that the spacer is arranged between the cap and the housing , and configured to be placed between the cap and the housing or removed therefrom in a lateral direction.
Conveyor-belt system with an adjustable carrying-roller bracket , the carrying-roller bracket having a crossmember , on which are accommodated inner carrying rollers and outer carrying rollers , which are designed for supporting and guiding a conveyor belt which runs over the same in a guidance direction (I), and also having two connecting element , by way of which the carrying-roller bracket is arranged in the conveyor-belt system on opposite sides, and wherein the connecting elements are designed for accommodating the crossmember with variable positioning, wherein the connecting elements have a bearing portion , by means of which they bear on a respected longitudinal member of the conveyor-belt system , wherein the bearing portion has slots , through which bolts can be guided in various positions, and the connecting elements are thus designed for arranging on the longitudinal member of the conveyor-belt system with variable positioning, wherein at least one of the outer carrying rollers is accommodated on the crossmember such that it can tilted in the guidance direction (I) relative to the extent of the crossmember , this resulting in an axis of rotation of the outer carrying rollers enclosing an angle (α) in relation to a transverse axis of the crossmember , wherein the crossmember has arranged on it connecting struts which can be arranged on the connecting elements in a variable position by way of a free end , and wherein the connecting elements have a plurality of spaced-apart holes , wherein the free end of the connecting struts can be bolted to each of the holes , in discrete, spaced-apart positions, by a bolt, characterized in that the slots extend approximately in arcuate form around the respective centre of the carrying-roller bracket , and therefore the crossmember and thus the carrying-roller bracket can be arranged in the conveyor-belt system in various positions in a state in which they are rotated about a vertical axis (II) of the conveyor-belt system , and in that the holes in the connecting elements are arranged around a pivot axis , which extends in the guidance direction (I) and is formed centrally between the connecting elements , at an equal distance therefrom, and therefore the crossmember and thus the carrying-roller bracket can be arranged in the conveyor-belt system in positions in which they are tilted differently about the pivot axis .
A fitment assembly for one or a plurality of food or beverage containers , each container comprising at least one ingredient for the preparation of a food or beverage product, the fitment assembly comprising at least one fluid inlet connected to the inner volume of the container through at least one injection hole through which a fluid can be supplied into the food or beverage containers, and at least one dispensing outlet through which the food or beverage product is dispensed; characterized in that the fitment assembly comprises two parts relatively moveable with respect to each other such that this relative movement opens or closes the communication of the inner volume of the containers with two apertures allowing that the prepared beverage flows through dedicated channels in the fitment assembly directing the beverage towards the dispensing outlet .
A plurality of coated ceramic granules comprising: base ceramic granules, each having an outer surface; and a photocatalytic coating disposed on the outer surface, wherein the photocatalytic coating comprises an inorganic binder and a plurality of photocatalytic particles selected from TiOz, ZnO, Ti(OH) 4 , doped derivatives thereof, and combinations thereof, wherein the photocatalytic particles have a surface area per weight of the particles of no more than 30 square meters per gram (m 2 /g) prior to incorporation into the granules; and wherein the coated ceramic granules have a Total Solar Reflectance of at least 0.7. base ceramic granules, each having an outer surface; and a photocatalytic coating disposed on the outer surface, wherein the photocatalytic coating comprises an inorganic binder and a plurality of photocatalytic particles selected from TiOz, ZnO, Ti(OH) 4 , doped derivatives thereof, and combinations thereof, wherein the photocatalytic particles have a surface area per weight of the particles of no more than 30 square meters per gram (m 2 /g) prior to incorporation into the granules; and wherein the coated ceramic granules have a Total Solar Reflectance of at least 0.7.
An arrangement comprising a furniture hinge for pivotally connecting a furniture part movably-supported relative to a furniture carcass , and a fastening adaptor for fastening the furniture hinge to the furniture carcass , the furniture hinge including at least two fitting portions hingedly connected to one another, wherein at least one of the fitting portions of the furniture hinge is configured to be at least partially countersunk within a plate-shaped member of the furniture carcass , wherein the fastening adaptor includes at least one fastening device configured to be fixed to the furniture carcass and at least one recess for at least partially receiving the countersinkable fitting portion of the furniture hinge , characterized in that a fitting portion includes a, preferably substantially cuboidal, housing which, for the most part, can be received, preferably substantially entirely, within the recess of the fastening adaptor , and wherein the fastening adaptor projects transversely from the furniture carcass in a mounted condition.
Electronic module , comprising a first circuit board with electronic components , spacers , which are arranged resting at least in corner regions of the first circuit board , a cover plate , wherein the cover plate is arranged on the spacers , a potting compound , which as an end-face closure seals a gap produced by the spacers between the circuit board and the cover plate with respect to a housing for the electronic components arranged therein, wherein the potting compound secures the cover plate on the circuit board in a material-bonding manner, characterized in that the coefficient of linear thermal expansion (CTE) of the potting compound coincides with the coefficient of linear thermal expansion (CTE) of the circuit board and the cover plate to the extent that the deviation of the coefficient of linear thermal expansion (CTE) between the CTE of the potting compound , the CTE of the circuit board and the CTE of the cover plate is a maximum of 10 ppm/K, wherein the potting compound is arranged on a carrier plate and in particular the first circuit board is arranged resting directly on the carrier plate , wherein more preferably a cable is arranged lying on the outer upper side of the cover plate to an electronic add-on part of a third circuit board on the carrier plate , wherein particularly preferably the first circuit board is formed at a distance from the carrier plate , in particular by means of the potting compound as a carrier component, with an interspace and, in particular, the interspace is filled with a heat sink and/or a heat conducting film .
A Lifting gear : with a drive train , comprising a motor configured to apply a driving torque, and a transmission , having a pulling means arranged to lift or pull a load connected to the pulling means and connected to the drive train , with a hysteresis clutch arranged in the drive train and via which the transmission is connected to the motor , wherein the hysteresis clutch has a limit torque (M 0 ) below which it operates without slip and above which it operates with slip (s), wherein a nominal load (F Nom ) is defined for the lifting gear , for which the lifting gear is maximally permitted in continuous operation and to which a nominal load torque (M Nom ) on the hysteresis clutch corresponds, where the nominal load torque (M Nom ) is greater than the limit torque (M 0 ). with a drive train , comprising a motor configured to apply a driving torque, and a transmission , having a pulling means arranged to lift or pull a load connected to the pulling means and connected to the drive train , with a hysteresis clutch arranged in the drive train and via which the transmission is connected to the motor , wherein the hysteresis clutch has a limit torque (M 0 ) below which it operates without slip and above which it operates with slip (s), wherein a nominal load (F Nom ) is defined for the lifting gear , for which the lifting gear is maximally permitted in continuous operation and to which a nominal load torque (M Nom ) on the hysteresis clutch corresponds, where the nominal load torque (M Nom ) is greater than the limit torque (M 0 ).
A method of preparing a polyester resin for toner, comprising the steps of: (a) performing an esterification reaction or an ester exchange reaction using reactants in the presence of a titanium-based catalyst, the reactants comprising 5 to 70 wt.% of a biomass resource-derived compound including 0.5 to 50 wt% of lactic acid (D or L-lactic acid) or a derivative compound thereof (D or L-lactide), 0.5 to 30 wt% of 1,4,3,6-dianhydrohexitol, 0 to 10 wt% of aliphatic diol, 0 to 5 wt% of aliphatic acid or aliphatic alkyl ester, and 0.5 to 10 wt% of glycerin as byproduct remaining after producing biodiesel from biomass plant oils; and 30 to 94 wt% of a petroleum resource-derived compound including an acid component and an alcohol component; and (b) polycondensing the reactants, wherein at least one of the reactions is performed in the presence of 5 to 500 ppm based on the total amount of the polyester resin of a thermal stabilizer, wherein the thermal stabilizer is a polymerization stabilizer; wherein the polyester resin does not include bisphenol-A; wherein the aliphatic diols, which are part of the biomass resource-derived compound, are prepared by fermenting sugar, wherein the aliphatic acid or aliphatic alkyl ester, which is used as the acid component of the biomass-derived polymarization raw material, is aliphatic methyl ester of 14 to 24 carbon atoms, and wherein the petroleum resource-derived alcohol component includes cycloaliphatic diol. (a) performing an esterification reaction or an ester exchange reaction using reactants in the presence of a titanium-based catalyst, the reactants comprising 5 to 70 wt.% of a biomass resource-derived compound including 0.5 to 50 wt% of lactic acid (D or L-lactic acid) or a derivative compound thereof (D or L-lactide), 0.5 to 30 wt% of 1,4,3,6-dianhydrohexitol, 0 to 10 wt% of aliphatic diol, 0 to 5 wt% of aliphatic acid or aliphatic alkyl ester, and 0.5 to 10 wt% of glycerin as byproduct remaining after producing biodiesel from biomass plant oils; and 30 to 94 wt% of a petroleum resource-derived compound including an acid component and an alcohol component; and (b) polycondensing the reactants, wherein at least one of the reactions is performed in the presence of 5 to 500 ppm based on the total amount of the polyester resin of a thermal stabilizer, wherein the thermal stabilizer is a polymerization stabilizer;
A driver's cab for a utility vehicle , preferably a lorry, having: a driver's cab load-bearing structure which forms a driver's cab shell and is configured as a space frame; and a front-side underride guard which is integrated as a crossmember construction of the space frame into the driver's cab load-bearing structure , characterized by at least one towing apparatus which is configured as a threaded hole for a towing eye, the at least one towing apparatus being integrated into the front-side underride guard . a driver's cab load-bearing structure which forms a driver's cab shell and is configured as a space frame; and a front-side underride guard which is integrated as a crossmember construction of the space frame into the driver's cab load-bearing structure , characterized by at least one towing apparatus which is configured as a threaded hole for a towing eye, the at least one towing apparatus being integrated into the front-side underride guard .
A power control method, comprising: determining (S801) an effective transmit power control, TPC, command window according to a preset physical downlink control channel, PDCCH, in a plurality of repeatedly transmitted PDCCHs, wherein the preset PDCCH is a last PDCCH in the plurality of PDCCHs; determining (S802) a closed-loop power adjustment state according to a TPC command in the effective TPC command window; and determining (S803) a transmit power of an uplink signal of a terminal device according to the closed-loop power adjustment state; wherein the closed-loop power adjustment state is an accumulation mode, and the plurality of repeatedly transmitted PDCCHs comprise a repeatedly transmitted second PDCCH; the power control method characterized in that the determining (S801) the effective TPC command window according to the preset PDCCH in the plurality of repeatedly transmitted PDCCHs comprises: determining a window between a first OFDM symbol after a last PDCCH in the repeatedly transmitted second PDCCH and a last OFDM symbol of a first PDCCH as the effective TPC command window. determining (S801) an effective transmit power control, TPC, command window according to a preset physical downlink control channel, PDCCH, in a plurality of repeatedly transmitted PDCCHs, wherein the preset PDCCH is a last PDCCH in the plurality of PDCCHs; determining (S802) a closed-loop power adjustment state according to a TPC command in the effective TPC command window; and determining (S803) a transmit power of an uplink signal of a terminal device according to the closed-loop power adjustment state; wherein the closed-loop power adjustment state is an accumulation mode, and the plurality of repeatedly transmitted PDCCHs comprise a repeatedly transmitted second PDCCH; the power control method characterized in that the determining (S801) the effective TPC command window according to the preset PDCCH in the plurality of repeatedly transmitted PDCCHs comprises: determining a window between a first OFDM symbol after a last PDCCH in the repeatedly transmitted second PDCCH and a last OFDM symbol of a first PDCCH as the effective TPC command window.
Apparatus for acquiring panoramic and optionally CBCT volumetric images, comprising an X-ray imaging group comprising a X-ray source projecting a collimated X-ray bundle through a patient, a bi-dimensional X-ray sensor placed so as to measure the intensity of the radiation after it crossed the patient, a support group supporting said source and sensor , which group comprises a C-arm to which said sensor and said source are fixed/fixable, said C arm hanging from a cantilevered arm of a vertically mobile support which is supported by a post ; a mechanical system capable to allow the rotation and the translation of said C-arm around the patient, so as to acquire radiographic images from different positions; a patient positioning device for positioning the patient in an intermediate position between said X-ray source and said sensor ; characterized in that said post comprises a stationary internal post and a mobile external post sliding on the internal post with a telescopic movement, the mobile external post being provided on the side of the said mobile external post opposite to the C-arm with a continuous slot extending in the direction of sliding of the said external post on the said internal post forming a passage for fixing means of the internal post to a stationary support such as a wall.
Fluid valve , comprising: a valve housing , an actuatable valve body within the valve housing , and at least one elastically deformable seal , wherein the seal has a first end side (S I ) for sealing contact against the valve body and a second end side (S II ) for sealing contact against the valve housing , characterized in that , on the seal , at the inside and/or at the outside with respect to a seal opening , there is formed a multiplicity of spiral-shaped recesses which are formed in certain portions and which extend as such from the second end side (S II ) in a longitudinal direction (X - X) and in a circumferential direction of the seal and thus provide at least that end of the seal which faces toward the second end side (S II ) and from which they originate with such elastic deformability that the seal is elastically deformable by the valve body , with which the seal interacts, in order to seal off a connection region of the fluid valve . a valve housing , an actuatable valve body within the valve housing , and at least one elastically deformable seal , wherein the seal has a first end side (S I ) for sealing contact against the valve body and a second end side (S II ) for sealing contact against the valve housing , characterized in that , on the seal , at the inside and/or at the outside with respect to a seal opening , there is formed a multiplicity of spiral-shaped recesses which are formed in certain portions and which extend as such from the second end side (S II ) in a longitudinal direction (X - X) and in a circumferential direction of the seal and thus provide at least that end of the seal which faces toward the second end side (S II ) and from which they originate with such elastic deformability that the seal is elastically deformable by the valve body , with which the seal interacts, in order to seal off a connection region of the fluid valve .
Lighting device for vehicle interiors, having: a light source that emits visible light; and a component disposed relative to the light source such that it transmits the light emitted by the light source , having: a transparent carrier portion having a face through which the light emitted by the light source passes; and a lens array structure having a multitude of lens elements (6A-6K) in periodic arrangement and formed on the face of the transparent carrier portion , characterized in that a compensation layer for forming a flat surface is formed over at least part of the lens array structure ; and a further layer other than the compensation layer is also formed atop said compensation layer . a light source that emits visible light; and a component disposed relative to the light source such that it transmits the light emitted by the light source , having: a transparent carrier portion having a face through which the light emitted by the light source passes; and a lens array structure having a multitude of lens elements (6A-6K) in periodic arrangement and formed on the face of the transparent carrier portion , characterized in that a compensation layer for forming a flat surface is formed over at least part of the lens array structure ; and a further layer other than the compensation layer is also formed atop said compensation layer . a transparent carrier portion having a face through which the light emitted by the light source passes; and a lens array structure having a multitude of lens elements (6A-6K) in periodic arrangement and formed on the face of the transparent carrier portion , characterized in that a compensation layer for forming a flat surface is formed over at least part of the lens array structure ; and a further layer other than the compensation layer is also formed atop said compensation layer .
A cartridge piston for pressing viscous masses out of a cartridge, with a front cover wall , a jacket wall adjoining the periphery thereof and extending backwards, and a flexible sealing lip connected to the jacket wall and protruding forward for sealing against a cartridge wall, wherein the cover wall has a step near its periphery that axially protrudes to the rear, and a ring of radial ribs is arranged on that step with small rotationally symmetric angular distances, the forward-facing edges of which follow the contour of the region of the cover wall that is located radially within the step and which slightly protrude radially beyond the front region of the jacket wall , and wherein the sealing lip is located axially behind the ribs .