mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle seat , in particular a motor vehicle seat comprising a backrest which can be pivoted about a backrest pivot axis , at least one seat rail pair for longitudinal seat adjustment of the vehicle seat , a locking device for locking the at least one seat rail pair , at least one lockable fitting being provided for the articulation of the backrest with respect to a seat part , and the backrest being pivotable into an easy entry position which can be assumed for easier accessibility to a seat row, the vehicle seat comprising an easy entry mechanism (M) which comprises a latch arranged on a rotating ring , which latch can be caught by an easy entry stop arranged on the backrest during the pivoting of the backrest into the easy entry position and driven therewith following the movement of the backrest , it being possible, by means of an easy entry actuation element , to bring the latch from an easy entry stop starting position (I) into an easy entry stop actuation position (II) in which the latch can be caught by the easy entry stop , the easy entry actuation element ensuring, during actuation of an easy entry triggering element operatively connected to the easy entry actuation element via a first Bowden cable (B1), a movement of the easy entry actuation element , the easy entry actuation element comprising a Bowden holder for the end of the first Bowden cable (B1) that is arranged in the easy entry mechanism (M), which Bowden cable is connected by its other end to the easy entry triggering element , such that the easy entry actuation element brings the latch , in its actuation position (II), into the easy entry stop actuation position (II) by means of an operative connection between the latch and the easy entry actuation element , characterized in that the latch is rotatably mounted in a rotating ring , which is rotatably mounted on the backrest rotational axis (A), on a latch pivot axis arranged in parallel with the backrest pivot axis , a pulling element being fixedly arranged on the rotating ring .
Device for providing a product stream (PS) of mutually aligned food products (LP) on product substrates (PU), comprising: a first conveyor belt , in particular having a variable transport speed (V1), for the supply transport and mutual transverse alignment of said food products to each other; a second conveyor belt that adjoins in the direction of transport (TR) at a gap-shaped belt transition , for the discharge transport of the food products; a substrate placement device for supplying said product substrates from below through said belt transition in front of/under said food products that are respectively transported across said belt transition, characterised in that the second conveyor belt can be controlled separately at a variable transport speed (V2) for the mutual longitudinal alignment of said food products to each other by adjusting the transport speed of the second conveyor belt, by motor, relative to the transport speed of the first conveyor belt, when the respective food product has been received by way of the associated product substrate by the second conveyor belt; and in that the device further comprises at least one actuator with which the end of said first conveyor belt on the outlet side can be displaced transverse to said direction of transport (TR) to different alignment positions in order to align said food products (LP) individually with respect to said substrate placement device .
A portable unmanned aerial vehicle base station, comprising: a battery-exchange system comprising: a battery-matrix that defines a plurality of battery-slots , each configured to removably hold a UAV battery pack ; and a mechanical mechanism for interacting with the UAV battery pack ; a housing that at least includes a top-plate configured for a UAV landing thereon; and a UAV fixation system operable to direct a UAV present on the top-plate to a battery-exchange zone of the top-plate; characterized in that the housing further comprises an extendible draw-bar and wheels for transporting the base station by holding the extended draw-bar and rolling the housing along the ground via the wheels . a battery-exchange system comprising: a battery-matrix that defines a plurality of battery-slots , each configured to removably hold a UAV battery pack ; and a mechanical mechanism for interacting with the UAV battery pack ; a battery-matrix that defines a plurality of battery-slots , each configured to removably hold a UAV battery pack ; and a mechanical mechanism for interacting with the UAV battery pack ; a housing that at least includes a top-plate configured for a UAV landing thereon; and a UAV fixation system operable to direct a UAV present on the top-plate to a battery-exchange zone of the top-plate; characterized in that the housing further comprises an extendible draw-bar and wheels for transporting the base station by holding the extended draw-bar and rolling the housing along the ground via the wheels .
An enthalpy exchanger for an earth-to-air heat exchanger , said exchanger comprising: - an air duct including a side wall provided with openings ; - a waterproof-breathable membrane disposed on an outer surface of the side wall of the air duct or on an inner surface of this side wall; and characterised in that the exchanger further includes: - a porous outer layer , permeable to water vapour and designed to trap a volume of buffer air, said porous outer layer covering the assembly formed by the side wall of the air duct and the waterproof-breathable membrane . - an air duct including a side wall provided with openings ; - a waterproof-breathable membrane disposed on an outer surface of the side wall of the air duct or on an inner surface of this side wall; and - a porous outer layer , permeable to water vapour and designed to trap a volume of buffer air, said porous outer layer covering the assembly formed by the side wall of the air duct and the waterproof-breathable membrane .
Method for imaging polarimetry, in which - a chipless, passive transponder , which has a number of partial surfaces (T1-T9) with different polarimetric properties, is irradiated by means of radar radiation (R) with at least two differently polarized waves, in particular is illuminated fully polarimetrically, - at least one polarization-coded image (B1-B3) of the transponder is generated based on the radar radiation (R) reflected therefrom, and - the different partial surfaces (T1-T9) of the transponder are detected in the polarization-coded image (B1-B3) by means of their at least one polarimetric property, wherein - at least one polarimetric property of at least one of these partial surfaces (T1-T9) is generated based on an introduced polarimetrically effective structure (2, α) characterized in that the structure has at least one side wall, which has a predetermined angle of inclination. - a chipless, passive transponder , which has a number of partial surfaces (T1-T9) with different polarimetric properties, is irradiated by means of radar radiation (R) with at least two differently polarized waves, in particular is illuminated fully polarimetrically, - at least one polarization-coded image (B1-B3) of the transponder is generated based on the radar radiation (R) reflected therefrom, and - the different partial surfaces (T1-T9) of the transponder are detected in the polarization-coded image (B1-B3) by means of their at least one polarimetric property, wherein - at least one polarimetric property of at least one of these partial surfaces (T1-T9) is generated based on an introduced polarimetrically effective structure (2, α)
Method for assisting a user of a means of transport in finding a suitable passenger , comprising the steps of: - receiving a ride request comprising a definition of a starting position and of a target position , - automatically comparing the ride request with a predefined route of the means of transport on a stationary evaluation unit before receiving the ride request by the means of transport and, depending on a result of the comparison, - automatically deciding on the basis of a reference predefined by the user on the stationary evaluation unit whether the ride request is submitted to the user or not, wherein if the reference categorizes the ride request as being of no interest to the user , the ride request is not sent to the means of transport . - receiving a ride request comprising a definition of a starting position and of a target position , - automatically comparing the ride request with a predefined route of the means of transport on a stationary evaluation unit before receiving the ride request by the means of transport and, depending on a result of the comparison, - automatically deciding on the basis of a reference predefined by the user on the stationary evaluation unit whether the ride request is submitted to the user or not, wherein if the reference categorizes the ride request as being of no interest to the user , the ride request is not sent to the means of transport .
A fluorenyl β-oxime ester derivative compound of Formula 1: wherein R 1 is hydrogen, halogen, an alkyl group having 1-20 carbon atoms, an alkoxy group having 1-20 carbon atoms, an arylalkyl group having 7-40 carbon atoms, a hydroxyalkyl group having 1-20 carbon atoms, a hydroxyalkoxyalkyl group having 2-40 carbon atoms or a cycloalkyl group having 3-20 carbon atoms, and R 2 to R 10 are each independently hydrogen, halogen, an alkyl group having 1-20 carbon atoms, an aryl group having 6-20 carbon atoms, an alkoxy group having 1-20 carbon atoms, an arylalkyl group having 7-40 carbon atoms, a hydroxyalkyl group having 1-20 carbon atoms, a hydroxyalkoxyalkyl group having 2-40 carbon atoms or a cycloalkyl group having 3-20 carbon atoms..
A cassette for an injector , the cassette comprising: a housing ; a sleeve disposed in the housing and movable relative to the housing ; a syringe disposed in the sleeve ; and a cassette identification (cassette ID) comprising one or more protrusions projecting outwardly from the housing , the one or more protrusions defining a code containing information about the cassette , the code being detectable and decipherable by the injector . a housing ; a sleeve disposed in the housing and movable relative to the housing ; a syringe disposed in the sleeve ; and a cassette identification (cassette ID) comprising one or more protrusions projecting outwardly from the housing , the one or more protrusions defining a code containing information about the cassette , the code being detectable and decipherable by the injector .
A communication method for a network device, comprising: scrambling (S302, S303) a physical broadcast channel, PBCH, based on a first scrambling code of the PBCH, wherein the first scrambling code is one of four scrambling codes, the four scrambling codes have a one-to-one correspondence with two bits of a system frame number, SFN, the SFN comprises 10 bits, the two bits are a second least significant bit and a third least significant bit of the SFN, the second least significant bit of the SFN is a ninth bit of the SFN, and the third least significant bit of the SFN is an eighth bit of the SFN and a least significant bit of the SFN is a tenth bit of the SFN, and wherein the least significant bit of the SFN is indicated by indication information in an explicit way; and sending (S303) the PBCH . scrambling (S302, S303) a physical broadcast channel, PBCH, based on a first scrambling code of the PBCH, wherein the first scrambling code is one of four scrambling codes, the four scrambling codes have a one-to-one correspondence with two bits of a system frame number, SFN, the SFN comprises 10 bits, the two bits are a second least significant bit and a third least significant bit of the SFN, the second least significant bit of the SFN is a ninth bit of the SFN, and the third least significant bit of the SFN is an eighth bit of the SFN and a least significant bit of the SFN is a tenth bit of the SFN, and wherein the least significant bit of the SFN is indicated by indication information in an explicit way; and sending (S303) the PBCH .
An IPM rotor , comprising: a rotor core which includes a plurality of core sheets, and has an accommodation hole ; and a magnet accommodated in the accommodation hole , wherein the plurality of core sheets include a plurality of first core sheets and a plurality of second core sheets , wherein the first core sheet has a first sheet hole forming a part of the accommodation hole , wherein the second core sheet has a second sheet hole forming a part of the accommodation hole , wherein the first sheet hole has an edge portion having a flat spring portion which is bent by the magnet through insertion of the magnet into the accommodation hole , wherein the second sheet hole has an edge portion having a concave portion which accommodates the flat spring portion bent by the magnet , wherein a pair of recesses forming a clearance with respect to the magnet are formed at both side portions of the flat spring portion of the edge portion of the first sheet hole , characterized in that a length (H) of the flat spring portion is two to three times larger than a thickness of the first core sheet , a width (M) of the flat spring portion is equal to or smaller than 30% of a length of the magnet in a width direction of the flat spring portion , and a bottom surface of the recess and a bottom surface of the concave portion are located at the same position in a radial direction of the rotor core . a rotor core which includes a plurality of core sheets, and has an accommodation hole ; and a magnet accommodated in the accommodation hole , wherein the plurality of core sheets include a plurality of first core sheets and a plurality of second core sheets , wherein the first core sheet has a first sheet hole forming a part of the accommodation hole , wherein the second core sheet has a second sheet hole forming a part of the accommodation hole , wherein the first sheet hole has an edge portion having a flat spring portion which is bent by the magnet through insertion of the magnet into the accommodation hole , wherein the second sheet hole has an edge portion having a concave portion which accommodates the flat spring portion bent by the magnet , wherein a pair of recesses forming a clearance with respect to the magnet are formed at both side portions of the flat spring portion of the edge portion of the first sheet hole , characterized in that a length (H) of the flat spring portion is two to three times larger than a thickness of the first core sheet , a width (M) of the flat spring portion is equal to or smaller than 30% of a length of the magnet in a width direction of the flat spring portion , and a bottom surface of the recess and a bottom surface of the concave portion are located at the same position in a radial direction of the rotor core .
Process for producing solid compositions containing calcium silicate hydrate and a water-soluble comb polymer which is suitable as plasticizer for hydraulic binders, wherein the following process steps are carried out: a) mixing of an aqueous suspension containing calcium silicate hydrate with at least one water-soluble comb polymer which is suitable as plasticizer for hydraulic binders, b) optionally setting of a suitable solids content of the product from step a) by dilution with water and c) drying of the product from step a) or b), wherein the solid composition has a weight ratio of the (co)polymer or (co)polymers to the calcium silicate hydrate of from 1/100 to 100/1 and wherein the water soluble comb polymer which is suitable as plasticizer for hydraulic binders has an average ratio of the number of moles of carboxyl and/or carboxylate groups to the total molar mass of the comb polymer from 1/200 to 1/1500 mol/(g/mol), wherein cations, including protons, associated with the comb polymer are not taken into account in calculating the total molar mass of the comb polymer. a) mixing of an aqueous suspension containing calcium silicate hydrate with at least one water-soluble comb polymer which is suitable as plasticizer for hydraulic binders, b) optionally setting of a suitable solids content of the product from step a) by dilution with water and c) drying of the product from step a) or b),
A pneumatic tyre with adjustable properties, especially for motor vehicles, comprising a wheel rim and a tyre consisting of a tread and tyre side-walls, characterized between the rim and the tread and/or the side-walls of the tyre there is/there are a controlled force device/force devices of a type of a controlled absorber or a controlled force actuator for a change of force transmission between the rim and the tyre, formed individually or in combination with force devices (5 1 - 5 6 ) of controlled absorber or a controlled force actuator.
A resealable flap device in the form of a sheet for applying to or incorporating in packaging , comprising: - a lower layer of material, having an adhesive layer on its lower side; and - an upper layer of material, bonded to the lower layer; wherein the sheet is cut through both layers to outline a flap portion , the cut leaving an edge intact in a hinge region at the rear of the flap, behind which is a rear region of the flap device; characterised in that the lower layer is of flexible material while the upper layer is of stiff material, and the upper layer of the flap portion is not present in the rear region beyond the line of the hinge region . - a lower layer of material, having an adhesive layer on its lower side; and - an upper layer of material, bonded to the lower layer;
A method of operating a memory device comprising: receiving, using a sequencer in the memory device, an instruction from an instruction buffer in the memory device; determining, using the sequencer , whether the instruction instructs an internal processor of the memory device to perform an operation on data based at least in part on accessing a memory array in the memory device; and when the instruction comprises the command: arbitrating, using the sequencer, access to the memory array between the internal processor and an external processor communicatively coupled to the memory device; transferring using the sequencer , the instruction to a fetch unit in the memory device, after access to the memory array has been granted to the internal processor; activating , using the fetch unit, a memory bank of the memory array based at least in part on the instruction to provide the internal processor access to the memory bank ; and executing, using the internal processor, the instruction by performing the operation on the data. receiving, using a sequencer in the memory device, an instruction from an instruction buffer in the memory device; determining, using the sequencer , whether the instruction instructs an internal processor of the memory device to perform an operation on data based at least in part on accessing a memory array in the memory device; and arbitrating, using the sequencer, access to the memory array between the internal processor and an external processor communicatively coupled to the memory device; transferring using the sequencer , the instruction to a fetch unit in the memory device, after access to the memory array has been granted to the internal processor; activating , using the fetch unit, a memory bank of the memory array based at least in part on the instruction to provide the internal processor access to the memory bank ; and executing, using the internal processor, the instruction by performing the operation on the data.
Assembly (ESB) comprising a cable support (100, 100', 100", 100′′′) and cable (C) inserted in said support, the latter comprising: - at least one base (10, 10', 10"), made of a rigid material, comprising at least one receptacle provided with a longitudinal axis (AL) and, of which the inner dimension D int , taken in a plane perpendicular to said longitudinal axis (AL), is given, - at least one strap (20, 20', 20") mounted on the base, said strap been made of a more flexible material than that of the base, said strap (20, 20', 20") comprising at least two lips (21, 22; 21', 22') on the one hand arranged opposite one another to define a slot (F, F') for the passage of a cable between said lips (21, 22; 21', 22') and on the other hand, shaped to define an orifice (O, O'), provided with a longitudinal axis (AL'), communicating with said slot (F, F') along this longitudinal axis (AL') of the orifice (O, O'), said lips (21, 22; 21', 22') together having, with the cable (C) inserted in the orifice (O, O'), an outer dimension D' ext taken in a plane perpendicular to the longitudinal axis (AL') of the orifice (O, O'), equal to or greater than the inner dimension of the receptacle , so that said lips are inserted by force into said at least receptacle and said lips being oriented towards the bottom of the receptacle . - at least one base (10, 10', 10"), made of a rigid material, comprising at least one receptacle provided with a longitudinal axis (AL) and, of which the inner dimension D int , taken in a plane perpendicular to said longitudinal axis (AL), is given, - at least one strap (20, 20', 20") mounted on the base, said strap been made of a more flexible material than that of the base, said strap (20, 20', 20") comprising at least two lips (21, 22; 21', 22') on the one hand arranged opposite one another to define a slot (F, F') for the passage of a cable between said lips (21, 22; 21', 22') and on the other hand, shaped to define an orifice (O, O'), provided with a longitudinal axis (AL'), communicating with said slot (F, F') along this longitudinal axis (AL') of the orifice (O, O'), said lips (21, 22; 21', 22') together having, with the cable (C) inserted in the orifice (O, O'), an outer dimension D' ext taken in a plane perpendicular to the longitudinal axis (AL') of the orifice (O, O'), equal to or greater than the inner dimension of the receptacle , so that said lips are inserted by force into said at least receptacle and said lips being oriented towards the bottom of the receptacle .
A laundry appliance comprising: a blower configured to direct process air along an airflow path ; an evaporator configured to dehumidify the process air and to remove condensate from the process air ; a heat exchange plate that is disposed within the airflow path and that supports the evaporator from below and within the airflow path , wherein the heat exchange plate is configured to receive the condensate from the process air ; and a sloped area of the heat exchange plate configured to direct the condensate downward and along the heat exchange plate to a condensate drain , wherein the sloped area includes a directing surface configured to block the process air from pushing the condensate upward and away from the condensate drain , characterized in that the directing surface includes a plurality of baffles , positioned at an angle with respect to the condensate drain , that define a meandering drain within the sloped area . a blower configured to direct process air along an airflow path ; an evaporator configured to dehumidify the process air and to remove condensate from the process air ; a heat exchange plate that is disposed within the airflow path and that supports the evaporator from below and within the airflow path , wherein the heat exchange plate is configured to receive the condensate from the process air ; and a sloped area of the heat exchange plate configured to direct the condensate downward and along the heat exchange plate to a condensate drain , wherein the sloped area includes a directing surface configured to block the process air from pushing the condensate upward and away from the condensate drain , characterized in that the directing surface includes a plurality of baffles , positioned at an angle with respect to the condensate drain , that define a meandering drain within the sloped area .