mhurhangee/ep-ind-claims huggingface dataset:
A warehouse system, comprising: a work stage comprising a picking work position at which a worker takes an article out of a storage unit and a warehousing work position at which the worker adds an article to the storage unit; unloading conveying means provided between a warehouse and an upstream end of the work stage, for conveying the storage unit from the warehouse to the upstream end of the work stage; loading conveying means provided between a downstream end of the work stage and the warehouse, for conveying the storage unit from the downstream end of the work stage to the warehouse; dispatching article conveying means for conveying the article that has been taken out of the storage unit at the picking work position in the work stage to a dispatching space, characterised in that the warehouse system comprises: arrival article conveying means for conveying the article that is to be added to the storage unit at the warehousing work position in the work stage from an arrival space. a work stage comprising a picking work position at which a worker takes an article out of a storage unit and a warehousing work position at which the worker adds an article to the storage unit; unloading conveying means provided between a warehouse and an upstream end of the work stage, for conveying the storage unit from the warehouse to the upstream end of the work stage; loading conveying means provided between a downstream end of the work stage and the warehouse, for conveying the storage unit from the downstream end of the work stage to the warehouse; dispatching article conveying means for conveying the article that has been taken out of the storage unit at the picking work position in the work stage to a dispatching space, characterised in that the warehouse system comprises: arrival article conveying means for conveying the article that is to be added to the storage unit at the warehousing work position in the work stage from an arrival space.
Pressure measuring device for measuring pressure in a biological system, comprising a flexibly or resiliently designed measuring cell holder and consisting of at least one optical waveguide, which comprises a first end which is close to the evaluation unit, and a second end which is remote from the evaluation unit, characterised in that, in the measuring cell holder, there are at least two fibre Bragg grating sensors which are arranged at a distance from one another, and wherein a Fabry-Perot interferometer is arranged in the end which is remote from the evaluation unit, which interferometer is composed of at least one end of the second end which is remote from the evaluation unit of the measuring cell holder and at least one mirrored membrane 24 which can be deformed, wherein the Fabry-Perot interferometer can be evaluated in the same wavelength window as the fibre Bragg grating sensors.
A control device for controlling data exchange between entities and item identification devices associated with said control device, each of said entities having associated therewith a data exchange means for exchanging data with one or more of a plurality of item identification devices with which said control device is associated, said data exchange means being arranged to provide authentication data indicative of the entity with which they are associated or indicative of a category of entity with which they are associated, said control device comprising: access policy storing means for storing data indicative of respective access policies for each of a plurality of entities or categories of entities, the respective access policies determining the extent to which respective entities or categories of entities are to be permitted to exchange data with the plurality of item identification devices with which said control device is associated; communication receiving means for receiving authentication data from a data exchange means; authentication means for establishing from received authentication data and from said access policy storing means an access policy applicable to the entity or category of entities with which said data exchange means is associated, the applicable access policy being selected from the stored access policies in dependence on the received authentication data; communication providing means for providing access data to said data exchange means sufficient to enable exchange of data between said item identification devices and the entity with which said data exchange means is associated in accordance with the applicable access policy for that entity. access policy storing means for storing data indicative of respective access policies for each of a plurality of entities or categories of entities, the respective access policies determining the extent to which respective entities or categories of entities are to be permitted to exchange data with the plurality of item identification devices with which said control device is associated; communication receiving means for receiving authentication data from a data exchange means; authentication means for establishing from received authentication data and from said access policy storing means an access policy applicable to the entity or category of entities with which said data exchange means is associated, the applicable access policy being selected from the stored access policies in dependence on the received authentication data; communication providing means for providing access data to said data exchange means sufficient to enable exchange of data between said item identification devices and the entity with which said data exchange means is associated in accordance with the applicable access policy for that entity.
A tar reducing cigar, consisting of a wrapper, binder and filler, with a proximal and a distal end; whereby said the proximal end comprises a filter section composed of a filler of expanded, cut tobacco stems and whereby said expanded, cut tobacco stems in the filter section have a lower density than the filler in the distal end of the cigar.
Motorhome chassis comprising - a supporting frame (3, 86) for providing the statically supporting characteristics, - a floor layer (50, 56, 87) for defining the structural base for a living area above the floor layer (50, 56, 87), - a traction unit or an attachment means for a traction unit, - at least one cavity (10a-d, 21, 55), in particular a stowage compartment in the region surrounding the supporting frame (3, 86), - wherein the cavity (10a-d, 21, 55) is detachably fastenable to the supporting frame (3, 86), is constructed as an exchangeable module and serves as a crumple zone in the event of vehicle collisions, characterized in that the cavity (10a-d, 21, 55) is fastened to the supporting frame (3, 86) by way of flange means (30, 35, 70) such that, in the event of a collision, the flange means (30, 35, 70) at least partially slide off the supporting frame (3, 86). - a supporting frame (3, 86) for providing the statically supporting characteristics, - a floor layer (50, 56, 87) for defining the structural base for a living area above the floor layer (50, 56, 87), - a traction unit or an attachment means for a traction unit, - at least one cavity (10a-d, 21, 55), in particular a stowage compartment in the region surrounding the supporting frame (3, 86), - wherein the cavity (10a-d, 21, 55) is detachably fastenable to the supporting frame (3, 86), is constructed as an exchangeable module and serves as a crumple zone in the event of vehicle collisions,
A method of printing into leather comprising the steps of: - applying a base coat of ink acceptor on a surface of leather; - placing ink in a selected position on the ink acceptor base coat, wherein the placing of ink is performed by inkjet technology; - coating the ink with a layer of additive; characterized in that the method further comprises: - heating the ink acceptor base coat, the ink and the additive causing them to soften and penetrate the surface of the leather, filling the pores through capillary action, whereby the ink is trapped in the ink acceptor and additive and bonded into the leather. - applying a base coat of ink acceptor on a surface of leather; - placing ink in a selected position on the ink acceptor base coat, wherein the placing of ink is performed by inkjet technology; - coating the ink with a layer of additive; - heating the ink acceptor base coat, the ink and the additive causing them to soften and penetrate the surface of the leather, filling the pores through capillary action, whereby the ink is trapped in the ink acceptor and additive and bonded into the leather.
Apparatus for detecting passing magnetic articles and providing a detector output signal indicative of the passing magnetic articles comprising: a magnetic field sensor providing a magnetic field signal proportional to an ambient magnetic field; an offset adjustment circuit responsive to the magnetic field signal for adjusting an offset of the magnetic field signal based on a dynamically adjustable offset threshold signal to provide an offset-adjusted signal; a Positive Digital-to-Analog converter (PDAC) operative to provide a PDAC signal that tracks positive peaks of the offset-adjusted signal; a Negative Digital-to-Analog converter (NDAC) operative to provide an NDAC signal that tracks negative peaks of the offset-adjusted signal; and a comparator responsive to the offset-adjusted signal and a switching threshold signal to provide the detector output signal, wherein the switching threshold signal is a percentage of the difference between the PDAC signal and the NDAC signal. a magnetic field sensor providing a magnetic field signal proportional to an ambient magnetic field; an offset adjustment circuit responsive to the magnetic field signal for adjusting an offset of the magnetic field signal based on a dynamically adjustable offset threshold signal to provide an offset-adjusted signal; a Positive Digital-to-Analog converter (PDAC) operative to provide a PDAC signal that tracks positive peaks of the offset-adjusted signal; a Negative Digital-to-Analog converter (NDAC) operative to provide an NDAC signal that tracks negative peaks of the offset-adjusted signal; and a comparator responsive to the offset-adjusted signal and a switching threshold signal to provide the detector output signal, wherein the switching threshold signal is a percentage of the difference between the PDAC signal and the NDAC signal.
An apparatus for application of a pharmaceutical comprising: a tray having a compartment in the tray; an absorbent pad in the tray compartment, the pad being removable from the compartment; a carrier containing a single dose of a pharmaceutical, the carrier being connectable to the tray to communicate the pharmaceutical to the compartment and to communicate the pharmaceutical to the pad to be absorbed by the pad, whereby the pad with the pharmaceutical absorbed by the pad are removable from the tray compartment for transient application of the pharmaceutical from the pad. a tray having a compartment in the tray; an absorbent pad in the tray compartment, the pad being removable from the compartment; a carrier containing a single dose of a pharmaceutical, the carrier being connectable to the tray to communicate the pharmaceutical to the compartment and to communicate the pharmaceutical to the pad to be absorbed by the pad, whereby the pad with the pharmaceutical absorbed by the pad are removable from the tray compartment for transient application of the pharmaceutical from the pad.
A user equipment comprising: a first receiving section configured to receive control information in a first cell; and a second receiving section configured to receive a given signal in a second cell, characterised in that, the second receiving section is configured to receive the given signal in the second cell, based on the control information, wherein in the second cell, the control information is used to specify a radio resource to which the given signal is allocated and includes at least user-specific identification information, the given signal comprises one or both of a reference signal that is generated based on the user-specific identification information and a data signal that is scrambled with a scrambling code generated based on the user-specific identification information a first receiving section configured to receive control information in a first cell; and a second receiving section configured to receive a given signal in a second cell, characterised in that, the second receiving section is configured to receive the given signal in the second cell, based on the control information, wherein in the second cell, the control information is used to specify a radio resource to which the given signal is allocated and includes at least user-specific identification information, the given signal comprises one or both of a reference signal that is generated based on the user-specific identification information and a data signal that is scrambled with a scrambling code generated based on the user-specific identification information
An aerosol-generating device comprising: an electric heater for heating an aerosol-forming substrate; at least one power supply; a haptic feedback device (20; 200) comprising a first electrical coil, a second electrical coil and a magnet configured for movement within the first and second electrical coils (60; 64); and a controller configured to control a supply of electrical energy from the at least one power supply to the electric heater and the haptic feedback device (20; 200), and wherein the controller is configured to alternate the supply of electrical energy from the at least one power supply to the first electrical coil and the second electrical coil to induce a reciprocating movement of the magnet within the first and second electrical coils (60, 64). an electric heater for heating an aerosol-forming substrate; at least one power supply; a haptic feedback device (20; 200) comprising a first electrical coil, a second electrical coil and a magnet configured for movement within the first and second electrical coils (60; 64); and a controller configured to control a supply of electrical energy from the at least one power supply to the electric heater and the haptic feedback device (20; 200), and wherein the controller is configured to alternate the supply of electrical energy from the at least one power supply to the first electrical coil and the second electrical coil to induce a reciprocating movement of the magnet within the first and second electrical coils (60, 64).
A method for identifying an article with an identification feature which has at least one first identification element and a second identification element, wherein the one or more first identification elements and the one or more second identification elements are an integral part of the article, wherein the at least one first identification element is provided by at least one definedly bounded surface with a defined diffractive surface structure, which can be recognized by virtue of incident light in the visual range, and wherein the at least second identification element is provided within an optical coverage field which optical coverage field at least partially contains the definedly bounded surface of the first identification element, wherein the method comprises the step of: registration and storage of the position at which the at least one second identification element is arranged relative to the at least one first identification element in a database, characterized in that the method comprises the following further steps: registration and storage of identification information which is unique to the at least one second identification element in the database, imaging of the at least one definedly bounded surface of the at least one first identification element using a imaging appliance, extraction of the position of the at least one second identification element from the stored data in the database of the positions of the at least one second identification element, capture of the information relating to the at least one second identification element at the position of the at least one second identification element, wherein the position of the at least one second identification element cannot be recognized by the human eye and is ascertainable with the help of the position stored in the database, comparison of information relating to the at least one second identification element with the identification information stored in the database, and indication of the result of the comparison of the stored and imaged identification information.
Pipe bend (10; 60) for fluid ducts with a curved inner wall (29; 63) and a curved outer wall (25; 65) and with at least one rigid fluid guiding element (26, 27; 62), wherein the at least one guiding element is run parallel to the curved inner wall (29; 63) and the curved outer wall (25; 65), characterized in that the pipe bend (10; 60) is assembled from two sections (20, 40; 70), wherein the outer wall (25; 65) is divided in two with opposite cut edges, and the inner wall (29; 63) is divided in two with opposite cut edges, and the at least one guiding element (26, 29; 62) is divided in two with opposite cut edges (46, 47).
Connecting device for connecting medical tubing to a medical liquid transfer device, wherein the tubing has a plug-in part with a first liquid channel and the liquid transfer device has a coupling part with a second liquid channel and the plug-in part is movable into engagement with the coupling part to produce a throughflow path connecting the liquid channels (15; 9) to one another for a medical liquid, wherein a first passive transponder is integrated in the plug-in part and contains stored identification data for the tubing, and a second passive transponder is integrated in the coupling part and contains stored identification data for the liquid transfer device, and the distance between the first transponder and the second transponder lies below a predetermined limiting value which is selected so that communication of a read/write device with both transponders (22; 13) is facilitated by means of a single antenna if the plug-in part is engaged with the coupling part, characterised in that the liquid transfer device is a cassette which is insertable into an injection device and has a plurality of input ports for the supply of medical liquids and a plurality of liquid channels and valves and an output port formed by the coupling part and in that using the data read from the memory of the first transponder and/or the second transponder by means of the read/write device before the start of delivery of the liquid to be injected, it is ascertained whether and optionally at which point in time delivery of a liquid to be injected has been effected previously for the first time using the tubing or the liquid transfer device and in that delivery at the current point in time is started only if the time difference between the current point in time and the read point in time of first-time use lies below a predetermined limiting value.
Tank for a compact assembly, comprising an outer wall, which encompasses an inner wall and which, together with the inner wall, defines an annular space which is closed at the bottom by a bottom wall, wherein an inlet connection and an outlet connection for an oil open out into the annular space, wherein at least one cooling device through which the oil can flow is provided in the annular space, which cooling device has a plurality of blades, characterized in that the blades are encompassed radially inwardly and/or radially outwardly and/or at the bottom and/or top thereof by a labyrinth seal (50, 52, 54).
Machine for the digital decoration of products with granular materials and the like comprising at least one digital printing head for the application, on the surface of the products to be decorated, of at least one layer of fluid adhesive material, means for depositing granular materials on the adhesive material layer, and means for removing the excess granular materials, characterised in that said at least one layer of fluid adhesive material is of the hardening type by exposure to a radiation or said adhesive material is of the type that assumes sticky consistency in contact with the air or in contact with a "primer" that has been previously spread on the surface of the product to be decorated.
A monitoring device for monitoring an electric motor, comprising: A. at least one receiving unit configured for receiving information on at least one amount of acceleration energy required for accelerating the electric motor from at least one first motion state to at least one second motion state; B. at least one evaluation unit configured for evaluating the information on the amount of acceleration energy and for determining at least one item of information on a wearing status of the electric motor, characterized in that the amount of acceleration energy comprises an acceleration energy required for decelerating the electric motor, wherein the acceleration energy comprises an acceleration energy which is at least one of dissipated, recuperated or released when decelerating the electric motor from a rotating motion state to a stationary state. A. at least one receiving unit configured for receiving information on at least one amount of acceleration energy required for accelerating the electric motor from at least one first motion state to at least one second motion state; B. at least one evaluation unit configured for evaluating the information on the amount of acceleration energy and for determining at least one item of information on a wearing status of the electric motor,
Apparatus for coating containers and in particular plastic containers having a container treatment unit, wherein the apparatus has a main transport device which is suitable and intended to transport the containers along a predetermined transport path, wherein the container treatment unit has at least two coating devices (44, 45, 46) for coating walls of the containers, which are suitable and intended to coat the containers in a predetermined manner, having a feed and discharge unit which is suitable and intended to feed containers to be treated to at least the first treatment unit and to discharge containers already treated from the first treatment unit and having a media supply unit which is suitable and intended to feed media to the at least one first treatment unit, characterized in that the apparatus is modular and/or freely expandable in such a way that at least one further container coating device (44, 45, 46) can be added which has a container transport device (44b, 45b, 46b) which is suitable and intended to transport the containers along a predetermined transport path having at least two coating modules (44a, 45a) which are suitable and intended to coat the containers in predetermined manner.
A method of improving the pour point of a lubricating composition comprising a base stock selected from the group consisting of Group I, Group II, Group III, Group IV and Group V base stocks, or any combination thereof, one or more polyalkylene glycol mono ethers and one or more pour point depressants, comprising the step of: premixing at least one polyalkylene glycol mono ether with at least one pour point depressant prior to blending the premixed polyalkylene glycol mono ethers and pour point depressants with the base stock. premixing at least one polyalkylene glycol mono ether with at least one pour point depressant prior to blending the premixed polyalkylene glycol mono ethers and pour point depressants with the base stock.