mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation detector , comprising: a plurality of detector units each comprising a plurality of photosensitive pixels and each comprising at least one scintillation device optically coupled to the plurality of photosensitive pixels ; and a substrate foil forming a common substrate for carrying each of the detector units , wherein the detector units are arranged in juxtaposition on the substrate foil ; wherein at least two directly adjoining scintillation devices of at least two directly adjoining detector units are spaced apart from each other, such that the radiation detector is bendable along at least a part of a bending region of the substrate foil , wherein the bending region is arranged between said at least two directly adjoining scintillation devices ; characterized in that each detector unit comprises a separate addressing circuit for addressing the respective detector unit and/or a separate signal read-out circuit for reading-out signals from the respective detector unit ; and a switch element is arranged between two detector units ; and wherein the switch element is configured for electronically interconnecting and/or decoupling the two detector units from each other. a plurality of detector units each comprising a plurality of photosensitive pixels and each comprising at least one scintillation device optically coupled to the plurality of photosensitive pixels ; and a substrate foil forming a common substrate for carrying each of the detector units , wherein the detector units are arranged in juxtaposition on the substrate foil ; wherein at least two directly adjoining scintillation devices of at least two directly adjoining detector units are spaced apart from each other, such that the radiation detector is bendable along at least a part of a bending region of the substrate foil , wherein the bending region is arranged between said at least two directly adjoining scintillation devices ; characterized in that each detector unit comprises a separate addressing circuit for addressing the respective detector unit and/or a separate signal read-out circuit for reading-out signals from the respective detector unit ; and a switch element is arranged between two detector units ; and wherein the switch element is configured for electronically interconnecting and/or decoupling the two detector units from each other.
A method for producing a pressure-sensitive adhesive tape, comprising the following steps: - providing a pressure-sensitive adhesive composition that contains acrylate monomers polymerizable by electromagnetic radiation and a photoinitiator; - providing a tape-shaped carrier with an upper side and a lower side ; - applying the pressure-sensitive adhesive composition to at least the upper side of the carrier , wherein pre-polymerization has taken place before the application of the adhesive composition to the carrier, such that the adhesive composition also contains acrylate polymers; and - transporting the carrier with the applied pressure-sensitive adhesive composition through a drying channel , in which the applied pressure-sensitive adhesive composition is exposed to electromagnetic radiation and polymerizes upon irradiation, characterized in that the drying channel comprises a main section that includes a water basin filled with water and at least one radiation source , wherein the carrier is guided through the water basin in such a manner that the pressure-sensitive adhesive composition applied to the upper side of the carrier is in direct contact with the water during irradiation, wherein the radiation from the radiation source takes place through the water in the water basin , and wherein the heat generated during polymerization is dissipated by the water. - providing a pressure-sensitive adhesive composition that contains acrylate monomers polymerizable by electromagnetic radiation and a photoinitiator; - providing a tape-shaped carrier with an upper side and a lower side ; - applying the pressure-sensitive adhesive composition to at least the upper side of the carrier , wherein pre-polymerization has taken place before the application of the adhesive composition to the carrier, such that the adhesive composition also contains acrylate polymers; and - transporting the carrier with the applied pressure-sensitive adhesive composition through a drying channel , in which the applied pressure-sensitive adhesive composition is exposed to electromagnetic radiation and polymerizes upon irradiation,
Head-up display with a display element whose image (B) is projected along an optical axis (OA3) onto a mirror unit of a vehicle by means of a deflection unit , and is reflected from there in the direction of an eye of a driver overlaid on a surroundings image (UB), and with a light-sensitive sensor , wherein the sensor detects ambient light (UL') that enters the deflection unit coming from the mirror unit parallel to the optical axis or only at a small angular range that deviates therefrom, and the head-up display has a control unit at the control input of which a signal (LS) of the sensor is present, and whose control output is connected to a parking device for the head-up display, wherein the head-up display has a light tunnel that is disposed at a distance from the optical axis (OA3) and is aligned parallel to the latter, and at whose end the sensor is arranged, characterized in that the light tunnel has a plurality of separating walls which form a plurality of small light tunnels with a cross section that is small in comparison with their length.
A container for storing and dispensing a liquid, said container including: an access port having a frangible seal for allowing contained liquid to be dispensed; a vent permeable to vapour but impermeable to liquid such that vapour may be vented from the interior of said container; characterized by a sealingly engagable closure centrally disposed in a top portion of said container, wherein said closure includes said access port and said vent, a neck portion having a circumferentially disposed thread protrusion for threaded engagement with a lid , said thread protrusion being periodically interrupted to allow gas transfer between said vent and the atmosphere when said lid is engaged with said neck portion; and wherein said closure includes a plurality of spacer protrusions for spacing said lid away from said vent thereby allowing gas transfer between said vent and the atmosphere when said lid is engaged with said neck portion. an access port having a frangible seal for allowing contained liquid to be dispensed; a vent permeable to vapour but impermeable to liquid such that vapour may be vented from the interior of said container; a sealingly engagable closure centrally disposed in a top portion of said container, wherein said closure includes said access port and said vent, a neck portion having a circumferentially disposed thread protrusion for threaded engagement with a lid , said thread protrusion being periodically interrupted to allow gas transfer between said vent and the atmosphere when said lid is engaged with said neck portion; and wherein said closure includes a plurality of spacer protrusions for spacing said lid away from said vent thereby allowing gas transfer between said vent and the atmosphere when said lid is engaged with said neck portion.
Rail vehicle, in particular locomotive, comprising at least one chassis with a chassis frame supported resiliently on sets of wheels, a superstructure which is supported resiliently on the at least one chassis and is mounted rotatably about a vertical axis with a bogie and a removal device for removing snow (S) and/or ice (E) which is arranged between the bogie and the chassis frame , and which has an inclined sliding surface which at least partially covers the chassis frame , characterised in that the removal device has an upwardly directed breaker edge which is rigidly connected to the chassis frame such that an accumulation of snow (S) and/or ice (E) can be broken up when penetrated by the breaker edge because of relative movements (R) between chassis frame and bogie .
Handle holder device for holding the handles of cleaning tools comprising a handle or a tubular profile of an upright and consisting of a single piece comprising: a first part, said support element on which rests a handle of a generic cleaning tool or the tubular profile of an upright; said support element surrounds only in part a longitudinal section of the outer surface of a handle or of an upright, and is defined at its longitudinal ends with a first end equipped with hooking devices for engaging a second part, said connection union , and a second end , opposite the first end , joined to a third part, said elastic retention element , which extends in an orthogonal direction to the main axis of the handle or of the tubular section of the upright, flexible and elastic, to completely surround, together with the support element a longitudinal section of the circumferential and/or peripheral surface of the handle or the tubular section of the upright, where the second end of said elastic element , on the part opposite that of the connection with the support element , is joined solidly to the connection union , said support element has a hook on the outside for connecting to said handle holder in its repositioning and taking from an external support.
A vacuum holder having a retaining surface for holding an article against said retaining surface by vacuum, wherein said vaccum holder comprises: a main body having an outer surface , said main body having at least one air passageway associated therewith leading to a vacuum port at said retaining surface ; a valve joined to said main body and in fluid communication with said air passageway ; and an elastically extensible gasket adjacent at least a portion of the outer surface of the main body , wherein said gasket has an opening therein, wherein when said gasket is stretched and relaxed, said opening is sized and configured for fitting around a portion of the surface of the article to be held against the retaining surface of the vacuum holder and at least some portions of the article adjacent thereto, wherein at least one of the retaining surface and the surface of the article is configured to provide a void space between the surface of an article and the retaining surface , and said vacuum holder has: an activated configuration wherein said void space has at least partial vacuum therein, and said valve is closed to retain said at least partial vacuum and hold the surface of an article against the retaining surface of the vacuum holder without being connected to a vacuum source, and an unactivated configuration when the vacuum is released. a main body having an outer surface , said main body having at least one air passageway associated therewith leading to a vacuum port at said retaining surface ; a valve joined to said main body and in fluid communication with said air passageway ; and an elastically extensible gasket adjacent at least a portion of the outer surface of the main body , wherein said gasket has an opening therein, wherein when said gasket is stretched and relaxed, said opening is sized and configured for fitting around a portion of the surface of the article to be held against the retaining surface of the vacuum holder and at least some portions of the article adjacent thereto, wherein at least one of the retaining surface and the surface of the article is configured to provide a void space between the surface of an article and the retaining surface , and said vacuum holder has: an activated configuration wherein said void space has at least partial vacuum therein, and said valve is closed to retain said at least partial vacuum and hold the surface of an article against the retaining surface of the vacuum holder without being connected to a vacuum source, and an unactivated configuration when the vacuum is released. an activated configuration wherein said void space has at least partial vacuum therein, and said valve is closed to retain said at least partial vacuum and hold the surface of an article against the retaining surface of the vacuum holder without being connected to a vacuum source, and an unactivated configuration when the vacuum is released.
A method of drive registration data verification, the method comprising receiving , in a remote computing apparatus , drive parameter data comprising information on drive parameters of the drive sent from a drive via a communications network , wherein the drive parameters correspond to optimal drive parameters and drive registration data regarding the drive is maintained in a database, each drive registration data set comprising a plurality of drive registration data objects, the remote computing apparatus maintaining a first algorithm for determining expected drive registration data object values based on drive parameter data and for estimating expected optimal drive parameters based on drive registration data; storing , by the remote computing apparatus , the drive parameter data to the database; calculating , in the remote computing apparatus , an expected drive registration data object value for the drive using the first algorithm based on the drive parameter data; comparing , in the remote computing apparatus , the expected drive registration data object value to a corresponding drive registration data object value included in the drive registration data for the drive ; and if the expected drive registration data object value differs from the drive registration data object value included in the drive registration data for the drive based on the comparing, causing sending information on a conflicting drive registration data object value from the remote computing apparatus via the communications network to the drive .
A constant velocity joint comprising: a cylindrical body having an axis; a plurality of projections spaced about the circumference of the cylindrical body, wherein each projection of the plurality of projections projects from a cylindrical outer surface of the cylindrical body in a radial direction, wherein each projection of the plurality of projections is elliptical in cross-section in a plane orthogonal to the radial direction, and wherein a major axis of the elliptical cross-section is parallel to the axis of the cylindrical body; wherein an end surface of each projection of the plurality of projections is formed radially distal from the cylindrical outer surface of the cylindrical body; and an adapter having a plurality of cylindrical interior grooves formed parallel to a longitudinal axis of the adapter, disposed over the plurality of projections, wherein each of the plurality of projections directly mates with one of the plurality of cylindrical interior grooves. a cylindrical body having an axis; a plurality of projections spaced about the circumference of the cylindrical body, wherein each projection of the plurality of projections projects from a cylindrical outer surface of the cylindrical body in a radial direction, wherein each projection of the plurality of projections is elliptical in cross-section in a plane orthogonal to the radial direction, and wherein a major axis of the elliptical cross-section is parallel to the axis of the cylindrical body; wherein an end surface of each projection of the plurality of projections is formed radially distal from the cylindrical outer surface of the cylindrical body; and an adapter having a plurality of cylindrical interior grooves formed parallel to a longitudinal axis of the adapter, disposed over the plurality of projections, wherein each of the plurality of projections directly mates with one of the plurality of cylindrical interior grooves.
Cosmetic preparation containing ashes of at least two, preferably three, different tobacco leaves, namely light, medium and dark colored.
A cab for a power machine (100; 200), comprising: a frame including a right front post , a left front post , a right rear post and a left rear post , wherein the frame further includes a canopy section and one or more lower sections and wherein the right front post, the left front post, the right rear post and the left rear post extend between the canopy section and the one or more lower sections; a side window rotatably connected to the frame by a first hinge proximal to one of the right and left rear posts; a rear window rotatably connected to the frame by a second hinge proximal to the same one of the right and left rear posts; wherein when the side window and the rear window are both opened by rotation relative to their respective first and second hinges, an airflow path is created generally diagonally across an operator compartment between one of the right and left front posts and an opposite one of the right and left rear posts. a frame including a right front post , a left front post , a right rear post and a left rear post , wherein the frame further includes a canopy section and one or more lower sections and wherein the right front post, the left front post, the right rear post and the left rear post extend between the canopy section and the one or more lower sections; a side window rotatably connected to the frame by a first hinge proximal to one of the right and left rear posts; a rear window rotatably connected to the frame by a second hinge proximal to the same one of the right and left rear posts; wherein when the side window and the rear window are both opened by rotation relative to their respective first and second hinges, an airflow path is created generally diagonally across an operator compartment between one of the right and left front posts and an opposite one of the right and left rear posts.
A network security system in a communications network, said network comprising a plurality of devices adapted to communicate over the network, at least one device capable of downloading or uploading an application over the network, said system comprises: means for data capture on the network by receiving data from a first data source and a second data source wherein the second data source comprises an app inventory module configured to output a list of installed apps for each of a given set of devices in the network; means for analysing comprising means for correlating data arising from network behaviour of at least one device obtained from the first data source and data from the second data source and means for generating a data structure wherein the generated data structure comprises a matrix representative of data captured from the first and second data sources; and based on said analyses of the generated data structure, means for identifying apps on at least one device which are behaving suspiciously by ascertaining the suspiciousness of an app due to its presence in the data structure after common apps in the given set of devices have been filtered out. means for data capture on the network by receiving data from a first data source and a second data source wherein the second data source comprises an app inventory module configured to output a list of installed apps for each of a given set of devices in the network; means for analysing comprising means for correlating data arising from network behaviour of at least one device obtained from the first data source and data from the second data source and means for generating a data structure wherein the generated data structure comprises a matrix representative of data captured from the first and second data sources; and based on said analyses of the generated data structure, means for identifying apps on at least one device which are behaving suspiciously by ascertaining the suspiciousness of an app due to its presence in the data structure after common apps in the given set of devices have been filtered out.
A device for the mechanical fragmentation of tissues intended for the preparation of a composition of isolated cells, in particular adipocytes and/or cells contained in the adipose tissue, from a tissue sample, obtained in particular during a liposuction, said preparation including at least one step of mechanically fragmenting the tissues in the device, said device comprising a motorized support and a container , the motorized support comprising a motor having a rotor integral with a coupling member, the container internally including an axially rotatable rotary shaft and including radial arms capable of sweeping the inside of the container as the rotary shaft rotates, the motorized support and the container including complementary detachable fastening means for immobilizing the container on the motorized support , the coupling member and the rotary shaft being configured in such a way as to allow axial rotation of the rotary shaft as the motor rotor rotates, characterized in that the radial arms are of two types: vane-type arms and filamentary-type arms .
Vehicle comprising a vehicle component (2.1) for executing a vehicle function, at least one camera (2.2.1) for detecting as an image a body part of an operator of the vehicle and a control unit (2.3) for actuating the camera (2.2.1), for evaluating output signals of the camera (2.2.1) and for actuating the vehicle component (2.1), where the vehicle component (2.1) and the camera (2.2.1) are linked to the control unit (2.3) to transfer signals and the vehicle component (2.1) can be actuated by the control unit (2.3) for performing the vehicle function depending on the evaluation of the output signals corresponding to the detection of the body part as an image by means of the camera (2.2.1) and where the camera (2.2.1) and the control unit (2.3) are designed and set up to perform a further vehicle function and the camera (2.2.1) can be actuated by means of the control unit (2.3) to perform the detection of the body part of the operator as an image depending on a triggering signal pending at the control unit (2.3), characterized in that the camera and the control unit are designed and set up to generate and/or store in the camera and in the control unit a shared signature, where the shared signature can be entered by means of the camera in an image taken and this taken image with the shared signature is identifiable by means of the control unit as an image taken by the camera on the basis of the shared signature.
A method for capturing an item of laundry, wherein a point of the item of laundry is grabbed or drawn by suction by a capturing means and is transported away by the capturing means, wherein the topography of the item of laundry is ascertained by a three-dimensional image generating, image-forming measure, the at least one point at which the item of laundry is intended to be captured and/or preferably can be captured by the capturing means is ascertained on the basis of the topography of the item of laundry, the capturing means is moved to the point in a specifically controlled manner, and the item of laundry is captured by the capturing means, wherein the preferred point for capturing the item of laundry is chosen from several alternatives and is the point which can be grabbed by the capturing means in a particularly expedient or rapid manner and is advantageous for the further treatment of the item of laundry, and wherein a region of the item of laundry with a very large curvature, a bend, a fold, an edge and/or a corner of the item of laundry is determined as the point .