mhurhangee/ep-ind-claims huggingface dataset:
A disinfection device, integrated in a holder for a toilet brush and containing a fluid reservoir for disinfectant solutions as well as a mechanism, wherein a pedal installed near the floor is to be stepped down upon by the user, by which a mechanism is moved, which opens a valve and guides two flexible curved gripping pads equipped with a disinfectant supply and contoured sponge inserts to the brush handle such that they completely enclose it, and finally, with a wiping movement, reliably disinfect the handle area of the toilet brush with a simultaneous feed of disinfectant, wherein this enables the toilet brush handle to be disinfected without coming into direct skin contact with the toilet brush handle.
An apparatus for tomographic purpose, wherein the apparatus comprises: a ray tracing module comprising a digital processor configured to perform a projection operation for a detector having shift-variant blurring; and an iterative image reconstruction module comprising a digital processor configured to generate a reconstructed image from projection data using iterative reconstruction including projection operations performed by the ray tracing module; characterized in that the digital processor of the ray tracing module is configured to perform the projection operation by (i) computing ray increments between planes (P0, P1, P2,...) parallel with a detector face of the detector, (ii) computing stationary incremental blurring kernels corresponding to the ray increments, (iii) incrementally summing the ray increments convolved with the corresponding stationary incremental blurring kernels to generate a projection, and (iv) adjusting the projection for shift-variant blurring. a ray tracing module comprising a digital processor configured to perform a projection operation for a detector having shift-variant blurring; and an iterative image reconstruction module comprising a digital processor configured to generate a reconstructed image from projection data using iterative reconstruction including projection operations performed by the ray tracing module; characterized in that the digital processor of the ray tracing module is configured to perform the projection operation by (i) computing ray increments between planes (P0, P1, P2,...) parallel with a detector face of the detector, (ii) computing stationary incremental blurring kernels corresponding to the ray increments, (iii) incrementally summing the ray increments convolved with the corresponding stationary incremental blurring kernels to generate a projection, and (iv) adjusting the projection for shift-variant blurring.
An aluminum-diamond composite comprising: 65-80 vol% of a diamond powder having an average value of roundness measured at 5-times magnification for 200 grains by a Flow Particle Image Analyzer FPIA-3000 of at least 0.94, for which a first peak in a volumetric distribution of grain size lies at 5-25 μm, and a second peak lies at 55-195 μm, and a ratio between the area of a volumetric distribution of grain sizes of 1-35 μm and the area of a volumetric distribution of grain sizes of 45-205 μm is from 1: 9 to 4: 6; the balance being composed of a metal containing aluminum, and wherein the aluminum-diamond composite has a thermal conductivity of at least 600 W/mK at a temperature of 25 °C.
A mounting arm for medical purposes, in particular for mounting a surgical mechatronic assistance system and/or a surgical instrument, having: a proximal end for attaching the mounting arms to a base and a distal end for receiving a surgical mechatronic assistance system and/or surgical instrument; at least a first and a second arm segment (12, 14), wherein the first arm segment is connected to a first joint and the second arm segment is connected to a second joint; a release device, wherein each joint (13, 15) can be released and locked by means of the release device; an operating unit for bringing the mounting arm into a desired pose; a control unit, which is coupled to the operating unit and to the release device for transmitting signals from the operating unit to the release device, characterized by an interface for receiving a key, and by a detection means (522, 524) for detecting an identity of the key, wherein the control unit is set up to control the release device as a function of the identity of the received key. a proximal end for attaching the mounting arms to a base and a distal end for receiving a surgical mechatronic assistance system and/or surgical instrument; at least a first and a second arm segment (12, 14), wherein the first arm segment is connected to a first joint and the second arm segment is connected to a second joint; a release device, wherein each joint (13, 15) can be released and locked by means of the release device; an operating unit for bringing the mounting arm into a desired pose; a control unit, which is coupled to the operating unit and to the release device for transmitting signals from the operating unit to the release device, characterized by an interface for receiving a key, and by a detection means (522, 524) for detecting an identity of the key, wherein the control unit is set up to control the release device as a function of the identity of the received key.
A light module for a motor vehicle headlamp that has at least two semiconductor light sources (22; 72), and at least one primary lens unit, wherein the primary lens unit comprises at least two preliminary lenses (26; 70), each dedicated to a respective semiconductor light source (22, 72), wherein the preliminary lenses (26; 70) are adjacent to one another along a horizontal axis of the primary lens unit, and wherein each preliminary lens (26; 70) comprises a light entry surface with a central light entry region and a peripheral light entry region, and a light deflection surface (36, 74) surrounding the peripheral light entry region, wherein the light deflection surfaces (36, 74) on each preliminary lens (26-1, 26-2, 26-3, 26-5, 26- 6, 26-7; 70-1, 70-2, 70-4, 70-5) comprise a first subsection (38; 76) and second subsection (40; 78), wherein the first subsection (38; 76) is closer to the center of the primary lens unit along the horizontal axis of the primary lens unit than the second subsection (40; 78), and the second subsection (40; 78) is closer to an outer edge of the primary lens unit along the horizontal axis of the primary lens unit than the first subsection (38;76), characterized in that a curvature and/or slope of the first subsection (38; 76) is flatter than a curvature and/or slope of the second subsection (40; 78), starting from the peripheral light entry region, and the curvature and/or slope of the second subsection (40; 78) is steeper than the curvature and/or slope of the first subsection (38; 76), starting from the peripheral light entry region, such that a direction of a first optical axis of the first subsection (38; 76) differs from a direction of a second optical axis of the second subsection (40; 78).
An apparatus comprising: a base; a drive device disposed on the base, the drive device having an output shaft with a wafer receiving surface, the drive device being configured to rotate the output shaft about an axis of rotation; a sensor unit disposed on the base, the sensor unit being configured to sense a wafer received on the wafer receiving surface; and an engagement device configured to engage and disengage a translational mechanism between the drive device and the sensor unit, wherein the apparatus is characterized in that: when the engagement device engages the translational mechanism, rotation of the output shaft about the axis of rotation by the drive device changes a relative positional relationship between the sensor unit and the axis of rotation. a base; a drive device disposed on the base, the drive device having an output shaft with a wafer receiving surface, the drive device being configured to rotate the output shaft about an axis of rotation; a sensor unit disposed on the base, the sensor unit being configured to sense a wafer received on the wafer receiving surface; and an engagement device configured to engage and disengage a translational mechanism between the drive device and the sensor unit, wherein the apparatus is characterized in that: when the engagement device engages the translational mechanism, rotation of the output shaft about the axis of rotation by the drive device changes a relative positional relationship between the sensor unit and the axis of rotation.
A method in a cellular terminal, comprising: transmitting a request that requires authentication procedure triggering to a cellular network and responsively receiving from the cellular network an authentication request message with an indication of a selected cryptographic algorithm from a group of a plurality of cryptographic algorithms; attempting to decode the authentication request message to a decoded authentication request according to the selected cryptographic algorithm and based on a shared secret known by the cellular terminal and a network operator of the cellular terminal; producing a determination whether the attempt was successful and the cellular terminal supports the selected cryptographic algorithm in authenticating to the cellular network; and in case the determination is positive, based on the decoded authentication request, the shared secret and the selected cryptographic algorithm, producing and encrypting an authentication response message and transmitting the authentication response message to the cellular network; and in case the determination is not positive, producing and sending to the cellular network a failure report; wherein the request that requires authentication procedure triggering is selected from a group consisting of: a network registration request; a routing area request; and a tracking area update request. transmitting a request that requires authentication procedure triggering to a cellular network and responsively receiving from the cellular network an authentication request message with an indication of a selected cryptographic algorithm from a group of a plurality of cryptographic algorithms; attempting to decode the authentication request message to a decoded authentication request according to the selected cryptographic algorithm and based on a shared secret known by the cellular terminal and a network operator of the cellular terminal; producing a determination whether the attempt was successful and the cellular terminal supports the selected cryptographic algorithm in authenticating to the cellular network; and in case the determination is positive, based on the decoded authentication request, the shared secret and the selected cryptographic algorithm, producing and encrypting an authentication response message and transmitting the authentication response message to the cellular network; and in case the determination is not positive, producing and sending to the cellular network a failure report;
Beverage production apparatus, comprising: - a mixing chamber for producing a beverage from a soluble beverage ingredient and a liquid, said chamber comprising a top opening, characterized in that the apparatus further comprises: - internal side walls defining a chamber receiving area, said area corresponding to a hollow space in the apparatus and said area being configured for receiving and positioning the mixing chamber in the apparatus, the mixing chamber being removable from the chamber receiving area, wherein the chamber receiving area comprises an upper part, said upper part being removable from the beverage production apparatus, and wherein said upper part presents an internal top surface, said internal top surface being at least partly downwardly tilted in direction of the chamber opening. - a mixing chamber for producing a beverage from a soluble beverage ingredient and a liquid, said chamber comprising a top opening, characterized in that the apparatus further comprises: - internal side walls defining a chamber receiving area, said area corresponding to a hollow space in the apparatus and said area being configured for receiving and positioning the mixing chamber in the apparatus, the mixing chamber being removable from the chamber receiving area,
Suction head device for a roofing tile press, comprising a supporting unit, a suction head and coupling means for releasably connecting the suction head to the supporting unit, characterised in that the coupling means comprise at least one zero point clamping system and a device for position detection of the suction head relative to the supporting unit, wherein the zero point clamping system comprises a clamping pin and a clamping unit for the accommodation and locking of the clamping pin, wherein the clamping pin and the clamping unit are matched to each other in such a way that they have a mutual axial gripping tolerance (a) in the locking process, and wherein the device for position detection is designed to determine in the locking process the axial relative positioning of the clamping pin and the clamping unit within the axial gripping tolerance (a).
A closure system consisting of a lid or cap or ring and a container inter-engageable with one another to provide closure of the container, wherein the lid or cap or ring has a skirt and the container has an upstanding rim, each of which is of generally polygonal shape, with three to six sides, the skirt and the rim having walls mutually facing each other in the closed position, and wherein located on each of the facing walls on each side of the polygonal shape are inter-engageable projections (13, 14) the location of which is offset from the centre of each side of the polygonal shape, where the inter-engaging surfaces of the projections run substantially in a plane perpendicular to the axis of the polygonal shape and are of relatively small angular extent about that axis, and wherein the material of one or both of the skirt and container is resiliently elastic.
A method for selective anonymization, the method comprising the steps: (a) capturing, by an edge device of one or more edge devices, visual streaming data; (b) identifying, by the edge device, an anonymizable object (123, 124) in the visual streaming data; (c) calculating, by the edge device, a quantized identity (y) of the identified anonymizable object (123, 124); (d) determining, by the edge device, an individual private key (n) for the quantized identity (y); (e) calculating, by the edge device, a first set of encryptions ( E 1) comprising at least two distinct encryptions of the quantized identity (y), wherein the encryptions of the first set of encryptions ( E 1) are determined based at least on the individual private key (n) and the quantized identity (y); (f) sending, by the edge device, the first set of encryptions ( E 1) of the quantized identity (y) to a central server; (g) receiving, by the edge device from the central server, an exception information wherein the exception information indicates if an exception list of the central server comprises a set of exception encryptions ( E 2) which corresponds to the first set of encryptions ( E 1); (h) selectively anonymizing, by the edge device, the anonymizable object (123, 124) in the visual streaming data depending on the exception information and an operating mode of the edge device, thereby generating selectively modified visual streaming data; (i) transmitting, by the edge device, the selectively modified visual streaming data to a remote database. (a) capturing, by an edge device of one or more edge devices, visual streaming data; (b) identifying, by the edge device, an anonymizable object (123, 124) in the visual streaming data; (c) calculating, by the edge device, a quantized identity (y) of the identified anonymizable object (123, 124); (d) determining, by the edge device, an individual private key (n) for the quantized identity (y); (e) calculating, by the edge device, a first set of encryptions ( E 1) comprising at least two distinct encryptions of the quantized identity (y), wherein the encryptions of the first set of encryptions ( E 1) are determined based at least on the individual private key (n) and the quantized identity (y); (f) sending, by the edge device, the first set of encryptions ( E 1) of the quantized identity (y) to a central server; (g) receiving, by the edge device from the central server, an exception information wherein the exception information indicates if an exception list of the central server comprises a set of exception encryptions ( E 2) which corresponds to the first set of encryptions ( E 1); (h) selectively anonymizing, by the edge device, the anonymizable object (123, 124) in the visual streaming data depending on the exception information and an operating mode of the edge device, thereby generating selectively modified visual streaming data; (i) transmitting, by the edge device, the selectively modified visual streaming data to a remote database.
A vehicle-mounted device communication controller which includes a vehicle-mounted unit for communicating with a plurality of ID-registered portable units and a controlled equipment installed in a vehicle, and in which a search signal and a response signal are sent and received between the vehicle-mounted unit and the portable units, one of the portable unit is authenticated among the portable units by the vehicle-mounted unit, and the controlled equipment specified by the authenticated portable unit is controlled, wherein the vehicle-mounted unit includes a controller which is configured to change a setting of a search method of portable units between a simple search method which is based on sending/receiving of a simple search signal and a simple response signal, and an individual search method which is based on sending/receiving of a normal search signal and a normal response signal at least one of the normal search signal and the normal response signal used for the individual search method including an ID, characterized in that the simple search signal and the simple response signal used for the simple search method are an abbreviated search signal and an abbreviated response signal, each of which does not include an ID, respectively, that there is provided an ID-storage part which is configured to update and store an ID of the portable unit authenticated at a latest time as a latest authenticated ID, and when the latest authenticated ID is stored in the ID-storage part, the controller is configured to search for the portable unit having the latest authenticated ID by priority and by the individual search method, and that the simple search signal is composed by outputting single pulses in series, and each of the portable units is configured to count the number of the single pulses, and when one of the portable units counts the number of the single pulses assigned to itself, the portable unit is configured to send the simple response signal composed of a single pulse to the vehicle-mounted unit, and upon receiving the simple response signal, the vehicle-mounted unit is configured to stop sending the simple search signal.
A method for wireless communications between a first communication system comprising a time division multiplexing subsystem that communicates utilizing time division multiplexing and a second communication system comprising a Bluetooth subsystem, the method characterised by: determining, by the first communication system, one or more timeslots during which said first communication system will be inactive; and generating, by the first communication system, a synchronization signal only at the beginning of time slots during which said first communication system is active in transmitting or receiving other signals, wherein: an amount of time that said generated synchronization signal is in a particular state is controlled based on said determination, thereby indicating a number of timeslots during which said first communication system will be inactive or active; and said generated synchronization signal is communicatively coupled to the second communication system comprising the Bluetooth subsystem that schedules transmission and/or reception based on said generated synchronization signal. determining, by the first communication system, one or more timeslots during which said first communication system will be inactive; and generating, by the first communication system, a synchronization signal only at the beginning of time slots during which said first communication system is active in transmitting or receiving other signals, wherein: an amount of time that said generated synchronization signal is in a particular state is controlled based on said determination, thereby indicating a number of timeslots during which said first communication system will be inactive or active; and said generated synchronization signal is communicatively coupled to the second communication system comprising the Bluetooth subsystem that schedules transmission and/or reception based on said generated synchronization signal. an amount of time that said generated synchronization signal is in a particular state is controlled based on said determination, thereby indicating a number of timeslots during which said first communication system will be inactive or active; and said generated synchronization signal is communicatively coupled to the second communication system comprising the Bluetooth subsystem that schedules transmission and/or reception based on said generated synchronization signal.
A method for compensating light reflection of a projection frame, suitable for a projection apparatus, the method comprising the steps of: projecting a preset frame; detecting a reflected spectrum of a light reflected by the preset frame at a particular location close to a user, wherein a distance between the particular location and a location of the user is smaller than a preset distance; and comparing the reflected spectrum with an original spectrum of the preset frame and adjusting a light characteristic value of the projected preset frame accordingly, so as to compensate a difference between the reflected spectrum at the particular location and the original spectrum. projecting a preset frame; detecting a reflected spectrum of a light reflected by the preset frame at a particular location close to a user, wherein a distance between the particular location and a location of the user is smaller than a preset distance; and comparing the reflected spectrum with an original spectrum of the preset frame and adjusting a light characteristic value of the projected preset frame accordingly, so as to compensate a difference between the reflected spectrum at the particular location and the original spectrum.