mhurhangee/ep-ind-claims huggingface dataset:
An imaging device comprising: an imaging area in which a plurality of pixels used to acquire an image are provided; and characterized by: a spectrum area in which a plurality of pixels used to acquire a color spectrum are provided; and a filter that is formed above the pixels provided in the spectrum area and allows an electromagnetic wave with a desired wavelength to pass, wherein the filter is formed of a plasmon resonator that is a conductive metal structure having an unevenness structure at a predetermined pitch, and the imaging area and the spectrum area are provided on a single chip, wherein the spectrum area is provided in a part or whole of an area surrounding an outer periphery of the imaging area. an imaging area in which a plurality of pixels used to acquire an image are provided; and characterized by: a spectrum area in which a plurality of pixels used to acquire a color spectrum are provided; and a filter that is formed above the pixels provided in the spectrum area and allows an electromagnetic wave with a desired wavelength to pass, wherein the filter is formed of a plasmon resonator that is a conductive metal structure having an unevenness structure at a predetermined pitch, and the imaging area and the spectrum area are provided on a single chip, wherein the spectrum area is provided in a part or whole of an area surrounding an outer periphery of the imaging area. a spectrum area in which a plurality of pixels used to acquire a color spectrum are provided; and a filter that is formed above the pixels provided in the spectrum area and allows an electromagnetic wave with a desired wavelength to pass, wherein the filter is formed of a plasmon resonator that is a conductive metal structure having an unevenness structure at a predetermined pitch, and the imaging area and the spectrum area are provided on a single chip, wherein the spectrum area is provided in a part or whole of an area surrounding an outer periphery of the imaging area.
A system comprising: two or more implantable medical devices (300, 400) configured to establish a wireless link between the two or more implantable medical devices (300, 400) to create a closed-loop communication system between the two or more implantable medical devices (300, 400), the two or more implantable medical devices (300, 400) each including stimulation electrodes configured to select from multiple electrical current sources and coordinate over the closed-loop communication system with the multiple electrical current sources to supply current to the stimulation electrodes based on information collected from the two or more implantable medical devices (300, 400).
An electrically operated kitchen appliance comprising at least two functional means (2, 3) for performing a function of the kitchen appliance and comprising a receiving region for holding a preparation vessel, wherein the receiving region has an electrical interface comprising a plurality of electrical contact elements (7, 8, 9, 10, 11), wherein the electrical contact elements (7, 8, 9, 10, 11) are in each case connected in an electrically conductive manner to a functional means (2, 3) of the kitchen appliance on the one hand, and are configured on the other hand to establish an electrically conductive connection to corresponding electrical vessel contact elements of a preparation vessel, which is connected to the receiving region, characterized in that the kitchen appliance has a switch-over means, which is assigned to the electrical contact elements (7, 8, 9, 10, 11) and which is configured to change a connection assignment between the electrical contact elements (7, 8, 9, 10, 11) of the kitchen appliance and the functional means (2, 3) of the kitchen appliance in such a way that after the actuation of switch-over means, a certain functional means (2, 3) is connected to a different electrical contact element (7, 8, 9, 10, 11) than prior to the actuation of the switch-over means.
Disc brake for a motor vehicle, in particular a commercial vehicle, having a brake disc (1, 100) with at least one friction ring (2, 3, 102, 103), at least one brake pad, an application device with which the at least one brake pad can be pressed onto the brake disc (1, 100) while applying a braking torque, a measuring device and an evaluation unit coupled thereto for determining the braking torque applied to the brake disc (1, 100) characterised in that physical changes of the brake disc (1, 100) resulting from a braking process can be detected with the measuring device, wherein the braking torque applied in the braking process can be calculated in the evaluation unit from the measured physical change of the brake disc (1, 100). a brake disc (1, 100) with at least one friction ring (2, 3, 102, 103), at least one brake pad, an application device with which the at least one brake pad can be pressed onto the brake disc (1, 100) while applying a braking torque, a measuring device and an evaluation unit coupled thereto for determining the braking torque applied to the brake disc (1, 100) characterised in that physical changes of the brake disc (1, 100) resulting from a braking process can be detected with the measuring device, wherein the braking torque applied in the braking process can be calculated in the evaluation unit from the measured physical change of the brake disc (1, 100).
A process for producing an active pharmaceutical ingredient preparation in the form of beads, wherein the process comprises: a) providing an aqueous suspension comprising an API in the form of undissolved particles, a stabilizing agent, an inorganic salt and water, b) subjecting an aqueous suspension defined in a) to ball milling, wherein the average original particle size of the API provided in a) is increased by aggregation, the aggregated API preparation in the form of beads having an average diameter of at least 0.1 mm, wherein the average original particle size of the API provided in a) is 5 μm to 1 mm, and wherein in b) the revolution speed of ball milling is set within a range of 300 to 500 min -1. a) providing an aqueous suspension comprising an API in the form of undissolved particles, a stabilizing agent, an inorganic salt and water, b) subjecting an aqueous suspension defined in a) to ball milling, wherein the average original particle size of the API provided in a) is increased by aggregation, the aggregated API preparation in the form of beads having an average diameter of at least 0.1 mm,
A visual display assembly useful as a security element (220, 410, 510) on paper and coin currency, product labels, and other objects, comprising: a substrate (110, 210); and on a surface (112, 212) of the substrate (110, 210), an array of micro mirrors (120, 224, 324) receiving ambient light and, in response, displaying a first image in a plane (140, 240, 520) spaced a distance apart from the surface (112, 212) of the substrate (110, 210), wherein the first image comprises a plurality of pixels (142, 243, 522) and wherein the array of micro mirrors (120, 224, 324) includes for each of the pixels (142, 243, 522) a set of the micro mirrors (224, 324) each having a reflective surface oriented to reflect the ambient light toward a point on the plane (140, 240, 520) corresponding to one of the pixels (142, 243, 522), wherein, further in response to the receiving of the ambient light, the array of micro mirrors (120, 224, 324) displays a second image in a second plane (260, 530) spaced a distance apart from the plane (140, 240, 520) displaying the first image, wherein the second image comprises a plurality of pixels (263, 532) and wherein the array of micro mirrors (120, 224, 324) includes, for each of the pixels (263, 532) of the second image, a set of the micro mirrors (224, 324) each having a reflective surface oriented to reflect the ambient light toward a point on the second plane (260, 530) corresponding to one of the pixels (263, 532) of the second image, wherein the micro mirrors in the set of micro mirrors (224, 324) for each of the pixels (243, 263, 522, 532) do not provide a regular pattern. a substrate (110, 210); and on a surface (112, 212) of the substrate (110, 210), an array of micro mirrors (120, 224, 324) receiving ambient light and, in response, displaying a first image in a plane (140, 240, 520) spaced a distance apart from the surface (112, 212) of the substrate (110, 210), wherein the first image comprises a plurality of pixels (142, 243, 522) and wherein the array of micro mirrors (120, 224, 324) includes for each of the pixels (142, 243, 522) a set of the micro mirrors (224, 324) each having a reflective surface oriented to reflect the ambient light toward a point on the plane (140, 240, 520) corresponding to one of the pixels (142, 243, 522), wherein, further in response to the receiving of the ambient light, the array of micro mirrors (120, 224, 324) displays a second image in a second plane (260, 530) spaced a distance apart from the plane (140, 240, 520) displaying the first image, wherein the second image comprises a plurality of pixels (263, 532) and wherein the array of micro mirrors (120, 224, 324) includes, for each of the pixels (263, 532) of the second image, a set of the micro mirrors (224, 324) each having a reflective surface oriented to reflect the ambient light toward a point on the second plane (260, 530) corresponding to one of the pixels (263, 532) of the second image, wherein the micro mirrors in the set of micro mirrors (224, 324) for each of the pixels (243, 263, 522, 532) do not provide a regular pattern.
Method for determining current vehicle-specific orientation data (17, 19) for a vehicle relative to a global coordinate system, the method having the following steps: - detecting at least one reference object (21, 25, 29), which typically has a predetermined absolute orientation (23, 27, 31) relative to the global coordinate system, by means of an object detection system mounted in the vehicle; - determining the relative orientation of the reference object (21, 25, 29) relative to a current orientation of the object detection system; - determining the current vehicle-specific orientation data (17, 19) based on the determined relative orientation of the reference object, characterized in that the current vehicle-specific orientation data to be determined contain current relative vehicle orientation data and that the method also has the following steps: - determining an absolute, local roadway orientation; - determining the current relative vehicle orientation data relative to the local roadway orientation determined based on the absolute local roadway orientation determined and the relative orientation of the reference object (21, 25, 29) determined. - detecting at least one reference object (21, 25, 29), which typically has a predetermined absolute orientation (23, 27, 31) relative to the global coordinate system, by means of an object detection system mounted in the vehicle; - determining the relative orientation of the reference object (21, 25, 29) relative to a current orientation of the object detection system; - determining the current vehicle-specific orientation data (17, 19) based on the determined relative orientation of the reference object, characterized in that the current vehicle-specific orientation data to be determined contain current relative vehicle orientation data and that the method also has the following steps: - determining an absolute, local roadway orientation; - determining the current relative vehicle orientation data relative to the local roadway orientation determined based on the absolute local roadway orientation determined and the relative orientation of the reference object (21, 25, 29) determined. - determining an absolute, local roadway orientation; - determining the current relative vehicle orientation data relative to the local roadway orientation determined based on the absolute local roadway orientation determined and the relative orientation of the reference object (21, 25, 29) determined.
A junction box that connects in parallel photovoltaic cells as direct-current power supplies connected to an input side and connects the direct-current power supplies to a circuit on a load side connected to an output side, the junction box characterized by comprising: a plurality of open/close means for respectively opening/closing electric paths, each of the open/close means being provided in each of electric paths located between the direct-current power supplies and a parallel connection point which connects the direct-current power supplies in parallel; reverse-current detection means for detecting a reverse current running through the electric path from the output side to the input side; overcurrent detection means for detecting an overcurrent running through the electric path; and opening means for opening the open/close means which opens/closes the electric path where the reverse current or the overcurrent is detected, when the reverse current or the overcurrent is detected by the reverse-current detection means or overcurrent detection means. a plurality of open/close means for respectively opening/closing electric paths, each of the open/close means being provided in each of electric paths located between the direct-current power supplies and a parallel connection point which connects the direct-current power supplies in parallel; reverse-current detection means for detecting a reverse current running through the electric path from the output side to the input side; overcurrent detection means for detecting an overcurrent running through the electric path; and opening means for opening the open/close means which opens/closes the electric path where the reverse current or the overcurrent is detected, when the reverse current or the overcurrent is detected by the reverse-current detection means or overcurrent detection means.
A method for communication by a user equipment, UE, in a wireless communication network, the method comprising: determining a failure in transmission of a uplink non-access stratum, UL NAS, transport message; determining whether the failure in the transmission of the UL NAS transport message is due to a Tracking Area identity, TAI, change from lower layers; and handling the failure in the transmission of the UL NAS transport message based on a TAI list sent from the wireless communication network, in response to determining that the failure in the transmission of the UL NAS transport message is due to the TAI change from the lower layers, characterized in that the failure in the transmission of the UL NAS transport message includes a failure to acknowledge an update of UE parameters update data, wherein the UE parameters update data including a routing ID and slice information received in a downlink, DL, NAS transport message from the wireless communication network. determining a failure in transmission of a uplink non-access stratum, UL NAS, transport message; determining whether the failure in the transmission of the UL NAS transport message is due to a Tracking Area identity, TAI, change from lower layers; and handling the failure in the transmission of the UL NAS transport message based on a TAI list sent from the wireless communication network, in response to determining that the failure in the transmission of the UL NAS transport message is due to the TAI change from the lower layers, characterized in that the failure in the transmission of the UL NAS transport message includes a failure to acknowledge an update of UE parameters update data, wherein the UE parameters update data including a routing ID and slice information received in a downlink, DL, NAS transport message from the wireless communication network.
An injectable cell delivery composition comprising as a cell delivery vehicle a polymer composition comprising: (i) at least one thermal gelling polymer; (ii) at least one anionic gelling polymer; and (iii) a water-based carrier, wherein the polymer composition is injectable due to its shear thinning properties; and at least one cell type for delivery selected from the group consisting of mammalian cells, stem cells, precursor and progenitor cell populations isolated from the adult neural subventricular zone, hippocampal subgranular zone, spinal cord, skin-derived precursors or adult retinal ciliary epithelium and their undifferentiated and differentiated progeny; embryonic stem cells and their undifferentiated and differentiated progeny; epiblast stem cells and their undifferentiated and differentiated progeny; primitive and definitive neural stem cells and their undifferentiated and differentiated progeny; induced pluripotent stem cells and their undifferentiated and differentiated progeny; mesenchymal stem cells and their undifferentiated and differentiated progeny; bone-marrow derived stem cells and their undifferentiated and differentiated progeny; hematopoietic stem cells and their undifferentiated and differentiated progeny; umbilical cord derived stem/progenitor cells and their undifferentiated and differentiated progeny; neural precursor cells of the forebrain, midbrain, hindbrain, spinal cord, neural crest, and retinal precursors isolated from developing tissue and their undifferentiated and differentiated progeny wherein the thermal gelling polymer is methylcellulose and the anionic gelling polymer is hyaluronic acid and the at least one cell type for delivery are dispersed in the polymer composition. (i) at least one thermal gelling polymer; (ii) at least one anionic gelling polymer; and (iii) a water-based carrier, wherein the polymer composition is injectable due to its shear thinning properties; and
Process for evaporating constituents of a liquid which is selected from a) distillation residues from the direct synthesis of methylchlorosilanes with a boiling point of > 71°C and b) electrically conductive reaction mixtures of chlorosilanes and aqueous or anhydrous alchol, wherein the liquid comprises constituents A which are selected from constituents which have high boiling points and do not boil at 1013 mbar and constituents B which are selected from constituents which are gaseous at 20°C and 1013 mbar and boil at least 30 K lower than the high-boiling constituents A, at least one constituent being at least partly dissociated to ions, in which the liquid is heated by passing alternating current through it. a) distillation residues from the direct synthesis of methylchlorosilanes with a boiling point of > 71°C and b) electrically conductive reaction mixtures of chlorosilanes and aqueous or anhydrous alchol, wherein the liquid comprises
A gear fitting and disengaging device comprising: a rotation shaft which rotates in a predetermined direction by receiving power transmitted from a drive source; a driving gear which engages with the rotation shaft in a state in which the driving gear is movable in an axial direction of the rotation shaft; a driven gear which engages with the driving gear when the driving gear is at a predetermined engagement position in the axial direction; a restraint device for restraining a movement of the driving gear from the predetermined engagement position toward one side in the axial direction; and a moving force generating mechanism which, when the driving gear is at a disengagement position toward the other side in the axial direction with respect to the predetermined engagement position and the rotation shaft rotates in the predetermined direction, causes a force for moving the driving gear toward the one side in the axial direction to be applied to the driving gear from a fixed member which is prevented from rotating, characterized in that the moving force generating mechanism is a mechanism that, when the driving gear is at the disengagement position, causes a pressing force toward the one side in the axial direction to be applied from the fixed member to the driving gear in accordance with generation of a phase difference between the fixed member and the driving gear. a rotation shaft which rotates in a predetermined direction by receiving power transmitted from a drive source; a driving gear which engages with the rotation shaft in a state in which the driving gear is movable in an axial direction of the rotation shaft; a driven gear which engages with the driving gear when the driving gear is at a predetermined engagement position in the axial direction; a restraint device for restraining a movement of the driving gear from the predetermined engagement position toward one side in the axial direction; and a moving force generating mechanism which, when the driving gear is at a disengagement position toward the other side in the axial direction with respect to the predetermined engagement position and the rotation shaft rotates in the predetermined direction, causes a force for moving the driving gear toward the one side in the axial direction to be applied to the driving gear from a fixed member which is prevented from rotating,
A memory controller circuit (100, 100A) coupleable to a first memory circuit, the memory controller comprising: a first memory control circuit coupleable to the first memory circuit, the first memory control circuit adapted to read or load requested data from the first memory circuit in response to a read request and to write or store requested data to the first memory circuit in response to a write request; a second memory circuit; characterized by: programmable atomic operations circuitry coupled to the first memory control circuit, the programmable atomic operations circuitry adapted to perform at least one programmable atomic operation of a plurality of programmable atomic operations in response to an atomic operation request designating the at least one programmable atomic operation; and a second memory control circuit coupled to the second memory circuit and to the first memory control circuit, the second memory control circuit adapted, in response to an atomic operation request designating the at least one programmable atomic operation and a memory address, to transfer the atomic operation request to the programmable atomic operations circuitry and to set a hazard bit stored in a memory hazard register corresponding to the memory address. a first memory control circuit coupleable to the first memory circuit, the first memory control circuit adapted to read or load requested data from the first memory circuit in response to a read request and to write or store requested data to the first memory circuit in response to a write request; a second memory circuit; programmable atomic operations circuitry coupled to the first memory control circuit, the programmable atomic operations circuitry adapted to perform at least one programmable atomic operation of a plurality of programmable atomic operations in response to an atomic operation request designating the at least one programmable atomic operation; and a second memory control circuit coupled to the second memory circuit and to the first memory control circuit, the second memory control circuit adapted, in response to an atomic operation request designating the at least one programmable atomic operation and a memory address, to transfer the atomic operation request to the programmable atomic operations circuitry and to set a hazard bit stored in a memory hazard register corresponding to the memory address.