mhurhangee/ep-ind-claims huggingface dataset:
A punch for a rotary press, comprising a shaft having a punch tip on one end of the shaft and a punch head on the other end of the shaft, wherein the punch head comprises a reflective surface and a cylindrical surface as well as an intermediate region between the reflective surface and cylindrical surface, characterized in that the reflective surface comprises a central depression (70, 70') that has a closed base and that is surrounded by an annular reflective surface portion.
A multi-cyclone collector comprising: a suction port for sucking an air flow including contaminating particles; a cyclone accommodation chamber allowing the air flow sucked through the suction port to be guided thereinto; a plurality of cyclones each accommodated in the cyclone accommodation chamber, for transforming the air flow taken in to a downward swirl flow, separating the contaminating particles, then reversing the swirl flow to the upward swirl flow and releasing the upward swirl flow as a purified air flow; a cyclone exit chamber provided above the cyclone accommodation chamber, that allows the purified air flow from the cyclones to be guided thereinto; and a drain discharge chamber provided below the cyclone accommodation chamber, for collecting the contaminating particles separated by the cyclones; wherein each of the cyclones has a swirling portion allowing the downward swirl flow to travel therethrough, a reversing portion for reversing the swirl flow to the upward swirl flow, and a discharge pipe for guiding the contaminating particles separated from the air flow into the drain discharge chamber, and the discharge pipe has a lower opening sealed by liquid stored in the drain discharge chamber, characterized in that the multi-cyclone collector further comprises a liquid level control means for controlling a liquid level of the liquid so that the liquid sucked into the discharge pipe by negative pressure inside the cyclone does not reach the reversing portion. a suction port for sucking an air flow including contaminating particles; a cyclone accommodation chamber allowing the air flow sucked through the suction port to be guided thereinto; a plurality of cyclones each accommodated in the cyclone accommodation chamber, for transforming the air flow taken in to a downward swirl flow, separating the contaminating particles, then reversing the swirl flow to the upward swirl flow and releasing the upward swirl flow as a purified air flow; a cyclone exit chamber provided above the cyclone accommodation chamber, that allows the purified air flow from the cyclones to be guided thereinto; and a drain discharge chamber provided below the cyclone accommodation chamber, for collecting the contaminating particles separated by the cyclones; wherein each of the cyclones has a swirling portion allowing the downward swirl flow to travel therethrough, a reversing portion for reversing the swirl flow to the upward swirl flow, and a discharge pipe for guiding the contaminating particles separated from the air flow into the drain discharge chamber, and the discharge pipe has a lower opening sealed by liquid stored in the drain discharge chamber, characterized in that the multi-cyclone collector further comprises a liquid level control means for controlling a liquid level of the liquid so that the liquid sucked into the discharge pipe by negative pressure inside the cyclone does not reach the reversing portion.
An imaging apparatus comprising: a setting means configured to set a first aspect ratio as information at the time of recording a captured image; an acquisition means configured to acquire first photographic information for shooting at the first aspect ratio and second photographic information for shooting at a second aspect ratio that is different from the first aspect ratio; a control means configured to perform control such that an image in a comprehensive area including the first aspect ratio and the second aspect ratio which is captured based on the first photographic information, the first photographic information, and the second photographic information are associated with each other and recorded on a recording medium; a reading means configured to read the first photographic information, the second photographic information, and the image in the comprehensive area from the recording medium; a selection means configured to select an aspect ratio for developing the captured image; and a developing means configured to develop the captured image of the area at the second aspect ratio in the comprehensive area using the second photographic information when the second aspect ratio is selected by the selection means. a setting means configured to set a first aspect ratio as information at the time of recording a captured image; an acquisition means configured to acquire first photographic information for shooting at the first aspect ratio and second photographic information for shooting at a second aspect ratio that is different from the first aspect ratio; a control means configured to perform control such that an image in a comprehensive area including the first aspect ratio and the second aspect ratio which is captured based on the first photographic information, the first photographic information, and the second photographic information are associated with each other and recorded on a recording medium; a reading means configured to read the first photographic information, the second photographic information, and the image in the comprehensive area from the recording medium; a selection means configured to select an aspect ratio for developing the captured image; and a developing means configured to develop the captured image of the area at the second aspect ratio in the comprehensive area using the second photographic information when the second aspect ratio is selected by the selection means.
Multilayer structure for an insert leaf for binding into a preferably book-like security and/or valuable document, having a region for forming a data sheet and a region for forming a tap with at least one fiber composite layer and at least one layer (19, 24) of a thermoplastic polymer which is applied to at least one side of the fiber composite layer and is at least partially penetrated into the fiber composite layer in the overlap region relative to the thickness of the layer (19, 24), characterized in that a security feature is applied to at least one side of the fiber composite layer, into which security feature the at least one layer (19, 24) is penetrated while incorporating the security feature, at least 70% of the at least one layer (19, 24) applied on one side being penetrated into the fiber layer.
A method of forming a sheet metal material fed from a coil of material, the method comprising the steps of locating a sheet metal material between a pair of tools (1, 1) and moving the tools (1, 1) such that the tools (1, 1) form simultaneously a pattern of projections and depressions on both major surfaces of the sheet metal material by cold work hardening on or in a first portion of the sheet metal material and indicia by embossing in a second portion of the sheet metal material at an interruption in the pattern of projections and depressions, where a projection on one major surface comprises a corresponding depression on the other major surface, and wherein the form of the indicia is indicative of the alignment between the tools (1, 1).
Method of multi-dimensional high-resolution imaging a structure of a sample, which is marked with fluorescence markers, comprising the steps which are repeated for a plurality of measurement areas in the sample: - focusing the fluorescence enabling light into the sample, wherein the area illuminated by the fluorescence enabling light in the sample is the respective measurement area; - subjecting a partial area of the measurement area to fluorescence inhibiting light, wherein the partial area omits a centre of the measurement area in that an intensity distribution of the fluorescence inhibiting light comprises a line-shaped or plane-shaped zero extending across the centre, wherein a minimal extension of the zero through the centre of the measurement area is by a factor k ≥ 2 smaller than a diameter of the measurement area in the same direction; - measuring fluorescence light emitted from the sample out of the measurement area without spatial resolution within the measurement area; - assigning a value of the measured fluorescence light to a location defined by the position of the centre in the sample; characterized in - that the fluorescence light emitted out of the measurement area is measured for a plurality of consecutive different angle positions of the zero about the centre, wherein, for each of the angle positions of the zero, the measurement area is subjected to the fluorescence enabling light, and wherein the fluorescence light emitted from the sample out of the measurement area is measured at a temporal resolution which resolves the plurality of consecutive angle position of the zero in the measured fluorescence light. - focusing the fluorescence enabling light into the sample, wherein the area illuminated by the fluorescence enabling light in the sample is the respective measurement area; - subjecting a partial area of the measurement area to fluorescence inhibiting light, wherein the partial area omits a centre of the measurement area in that an intensity distribution of the fluorescence inhibiting light comprises a line-shaped or plane-shaped zero extending across the centre, wherein a minimal extension of the zero through the centre of the measurement area is by a factor k ≥ 2 smaller than a diameter of the measurement area in the same direction; - measuring fluorescence light emitted from the sample out of the measurement area without spatial resolution within the measurement area; - assigning a value of the measured fluorescence light to a location defined by the position of the centre in the sample; - that the fluorescence light emitted out of the measurement area is measured for a plurality of consecutive different angle positions of the zero about the centre, wherein, for each of the angle positions of the zero, the measurement area is subjected to the fluorescence enabling light, and wherein the fluorescence light emitted from the sample out of the measurement area is measured at a temporal resolution which resolves the plurality of consecutive angle position of the zero in the measured fluorescence light.
A fault information providing server which is connected to a processing server group configured from a plurality of servers, and which provides information related to a fault that occurred in the processing server group to a user of a service provided by the processing server group, comprising: a fault occurrence/recovery management unit which manages fault occurrence of the processing server group; a log management unit which manages log information related to a history of service provided by each server of the processing server group; a rule management unit which manages rules related to a service impact representing an impact on the service caused by the fault; a service impact calculation unit which calculates the service impact based on the log information and the rules; and a service impact notification unit which notifies the service impact calculated by the service impact calculation unit to the user, and an in-vehicle terminal management unit which manages a plurality of in-vehicle terminals in group units, each of the in-vehicle terminals being held by the user and receiving the service, wherein the service impact calculation unit calculates the service impact for each group of the in-vehicle terminals. a fault occurrence/recovery management unit which manages fault occurrence of the processing server group; a log management unit which manages log information related to a history of service provided by each server of the processing server group; a rule management unit which manages rules related to a service impact representing an impact on the service caused by the fault; a service impact calculation unit which calculates the service impact based on the log information and the rules; and a service impact notification unit which notifies the service impact calculated by the service impact calculation unit to the user, and an in-vehicle terminal management unit which manages a plurality of in-vehicle terminals in group units, each of the in-vehicle terminals being held by the user and receiving the service, wherein the service impact calculation unit calculates the service impact for each group of the in-vehicle terminals.
A computer-implemented method, comprising: obtaining, by a secure interface control (230, 250) in a computing system, encrypted metadata comprising one or more controls, the metadata cryptographically linked to a boot image of a secure guest to be started by an owner and managed by a hypervisor, wherein the metadata is inaccessible to the secure guest and to the hypervisor, wherein each control of the one or more controls comprised in the metadata is a granular control of functionality that indicates to the secure interface control whether the secure guest generated from the boot image is permitted to obtain a response to a particular request, wherein the secure interface control is communicatively coupled to the hypervisor, wherein the hypervisor manages one or more guests including secure guests; intercepting, by the secure interface control, via the hypervisor, from the secure guest generated from the boot image, during runtime of the secure guest, a request; accessing, by the secure interface control, the one or more controls in the metadata by utilizing a private host key; determining, by the secure interface control, based on the one or more controls, if the secure guest is permitted to obtain a response to the request; based on determining that the secure guest is permitted to obtain the response, commencing, by the secure interface control, fulfillment of the request, within the computing system; and based on determining that the secure guest is not permitted to obtain the response, ignoring, by the secure interface control, the request. obtaining, by a secure interface control (230, 250) in a computing system, encrypted metadata comprising one or more controls, the metadata cryptographically linked to a boot image of a secure guest to be started by an owner and managed by a hypervisor, wherein the metadata is inaccessible to the secure guest and to the hypervisor, wherein each control of the one or more controls comprised in the metadata is a granular control of functionality that indicates to the secure interface control whether the secure guest generated from the boot image is permitted to obtain a response to a particular request, wherein the secure interface control is communicatively coupled to the hypervisor, wherein the hypervisor manages one or more guests including secure guests; intercepting, by the secure interface control, via the hypervisor, from the secure guest generated from the boot image, during runtime of the secure guest, a request; accessing, by the secure interface control, the one or more controls in the metadata by utilizing a private host key; determining, by the secure interface control, based on the one or more controls, if the secure guest is permitted to obtain a response to the request; based on determining that the secure guest is permitted to obtain the response, commencing, by the secure interface control, fulfillment of the request, within the computing system; and based on determining that the secure guest is not permitted to obtain the response, ignoring, by the secure interface control, the request.
A method for administering a communication channel to a first host component in an NFC mobile device also comprising a host controller for administering at least one first white list intended to identify at least one second host component having a right to create the communication channel to the first host component H1, characterized in that it comprises the following successive steps: - updating of the right of the second component in the first white list by the first host component, - notification of the update to the second host component by the host controller. - updating of the right of the second component in the first white list by the first host component, - notification of the update to the second host component by the host controller.
Method for the regeneration of a particle filter of an internal combustion engine, in which method, during periodic regeneration phases, a regeneration is performed by virtue of the soot particles that have been deposited in the particle filter being burned off, characterized in that, during the operation of the internal combustion engine, the soot reactivity of the soot deposits is determined on the basis of a characteristic map, wherein the soot amount and the soot reactivity of the soot deposited in the particle filter are determined, and in that - the time for a regeneration phase is defined from these and - a process temperature for the regeneration phase is defined from these. - the time for a regeneration phase is defined from these and - a process temperature for the regeneration phase is defined from these.
A method for operating a measuring meter for an electrochemical test strip, comprising - a sample presence detection period (502;602;611;622), after which a sample is present in the reaction zone, - an incubation period (507;605,613,627), the time in which mixing and melting of the sample with a reagent of the test strip is allowed and - a measurement period (306;511;607;617;631), wherein a fixed voltage (307;512;608;618;632) is applied to the electrodes for measuring a Cottrell Current (310;516), wherein a voltage (501,508;601;614;621,628) is applied to electrodes (21,22) of said test strip at least during one of a sample presence detection period (502;602;611;622), and an incubation period (507;605,613,627), wherein the voltage applied to the electrodes (21, 22) is repeatedly increased and decreased as a pulse and said pulses are separated by a time difference (T1, T3) at least during one of said sample presence detection period (502;602;611;622), wherein a current above a sample threshold indicates that sufficient sample is present, and said incubation period (507;605,613,627), wherein the duration of pulses (507;605,613,627) is from 10 to 300 μs, preferably 100 μs, and wherein the time between successive pulses is from 10 to 50 ms, preferably 20 ms. - a sample presence detection period (502;602;611;622), after which a sample is present in the reaction zone, - an incubation period (507;605,613,627), the time in which mixing and melting of the sample with a reagent of the test strip is allowed and - a measurement period (306;511;607;617;631), wherein a fixed voltage (307;512;608;618;632) is applied to the electrodes for measuring a Cottrell Current (310;516), wherein a voltage (501,508;601;614;621,628) is applied to electrodes (21,22) of said test strip at least during one of a sample presence detection period (502;602;611;622), and an incubation period (507;605,613,627),
A bucket for an earth-working or materials-handling machine, comprising, a top portion, a first and a second bucket side wall, a bucket floor extending from a front cutting edge up to the top portion, wherein the front cutting edge, the first and second side walls (5, 6) and the top portion form a bucket opening, seen from a front view of the bucket, the bucket floor has an inside facing towards the bucket opening and an outside facing away from the bucket opening, the bucket floor comprising at least one floor section being attached to the bucket floor, optionally by at least one weld interface between the at least one floor section and the bucket floor provided in the proximity of the front cutting edge, characterized in that the floor section is a keel section with a trough portion on the outside and a ridge portion on the inside, and in that the bucket floor comprises at least one protection element for protecting at least a part of the floor section, and/or at least a part of the optional at least one weld interface, which at least one protection element is mounted on the inside of the bucket floor in the proximity of the front cutting edge. a top portion, a first and a second bucket side wall, a bucket floor extending from a front cutting edge up to the top portion, wherein the front cutting edge, the first and second side walls (5, 6) and the top portion form a bucket opening, seen from a front view of the bucket, the bucket floor has an inside facing towards the bucket opening and an outside facing away from the bucket opening, the bucket floor comprising at least one floor section being attached to the bucket floor, optionally by at least one weld interface between the at least one floor section and the bucket floor provided in the proximity of the front cutting edge, characterized in that the floor section is a keel section with a trough portion on the outside and a ridge portion on the inside, and in that the bucket floor comprises at least one protection element for protecting at least a part of the floor section, and/or at least a part of the optional at least one weld interface, which at least one protection element is mounted on the inside of the bucket floor in the proximity of the front cutting edge.
A relay comprising: a pair of switch connector circuit components (5a-5d, 6a-6d) between which a relay switch element is intervened; a pair of coil connector circuit components (7a-7d, 8a-8d) between which a relay coil element is intervened; and a fuse connector portion unitarily coupled with a fuse into a unitary structure to allow power supply current to be supplied to said switch connector circuit components (5a-5d, 6a-6d) and said coil connector components (7a-7d, 8a-8d). a pair of switch connector circuit components (5a-5d, 6a-6d) between which a relay switch element is intervened; a pair of coil connector circuit components (7a-7d, 8a-8d) between which a relay coil element is intervened; and a fuse connector portion unitarily coupled with a fuse into a unitary structure to allow power supply current to be supplied to said switch connector circuit components (5a-5d, 6a-6d) and said coil connector components (7a-7d, 8a-8d).
A crystal form A of a compound represented by formula having a X-ray powder diffraction (XRPD) pattern comprising characteristic diffraction peaks with the following angles of 2θ: 5.56±0.2°, 15.56±0.2° and 16.17±9.2°,