mhurhangee/ep-ind-claims huggingface dataset:
Device for the testing and indication of the absence or presence of analytes in an analysis or liquid sample originating from the human or animal organism comprising a carrier plate with at least one test strip receptacle, in which a test strip provided with a sample receiving section and a test section is arranged, characterised in that the carrier plate comprises at least one sample carrier receptacle spaced apart from the test strip receptacle, wherein the device further includes a "dried spot" sample carrier (DS sample carrier), which is received in the sample carrier receptacle.
A method for operating a node in a network comprising a plurality of Virtual Local Area Networks, VLANs, and a plurality of topologies, the method being characterized in that it comprises: receiving at a processor at the node, notification of an error in a VLAN-to-topology mapping at the node; receiving at the node, a multi-destination packet transmitted on the VLAN for which an error in a VLAN-to-topology mapping was identified, the multi-destination packet comprising a tree identifier associated with one of said topologies; and transmitting the multi-destination packet to all forwarding ports at the node in an unpruned tree corresponding to said tree identifier contained in the multi-destination packet. receiving at a processor at the node, notification of an error in a VLAN-to-topology mapping at the node; receiving at the node, a multi-destination packet transmitted on the VLAN for which an error in a VLAN-to-topology mapping was identified, the multi-destination packet comprising a tree identifier associated with one of said topologies; and transmitting the multi-destination packet to all forwarding ports at the node in an unpruned tree corresponding to said tree identifier contained in the multi-destination packet.
A tumble dryer comprising a dryer housing, a drum which is rotatably mounted about a drum axis in the dryer housing, and a module which is arranged in the dryer housing and is fluidically connected to the drum and has a module housing, in which a heat pump for heating and for dehumidifying process air flowing through the drum is accommodated, and on which a motor, which has a drive shaft for driving the drum and for driving a fan wheel which conveys the process air through the module and the drum, is accommodated, the module housing having an lower shell and an upper shell and the motor, with two end shields (18, 20) of the motor, being mounted on the module housing, the motor being mounted by means of the two end shields (18, 20), end shield receptacles (22, 24) corresponding to the two end shields (18, 20) being formed on the lower shell, characterized in that the motor is mounted between the lower shell and the upper shell by means of the two end shields (18, 20), end shield receptacles (26, 28) corresponding to the two end shields (18, 20) being formed on the upper shell for receiving the end shields (18, 20).
A polyalphaolefin polymer, wherein the polyalphaolefin polymer has a kinematic viscosity at 100° C of 135 cSt or greater and is derived from not more than 10 mol% ethylene, wherein the polyalphaolefin polymer is characterized by not more than 1.5 wt% of the polymer having a molecular weight of greater than 45,000 Daltons and not more than 0.5 wt% of the polymer having a molecular weight greater than 60,000 Daltons, and by, after being subjected to twenty hours of a taper roller bearing testing, having a kinematic viscosity loss of less than 9%.
Device for sorting out containers which were applied an incorrect print by a direct printing machine, characterized by a transport device for transporting pucks, which are adapted to transport containers, along a transport path away from the direct printing machine, wherein the transport path comprises at least a primary transport path and a secondary transport path, an inspection device for inspecting the print on the containers, a decoupling device, in particular comprising a pusher system or a slider system, for decoupling pucks from the primary transport path to the secondary transport path, and a control device adapted to control the decoupling device such that pucks with containers for which the inspection device has detected an incorrect print are decoupled to the secondary transport path. a transport device for transporting pucks, which are adapted to transport containers, along a transport path away from the direct printing machine, wherein the transport path comprises at least a primary transport path and a secondary transport path, an inspection device for inspecting the print on the containers, a decoupling device, in particular comprising a pusher system or a slider system, for decoupling pucks from the primary transport path to the secondary transport path, and a control device adapted to control the decoupling device such that pucks with containers for which the inspection device has detected an incorrect print are decoupled to the secondary transport path.
A computer-implemented method of inferring stratigraphy over a volume of seismic information, the method being implemented in a computer system that includes one or more physical processors, the method comprising: obtaining seismic information related to a subsurface volume, the seismic information including amplitude information indexed by ( i) a two-dimensional position in a surface plane of the subsurface volume, and ( ii) a metric related to seismic depth of the subsurface volume; and determining a warping function for the seismic information that re-indexes the amplitude information to ( i) a two-dimensional position in the surface plane of the subsurface volume, and ( ii) a metric related to relative geologic age; the method being characterized in that it further includes the steps of: obtaining a flat stratigraphic volume in which flat, horizontally layered horizons have been defined, wherein obtaining the flat stratigraphic volume comprises defining the flat stratigraphic volume without reliance on acquired or synthesized seismic information; and applying an inverse of the warping function to the flat stratigraphic volume to generate a proxy stratigraphic volume that is usable in subsequent analysis as a proxy for the obtained seismic information related to the subsurface volume, wherein: the horizons defined in the flat stratigraphic volume are defined in the flat stratigraphic volume with a regular spatial frequency; and the regular spatial frequency is greater than a spatial frequency of horizons that are resolvable within the obtained seismic information. obtaining seismic information related to a subsurface volume, the seismic information including amplitude information indexed by ( i) a two-dimensional position in a surface plane of the subsurface volume, and ( ii) a metric related to seismic depth of the subsurface volume; and determining a warping function for the seismic information that re-indexes the amplitude information to ( i) a two-dimensional position in the surface plane of the subsurface volume, and ( ii) a metric related to relative geologic age; obtaining a flat stratigraphic volume in which flat, horizontally layered horizons have been defined, wherein obtaining the flat stratigraphic volume comprises defining the flat stratigraphic volume without reliance on acquired or synthesized seismic information; and applying an inverse of the warping function to the flat stratigraphic volume to generate a proxy stratigraphic volume that is usable in subsequent analysis as a proxy for the obtained seismic information related to the subsurface volume, wherein: the horizons defined in the flat stratigraphic volume are defined in the flat stratigraphic volume with a regular spatial frequency; and the regular spatial frequency is greater than a spatial frequency of horizons that are resolvable within the obtained seismic information. the horizons defined in the flat stratigraphic volume are defined in the flat stratigraphic volume with a regular spatial frequency; and the regular spatial frequency is greater than a spatial frequency of horizons that are resolvable within the obtained seismic information.
A front construction for drawers, particularly for pharmacy chests of drawers and the like, comprising a second decorative element and a first shaped element, to be associated with a front zone of a drawer body, and adapted to removably engage therein the second decorative element, said first shaped element being substantially rigid and said second decorative element being elastically deformable to be engaged in coupling means formed (5, 6, 9) in the first shaped element, said coupling means of said first shaped element comprise a first edge and a second edge; said edges extending through two long sides, a top and bottom side, of a substantially flat wall of the first shaped element, at least one of said edges (5, 6) being formed along a cantilevered lug formed through one of the long longitudinal sides of the wall of the first shaped element, said cantilevered lug being curved and forming, with the wall of the first element, at least a longitudinal recess extending through the overall side of said wall, characterized in that said second decorative element is a flat plate body, of a substantially rectangular configuration, defining two long or longitudinal edges (10, 11) thereby, by slightly elastically deforming said flat plate body, said edges (10, 11) may be engaged in recesses defined by the edges (5, 6) of said shaped body or, alternatively, in the longitudinal recess of said shaped body.
A deblocking filtering method of filtering a plurality of blocks included in an image, said filtering method comprising: deblocking filtering two adjacent blocks to generate filtered data, using values of pixels respectively included in the two blocks; characterized by determining whether each of the two blocks is an intra Pulse Code Modulation, IPCM, block or a non-IPCM block, and when the two blocks are an IPCM block and a non-IPCM block, outputting the filtered data as values of the pixels in the non-IPCM block, and outputting, as values of the pixels in the IPCM block, unfiltered values of the pixels in the IPCM block, wherein in the filtering, a filter strength for the non-IPCM block is derived only based on quantization parameter of the non-IPCM block, without using quantization parameter of the IPCM block or any other substitute fixed value. deblocking filtering two adjacent blocks to generate filtered data, using values of pixels respectively included in the two blocks; characterized by determining whether each of the two blocks is an intra Pulse Code Modulation, IPCM, block or a non-IPCM block, and when the two blocks are an IPCM block and a non-IPCM block, outputting the filtered data as values of the pixels in the non-IPCM block, and outputting, as values of the pixels in the IPCM block, unfiltered values of the pixels in the IPCM block, wherein in the filtering, a filter strength for the non-IPCM block is derived only based on quantization parameter of the non-IPCM block, without using quantization parameter of the IPCM block or any other substitute fixed value.
An illumination device (201, 301, 401, 501) comprising: • a number of light sources arranged in at least a first group of light sources (203, 403, 503) and in a second group of light sources (205, 405, 505); • first optical means adapted to convert light from said first group of light sources into a number of first light beams, said first optical means comprises first zoom optics (209, 409, 509) capable of changing the divergence and/or beam width of said first light beams; • second optical means adapted to convert light from said second group of light sources into a number of second light beams, said second optical means comprises second zoom optics (211, 413, 511) capable of changing the divergence and/or the beam width of said second light beams; • controlling means adapted to control said first zoom optics and said second zoom optics independently; characterized in that said controlling means is adapted to control said first group of light sources and said second group of light sources independently of each other and at least one of said light sources of said second group is arranged between at least two of said light sources of said first group and where said light sources of said first group of light sources and said first zoom optics are arranged in a ring surrounding said second group of light sources and said second zoom optics. • a number of light sources arranged in at least a first group of light sources (203, 403, 503) and in a second group of light sources (205, 405, 505); • first optical means adapted to convert light from said first group of light sources into a number of first light beams, said first optical means comprises first zoom optics (209, 409, 509) capable of changing the divergence and/or beam width of said first light beams; • second optical means adapted to convert light from said second group of light sources into a number of second light beams, said second optical means comprises second zoom optics (211, 413, 511) capable of changing the divergence and/or the beam width of said second light beams; • controlling means adapted to control said first zoom optics and said second zoom optics independently;
A non-transitory computer-readable recording medium for recording a program causing a terminal device to function as a communication unit configured to receive beacon signals; to function as a processing unit, and to function as a notification unit, wherein, after an event to cause the communication unit to transmit a job to a target apparatus occurs, or an event to receive a status from the target apparatus occurs, in a case where it is determined that the terminal device moves to a second apparatus different from the target apparatus, based on a received radio wave strength of a target apparatus beacon signal which is received from the target apparatus by the communication unit and based on a received radio wave strength of a second apparatus beacon signal which is received from the second apparatus by the communication unit, the processing unit is configured to make the notification unit to perform a warning notification processing, wherein the processing unit is configured to determine whether or not the terminal device moves to the second apparatus based on a comparison result of a first distance (L A) between the terminal device and the target apparatus which is determined based on the target apparatus beacon signal, and a second distance (L B) between the terminal device and the second apparatus, which is determined based on the second apparatus beacon signal, and wherein, in a case where it is determined that the terminal device moves to the second apparatus, based on the comparison result, the processing unit is configured to make the notification unit to perform the warning notification processing.
A method of device to device, D2D, wireless communication at a user equipment, UE, comprising: receiving a connection response message from a base station comprising one or more mode switching parameters, the one or more mode switching parameters relating to an indication of an imminent radio link failure, RLF, with the base station; establishing communications with one or more other UEs according to a first D2D mode, the first D2D mode based at least in part on a centralized transmission resource schedule received from the base station; determining that the one or more mode switching parameters have been satisfied; switching to a second D2D mode before the RLF occurs, the second D2D mode based at least in part on a distributed transmission scheduling using a pool of resources allocated by the base station; monitoring communications from the base station for an indication of the pool of resources; determining that a message from the base station indicating the pool of resources is not receivable; and switching to a third D2D mode, the third D2D mode based at least in part on distributed transmission utilizing a preconfigured resource pool. receiving a connection response message from a base station comprising one or more mode switching parameters, the one or more mode switching parameters relating to an indication of an imminent radio link failure, RLF, with the base station; establishing communications with one or more other UEs according to a first D2D mode, the first D2D mode based at least in part on a centralized transmission resource schedule received from the base station; determining that the one or more mode switching parameters have been satisfied; switching to a second D2D mode before the RLF occurs, the second D2D mode based at least in part on a distributed transmission scheduling using a pool of resources allocated by the base station; monitoring communications from the base station for an indication of the pool of resources; determining that a message from the base station indicating the pool of resources is not receivable; and switching to a third D2D mode, the third D2D mode based at least in part on distributed transmission utilizing a preconfigured resource pool.
A user equipment, UE, adapted to transmit a measurement report in a wireless communication system, comprising: an interference detection unit adapted to detect interference caused by transmission of a first frequency band in a first network system against reception of a second frequency band in a second network system and control the UE to avoid the second frequency band; an assistant information generation unit adapted to generate assistant information indicating occurrence of the interference of the second frequency band or a probability of occurrence of the interference; and a transmitter adapted to transmit the assistant information and the measurement report to an eNB; characterized by a measurement controller adapted to obtain at least one of measurement samples by performing measurement about the second frequency band based on at least one among a first measurement rule obtaining measurement samples in an interval when the interference does not occur, a second measurement rule obtaining measurement samples in an interval when the interference does not occur and measurement samples by removing in-device coexistence interference by using an interference removal method in an interval when the interference occurs, and a third measurement rule obtaining a first measurement sample reflecting the interference and a second measurement sample by removing the interference in an interval when the interference occurs, and generate a measurement report including measurement values obtained by filtering of the at least one of measurement samples. an interference detection unit adapted to detect interference caused by transmission of a first frequency band in a first network system against reception of a second frequency band in a second network system and control the UE to avoid the second frequency band; an assistant information generation unit adapted to generate assistant information indicating occurrence of the interference of the second frequency band or a probability of occurrence of the interference; and a transmitter adapted to transmit the assistant information and the measurement report to an eNB; characterized by a measurement controller adapted to obtain at least one of measurement samples by performing measurement about the second frequency band based on at least one among a first measurement rule obtaining measurement samples in an interval when the interference does not occur, a second measurement rule obtaining measurement samples in an interval when the interference does not occur and measurement samples by removing in-device coexistence interference by using an interference removal method in an interval when the interference occurs, and a third measurement rule obtaining a first measurement sample reflecting the interference and a second measurement sample by removing the interference in an interval when the interference occurs, and generate a measurement report including measurement values obtained by filtering of the at least one of measurement samples.
Home appliance, in particular washing and/or drying machine, comprising a detergent feeding device having at least one detergent storing compartment for storing a detergent, the at least one detergent compartment comprising: an outlet, and a pivoted partition element arranged in the detergent compartment, wherein the partition element is supported pivotable at a horizontal or essentially horizontal axis, wherein in a first position the partition element separates a partial compartment in the detergent compartment from the outlet for storing an amount of liquid detergent in the partial compartment, and wherein in a second position the partition element provides passage from the partial compartment to the outlet, characterized in that in the first position the partition element is inclined with respect to the bottom of the detergent compartment, such that from the first position the partition element can be pivoted to the second position only in one pivoting direction and wherein the pivoting path of a partition portion of the partition element is partially situated in the partial compartment. an outlet, and a pivoted partition element arranged in the detergent compartment, wherein the partition element is supported pivotable at a horizontal or essentially horizontal axis, wherein in a first position the partition element separates a partial compartment in the detergent compartment from the outlet for storing an amount of liquid detergent in the partial compartment, and wherein in a second position the partition element provides passage from the partial compartment to the outlet, characterized in that in the first position the partition element is inclined with respect to the bottom of the detergent compartment, such that from the first position the partition element can be pivoted to the second position only in one pivoting direction and wherein the pivoting path of a partition portion of the partition element is partially situated in the partial compartment.
A service controller device, comprising: a processor; a memory to store connection information, an access credential, and an access credential hash; a beacon broadcaster to broadcast the connection information and the access credential hash to a client device using in-band signaling; an access credential director to send the access credential to an out-of-band communicator; and a client connector to allow a client device to access the service controller device based on the client device 's use of the connection information; wherein the connection information is identified based on the matching of the access credential to the access credential hash. a processor; a memory to store connection information, an access credential, and an access credential hash; a beacon broadcaster to broadcast the connection information and the access credential hash to a client device using in-band signaling; an access credential director to send the access credential to an out-of-band communicator; and a client connector to allow a client device to access the service controller device based on the client device 's use of the connection information; wherein the connection information is identified based on the matching of the access credential to the access credential hash.