mhurhangee/ep-ind-claims huggingface dataset:
A system provided with panels, for instance glass sheets, and with elements (1, 2) which extend along edges of the panels, the system comprising: - at least two neighbouring panels, each panel being a thermal insulation panel, wherein opposite end faces of the neighbouring panels bound a space; - a first element extending along two longitudinal outer edges of the two neighbouring panels, for covering these longitudinal outer edges, wherein the first element is manufactured from metal, and is of solid design; - second elements extending along second edges of the two neighbouring panels, the second panel edges being parallel to the first edges, and being located at the same panel end faces arranged opposite each other as the first edges, and - a connection (3, 4) between said first element and second elements which connection comprises at least a solid metal connecting element, wherein said connection is also provided with a thermally insulating part, wherein a said first element extends along two longitudinal edges of two panel parts arranged side by side, for covering these longitudinal edges, wherein the thermally insulating part is substantially located in the space located opposite the end faces of the panels, characterised in that a said first element has a transversal width which is less than approximately 5 cm, measured in a transverse direction with respect to said longitudinal edges, wherein the solid metal connecting element is at least dimensioned for substantially absorbing forces in said first direction, the forces comprising wind pressure, for the purpose of preventing the system from bending under the influence of such forces, wherein, when viewed in a cross-section that is at right angles to a longitudinal direction of the system, the solid connecting element has a main direction of extension at right angles with respect to the panels, said main direction being a first direction perpendicular to a panel surface of a said panel. - at least two neighbouring panels, each panel being a thermal insulation panel, wherein opposite end faces of the neighbouring panels bound a space; - a first element extending along two longitudinal outer edges of the two neighbouring panels, for covering these longitudinal outer edges, wherein the first element is manufactured from metal, and is of solid design; - second elements extending along second edges of the two neighbouring panels, the second panel edges being parallel to the first edges, and being located at the same panel end faces arranged opposite each other as the first edges, and - a connection (3, 4) between said first element and second elements which connection comprises at least a solid metal connecting element, wherein said connection is also provided with a thermally insulating part, wherein a said first element extends along two longitudinal edges of two panel parts arranged side by side, for covering these longitudinal edges, wherein the thermally insulating part is substantially located in the space located opposite the end faces of the panels,
Coupling for connecting pipe ends, whereby this coupling comprises a hollow body with an entrance for each respective pipe end to be connected, whereby each aforementioned entrance is provided with a radial seat for the aforementioned pipe end with an outside radius, the radial seat having a radius corresponding to the outside radius of the pipe end, save for a clearance, whereby a coupling nut is provided at each end of the body for clamping the pipe end concerned in the coupling and whereby at least one entrance of the body of the coupling is provided with an axial end stop for the insertion of the pipe end, characterised in that the body is provided on the inside with a bridge, at least partially of electrically conductive material, with at least two ends that are each provided with a clamping element at the location of the respective radial seat, which clamping element is elastically deformable in the radial direction with respect to the respective seat, and is provided with a contact section, which in a rest situation, i.e. in the absence of the pipe end, is at a distance from the axis (X-X') of the seat which distance is smaller than the aforementioned outside radius of the pipe end for which the radial seat concerned is intended and hence also smaller than the radius of the radial seat.
An image display device comprising: a display control unit that displays, on a display unit (3, 46), at least some of a plurality of images included in each of a plurality of image sets of the same object which have been captured at different imaging dates and times and each of which consists of the plurality of images including at least a plurality of tomographic images acquired by performing tomosynthesis imaging for the object; a setting unit that sets at least one past image set, which was acquired at an imaging date and time before the latest imaging date and time and includes images at least some of which have been displayed, among the plurality of image sets as having been displayed; a storage unit that stores the plurality of image sets; and a storage control unit that performs a process of reducing a capacity of the past image set that is set as having been displayed on the basis of a setting result of the setting unit. a display control unit that displays, on a display unit (3, 46), at least some of a plurality of images included in each of a plurality of image sets of the same object which have been captured at different imaging dates and times and each of which consists of the plurality of images including at least a plurality of tomographic images acquired by performing tomosynthesis imaging for the object; a setting unit that sets at least one past image set, which was acquired at an imaging date and time before the latest imaging date and time and includes images at least some of which have been displayed, among the plurality of image sets as having been displayed; a storage unit that stores the plurality of image sets; and a storage control unit that performs a process of reducing a capacity of the past image set that is set as having been displayed on the basis of a setting result of the setting unit.
A method for operating a memory device in a Key Per Input Output, KPIO, system, the method comprising: identifying a tag address of a tag memory based, at least partially, on a source index (301, 701), wherein the source index (301, 701) is a combination of a namespace identification, NSID, and a key tag; accessing a cache storage address corresponding to the tag address; comparing tag memory content and at least part of the source index (301, 701) to identify whether a match exists or whether a conflict exists; and in response to identifying whether the match exists or whether the conflict exists, obtaining information from the cache storage address, the method further comprising: hashing the source index (301, 701) to obtain a hashed index using a hash function, wherein the tag address of the tag memory is determined based on the hashed index. identifying a tag address of a tag memory based, at least partially, on a source index (301, 701), wherein the source index (301, 701) is a combination of a namespace identification, NSID, and a key tag; accessing a cache storage address corresponding to the tag address; comparing tag memory content and at least part of the source index (301, 701) to identify whether a match exists or whether a conflict exists; and in response to identifying whether the match exists or whether the conflict exists, obtaining information from the cache storage address, the method further comprising: hashing the source index (301, 701) to obtain a hashed index using a hash function, wherein the tag address of the tag memory is determined based on the hashed index. hashing the source index (301, 701) to obtain a hashed index using a hash function, wherein the tag address of the tag memory is determined based on the hashed index.
A lens unit comprising: an optical system configured to form an optical image of a subject, the optical system including an optical member disposed closest to the subject, wherein the optical member is a lens or a cover glass of the lens unit, the optical member has at least one groove on a subject-side surface and the optical member transmits the optical image of the subject, characterized in that on the subject-side surface, the groove is provided in a predetermined area having hydrophilic property and in that the groove is configured to remove water droplets sitting on the subject-side surface of the optical member. an optical system configured to form an optical image of a subject, the optical system including an optical member disposed closest to the subject, wherein the optical member is a lens or a cover glass of the lens unit, the optical member has at least one groove on a subject-side surface and the optical member transmits the optical image of the subject, characterized in that on the subject-side surface, the groove is provided in a predetermined area having hydrophilic property and in that the groove is configured to remove water droplets sitting on the subject-side surface of the optical member.
Air filter system for a commercial vehicle, comprising an inlet-proximal coarse filter which is accommodated in a filter housing, and a fine filter which is disposed downstream in the filter-operating direction of an airflow to be cleaned, wherein a cleaning assembly for exhausting counter to the filter-operating direction at least dirt particles separated in the fine filter is present in the filter housing, characterized in that a safety filter is disposed downstream of the fine filter so as to be redundant within the filter housing.
Filter system for filtering a fluid, comprising - a filter housing having a housing axis, a housing upper part and a housing lower part along the housing axis, - an inlet nozzle arranged on the upper part of the housing for supplying a fluid to be filtered, - an outlet nozzle arranged on the upper part of the housing for discharging the filtered fluid, - a filter element which separates a raw fluid side from a pure fluid side in a fluid-tight manner, wherein the filter element comprises a filter bellows arranged around a longitudinal axis of the filter element, wherein a central element, which is formed separately from the filter element and is on the housing side, is fastened to the filter housing along the housing axis and has a screen filter, which projects into an interior of the filter element, the screen filter being arranged around the central element in a radially outer position. - a filter housing having a housing axis, a housing upper part and a housing lower part along the housing axis, - an inlet nozzle arranged on the upper part of the housing for supplying a fluid to be filtered, - an outlet nozzle arranged on the upper part of the housing for discharging the filtered fluid, - a filter element which separates a raw fluid side from a pure fluid side in a fluid-tight manner, wherein the filter element comprises a filter bellows arranged around a longitudinal axis of the filter element,
Household dishwasher for washing dishes in one or more water-conducting wash sub-cycles (for example VG, RG, ZG, KG) and for subsequently drying the dishes in at least one subsequent drying cycle of a wash cycle to be performed - with a wash container for holding the dishes to be washed, - with at least one fill reservoir attached to the outside of the wash container, the inlet of which is connected to an inlet-side fresh water feed apparatus for filling with fresh water (FW*) from a fresh water network and the outlet of which is connected to an outlet-side fresh water discharge apparatus for taking a quantity of fresh water (ΔWMi where i=VG, RG, ZG, KG) required in each instance for the respective wash sub-cycle (for example VG, RG, ZG, KG) to be performed from the fill reservoir and feeding it into the wash container, - with at least one heat pump, the circuit of which comprises a compressor, pressure reduction means, an evaporator and a condenser, the evaporator being thermally coupled to the fill reservoir to extract heat energy from fresh water stored there and the condenser being provided to feed heat energy (QP1*) into the interior space of the wash container, and - with a single-layer or multilayer insulation material system (SW1, BI, IS1, WI1) between the interior space of the wash container and the interior space of the fill reservoir to reduce a heat flow from the wash container. - with a wash container for holding the dishes to be washed, - with at least one fill reservoir attached to the outside of the wash container, the inlet of which is connected to an inlet-side fresh water feed apparatus for filling with fresh water (FW*) from a fresh water network and the outlet of which is connected to an outlet-side fresh water discharge apparatus for taking a quantity of fresh water (ΔWMi where i=VG, RG, ZG, KG) required in each instance for the respective wash sub-cycle (for example VG, RG, ZG, KG) to be performed from the fill reservoir and feeding it into the wash container, - with at least one heat pump, the circuit of which comprises a compressor, pressure reduction means, an evaporator and a condenser, the evaporator being thermally coupled to the fill reservoir to extract heat energy from fresh water stored there and the condenser being provided to feed heat energy (QP1*) into the interior space of the wash container, and - with a single-layer or multilayer insulation material system (SW1, BI, IS1, WI1) between the interior space of the wash container and the interior space of the fill reservoir to reduce a heat flow from the wash container.
A solar cell spectral response measuring apparatus which measures a spectral response of a solar cell to be measured, comprising: a bias unit (10A, 10B) adaptable to emit a plurality of types of bias light having spectrums different from one another, the bias unit emitting one of the plurality of types of bias light in order to irradiate a solar cell to be measured; a monochrome unit for emitting monochromatic light in order to irradiate the solar cell to be measured in superimposition on while changing the wavelength of the monochromatic light; and a measuring device for measuring an output of the solar cell under the monochromatic light emitted from the monochrome unit having a changed wavelength and the bias emitted from the bias unit to thereby measure a spectral response of the solar cell based on the measured output; wherein the irradiation spectrum of each type of the bias light to be emitted from the bias unit (10A, 10B) corresponds to an irradiation spectrum of light emitted from an irradiation light source constituting an environment where the solar cell is used. a bias unit (10A, 10B) adaptable to emit a plurality of types of bias light having spectrums different from one another, the bias unit emitting one of the plurality of types of bias light in order to irradiate a solar cell to be measured; a monochrome unit for emitting monochromatic light in order to irradiate the solar cell to be measured in superimposition on while changing the wavelength of the monochromatic light; and a measuring device for measuring an output of the solar cell under the monochromatic light emitted from the monochrome unit having a changed wavelength and the bias emitted from the bias unit to thereby measure a spectral response of the solar cell based on the measured output; wherein the irradiation spectrum of each type of the bias light to be emitted from the bias unit (10A, 10B) corresponds to an irradiation spectrum of light emitted from an irradiation light source constituting an environment where the solar cell is used.
A method for operating an evolved Node B, eNB, in an LTE, Long Term Evolution, network, comprising, at the eNB: selecting first and second user equipments, UEs, for device-to-device, D2D, communications; allocating a D2D time-frequency resource for the first UE to transmit to the second UE; assigning the allocated D2D resource as a physical uplink shared channel, PUSCH, resource to the first UE; assigning the allocated D2D resource as a physical downlink shared channel, PDSCH, resource to the second UE; receiving and decoding data transmitted to the second UE from the first UE over the first UE's PUSCH; if the data received from the first UE was decoded incorrectly, transmitting a NACK to the first UE via a physical HARQ indicator channel, PHICH, to indicate to the first UE that the data should be re-transmitted; if the data received from the first UE was decoded correctly, transmitting an ACK to the first UE via the PHICH with no resource allocation for further transmission to indicate to the first UE that its transmission buffer should not be flushed; receiving a hybrid automatic repeat request, HARQ, ACK/NACK, positive or negative acknowledgement, from the second UE over a physical uplink control channel, PUCCH, in response to the data transmitted to the second UE from the first UE; and if the data received from the first UE was decoded correctly, sending the first UE a resource allocation for a new transmission if an ACK is received from the second UE or for retransmission if a NACK is received from the second UE. selecting first and second user equipments, UEs, for device-to-device, D2D, communications; allocating a D2D time-frequency resource for the first UE to transmit to the second UE; assigning the allocated D2D resource as a physical uplink shared channel, PUSCH, resource to the first UE; assigning the allocated D2D resource as a physical downlink shared channel, PDSCH, resource to the second UE; receiving and decoding data transmitted to the second UE from the first UE over the first UE's PUSCH; if the data received from the first UE was decoded incorrectly, transmitting a NACK to the first UE via a physical HARQ indicator channel, PHICH, to indicate to the first UE that the data should be re-transmitted; if the data received from the first UE was decoded correctly, transmitting an ACK to the first UE via the PHICH with no resource allocation for further transmission to indicate to the first UE that its transmission buffer should not be flushed; receiving a hybrid automatic repeat request, HARQ, ACK/NACK, positive or negative acknowledgement, from the second UE over a physical uplink control channel, PUCCH, in response to the data transmitted to the second UE from the first UE; and if the data received from the first UE was decoded correctly, sending the first UE a resource allocation for a new transmission if an ACK is received from the second UE or for retransmission if a NACK is received from the second UE.
A compensation chain stabilizing apparatus for an elevator, wherein the compensation chain stabilizing apparatus comprises an electromagnet as a magnetic field generating device, and the magnetic field generating device is configured to generate a magnetic field to limit shaking of the compensation chain, characterized in that the compensation chain stabilizing apparatus further comprises a sensor configured to sense a shaking amplitude and/or position of the compensation chain; and a control device configured to control the electromagnet based on the shaking amplitude and/or position of the compensation chain. characterized in that the compensation chain stabilizing apparatus further comprises a sensor configured to sense a shaking amplitude and/or position of the compensation chain; and a control device configured to control the electromagnet based on the shaking amplitude and/or position of the compensation chain.
An outdoor reclining bed tent, comprising a reclining bed mechanism and an awning mechanism, wherein the awning mechanism comprises foot tubes and a beam frame arranged at the tops of the foot tubes, the reclining bed mechanism is fixedly arranged on the foot tubes, top fabric is fixedly arranged on the beam frame, a shutter set is arranged in a fit manner on a surface of each lateral cavity of the awning mechanism, and the shutter sets can be used to block the surfaces of the lateral cavities of the awning mechanism, wherein the shutter set comprises a shutter fabric drum, the shutter fabric drum is fixedly arranged on the foot tubes or the beam frame through a shutter bracket, the shutter bracket is fixedly arranged at two ends of the shutter fabric drum a rotating shaft is arranged inside the shutter fabric drum and shutter fabric is arranged on the rotating shaft, and a fabric tube is arranged at the bottom of the shutter fabric, characterized in that fabric tube clamps are arranged at two ends of the fabric tube, shutter guide tubes are arranged on the foot tubes, and the fabric tube is snapped onto the shutter guide tubes by means of the fabric tube clamps.
A tomographic image generation apparatus, comprising: an image acquisition unit that acquires a plurality of projection images corresponding to a plurality of radiation source positions, the plurality of projection images being generated by causing an imaging apparatus to perform tomosynthesis imaging in which a radiation source is moved relative to a detection unit in order to emit radiation to a subject at the plurality of radiation source positions according to movement of the radiation source; a positional shift amount derivation unit that derives a positional shift amount between the plurality of projection images based on body movement of the subject with a reference projection image generated at a radiation source position where an optical axis of the radiation emitted from the radiation source is perpendicular to a detection surface of the detection unit, among the plurality of projection images, as a reference; and a reconstruction unit that generates a tomographic image of at least one tomographic plane of the subject by reconstructing the plurality of projection images while correcting the positional shift amount; characterized in that the reconstruction unit reconstructs the plurality of projection images to generate a plurality of temporary tomographic images, and the positional shift amount derivation unit detects a plurality of different feature points in the plurality of temporary tomographic images, derives a temporary positional shift amount between the plurality of projection images with the reference projection image as a reference for the plurality of different feature points, interpolates temporary positional shift amounts derived for the plurality of different feature points, and derives a positional shift amount of each pixel position in each of the plurality of projection images with respect to each of coordinate positions of the plurality of temporary tomographic images. an image acquisition unit that acquires a plurality of projection images corresponding to a plurality of radiation source positions, the plurality of projection images being generated by causing an imaging apparatus to perform tomosynthesis imaging in which a radiation source is moved relative to a detection unit in order to emit radiation to a subject at the plurality of radiation source positions according to movement of the radiation source; a positional shift amount derivation unit that derives a positional shift amount between the plurality of projection images based on body movement of the subject with a reference projection image generated at a radiation source position where an optical axis of the radiation emitted from the radiation source is perpendicular to a detection surface of the detection unit, among the plurality of projection images, as a reference; and a reconstruction unit that generates a tomographic image of at least one tomographic plane of the subject by reconstructing the plurality of projection images while correcting the positional shift amount;