mhurhangee/patent-ind-claim-en huggingface dataset:
An indoor unit of an air-conditioning apparatus, the indoor unit having a body placed on a wall surface of a room that is an air-conditioned space, the indoor unit comprising a temperature sensor disposed at a position projecting from the body , and including a temperature detector configured to detect a temperature based on heat radiation from a target and a driver configured to cause the temperature detector to rotate, characterized in that the temperature sensor is disposed at the position being a place where the temperature sensor is capable of detecting a temperature in all the horizontal directions by rotating the temperature detector , wherein the indoor unit further comprises a controller configured to determine, as being the target, a wall on which the body is placed based on the temperature detected by the temperature sensor , and wherein the controller derives a sensible temperature in the room based on the temperature at the location determined as the wall on which the body is placed. a temperature sensor disposed at a position projecting from the body , and including a temperature detector configured to detect a temperature based on heat radiation from a target and a driver configured to cause the temperature detector to rotate, characterized in that the temperature sensor is disposed at the position being a place where the temperature sensor is capable of detecting a temperature in all the horizontal directions by rotating the temperature detector , wherein the indoor unit further comprises a controller configured to determine, as being the target, a wall on which the body is placed based on the temperature detected by the temperature sensor , and wherein the controller derives a sensible temperature in the room based on the temperature at the location determined as the wall on which the body is placed.
A retention material for a gas processing device comprising a processing structure and a casing for accommodating the processing structure, the retention material comprising inorganic fibers and being arranged between the processing structure and the casing, wherein the inorganic fibers are alumina fibers comprising 70 wt% to 75 wt% of alumina and 30 wt% to 25 wt% of silica; a true density of the inorganic fibers is 3.02 g/cm 3 to 3.50 g/cm 3 ; characterised in that a ratio of the true density of the inorganic fibers to a theoretical value of the true density is 86.9% or more, and 88.2% or less ; and in a test of repeating a cycle of compressing the retention material until a bulk density of the retention material becomes a prescribed compression bulk density, followed by retaining for 10 seconds, and then releasing until a bulk density of the retention material becomes a release bulk density that is smaller by 12% than said prescribed compression bulk density; a release surface pressure of the retention material after repeating the cycle 2500 times and the compression bulk density of the retention material satisfies the following relationship: P ≧ 17.10 × D − 1.62 wherein P is the release surface pressure (N/cm 2 ) and D is the compression bulk density (g/cm 3 ).
Plate holder for holding an identification plate , having - a holder body and - two guide rails , which are arranged on the holder body , extend parallel to one another and between which an identification plate can be pushed along a pushing-in direction (E) in order to be arranged on the plate holder , wherein the identification plate , when in a position in which it is arranged on the plate holder , is retained between the guide rails , wherein the holder body has a bearing surface , which extends in a bearing plane (A) and against which the identification plate , when in the position in which it is arranged on the plate holder , butts, characterized by at least one elastically resilient latching element , which is arranged on the holder body , can be deformed elastically when the identification plate is being arranged on the plate holder and secures the identification plate , when it is in the position in which it is arranged on the plate carrier , on the carrier body so that it does not move counter to a movement along the pushing-in direction (E), wherein the at least one latching element is connected to the bearing surface of the holder body via a crosspiece . - a holder body and - two guide rails , which are arranged on the holder body , extend parallel to one another and between which an identification plate can be pushed along a pushing-in direction (E) in order to be arranged on the plate holder , wherein the identification plate , when in a position in which it is arranged on the plate holder , is retained between the guide rails , wherein the holder body has a bearing surface , which extends in a bearing plane (A) and against which the identification plate , when in the position in which it is arranged on the plate holder , butts, characterized by at least one elastically resilient latching element , which is arranged on the holder body , can be deformed elastically when the identification plate is being arranged on the plate holder and secures the identification plate , when it is in the position in which it is arranged on the plate carrier , on the carrier body so that it does not move counter to a movement along the pushing-in direction (E), wherein the at least one latching element is connected to the bearing surface of the holder body via a crosspiece . wherein the holder body has a bearing surface , which extends in a bearing plane (A) and against which the identification plate , when in the position in which it is arranged on the plate holder , butts, characterized by at least one elastically resilient latching element , which is arranged on the holder body , can be deformed elastically when the identification plate is being arranged on the plate holder and secures the identification plate , when it is in the position in which it is arranged on the plate carrier , on the carrier body so that it does not move counter to a movement along the pushing-in direction (E), wherein the at least one latching element is connected to the bearing surface of the holder body via a crosspiece .
Formwork tie receptacle (10, 10a; 20, 20a) for receiving a tie bar , which tie bar is provided for connecting formwork elements (S), comprising: a substantially cylindrical portion (11, 11a; 21, 21a) having an opening (13, 13a; 23, 23a) for inserting a tie bar , the substantially cylindrical portion extending between a first end and a second end of the formwork tie receptacle, the formwork tie receptacle (10, 10a; 20, 20a) having a ball portion (12, 12a; 22, 22a) adjoining the substantially cylindrical portion for support against a formwork element (S), the formwork tie receptacle comprising a locking means, which locking means can be inserted into the formwork tie receptacle and can be locked there, namely for locking a tie bar to the formwork tie receptacle , characterised in that the locking means has grooves which can engage in grooves of the tie bar .
An apparatus for manufacturing a three-dimensional shaped object wherein a solidified layer is formed by irradiation of a predetermined portion of a material layer with a light beam , thereby allowing a sintering of the material in the predetermined portion or a melting and subsequent solidification of the material, the material layer being within a chamber , the apparatus comprising: the chamber ; a transmission window through which the light beam is allowed to be transmitted, the window being provided in a ceiling of the chamber ; a blow-out port for blowing out an inert gas toward an interior of the chamber , the port being located around the transmission window ; and an annular cover member for surrounding the blow-out port , the cover member being positioned below the blow-out port and around the transmission window , wherein a gap through which the inert gas is allowed to pass is provided between the cover member and the transmission window , wherein the cover member comprises: an inner circumference wall located to provide the gap with respect to the transmission window , the wall being in a cylindrical form; and an inner flange extending inwardly from the inner circumference wall , the flange being located below the gap ; characterized in that the gap is positioned immediately below an outer periphery of the transmission window . the chamber ; a transmission window through which the light beam is allowed to be transmitted, the window being provided in a ceiling of the chamber ; a blow-out port for blowing out an inert gas toward an interior of the chamber , the port being located around the transmission window ; and an annular cover member for surrounding the blow-out port , the cover member being positioned below the blow-out port and around the transmission window , wherein a gap through which the inert gas is allowed to pass is provided between the cover member and the transmission window , wherein the cover member comprises: an inner circumference wall located to provide the gap with respect to the transmission window , the wall being in a cylindrical form; and an inner flange extending inwardly from the inner circumference wall , the flange being located below the gap ; an inner circumference wall located to provide the gap with respect to the transmission window , the wall being in a cylindrical form; and an inner flange extending inwardly from the inner circumference wall , the flange being located below the gap ; characterized in that the gap is positioned immediately below an outer periphery of the transmission window .
A plant for pressing artificial mineral fibre waste for safe and dust-free final disposal in a landfill, wherein the plant comprises the following devices arranged behind each other: - a supply conveying means for the artificial mineral fibre waste having a supply opening and an outlet opening , - a main crushing device adjoining the outlet opening and having a mixing region directly adjoining thereto and having a supply opening for additives such as ash as well as having another supply opening for water, wherein the supply openings are located in the mixing region and/or at the input side of the main crushing device , - at least one screw press which transfers the crushed and mixed material of artificial mineral fibre waste, additives and water from the mixing region into a pressing channel , and - a breaking device arranged at the end of the pressing channel which is crushing the pressed material into a bulk material having a defined grain size, characterised in that the supply conveying means is designed to be dustproof and is equipped with a water sprinkling system , and in that after the screw press in the pressing channel another hydraulic press is provided for further compression of the material. - a supply conveying means for the artificial mineral fibre waste having a supply opening and an outlet opening , - a main crushing device adjoining the outlet opening and having a mixing region directly adjoining thereto and having a supply opening for additives such as ash as well as having another supply opening for water, wherein the supply openings are located in the mixing region and/or at the input side of the main crushing device , - at least one screw press which transfers the crushed and mixed material of artificial mineral fibre waste, additives and water from the mixing region into a pressing channel , and - a breaking device arranged at the end of the pressing channel which is crushing the pressed material into a bulk material having a defined grain size, characterised in that the supply conveying means is designed to be dustproof and is equipped with a water sprinkling system , and in that after the screw press in the pressing channel another hydraulic press is provided for further compression of the material.
Device for battery replacement in a vehicle , which vehicle is arranged with a storage space arranged to receive and accommodate a battery for use in movement operation of the vehicle , which device comprises a transporting device arranged at least partially above ground, arranged for the automatic transport of a first battery out of and away from the storage space and a second battery up to and into the storage space , wherein the transporting device is associated with a horizontal width direction (B), substantially parallel to the parked vehicle's longitudinal direction, and a horizontal depth direction (D), which is perpendicular to the width direction (B), wherein the device is arranged to sense a position for the storage space in relation to the transporting device , wherein the transporting device comprises a first pushing device , which is displaceable in a first direction (R1), and a second pushing device , which is displaceable in a second direction (R2), wherein a horizontal projection of the first direction (R1) is parallel to the depth direction (D), in that a horizontal projection of the second direction (R2) is parallel to the width direction (B), wherein the second pushing device is pivotable in relation to the first pushing device in a plane spanned by the first (R1) and second (R2) directions, wherein the device comprises means for adjusting the angular position of the second pushing device and its position in the second direction (R2), in relation to the first pushing device and in relation to the vehicle , wherein said first pushing device is arranged, when displaced in the first direction (R1), to bring with it the second pushing device in the first direction (R1), wherein the second pushing device is arranged to support the battery , wherein the device comprises means for displacing the first pushing device in the first direction (R1) towards a side of the vehicle , so that the battery which is supported by the second pushing device thereby is brought to the storage space .
A lead for a cancer treatment system comprising: a lead body having a proximal end and a distal end, the lead body comprising one or more conductors disposed within the lead body and providing electrical communication; and an insulating material disposed over the one or more conductors, the insulating material comprising one or more first zones and one or more second zones, wherein the thickness of the insulating material over the first zones is greater than a thickness of the insulating material over the second zones, the second zones functioning as electrodes to generate one or more electric fields at or near a site of a cancerous tumor. a lead body having a proximal end and a distal end, the lead body comprising one or more conductors disposed within the lead body and providing electrical communication; and an insulating material disposed over the one or more conductors, the insulating material comprising one or more first zones and one or more second zones, wherein the thickness of the insulating material over the first zones is greater than a thickness of the insulating material over the second zones, the second zones functioning as electrodes to generate one or more electric fields at or near a site of a cancerous tumor.
An antenna comprising: a feedline having a path in a first plane, the path having a first arm and a second arm perpendicular to the first arm ; a ground plane provided in a second plane spaced apart from, and parallel to, the first plane, the ground plane having a first ground plane slot and a second ground plane slot therein, each ground plane slot having a path in the second plane, wherein the path of the first ground plane slot intersects the path of the feedline at a first position on the first arm and a second position on the second arm when the second plane is projected into the first plane, and the path of the second ground plane slot intersects the path of the feedline at a third position on the first arm and a fourth position on the second arm when the second plane is projected into the first plane; and a radiator separated from the feedline by the ground plane , the radiator being provided in a third plane spaced apart from, and parallel to, the second plane; wherein the radiator covers the first ground plane slot and the second ground plane slot . a feedline having a path in a first plane, the path having a first arm and a second arm perpendicular to the first arm ; a ground plane provided in a second plane spaced apart from, and parallel to, the first plane, the ground plane having a first ground plane slot and a second ground plane slot therein, each ground plane slot having a path in the second plane, wherein the path of the first ground plane slot intersects the path of the feedline at a first position on the first arm and a second position on the second arm when the second plane is projected into the first plane, and the path of the second ground plane slot intersects the path of the feedline at a third position on the first arm and a fourth position on the second arm when the second plane is projected into the first plane; and a radiator separated from the feedline by the ground plane , the radiator being provided in a third plane spaced apart from, and parallel to, the second plane; wherein the radiator covers the first ground plane slot and the second ground plane slot .
A method, comprising: determining, with a device, a distance between a scanner and an electronic surveillance (EAS) tag on an object, the EAS tag co-located with a machine-readable indicium on the object; decoding, with the scanner, the machine-readable indicium on the object to obtain decoded data; and if the determined distance between the scanner and the EAS tag is not within a pre-defined range comprising a working range of an electronic article surveillance system, discarding the decoded data determining, with a device, a distance between a scanner and an electronic surveillance (EAS) tag on an object, the EAS tag co-located with a machine-readable indicium on the object; decoding, with the scanner, the machine-readable indicium on the object to obtain decoded data; and if the determined distance between the scanner and the EAS tag is not within a pre-defined range comprising a working range of an electronic article surveillance system, discarding the decoded data
Method for supporting an implement operator in working an agricultural area , comprising the steps of: - recording control information relating to control measures which are implemented by an agricultural implement during initial working of the agricultural area , the control information relating to the control measures being recorded by an electronic data processing device ; - recording, by the electronic data processing device , georeferenced measure positions (26a-26q) of the agricultural implement when implementing control measures during the initial working of the agricultural area ; and - using, by an electronic display and control unit , recorded control information relating to at least individual control measures implemented during the initial working of the agricultural area in subsequent working of the agricultural area using an agricultural implement ; characterized in that recorded control information relating to at least individual control measures implemented during the initial working of the agricultural area is visually and spatially displayed during the subsequent working of the agricultural area via an information overview associated with the measure position (26a-26q) on a display, in the form of a touchscreen, of the electronic display and control unit , preferably on a displayed map , at its particular georeferenced measure position (26a-26q) when the implement operator selects a measure position (26a-26q) by touching the display at the measure position (26a-26q) to be selected. - recording control information relating to control measures which are implemented by an agricultural implement during initial working of the agricultural area , the control information relating to the control measures being recorded by an electronic data processing device ; - recording, by the electronic data processing device , georeferenced measure positions (26a-26q) of the agricultural implement when implementing control measures during the initial working of the agricultural area ; and - using, by an electronic display and control unit , recorded control information relating to at least individual control measures implemented during the initial working of the agricultural area in subsequent working of the agricultural area using an agricultural implement ;
A system comprising: a data processing apparatus configured to generate, for each of a plurality of facilities , configuration data for end point devices at each facility that associate the end point devices with the respective facility based on a first protocol, wherein the configuration data specify naming information for each of the end point devices to uniquely identify each end point device , and wherein: each of the end point devices has a spatial orientation defining its position relative to a position of at least one other of the end point devices in a same facility ; and each facility includes at least two different types of end point devices ; a mobile installation tool configured, for each facility, to wirelessly communicate installation data to the data processing apparatus for use by the data processing apparatus in generating the naming information for the end point devices using the first protocol, the installation data specifying an identifier of each end point device and the relative location of each end point device in the facility , wherein the first protocol defines one or more rules for generating the naming information based on (i) a sequence of the end point devices based on the spatial orientations of the end point devices in their respective facility and (ii) a reference defining a starting point for the sequence; and wherein the sequence is the same for each facility regardless of the types or number of end point devices. a data processing apparatus configured to generate, for each of a plurality of facilities , configuration data for end point devices at each facility that associate the end point devices with the respective facility based on a first protocol, wherein the configuration data specify naming information for each of the end point devices to uniquely identify each end point device , and wherein: each of the end point devices has a spatial orientation defining its position relative to a position of at least one other of the end point devices in a same facility ; and each facility includes at least two different types of end point devices ; each of the end point devices has a spatial orientation defining its position relative to a position of at least one other of the end point devices in a same facility ; and each facility includes at least two different types of end point devices ; a mobile installation tool configured, for each facility, to wirelessly communicate installation data to the data processing apparatus for use by the data processing apparatus in generating the naming information for the end point devices using the first protocol, the installation data specifying an identifier of each end point device and the relative location of each end point device in the facility , wherein the first protocol defines one or more rules for generating the naming information based on (i) a sequence of the end point devices based on the spatial orientations of the end point devices in their respective facility and (ii) a reference defining a starting point for the sequence; and wherein the sequence is the same for each facility regardless of the types or number of end point devices.