mhurhangee/patent-ind-claim-en huggingface dataset:
An electric cable having a core comprising at least one conductor individually electrically insulated by a polymeric layer , a fire-resistant tape comprising inorganic material and wrapped around the core and a multilayered sheath surrounding the fire-resistant tape and comprising an inner layer and an outer layer , both made of a LSOH flame-retardant polymeric material including a polymer base mixed with inorganic-flame retardant fillers, the inner layer and the outer layer being in direct contact one another, the LSOH material of the inner layer having a limiting oxygen index (LOI) higher than 70% and the LSOH material of the outer layer having a LOI of from 30% to 70%.
A compressor, comprising: a drive shaft having a main shaft and an eccentric portion eccentric to a center of the main shaft ; and a compression mechanism having a fitted tubular portion into which a fitted shaft portion of the drive shaft is fitted, the fitted shaft portion of the drive shaft and the fitted tubular portion sliding on each other with an oil film interposed therebetween, characterized by : the fitted tubular portion having a first sliding surface formed as a portion, in a circumferential direction, of an inner peripheral surface of the fitted tubular portion , and a second sliding surface formed as another portion of the inner peripheral surface in the circumferential direction, the second sliding surface having a smaller axial width than an axial width of the first sliding surface , a sliding portion between the fitted shaft portion and the fitted tubular portion having a gap which is adjacent to the second sliding surface in an axial direction and into which a lubricating oil flows, and an oil retainer for keeping the lubricating oil in the gap from flowing out toward an end surface of the fitted tubular portion . a drive shaft having a main shaft and an eccentric portion eccentric to a center of the main shaft ; and a compression mechanism having a fitted tubular portion into which a fitted shaft portion of the drive shaft is fitted, the fitted shaft portion of the drive shaft and the fitted tubular portion sliding on each other with an oil film interposed therebetween, characterized by : the fitted tubular portion having a first sliding surface formed as a portion, in a circumferential direction, of an inner peripheral surface of the fitted tubular portion , and a second sliding surface formed as another portion of the inner peripheral surface in the circumferential direction, the second sliding surface having a smaller axial width than an axial width of the first sliding surface , a sliding portion between the fitted shaft portion and the fitted tubular portion having a gap which is adjacent to the second sliding surface in an axial direction and into which a lubricating oil flows, and an oil retainer for keeping the lubricating oil in the gap from flowing out toward an end surface of the fitted tubular portion . the fitted tubular portion having a first sliding surface formed as a portion, in a circumferential direction, of an inner peripheral surface of the fitted tubular portion , and a second sliding surface formed as another portion of the inner peripheral surface in the circumferential direction, the second sliding surface having a smaller axial width than an axial width of the first sliding surface , a sliding portion between the fitted shaft portion and the fitted tubular portion having a gap which is adjacent to the second sliding surface in an axial direction and into which a lubricating oil flows, and an oil retainer for keeping the lubricating oil in the gap from flowing out toward an end surface of the fitted tubular portion .
A method for conditioning a fluid, particularly air in a temperature-insulated test space of a test chamber for receiving test materials, said test space being sealable against an environment, a temperature being realized within the test space by means of a cascading cooling device of a temperature control device of the test chamber, having a first cooling circuit having a first refrigerant, a cascading heat exchanger , a first compressor , a condenser and a first expanding element , and having a second cooling circuit having a second refrigerant, a heat exchanger arranged in the test space, a second compressor , the cascading heat exchanger and a second expanding element , said cascading heat exchanger being cooled by the first cooling circuit, a bypass of the first cooling circuit passing through the heat exchanger and bridging the cascading heat exchanger, characterized in that a temperature ranging from -60 °C to +180 °C being realized within the test space, the heat exchanger is subsequently cooled by said bypass by means of the first cooling circuit, the first compressor being turned off, the first refrigerant being conducted in a gaseous state and condensed in the cascading heat exchanger on a low-pressure side of the bypass.
A method comprising: capturing sensor data using one or more machine sensors of a mobile machine, wherein capturing the sensor data includes: capturing satellite data from one or more satellites; and capturing an image using an imaging device that is at least partially oriented toward the one or more satellites; segmenting the image into a plurality of regions based on predicted radio frequency, RF, characteristics of objects in the image; projecting the orbital positions of the one or more satellites onto the image; calculating a set of sky scores for a set of ground positions surrounding the mobile machine based on the satellite data and the region of the segmented image onto which each of the one or more satellites is projected, wherein the set of sky scores are estimated by modeling an environment surrounding the mobile machine wherein each of the set of sky scores is indicative of an accuracy of a satellite-based position at one of the set of ground positions; and modifying a navigation of the mobile machine using the set of sky scores. capturing sensor data using one or more machine sensors of a mobile machine, wherein capturing the sensor data includes: capturing satellite data from one or more satellites; and capturing an image using an imaging device that is at least partially oriented toward the one or more satellites; capturing satellite data from one or more satellites; and capturing an image using an imaging device that is at least partially oriented toward the one or more satellites; segmenting the image into a plurality of regions based on predicted radio frequency, RF, characteristics of objects in the image; projecting the orbital positions of the one or more satellites onto the image; calculating a set of sky scores for a set of ground positions surrounding the mobile machine based on the satellite data and the region of the segmented image onto which each of the one or more satellites is projected, wherein the set of sky scores are estimated by modeling an environment surrounding the mobile machine wherein each of the set of sky scores is indicative of an accuracy of a satellite-based position at one of the set of ground positions; and modifying a navigation of the mobile machine using the set of sky scores.
A method for a network node of a network of providing a device access to the network , the method comprising: - receiving , from a device , an access request comprising a preamble, - establishing , in response to the access request, a computational puzzle which depends on whether or not the received preamble belongs to a set of prioritized preambles, and encoding auxiliary information in a part (s") of a solution (s', s") to the computational puzzle, - sending information indicative of the computational puzzle to the device , wherein the auxiliary information comprises information enabling the device to proceed further in an access gaining process, and wherein the information enabling the device to proceed further in the access gaining process comprises information on communication resources to use for a subsequent signaling. - receiving , from a device , an access request comprising a preamble, - establishing , in response to the access request, a computational puzzle which depends on whether or not the received preamble belongs to a set of prioritized preambles, and encoding auxiliary information in a part (s") of a solution (s', s") to the computational puzzle, - sending information indicative of the computational puzzle to the device , wherein the auxiliary information comprises information enabling the device to proceed further in an access gaining process, and wherein the information enabling the device to proceed further in the access gaining process comprises information on communication resources to use for a subsequent signaling.
Method of preparing a preparation of adipose derived mesenchymal stem cells from at least one adipose tissue , characterized by : perforating the at least one adipose tissue for facilitating exit of the fat phase from the at least one adipose tissue during pressing of the at least one adipose tissue and mechanically removing the fat phase from at least one adipose tissue by pressing the at least one adipose tissue between a first pressing element (10; 80) and a second pressing element (20; 90) at a temperature in the range of substantially 37-42°C and separating the fat phase from the pressed adipose tissue. perforating the at least one adipose tissue for facilitating exit of the fat phase from the at least one adipose tissue during pressing of the at least one adipose tissue and mechanically removing the fat phase from at least one adipose tissue by pressing the at least one adipose tissue between a first pressing element (10; 80) and a second pressing element (20; 90) at a temperature in the range of substantially 37-42°C and separating the fat phase from the pressed adipose tissue.
A silicon oxide-coated iron oxide composition for coating, containing iron oxide particles wherein at least a part of the surface of the iron oxide particles is coated with a silicon oxide, wherein reflectance of the silicon oxide coated iron oxide particles for a light of a wavelength of 400 to 620 nm is less than 18% when measured in an aqueous dispersion at an Fe 2 O 3 concentration of 0.31 wt%, a primary particle diameter of the iron oxide particles is 1 to 50 nm, and the silicon oxide is amorphous. wherein reflectance of the silicon oxide coated iron oxide particles for a light of a wavelength of 400 to 620 nm is less than 18% when measured in an aqueous dispersion at an Fe 2 O 3 concentration of 0.31 wt%, a primary particle diameter of the iron oxide particles is 1 to 50 nm, and the silicon oxide is amorphous.
A method of cutting a meat portion to make a plurality of meat slices, wherein the meat portion is a pork belly having a shoulder end , a flank end , a first end , a second end , a lean side and a skinned side ; wherein the lean side is a top face of the pork belly and the skinned side is a bottom face of the pork belly or the lean side is a bottom face of the pork belly and the skinned side is a top face of the pork belly ; which method comprises: cutting the meat portion from an edge of the first end towards a second position before an edge of the second end spanning a horizontal lengthwise direction in a first cut ; and cutting the meat portion from the edge of the second end towards a first position before the edge of the first end spanning the horizontal lengthwise direction in a second cut ; and folding the meat portion at the first position and the second position to make an elongated meat portion ; wherein the second cut occurs at a position displaced from the first cut and closer to the shoulder end of the meat portion than the first cut ; wherein the first cut and the second cut are cut in a horizontal lengthwise direction perpendicular to a vertical width direction when moving towards the shoulder end of the pork belly ; and wherein the method further comprises cutting the elongated meat portion at a plurality of slicing positions to make the meat slices, wherein at least a first slicing position and a second slicing position of the plurality of slicing positions are positioned before the first position and the second position , respectively, such that each of the meat slices conforms to a standard meat portion slice packaging size. cutting the meat portion from an edge of the first end towards a second position before an edge of the second end spanning a horizontal lengthwise direction in a first cut ; and cutting the meat portion from the edge of the second end towards a first position before the edge of the first end spanning the horizontal lengthwise direction in a second cut ; and folding the meat portion at the first position and the second position to make an elongated meat portion ; wherein the second cut occurs at a position displaced from the first cut and closer to the shoulder end of the meat portion than the first cut ; wherein the first cut and the second cut are cut in a horizontal lengthwise direction perpendicular to a vertical width direction when moving towards the shoulder end of the pork belly ; and wherein the method further comprises cutting the elongated meat portion at a plurality of slicing positions to make the meat slices, wherein at least a first slicing position and a second slicing position of the plurality of slicing positions are positioned before the first position and the second position , respectively, such that each of the meat slices conforms to a standard meat portion slice packaging size.
A cartridge configured to be inserted into a connector to an inserted position to form a teatcup configured to be attached to the teat of an animal to be milked, the cartridge comprising an elongated sleeve extending in parallel with a longitudinal central axis (x) and having an upper end section and a lower end section , a teatcup liner pre-mounted in the elongated sleeve and having an inner space for receiving said teat, a pulsation chamber between an inner side of the elongated sleeve and an outer side of the teatcup liner , wherein the teatcup liner comprises an upper end portion located at the upper end section of the elongated sleeve , a lower end portion located at the lower end section of the elongated sleeve , and a barrel portion extending between the upper end portion and the lower end portion , characterised in that the elongated sleeve comprises three separate primary hook members provided circumferentially after each other on an outer surface of the elongated sleeve , and that each of the primary hook members has a lower slide surface sloping upwardly and outwardly, and a upper hook surface extending inwardly, wherein the elongated sleeve comprises three separate passages provided circumferentially after each other on the outer surface of the elongated sleeve so that the primary hook members and the passages are provided after each other in an alternating order around the outer surface of the elongated sleeve , wherein the elongated sleeve comprises two secondary hook members , each projecting outwardly in a respective one of the passages , and wherein each of the secondary hook members has a lower hook surface extending inwardly and an upper slide surface sloping upwardly and inwardly.
A method for removing full bobbins from spindles on a ring spinning machine and for setting down empty sleeves on the spindles using a doffer , which has a beam and a rotatable gripping device that can be mounted on the beam with a sleeve gripper (4 1 ) and a bobbin gripper (4 2 ), wherein the bobbin gripper (4 2 ) has a bobbin receptacle that is open at the bottom, and the sleeve gripper (4 1 ) has a sleeve receptacle that is open toward the bottom and are inverted over the bobbin respectively the sleeve for gripping them from above, and wherein the doffer is arranged next to the ring spinning machine , and the method comprises the following method steps: (a) gripping an empty sleeve with a sleeve gripper (4 1 ); (b) raising of the beam vertically; (c) extending the gripping device from the beam over the full bobbin , wherein this method step comprises pivoting of the gripping device which is directed obliquely upward from below and includes an offset; (d) removing the full bobbin from the spindle with the bobbin gripper (4 2 ), rotating the gripping device and placing the empty sleeve on the spindle ; (e) retracting the gripping device toward the beam ; (f) lowering the beam vertically; and (g) setting down the full bobbin . (a) gripping an empty sleeve with a sleeve gripper (4 1 ); (b) raising of the beam vertically; (c) extending the gripping device from the beam over the full bobbin , wherein this method step comprises pivoting of the gripping device which is directed obliquely upward from below and includes an offset; (d) removing the full bobbin from the spindle with the bobbin gripper (4 2 ), rotating the gripping device and placing the empty sleeve on the spindle ; (e) retracting the gripping device toward the beam ; (f) lowering the beam vertically; and (g) setting down the full bobbin .
Steering wheel for the actuation of a vehicle comprising • a steering wheel pot-shaped structure for mounting the steering wheel on a vehicle, • a steering wheel rim , • and at least two spokes which connect the steering wheel rim to the steering wheel pot-shaped structure , which spokes can be telescoped by means of • a drive means, and therefore the steering wheel rim can be displaced in the direction of the rotational axis (D) of the steering wheel with respect to the steering wheel pot-shaped structure , the drive means comprising a single drive motor for the actuation of at least two spokes , characterized in that the spokes are connected pivotably to the steering wheel pot-shaped structure and to the steering wheel rim . • a steering wheel pot-shaped structure for mounting the steering wheel on a vehicle, • a steering wheel rim , • and at least two spokes which connect the steering wheel rim to the steering wheel pot-shaped structure , which spokes can be telescoped by means of • a drive means, and therefore the steering wheel rim can be displaced in the direction of the rotational axis (D) of the steering wheel with respect to the steering wheel pot-shaped structure , the drive means comprising a single drive motor for the actuation of at least two spokes , characterized in that the spokes are connected pivotably to the steering wheel pot-shaped structure and to the steering wheel rim .
Method for managing an air-conditioning system of a vehicle comprising an electric battery , said system having a first circuit for circulation of an air-conditioning fluid, connected via a chiller to a second circuit for circulation of water intended to cool said battery , the first circuit for circulation of the air-conditioning fluid comprising a condenser , a compressor , an evaporator , two solenoid valves and two expansion valves , characterized in that the method comprises the following steps: - A step of demanding cooling of the battery when the air-conditioning system is in operation, - A step of interrupting the circulation of water in the second circuit for a given period, said step being triggered just after the step of demanding cooling of the battery , - A step of re-establishing the circulation of water in the second circuit after the given period so as to reactivate the chiller and thus cool said battery . - A step of demanding cooling of the battery when the air-conditioning system is in operation, - A step of interrupting the circulation of water in the second circuit for a given period, said step being triggered just after the step of demanding cooling of the battery , - A step of re-establishing the circulation of water in the second circuit after the given period so as to reactivate the chiller and thus cool said battery .
Holding frame (1, 1', 1") for an industrial plug connector, for accommodating plug-connector modules which are of identical type and/or different, wherein the holding frame (1, 1', 1") consists of a wire framework which is bent in a three-dimensional manner, wherein the holding frame (1, 1', 1") has oppositely-situated fastening contours- (11, 11', 11"), which in turn have cutouts (14, 14', 14") for latching noses of the plug-connector modules , characterized in that the holding frame (1, 1', 1") has two side walls which are fastened to the side surfaces of the wire framework. the holding frame (1, 1', 1") consists of a wire framework which is bent in a three-dimensional manner, wherein the holding frame (1, 1', 1") has oppositely-situated fastening contours- (11, 11', 11"), which in turn have cutouts (14, 14', 14") for latching noses of the plug-connector modules , characterized in that the holding frame (1, 1', 1") has two side walls which are fastened to the side surfaces of the wire framework.
An electronic circuit component mounting head comprising: a head main body ; a rotating/raising/lowering axis held on the head main body as to be capable of being rotated about an axis line and raised/lowered in a direction parallel to the axis line; a raising/lowering axis rotating device configured to rotate the rotating/raising/lowering axis with respect to the head main body ; a first raising/lowering driving device configured to raise/lower the rotating/raising/lowering axis with respect to the head main body ; a component holding tool configured to hold an electronic circuit component and which is held as to be not capable of being rotated but capable of being raising/lowered relatively to the rotating/raising/lowering axis by the rotating/raising/lowering axis ; and a second raising/lowering driving device which is provided outside the component holding tool and the rotating/raising/lowering axis , characterized in that the second raising/lowering driving device is configured to be raised/lowered by the first raising/lowering device together with the rotating/raising/lowering axis , the second raising/lowering driving device includes a holding tool engaging section which is configured to engage the component holding tool in a state which allows rotation of the component holding tool without acting via an elastic member, and the second raising/lowering driving device is configured to raise/lower the component holding tool relative to the rotating/raising/lowering axis by the holding tool engaging section to mount an electronic circuit component on a circuit substrate. a head main body ; a rotating/raising/lowering axis held on the head main body as to be capable of being rotated about an axis line and raised/lowered in a direction parallel to the axis line; a raising/lowering axis rotating device configured to rotate the rotating/raising/lowering axis with respect to the head main body ; a first raising/lowering driving device configured to raise/lower the rotating/raising/lowering axis with respect to the head main body ; a component holding tool configured to hold an electronic circuit component and which is held as to be not capable of being rotated but capable of being raising/lowered relatively to the rotating/raising/lowering axis by the rotating/raising/lowering axis ; and a second raising/lowering driving device which is provided outside the component holding tool and the rotating/raising/lowering axis , characterized in that the second raising/lowering driving device is configured to be raised/lowered by the first raising/lowering device together with the rotating/raising/lowering axis , the second raising/lowering driving device includes a holding tool engaging section which is configured to engage the component holding tool in a state which allows rotation of the component holding tool without acting via an elastic member, and the second raising/lowering driving device is configured to raise/lower the component holding tool relative to the rotating/raising/lowering axis by the holding tool engaging section to mount an electronic circuit component on a circuit substrate.