mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a curved reflector having an interior and an open end, wherein the curved reflector is a semi-cylindrical reflector comprising: a curved diffuse reflective surface bounded by a pair of opposing curved edges (302, 304) and a pair of opposing longitudinal edges (306, 308) that extend between corresponding endpoints of the opposing curved edges; and a parallel pair of planar mirror surfaces (204, 208), each planar mirror surface being attached to a corresponding one of the curved edges and each planar mirror surface having a straight edge (310, 312) in the same plane as the opposing longitudinal edges; a light module positioned around a perimeter of the open end of the semi-cylindrical reflector, the light module including a first side having one or more interior light sources thereon to direct light toward the interior of the semi-cylindrical reflector and a second side, opposite to the first side, having one or more exterior light sources thereon to direct light away from the interior of the semi-cylindrical reflector; and a light pipe coupled to the light module and aligned so that light from the one or more exterior light sources is launched into one end of the light pipe and exits though the other end of the light pipe. a curved reflector having an interior and an open end, wherein the curved reflector is a semi-cylindrical reflector comprising: a curved diffuse reflective surface bounded by a pair of opposing curved edges (302, 304) and a pair of opposing longitudinal edges (306, 308) that extend between corresponding endpoints of the opposing curved edges; and a parallel pair of planar mirror surfaces (204, 208), each planar mirror surface being attached to a corresponding one of the curved edges and each planar mirror surface having a straight edge (310, 312) in the same plane as the opposing longitudinal edges; a curved diffuse reflective surface bounded by a pair of opposing curved edges (302, 304) and a pair of opposing longitudinal edges (306, 308) that extend between corresponding endpoints of the opposing curved edges; and a parallel pair of planar mirror surfaces (204, 208), each planar mirror surface being attached to a corresponding one of the curved edges and each planar mirror surface having a straight edge (310, 312) in the same plane as the opposing longitudinal edges; a light module positioned around a perimeter of the open end of the semi-cylindrical reflector, the light module including a first side having one or more interior light sources thereon to direct light toward the interior of the semi-cylindrical reflector and a second side, opposite to the first side, having one or more exterior light sources thereon to direct light away from the interior of the semi-cylindrical reflector; and a light pipe coupled to the light module and aligned so that light from the one or more exterior light sources is launched into one end of the light pipe and exits though the other end of the light pipe.
A process for making a package for containing a liquid or semi-liquid product, in the form of a food product, defined by processed cheese, yoghurt or the like; the package comprising a container; said container being in the form of a body defining an inner chamber for housing the product; said process comprising sequentially the following steps: - introducing the product in said chamber for housing the container through a filling opening which emerges in said housing chamber; - partly closing said filling opening in such a way as to make at least one passage for discharging the excess air present in said housing chamber; - applying a pressure on said housing chamber for discharging the excess air present in the housing chamber through said at least one passage for discharging the excess air; and - sealing, in particular in a hermetically sealed fashion, said at least one passage for discharging the excess air characterised in that during said step of applying a pressure on said housing chamber, said product is forced to occupy a first stretch of said at least one passage for discharging the air, proximal to said housing chamber, after the complete discharging of excess air from said housing chamber; a second stretch of said at least one passage, positioned contiguous to said first stretch and distal from said housing chamber, not being occupied by said product during the application of the pressure on said housing chamber, and in that said sealing step is performed with sealing means (141, 142; 149, 214, 214a, 214b) which act in a zone astride said first and second stretch in such a way as to touch both said first stretch, and said second stretch for the permanent sealing of said at least one passage. - introducing the product in said chamber for housing the container through a filling opening which emerges in said housing chamber; - partly closing said filling opening in such a way as to make at least one passage for discharging the excess air present in said housing chamber; - applying a pressure on said housing chamber for discharging the excess air present in the housing chamber through said at least one passage for discharging the excess air; and - sealing, in particular in a hermetically sealed fashion, said at least one passage for discharging the excess air
Milling tool, characterized in that it includes a single milling tooth, intended to be driven in rotation at a speed between 8,000 and 20,000 revolutions per minute, the tool having a speed of advance of 300 to 600 millimetres per minutes, and said tooth having: - a zero helix angle, - a zero cutting angle, - a levelling flat with a length between 1.3 and 1.5 millimetres having a relief between 5° and 8° and situated at a distance from the rotation axis of 4 to 8 millimetres. - a zero helix angle, - a zero cutting angle, - a levelling flat with a length between 1.3 and 1.5 millimetres having a relief between 5° and 8° and situated at a distance from the rotation axis of 4 to 8 millimetres.
A lock with a lock housing, comprising a faceplate, wherein, within the lock housing, a locking mechanism with at least one bolt element is disposed, which is disposed to be mobile between a first position for closing the lock and a second position for opening the lock, wherein a first plate and a second plate are provided to accommodate the locking mechanism between the first and second plates (5, 6), wherein the arrangement of the first plate and the second plate is configured sandwich-type, wherein the lock housing includes a carrier body with a base plate section and at least one first side plate section, which is disposed vertically to the base plate section, and wherein a cover plate is mounted to the carrier body in opposite arrangement to the base plate section, characterized in that the faceplate is mounted independently of a mounting condition of the locking mechanism within the carrier body at the first side plate section.
A computer-implemented method for analysing CT data to detect lymph nodes, comprising: - using a cognition program based on an anatomical model platform, a class network, an object network, a process hierarchy and membership functions wherein an object of the object network is linked to other objects in the object network, pixels of an image, classes of the class network and sub-process steps of the process heirarchy; - classifying pixels of an image slice as lungs using a sub-process step for detecting lungs its own algorithms and domain specification; - classifying multiple pixel locations of an image slice as parts of an aorta using the location and orientation of the lungs; - combining parts of the aorta to form the aorta; - classifying pixels of an image slice as spine using a sub-process step for detecting spine with its own algorithms and domain specification; - using user defined helper classes to classify lymph node candidates and using the location of either the aorta or the spine to reject or accept lymph node candidates where a choice between the use of the aorta and spine is made according to which membership function shows the best fit; - displaying a superimposed indication of the accepted lymph node candidates on a digital image slice. - using a cognition program based on an anatomical model platform, a class network, an object network, a process hierarchy and membership functions wherein an object of the object network is linked to other objects in the object network, pixels of an image, classes of the class network and sub-process steps of the process heirarchy; - classifying pixels of an image slice as lungs using a sub-process step for detecting lungs its own algorithms and domain specification; - classifying multiple pixel locations of an image slice as parts of an aorta using the location and orientation of the lungs; - combining parts of the aorta to form the aorta; - classifying pixels of an image slice as spine using a sub-process step for detecting spine with its own algorithms and domain specification; - using user defined helper classes to classify lymph node candidates and using the location of either the aorta or the spine to reject or accept lymph node candidates where a choice between the use of the aorta and spine is made according to which membership function shows the best fit; - displaying a superimposed indication of the accepted lymph node candidates on a digital image slice.
A threaded pipe joint comprising: a pin having a male thread that is a male tapered thread at one end of a pipe; and a box having a female thread that is a female tapered thread threadedly engaged with the male thread at the other end of the pipe, the threaded pipe joint being of an integral type that directly connects pipes with the pin and the box, the threaded pipe joint having a radial seal structure in which the pin and the box are in metal-to-metal contact with each other in the radial direction to seal fluid, the threaded pipe joint further comprising: an intermediate shoulder formed in the middle of the thread row of the female and male tapered threads, wherein, under a condition where the female and male threads of the intermediate shoulder are threadedly engaged with each other, the load-flank-side thread gap L1G of a first thread row that is the thread row on the radially inner side and the load-flank-side thread gap L2G of a second thread row that is the thread row on the radially outer side, with the intermediate shoulder interposed between the first thread row and the second thread row, always satisfy the relationship L1G < L2G. a pin having a male thread that is a male tapered thread at one end of a pipe; and a box having a female thread that is a female tapered thread threadedly engaged with the male thread at the other end of the pipe, the threaded pipe joint being of an integral type that directly connects pipes with the pin and the box, the threaded pipe joint having a radial seal structure in which the pin and the box are in metal-to-metal contact with each other in the radial direction to seal fluid, the threaded pipe joint further comprising: an intermediate shoulder formed in the middle of the thread row of the female and male tapered threads, wherein, under a condition where the female and male threads of the intermediate shoulder are threadedly engaged with each other, the load-flank-side thread gap L1G of a first thread row that is the thread row on the radially inner side and the load-flank-side thread gap L2G of a second thread row that is the thread row on the radially outer side, with the intermediate shoulder interposed between the first thread row and the second thread row, always satisfy the relationship L1G < L2G. an intermediate shoulder formed in the middle of the thread row of the female and male tapered threads, wherein, under a condition where the female and male threads of the intermediate shoulder are threadedly engaged with each other, the load-flank-side thread gap L1G of a first thread row that is the thread row on the radially inner side and the load-flank-side thread gap L2G of a second thread row that is the thread row on the radially outer side, with the intermediate shoulder interposed between the first thread row and the second thread row, always satisfy the relationship L1G < L2G.
Nanoparticle comprising a core, comprising a bio-resorbable polyester and a hydrophilic polymer, wherein the hydrophilic polymer is a portion of the bio-resorbable polyester or a separate polymer, and, onto the core, an acylated human lactoferrin-derived peptide, wherein the acylated human lactoferrin-derived peptide is a peptide with the amino acid sequence SEQ ID No.1: KCFQWQRNMRKVRGPPVSCIKR or an amino acid sequence, which does not differ by more than 8 amino acid positions from the sequence SEQ.ID.No.1 and wherein the N-terminus of the human lactoferrin-derived peptide is acylated with a C 16 -monoacyl group.
An umbrella comprising a support staff directed along a prevailing extension, a covering sheet, at least one stick supporting said covering sheet, said stick being hinged to a support plate, moving relative to said support staff along said prevailing extension wherein said umbrella comprises motor means operatively connected to said support plate for moving the sticks from an open configuration to a closed configuration, in said closed configuration the sticks moving to a configuration substantially parallel to the prevailing direction; the umbrella is characterized by the fact that it also comprises a shaft, directed along said prevailing extension and arranged about said support staff so that in a closed configuration of the umbrella, said shaft internally encloses said sticks and said covering sheet.
A wireless communication method executed by a terminal device, comprising the following steps: measuring multiple reference signals; determining reporting information corresponding to each reference signal of the multiple reference signals and comprising a Rank Indicator, RI, according to a measurement result; and transmitting the reporting information corresponding to each reference signal and comprising the RI to a network side; characterized in that the method further comprises the following steps: receiving, by the terminal device, first configuration information from the network side, the first configuration information being configured to indicate: a maximum value of the RI in the reporting information corresponding to each reference signal; and/or, a maximum value of a sum of values of the RIs in the reporting information corresponding to the multiple reference signals. measuring multiple reference signals; determining reporting information corresponding to each reference signal of the multiple reference signals and comprising a Rank Indicator, RI, according to a measurement result; and transmitting the reporting information corresponding to each reference signal and comprising the RI to a network side; characterized in that the method further comprises the following steps: receiving, by the terminal device, first configuration information from the network side, the first configuration information being configured to indicate: a maximum value of the RI in the reporting information corresponding to each reference signal; and/or, a maximum value of a sum of values of the RIs in the reporting information corresponding to the multiple reference signals. a maximum value of the RI in the reporting information corresponding to each reference signal; and/or, a maximum value of a sum of values of the RIs in the reporting information corresponding to the multiple reference signals.
Circuit arrangement having at least one supercapacitor and at least one bypass circuit (9, 9') connected in parallel with the supercapacitor, wherein the at least one bypass circuit (9, 9') comprises at least two bypass transistors which operate as switching elements and are each connected in parallel with the supercapacitor, characterised in that the at least one bypass circuit (9, 9') comprises a cross-regulator connected in parallel with the supercapacitor, the switching threshold of which defines the switching point for the at least two bypass transistors connected in parallel.
A robotic picking and storage system comprising: two substantially perpendicular sets of rails forming a grid; stacked containers located beneath the rails of the grid; robotic load handling devices operating on the rails forming the grid, being characterised in that the storage system further comprises at least one service device, the service device comprising: a body defining containing means for containing fire extinguishing material (60, 60', 60", 84); two sets of wheels (54, 56) upon which the body is mounted, the first set of wheels being arranged to engage with at least two rails of the first set of rails, the second set of wheels being arranged to engage with at least two rails of the second set of rails, one of the first or second set of wheels (54, 56) being independently moveable and driveable with respect to the other of the first or second set of wheels (54, 56) such that only one set of wheels will engage with the first and second sets of rails at any one time thereby enabling movement of the service device along the rails to any point on the grid by driving only the set of wheels (34, 36) engaged with the rails; and, dispensing means for dispensing the fire extinguishing material from the containing means of the service device towards a portion of the picking and storage system such that the service device is adapted to extinguish a fire within the picking and storage system.
A monorail assembly of an access system for accessing surfaces of large stationary structures comprising: a first scaffold system (100, 800) comprising at least one framework member being an elongated truss-like structure having an upper chord, a bottom chord, and a plurality of diagonal support members; the first scaffold system (100, 800) further comprises a plurality of panel points along the bottom chord, wherein each panel point is a point at which two of said plurality of diagonal support members meet along the bottom chord; the monorail assembly further comprising at least two monorail beams; characterized in that the monorail assembly further comprises at least one joining bracket assembly joining the at least two monorail beams; at least one joist bracket coupled to the at least one framework member at two of said plurality of panel points, the joist bracket further coupled to the at least two monorail beams by the at least one joining bracket assembly. a first scaffold system (100, 800) comprising at least one framework member being an elongated truss-like structure having an upper chord, a bottom chord, and a plurality of diagonal support members; the first scaffold system (100, 800) further comprises a plurality of panel points along the bottom chord, wherein each panel point is a point at which two of said plurality of diagonal support members meet along the bottom chord; the monorail assembly further comprising a plurality of panel points along the bottom chord, wherein each panel point is a point at which two of said plurality of diagonal support members meet along the bottom chord; the monorail assembly further comprising at least two monorail beams; characterized in that the monorail assembly further comprises at least one joining bracket assembly joining the at least two monorail beams; at least one joist bracket coupled to the at least one framework member at two of said plurality of panel points, the joist bracket further coupled to the at least two monorail beams by the at least one joining bracket assembly.
Method for producing an axle arrangement having different gauges for a motor vehicle, wherein a twist beam axle having a torsion tube connecting two outer swing arms is provided, having the following method steps: - providing standardised wheel mounts which have fastening arms directed in the vehicle transverse direction towards the end of the swing arms and an integrated wheel bearing for connecting a vehicle wheel, - wherein, depending on the required gauge, a receiving opening is placed and introduced in each fastening arm - and the gauge is set by rigid coupling of the wheel mounts to the ends of the swing arms via at least three screw connections per wheel mount. - providing standardised wheel mounts which have fastening arms directed in the vehicle transverse direction towards the end of the swing arms and an integrated wheel bearing for connecting a vehicle wheel, - wherein, depending on the required gauge, a receiving opening is placed and introduced in each fastening arm - and the gauge is set by rigid coupling of the wheel mounts to the ends of the swing arms via at least three screw connections per wheel mount.
An air conditioning unit, comprising a housing in which at least one air transport passage (12, 13) for directing an air flow within the housing is formed and in which an array of air distribution outlets (21a, 21b, 21c) connected to said at least one air transport passage is formed, and a plurality of air distribution pipes (23, 24, 25) which are respectively joined to said air distribution outlets and configured to be connected to respective air outlets (D, V, F) for distributing air within a cabin of a vehicle, wherein each of said air distribution pipes is flexible and has a structure (23-25a, 23-25b) deployable and collapsible along the longitudinal axis (x) of the pipe, between a maximum retraction condition and a maximum extension condition, characterized in that said unit also comprises coupling means (26, 27) for locking the air distribution pipe (23, 24, 25) in the maximum retraction condition, said coupling means being releasable or removable. a housing in which at least one air transport passage (12, 13) for directing an air flow within the housing is formed and in which an array of air distribution outlets (21a, 21b, 21c) connected to said at least one air transport passage is formed, and a plurality of air distribution pipes (23, 24, 25) which are respectively joined to said air distribution outlets and configured to be connected to respective air outlets (D, V, F) for distributing air within a cabin of a vehicle, wherein each of said air distribution pipes is flexible and has a structure (23-25a, 23-25b) deployable and collapsible along the longitudinal axis (x) of the pipe, between a maximum retraction condition and a maximum extension condition, characterized in that said unit also comprises coupling means (26, 27) for locking the air distribution pipe (23, 24, 25) in the maximum retraction condition, said coupling means being releasable or removable.
A malfunction detecting device for a cooling device for cooling an electric device provided in a vehicle and including a first semiconductor element and a second semiconductor element, substantially a same magnitude of currents flowing in said first semiconductor element and said second semiconductor element, the cooling device including a first heat dissipating portion for dissipating heat of said first semiconductor element, a second heat dissipating portion for dissipating heat of said second semiconductor element, and a coolant passage for allowing coolant to flow in said first heat dissipating portion and said second heat dissipating portion in parallel, said coolant passage being provided with a predetermined site which is formed in advance and in which clogging of a foreign matter is likely to occur on a path via which said coolant flows into said first heat dissipating portion, the malfunction detecting device comprising: a first temperature detecting unit for detecting a first temperature of said first semiconductor element; characterized by a control unit for detecting occurrence of said clogging in said predetermined site when a magnitude of a difference between said first temperature and a second temperature of said second semiconductor element exceeds a permissible value. a first temperature detecting unit for detecting a first temperature of said first semiconductor element; characterized by a control unit for detecting occurrence of said clogging in said predetermined site when a magnitude of a difference between said first temperature and a second temperature of said second semiconductor element exceeds a permissible value.