mhurhangee/ep-ind-claims huggingface dataset:
An imaging system, comprising: n photographing optical systems, each including an imaging optical system (WLA, WLB) and an imaging element (SNA, SNB) for converting light condensed by the imaging optical system into an image signal, n being an integer greater than 1 and the angle of view of each imaging optical system being greater than 360/n degrees, wherein in the imaging optical system of each of the photographing optical systems, an increase rate of a magnification per unit angle of view of the imaging optical system corresponding to a part of an image obtained by the photographing optical system that overlaps with an image obtained by another photographing optical system, is less than an increase rate of a magnification per unit angle of view of the imaging optical system corresponding to a part of the image that does not overlap with an image obtained by another photographing optical system. n photographing optical systems, each including an imaging optical system (WLA, WLB) and an imaging element (SNA, SNB) for converting light condensed by the imaging optical system into an image signal, n being an integer greater than 1 and the angle of view of each imaging optical system being greater than 360/n degrees, wherein in the imaging optical system of each of the photographing optical systems, an increase rate of a magnification per unit angle of view of the imaging optical system corresponding to a part of an image obtained by the photographing optical system that overlaps with an image obtained by another photographing optical system, is less than an increase rate of a magnification per unit angle of view of the imaging optical system corresponding to a part of the image that does not overlap with an image obtained by another photographing optical system.
Air dryer for a compressed-air system, having a dryer cartridge and a vent valve, which are connected to one another via an associated distributor housing, wherein the distributor housing has a first port, which is able to be connected to a compressor, and has at least one second port, which is able to be connected to the compressed-air system, and also has an internal duct system via which, in a conveying mode, compressed air is conducted from the first port to the second port via the dryer cartridge and, in a regeneration mode, regeneration air is conducted from the second port via the dryer cartridge and is vented into the surroundings via the opened vent valve, characterized in that the internal duct system of the distributor housing is formed such that, in the conveying mode, compressed air supplied by the compressor is conducted from the first port via a radially outer region of the vent valve and, from there, is fed to the dryer cartridge, wherein the internal duct system is formed such that a valve housing of the vent valve is flowed around radially on the outside by the compressed air, and wherein at least the valve housing of the vent valve is formed from a plastic material.
Use of a combination of a friction modifier mixture and a detergent in a lubricating base oil for improving fuel efficiency and reducing frictional properties, while maintaining or improving deposit control, in an engine lubricated with a lubricating oil comprising a Group III lubricating oil base stock as a major component; wherein the combination of friction modifier mixture and detergent comprises from 0.25 to 0.75 weight percent relative to the lubricating base oil of an ethoxylated fatty acid ester, 0.1 to 0.25 wt of a borated glycerol mono-oleate and from 1.0 to 3.0 weight percent relative to the lubricating base oil of a petroleum derived calcium sulfonate; and wherein fuel efficiency and friction reduction properties are improved and deposit control is maintained or improved as compared to friction reduction properties and deposit control achieved using a lubricating engine oil containing a minor component other than the combination of the friction modifier mixture and detergent.
A method of handling memory errors in a multiprocessor system, comprising a Non-Uniform Memory Access (NUMA) system, the method comprising: a. locating, by a default boot service processor, defective blocks on each memory segment of the NUMA system, wherein each memory segment of the NUMA system corresponds to a processor's local memory, and wherein the memory segment can also be accessed by other processors of the NUMA system as remote memory; b. determining whether the default boot service processor's memory segment has a predetermined acceptable level of defective memory blocks; c. and if so, designating the memory segment of the NUMA system corresponding to the default boot service processor' local memory as a starting point for system memory configuration; d. and if not, repeating said step of determining for an alternate processor as a newly selected boot service processor. a. locating, by a default boot service processor, defective blocks on each memory segment of the NUMA system, wherein each memory segment of the NUMA system corresponds to a processor's local memory, and wherein the memory segment can also be accessed by other processors of the NUMA system as remote memory; b. determining whether the default boot service processor's memory segment has a predetermined acceptable level of defective memory blocks; c. and if so, designating the memory segment of the NUMA system corresponding to the default boot service processor' local memory as a starting point for system memory configuration; d. and if not, repeating said step of determining for an alternate processor as a newly selected boot service processor.
A dosing assembly for connection to a heating or cooling system, the dosing assembly comprising a dosing vessel which defines a dosing chamber and which is provided with a fluid inlet port communicating with the dosing chamber and connectable to a higher pressure part of the system, and a fluid outlet port communicating with the dosing chamber and connectable to a lower pressure part of the system, the dosing vessel having an upwardly facing opening communicating with the dosing chamber, and a removable lid for closing and sealing the said opening, the assembly further comprising a basket which is insertable in and removable from the dosing chamber through the said opening, the basket being configured to receive and retain fluid treatment chemicals, and when disposed in the dosing chamber to maintain the said chemicals in a flow path through the dosing chamber from the fluid inlet port to the fluid outlet port, the basket being permeable to fluid flowing along the flow path and enabling the solid form chemicals to be exposed to fluid flow and so to be dissolved in the fluid and carried through the system, characterised in that the dosing vessel houses a bubble coalescing device which promotes coalescing of bubbles and their consequent exhaustion from the dosing chamber.
A method for wireless communication, the method comprising: receiving, at a wireless communication device (102. 404) in communication with a first base station (104, 402), an interfering signal from a second base station (104, 406, 476); determining, at the wireless communication device, a spatial direction of the interfering signal; transmitting in a first time period, with the wireless communication device (102, 404), a first signal via a first antenna of the wireless communication device (102, 404) to the first base station (104, 402) based on the spatial direction of the interfering signal; switching after the first time period, at the wireless communication device (102, 404), from the first antenna to a second antenna of the wireless communication device (102, 404); and transmitting in a second time period after switching from the first antenna to the second antenna, with the wireless communication device (102, 404), a second signal via the second antenna to the first base station (104, 402) based on the spatial direction of the interfering signal. receiving, at a wireless communication device (102. 404) in communication with a first base station (104, 402), an interfering signal from a second base station (104, 406, 476); determining, at the wireless communication device, a spatial direction of the interfering signal; transmitting in a first time period, with the wireless communication device (102, 404), a first signal via a first antenna of the wireless communication device (102, 404) to the first base station (104, 402) based on the spatial direction of the interfering signal; switching after the first time period, at the wireless communication device (102, 404), from the first antenna to a second antenna of the wireless communication device (102, 404); and transmitting in a second time period after switching from the first antenna to the second antenna, with the wireless communication device (102, 404), a second signal via the second antenna to the first base station (104, 402) based on the spatial direction of the interfering signal.
A method for reducing the energy consumption of a mobile device having a multi-connectivity functionality that comprises at least two different communication interfaces, wherein each of the least at least two different communication interfaces is associated to a different network flow, the method comprising: measuring condition values of the mobile device by a measuring unit associated to the mobile device; comparing the measured condition values of the mobile device to entries of a condition listing, wherein the condition listing is being stored in a memory unit of the mobile device; initiating an energy saving program of the mobile device upon detecting a match of the measured condition values and an entry of the condition listing, wherein the energy saving program comprises a limitation of the multi-connectivity of the mobile device, characterized in that the entries of the condition listing comprises the following measuring condition values of the mobile device: a display state, an activity state, a traffic consumption value, traffic stream value, a SSID state, a BSSID state, a ESSID state, an authentication information and/or an access type information. measuring condition values of the mobile device by a measuring unit associated to the mobile device; comparing the measured condition values of the mobile device to entries of a condition listing, wherein the condition listing is being stored in a memory unit of the mobile device; initiating an energy saving program of the mobile device upon detecting a match of the measured condition values and an entry of the condition listing, wherein the energy saving program comprises a limitation of the multi-connectivity of the mobile device, characterized in that the entries of the condition listing comprises the following measuring condition values of the mobile device: a display state, an activity state, a traffic consumption value, traffic stream value, a SSID state, a BSSID state, a ESSID state, an authentication information and/or an access type information.
Use of an externally produced monoclonal antibody or fragment thereof, directed against an integrin binding factor, for the manufacture of a pharmaceutical composition for improving spontaneous or therapeutic induced immune mediated tumour control, wherein said integrin binding factor comprises structures present on denatured or proteolytic fragments of normally-occurring proteins, and present in tumour extracts or cancer patient sera, wherein said integrin binding factor is involved in the dysregulation of immune functions, wherein the monoclonal antibody binds to an epitope comprising a β2-integrin binding site of a dHSA, and wherein the monoclonal antibody prevents, inhibits, and/or enhances the activity of the integrin binding factor. wherein said integrin binding factor comprises structures present on denatured or proteolytic fragments of normally-occurring proteins, and present in tumour extracts or cancer patient sera, wherein said integrin binding factor is involved in the dysregulation of immune functions, wherein the monoclonal antibody binds to an epitope comprising a β2-integrin binding site of a dHSA, and wherein the monoclonal antibody prevents, inhibits, and/or enhances the activity of the integrin binding factor.
A sensor module (2, 2A,..., 2E) that transmits at a predetermined transmission interval, via a network, data obtained by measurement to an information processing device that is installed externally, the sensor modules characterized in that it comprises: group setting means for setting, together with a nearby sensor module located in the surroundings of the sensor module, a predetermined module group in which a plurality of sensor modules for transmitting to the information processing device measurement data according to data processing in the information processing device are put together, based on predetermined parameters that relate to measurement by the sensor module and the nearby sensor module; reference sensor module setting means for setting, together with the nearby sensor module, as a reference sensor module, one sensor module for which a transmission interval of the measurement data is maintained at the predetermined transmission interval, among the predetermined module group; and transmission interval changing means for changing, if the sensor module is a sensor module other than the reference sensor module of the sensor modules included in the predetermined module group, the transmission interval of the measurement data of the sensor module to a prolonged transmission interval that is longer than the predetermined transmission interval. group setting means for setting, together with a nearby sensor module located in the surroundings of the sensor module, a predetermined module group in which a plurality of sensor modules for transmitting to the information processing device measurement data according to data processing in the information processing device are put together, based on predetermined parameters that relate to measurement by the sensor module and the nearby sensor module; reference sensor module setting means for setting, together with the nearby sensor module, as a reference sensor module, one sensor module for which a transmission interval of the measurement data is maintained at the predetermined transmission interval, among the predetermined module group; and transmission interval changing means for changing, if the sensor module is a sensor module other than the reference sensor module of the sensor modules included in the predetermined module group, the transmission interval of the measurement data of the sensor module to a prolonged transmission interval that is longer than the predetermined transmission interval.
A method for ordering images for panorama stitching, comprising: maintaining by a computing device an image stack comprising a plurality of images that are to be stitched together to generate a panorama of a scene depicted by the plurality of images, the image stack comprising a first region and a second region, the two regions having a different stitching priority; receiving by the computing device a user input indicating that a position of an image within the first region of the image stack is to be modified; responsive to the input, reassigning by the computing device said image from the first region to the second region and reassigning by the computing device a second image from the second region to the first region; and stitching by the computing device the images in the image stack according to a stitching order based on stitching priority to generate the panorama, the images within the first region having a higher stitching priority than the images within the second region, wherein a higher stitching priority implies an increased probability that said image will be visible in said panorama, and wherein said user input is implemented as a drag and drop operation of an image within an image stack user interface. maintaining by a computing device an image stack comprising a plurality of images that are to be stitched together to generate a panorama of a scene depicted by the plurality of images, the image stack comprising a first region and a second region, the two regions having a different stitching priority; receiving by the computing device a user input indicating that a position of an image within the first region of the image stack is to be modified; responsive to the input, reassigning by the computing device said image from the first region to the second region and reassigning by the computing device a second image from the second region to the first region; and stitching by the computing device the images in the image stack according to a stitching order based on stitching priority to generate the panorama, the images within the first region having a higher stitching priority than the images within the second region, wherein a higher stitching priority implies an increased probability that said image will be visible in said panorama, and wherein said user input is implemented as a drag and drop operation of an image within an image stack user interface.
An oncostatin M receptor (OSMR) antigen binding protein, wherein the antigen binding protein is an antibody, wherein the antibody comprises: a light chain variable domain comprising a light chain complementarity-determining region 1 (LCDR1) having the sequence set forth in SEQ ID NO:31; a light chain complementarity-determining region 2 (LCDR2) having the sequence set forth in SEQ ID NO:34; and a light chain complementarity-determining region 3 (LCDR3) having the sequence set forth in SEQ ID NO:37; and a heavy chain variable domain comprising a heavy chain complementarity-determining region 1 (HCDR1) having the sequence set forth in SEQ ID NO:13; a heavy chain complementarity-determining region 2 (HCDR2) having the sequence set forth in SEQ ID NO:16; and a heavy chain complementarity-determining region 3 (HCDR3) having the sequence set forth in SEQ ID NO:19, wherein the antibody inhibits binding of human oncostatin M and human interleukin 31 to human OSMR, and wherein the antibody reduces human OSM-mediated and human interleukin 31-mediated OSMR signalling in human OSMR-expressing cells. a light chain variable domain comprising a light chain complementarity-determining region 1 (LCDR1) having the sequence set forth in SEQ ID NO:31; a light chain complementarity-determining region 2 (LCDR2) having the sequence set forth in SEQ ID NO:34; and a light chain complementarity-determining region 3 (LCDR3) having the sequence set forth in SEQ ID NO:37; and a heavy chain variable domain comprising a heavy chain complementarity-determining region 1 (HCDR1) having the sequence set forth in SEQ ID NO:13; a heavy chain complementarity-determining region 2 (HCDR2) having the sequence set forth in SEQ ID NO:16; and a heavy chain complementarity-determining region 3 (HCDR3) having the sequence set forth in SEQ ID NO:19, wherein the antibody inhibits binding of human oncostatin M and human interleukin 31 to human OSMR, and wherein the antibody reduces human OSM-mediated and human interleukin 31-mediated OSMR signalling in human OSMR-expressing cells.
Plunger arrangement for a high pressure pump, the plunger arrangement being provided to slide on a flat surface of a rider of a drive shaft, comprising: - a plunger with a flat end part, the plunger arrangement being characterised by: - a multitude of bearing balls that are arranged along the flat end part, - a ball holder for coupling the multitude of bearing balls with the flat end part, the ball holder being coupled to the plunger such that the bearing balls are arranged between the flat end part and the ball holder and each bearing ball projects partly over the ball holder for coupling the plunger with the rider of the drive shaft. - a plunger with a flat end part, - a multitude of bearing balls that are arranged along the flat end part, - a ball holder for coupling the multitude of bearing balls with the flat end part, the ball holder being coupled to the plunger such that the bearing balls are arranged between the flat end part and the ball holder and each bearing ball projects partly over the ball holder for coupling the plunger with the rider of the drive shaft.
A system comprising: a packet processing mechanism configured to indicate a packet's compliance with a bandwidth profile based at least on available high-compliance tokens and medium-compliance tokens; and a distribution mechanism comprising a token scheduler configured to receive overflow tokens from multiple respective class of service, CoS, priority levels and to distribute an overflow token for a given CoS priority level to another CoS priority level based on CoS information retained by the overflow token, said CoS information allowing the token scheduler to track from which CoS priority level the overflow token was received and thereby preclude an overflow token from a respective CoS priority level from being distributed to a higher CoS priority level. a packet processing mechanism configured to indicate a packet's compliance with a bandwidth profile based at least on available high-compliance tokens and medium-compliance tokens; and a distribution mechanism comprising a token scheduler configured to receive overflow tokens from multiple respective class of service, CoS, priority levels and to distribute an overflow token for a given CoS priority level to another CoS priority level based on CoS information retained by the overflow token, said CoS information allowing the token scheduler to track from which CoS priority level the overflow token was received and thereby preclude an overflow token from a respective CoS priority level from being distributed to a higher CoS priority level.
A compound of formula wherein R 1 is selected from CONH 2 or CONHCH 3; and R 2 is selected from H, F, Cl or Br; or a pharmaceutically acceptable salt thereof. R 1 is selected from CONH 2 or CONHCH 3; and R 2 is selected from H, F, Cl or Br;
A composition comprising a hydrogel wherein a population of cells is encapsulated or entrapped within the hydrogel, wherein the hydrogel is a 1.1 -1.3% strontium alginate hydrogel, wherein the hydrogel is in the form of a thin layer or disc, and wherein the composition is packaged in a form suitable for transportation to a remote location.
A hinge receptacle element for door hinges, with a retainer, two threaded spindles that are arranged between the retainer and a front element and rotatably mounted on the retainer, as well as a clamping device featuring a clamping plate and a pressure plate that is adjustably fastened on the clamping plate, wherein the threaded spindles engage into threaded bores of the clamping plate and on their ends adjoin surfaces of the retainer and of the front element, wherein the front element forms a cover that adjoins mounting surfaces of the retainer realized in the form of a casting, forging or pressing and covers the clamping device on the front side of the hinge receptacle element, and wherein the front element is connected to the retainer by means of at least one clamping screw that extends through an installation space for the threaded spindles defined by the surfaces of the front element and of the retainer, characterized in that the shaft of the clamping screw penetrates a bore of the front element and features a thread that engages into a threaded bore of the retainer, wherein the front element and the retainer can be tensioned relative to one another at least in the region of the spindle mounting by actuating the clamping screw, and wherein the threaded spindles are clamped and fixed between the front element and the retainer due to an elastic deformation or slight displacement of the front element. a retainer, two threaded spindles that are arranged between the retainer and a front element and rotatably mounted on the retainer, as well as a clamping device featuring a clamping plate and a pressure plate that is adjustably fastened on the clamping plate,