mhurhangee/ep-ind-claims huggingface dataset:
A system for reformatting media content, comprising: a media exchange server operatively coupled to a media exchange network adapted to media format transcoding; and a first end-user device (102, 106) operatively coupled to the network and adapted to access a media channel containing media content pushed by a second end-user device (102, 106), the second end-user device (102, 106) being operatively coupled to the network and adapted to: (i) receive, from the first end-user device (102, 106), an updated device profile related to the media capabilities of the first end-user device, and (ii) push the media channel containing media content and the device profile to the server, wherein the server is adapted to reformat the media content of the media channel based on the received updated device profile, and the server is adapted to push the media channel the reformatted media content to the first end-user device (102, 106), whereby the first end-user device (102, 106) is enabled to access the reformatted media channel and to consume the reformatted media content. a media exchange server operatively coupled to a media exchange network adapted to media format transcoding; and a first end-user device (102, 106) operatively coupled to the network and adapted to access a media channel containing media content pushed by a second end-user device (102, 106), the second end-user device (102, 106) being operatively coupled to the network and adapted to: (i) receive, from the first end-user device (102, 106), an updated device profile related to the media capabilities of the first end-user device, and (ii) push the media channel containing media content and the device profile to the server, wherein (i) receive, from the first end-user device (102, 106), an updated device profile related to the media capabilities of the first end-user device, and (ii) push the media channel containing media content and the device profile to the server, wherein the server is adapted to reformat the media content of the media channel based on the received updated device profile, and the server is adapted to push the media channel the reformatted media content to the first end-user device (102, 106), whereby the first end-user device (102, 106) is enabled to access the reformatted media channel and to consume the reformatted media content.
An agent for use in preventing or treating a condition characterised by the presence of unwanted cells, comprising: a cyclic peptide comprising a T cell antigen peptide; wherein in cyclised form the T cell antigen peptide is not capable of eliciting a T cell response; and wherein the T cell antigen peptide is rendered capable of eliciting a T cell response by selective cleavage of one or more cleavage sites in the cyclic peptide in the vicinity of the unwanted cells. a cyclic peptide comprising a T cell antigen peptide; wherein in cyclised form the T cell antigen peptide is not capable of eliciting a T cell response; and wherein the T cell antigen peptide is rendered capable of eliciting a T cell response by selective cleavage of one or more cleavage sites in the cyclic peptide in the vicinity of the unwanted cells.
A method for implementing virtual machine introspection, running in a Virtual Machine Monitor, VMM, comprising: determining to-be-checked data in a virtual machine; wherein the to-be-checked data is in-memory data in a memory of the virtual machine; starting to read the to-be-checked data, saving a copy of the read to-be-checked data, and storing a storage address of the read to-be-checked data in a hardware transactional memory, so that the hardware transactional memory is capable of monitoring the read to-be-checked data according to the storage address; wherein the hardware transactional memory is disposed in the VMM, and the hardware transactional memory includes a read set, where the read set is used to store the storage address of the data that has been read; wherein the hardware transactional memory monitors the data corresponding to the storage address in the read set, specifically, monitors whether the data is modified; wherein the copy of the read to-be-checked data is stored in the hardware transactional memory; stopping reading the to-be-checked data and deleting the copy, when it is detected that the read to-be-checked data is modified; and performing security check on the copy, when reading the to-be-checked data is completed and it is not detected that the read to-be-checked data is modified. determining to-be-checked data in a virtual machine; wherein the to-be-checked data is in-memory data in a memory of the virtual machine; starting to read the to-be-checked data, saving a copy of the read to-be-checked data, and storing a storage address of the read to-be-checked data in a hardware transactional memory, so that the hardware transactional memory is capable of monitoring the read to-be-checked data according to the storage address; wherein the hardware transactional memory is disposed in the VMM, and the hardware transactional memory includes a read set, where the read set is used to store the storage address of the data that has been read; wherein the hardware transactional memory monitors the data corresponding to the storage address in the read set, specifically, monitors whether the data is modified; wherein the copy of the read to-be-checked data is stored in the hardware transactional memory; stopping reading the to-be-checked data and deleting the copy, when it is detected that the read to-be-checked data is modified; and performing security check on the copy, when reading the to-be-checked data is completed and it is not detected that the read to-be-checked data is modified.
Measuring system of a feeder, which feeder comprises a feeder rotor located inside a feeder housing, an adjustment shaft, on which the feeder rotor is mounted and which is rotatable, an adjustment wheel mounted at a first end of the adjustment shaft and configured to move the feeder rotor in an axial direction inside the feeder housing of the feeder, when the adjustment wheel is rotated, which measuring system comprises a measuring device located on the adjustment wheel or on the adjustment shaft, which measuring device comprises at least one angle sensor configured to measure angular movement of the adjustment wheel or the adjustment shaft, when the adjustment wheel is rotated, to define the axial movement of the feeder rotor, when the adjustment wheel is rotated, characterized in that the measurement of the angle sensor/-s is/are based on gravity, gyroscope, compass or on a combination of two or more of these.
A first network comprising: a first access point WiFi Direct, AP WFD, device comprising access point, AP, functionality; a plurality of first client WiFi Direct, WFD, devices coupled to the first AP WFD device, the first client WFD devices comprising a client functionality; and a bridge coupling the first network to a second network, the second network comprising a second AP WFD device comprising AP functionality and a plurality of second client WFD devices comprising client functionality; wherein the first AP WFD device is configured to synchronize the first client WFD devices and to stream multimedia data to the first client WFD devices; wherein the first AP WFD device is configured to send audio data packets to the second AP WFD device by splitting up cells of the audio data packets and rearranging the cells of the audio data packets into new audio data packets; and wherein a cell in a first position in each data packet is removed from each data packet and assembled into the new audio data packet. a first access point WiFi Direct, AP WFD, device comprising access point, AP, functionality; a plurality of first client WiFi Direct, WFD, devices coupled to the first AP WFD device, the first client WFD devices comprising a client functionality; and a bridge coupling the first network to a second network, the second network comprising a second AP WFD device comprising AP functionality and a plurality of second client WFD devices comprising client functionality; wherein the first AP WFD device is configured to synchronize the first client WFD devices and to stream multimedia data to the first client WFD devices; wherein the first AP WFD device is configured to send audio data packets to the second AP WFD device by splitting up cells of the audio data packets and rearranging the cells of the audio data packets into new audio data packets; and wherein a cell in a first position in each data packet is removed from each data packet and assembled into the new audio data packet.
Air dryer cartridge, especially for a compressed air treatment system of a commercial vehicle, comprising: a cartridge housing with a closed housing cover; a desiccant accommodated in the cartridge housing; a fastening flange for closing an open end face of the cartridge housing facing away from the housing cover and for fastening the air dryer cartridge to a compressed air treatment device; a filter device situated inside the cartridge housing, which is positioned upstream of the desiccant in the compressed air flow in a normal operation of the air dryer cartridge; a bypass for bypassing the filter device; and a check valve arranged in the bypass, which blocks a compressed air flow in the direction toward the desiccant and allows a compressed air flow in the direction from the desiccant, wherein compressed air can flow through the check valve in a direction substantially transverse to a longitudinal axis of the air dryer cartridge and the check valve is braced against an inside of the fastening flange facing toward the housing cover. characterised in that the check valve has a free end which is braced against the flange inside of the fastening flange, wherein the free end of the check valve is braced against a section of the inner surface of the fastening flange, running at an angle of at most around 80° to the longitudinal axis of the air dryer cartridge. a cartridge housing with a closed housing cover; a desiccant accommodated in the cartridge housing; a fastening flange for closing an open end face of the cartridge housing facing away from the housing cover and for fastening the air dryer cartridge to a compressed air treatment device; a filter device situated inside the cartridge housing, which is positioned upstream of the desiccant in the compressed air flow in a normal operation of the air dryer cartridge; a bypass for bypassing the filter device; and a check valve arranged in the bypass, which blocks a compressed air flow in the direction toward the desiccant and allows a compressed air flow in the direction from the desiccant, wherein compressed air can flow through the check valve in a direction substantially transverse to a longitudinal axis of the air dryer cartridge and the check valve is braced against an inside of the fastening flange facing toward the housing cover. characterised in that the check valve has a free end which is braced against the flange inside of the fastening flange, wherein the free end of the check valve is braced against a section of the inner surface of the fastening flange, running at an angle of at most around 80° to the longitudinal axis of the air dryer cartridge.
Housing with - a lower housing part, - a housing cavity within the lower housing part - an opening of the housing cavity formed on a housing side, - at least one semiconductor chip which emits an electromagnetic radiation and is arranged in the housing cavity, and - a cover, which is at least partially transparent to the radiation and which covers the housing cavity, wherein - the cover is connected to the lower housing part in such a way that the electromagnetic radiation, which exits from the side surfaces of the cover, wherein - the lower housing part has at least one housing base and a housing frame and the housing frame contains recesses in which the cover is introduced, and - the housing has an absorption material, which is arranged between the side surfaces of the cover and the housing frame and absorbs the radiation emerging from the side surfaces of the cover, characterized in that - the top side of the cover, which is formed opposite to the housing cavity, is coated with an absorbent layer in the edge region. - a lower housing part, - a housing cavity within the lower housing part - an opening of the housing cavity formed on a housing side, - at least one semiconductor chip which emits an electromagnetic radiation and is arranged in the housing cavity, and - a cover, which is at least partially transparent to the radiation and which covers the housing cavity, wherein - the cover is connected to the lower housing part in such a way that the electromagnetic radiation, which exits from the side surfaces of the cover, wherein - the lower housing part has at least one housing base and a housing frame and the housing frame contains recesses in which the cover is introduced, and - the housing has an absorption material, which is arranged between the side surfaces of the cover and the housing frame and absorbs the radiation emerging from the side surfaces of the cover, - the top side of the cover, which is formed opposite to the housing cavity, is coated with an absorbent layer in the edge region.
A roller bearing, comprising: an inner ring; an outer ring; a bearing cage positioned between the inner ring and the outer ring, wherein the bearing cage includes a spine and a plurality of pins disposed on one side of the spine that are coplanar with a plurality of pins disposed on an opposite side of the spine, wherein the pins (512a, 512b) are part of a pin component that connects rollers to the spine, characterised in that the pin component is inserted into an opening formed in the spine to connect the rollers to the spine, wherein the pin component comprises a base member, wherein one pin is coupled to one side of the base member and another pin is coupled to an opposite side of the base member; and a roller is rotationally coupled to each pin (512a, 512b) such that each roller is coplanar with another roller on the opposite side of the spine; wherein the base member is coupled to the spine by a tongue and groove connection. an inner ring; an outer ring; a bearing cage positioned between the inner ring and the outer ring,
An information processing apparatus for communicating with another information processing apparatus via plural interfaces, the apparatus comprising: first interface means operable to perform a close-range communication with said other information processing apparatus using an electromagnetic inductive coupling interface to acquire supported network protocol information stored within said other information processing apparatus and communication settings allowing connection to a wireless network conforming to one or more of the network protocols; second interface means having one or more second interfaces conforming to said one or more network protocols, wherein the range of operation of the first interface is less than the range of operation of the one or more second interface means candidate protocol determining means for determining a candidate network protocol from the one or more network protocols to perform communications via a second interface from said second interface means based on the supported protocol information acquired from said other information processing apparatus; communication means, which, performs a test communication over the second interface means using the determined candidate protocol of the protocol information acquired by said first interface, and when communication is not possible, the protocol on the second interface is switched to another supported protocol and communication is re-performed using the another supported network protocol. first interface means operable to perform a close-range communication with said other information processing apparatus using an electromagnetic inductive coupling interface to acquire supported network protocol information stored within said other information processing apparatus and communication settings allowing connection to a wireless network conforming to one or more of the network protocols; second interface means having one or more second interfaces conforming to said one or more network protocols, wherein the range of operation of the first interface is less than the range of operation of the one or more second interface means candidate protocol determining means for determining a candidate network protocol from the one or more network protocols to perform communications via a second interface from said second interface means based on the supported protocol information acquired from said other information processing apparatus; communication means, which, performs a test communication over the second interface means using the determined candidate protocol of the protocol information acquired by said first interface, and when communication is not possible, the protocol on the second interface is switched to another supported protocol and communication is re-performed using the another supported network protocol.
An immunological composition for oral administration comprising one or more C-type lectin receptor ligands, one or more aluminum adjuvants and one or more antigens and one or more acrylic resin polymers.
A communication method performed by a reception node (320, 330, 420, 430, 440, 450, 700) in a network, the method comprising: receiving at least one first packet transmitted from a transmission node (310, 410, 700); receiving (820, 830) a first feedback message related to packet reception of the at least one first packet from another node (320, 330, 420, 430, 440, 450, 700) in the network, the first feedback message comprising information on a number of packets required by the other node to decode the at least one first packet; comparing the number of packets required by the other node with a number of packets required by the reception node, wherein the number of packets required by the reception node is a minimum number of packets additionally required to decode the received at least one first packet; transmitting to the transmission node, a second feedback message comprising information on the number of packets required by the reception node in response to the number of packets required by the reception node being greater than the number of packets required by the other node, wherein the second feedback message includes a packet error rate; and in response to the transmitting of the second feedback message, receiving from the transmission node additional packets in addition to the number of packets required by the reception node based on the packet error rate. receiving at least one first packet transmitted from a transmission node (310, 410, 700); receiving (820, 830) a first feedback message related to packet reception of the at least one first packet from another node (320, 330, 420, 430, 440, 450, 700) in the network, the first feedback message comprising information on a number of packets required by the other node to decode the at least one first packet; comparing the number of packets required by the other node with a number of packets required by the reception node, wherein the number of packets required by the reception node is a minimum number of packets additionally required to decode the received at least one first packet; transmitting to the transmission node, a second feedback message comprising information on the number of packets required by the reception node in response to the number of packets required by the reception node being greater than the number of packets required by the other node, wherein the second feedback message includes a packet error rate; and in response to the transmitting of the second feedback message, receiving from the transmission node additional packets in addition to the number of packets required by the reception node based on the packet error rate.
A beverage preparation device for preparing beverages from beverage substrate capsules, in particular coffee capsules, comprising an injection device for injecting water into a beverage substrate capsule for preparing beverages, and comprising water supply means for supplying the injection device with water, the injection device having a first injection chamber part which can be displaced, preferably in a translational manner, relative to a preferably fixed second injection chamber part, the first injection chamber part having a beverage capsule reception with which it can be jointly displaced between a loading position and an end position, and that positioning means for a defined positioning of a beverage substrate capsule received in the beverage capsule reception during the displacement of the first injection chamber part toward the end position are assigned to the beverage capsule reception, the positioning means being displaceable together with the first injection chamber part, the positioning means, which are realized as or comprise spring means and are preferably configured as force-exerting means and/or form-fitting means, being configured and disposed in such a manner that, by insertion of a beverage substrate capsule into the beverage capsule reception, they can be elastically clamped in the loading position and hold the beverage substrate capsule in a form-fitting manner and/or exert a spring force on, preferably clamp, the beverage substrate capsule, in particular until the end position is reached, characterized in that the positioning means have at least one spring element (14, 15), which is realized in particular as a punched and bent part or a molded plastic part, the spring element having a curved reception portion (17, 18) for coming into centering contact with the beverage substrate capsule.
Apparatus to determine the blood sedimentation rate and other parameters connected thereto, carried out by emitting, by means of emitter means, a beam of radiations which passes through a sample being examined, and by detecting, by means of receiver means, the beam of radiations after they have passed through said sample, comprising a reading chamber associated to at least a tube connected to a feed (11; 21; 28) of the sample to be analyzed, said reading chamber being at least partly transparent to radiations in a certain range of wavelengths, and having at least a substantially rectilinear segment of reduced size into which the sample to be analyzed is introduced, characterized in that the reading chamber consists of a body made of plastic material, or glass, having an entrance hole and an exit hole able to be selectively coupled to respective feed and discharge ends of said tube, a through transit channel of a capillary size being defined between said entrance hole and said exit hole for the passage of the blood sample to be analyzed, wherein said body with through transit channel is housed inside a rigid container and wherein said rigid container defines housing seatings for segments of the tube upstream and downstream of the body with through transit channel, wherein said body with a through transit channel has at least a flat surface facing, during use, the emitter means and/or the receiver means.