mhurhangee/ep-ind-claims huggingface dataset:
A processor comprising: first prediction circuitry to detect an instance of N branch predictions which comprise a first branch prediction, wherein N is an integer greater than one, wherein the first prediction circuitry to detect the instance comprises the first prediction circuitry to identify each of the N branch predictions in a first cycle of a sequence of branch prediction cycles, wherein one or more of the N branch predictions are each based on a respective other one of the N branch predictions; controller circuitry coupled to the first prediction circuitry, wherein based on the instance, the controller circuitry is to: indicate each of the N branch predictions to an execution pipeline; and based on a confidence metric which corresponds to the first branch prediction, determine whether to send the first branch prediction to a prediction unit; and second prediction circuitry coupled to the controller circuitry, wherein, where the first branch prediction is sent to the prediction unit, the second prediction circuitry is to: perform an evaluation of a validity condition of the first branch prediction; and determine, based on the validity condition, whether to provide a signal to clear a state of the execution pipeline. first prediction circuitry to detect an instance of N branch predictions which comprise a first branch prediction, wherein N is an integer greater than one, wherein the first prediction circuitry to detect the instance comprises the first prediction circuitry to identify each of the N branch predictions in a first cycle of a sequence of branch prediction cycles, wherein one or more of the N branch predictions are each based on a respective other one of the N branch predictions; controller circuitry coupled to the first prediction circuitry, wherein based on the instance, the controller circuitry is to: indicate each of the N branch predictions to an execution pipeline; and based on a confidence metric which corresponds to the first branch prediction, determine whether to send the first branch prediction to a prediction unit; and indicate each of the N branch predictions to an execution pipeline; and based on a confidence metric which corresponds to the first branch prediction, determine whether to send the first branch prediction to a prediction unit; and second prediction circuitry coupled to the controller circuitry, wherein, where the first branch prediction is sent to the prediction unit, the second prediction circuitry is to: perform an evaluation of a validity condition of the first branch prediction; and determine, based on the validity condition, whether to provide a signal to clear a state of the execution pipeline. perform an evaluation of a validity condition of the first branch prediction; and determine, based on the validity condition, whether to provide a signal to clear a state of the execution pipeline.
A method comprising: receiving a request for providing resources for a virtual network from a virtual network provider level or a virtual network operator level at a hierarchically lower provider level including either virtual network provider level or an infrastructure provider level, the request comprising: an indication regarding a required availability and reliability value to be achieved by the resources of the virtual network; and checking whether the required availability and reliability value is achievable for the resources to be provided for the virtual network. receiving a request for providing resources for a virtual network from a virtual network provider level or a virtual network operator level at a hierarchically lower provider level including either virtual network provider level or an infrastructure provider level, the request comprising: an indication regarding a required availability and reliability value to be achieved by the resources of the virtual network; and checking whether the required availability and reliability value is achievable for the resources to be provided for the virtual network.
A safety fuse for low-voltage applications for the protection of surge protection devices that are adapted to be connected to a power supply grid, such as spark gaps or varistors, consisting of at least one fuse element located between two contacts and arranged in a fuse housing, and a short-circuit auxiliary contact with an internal isolating distance to the fuse element, characterized in that an externally activatable switching means is formed inside the fuse housing to overcome the isolating distance in order to trigger a low-impedance or resistive short circuit, the switching means including an insulating element which forms the isolating distance and undergoes a change of state caused by an external activator, and the activator being connected to at least one control terminal, wherein the safety fuse can be arranged in the shunt arm in connection with the surge protection device.
A foul-odor-sealing bag comprising an inner layer and an outer layer each of which comprises polyethylene or an ethylene-based copolymer (referred to as an "ethylene (co)polymer" hereinafter), and an intermediate layer comprising a foul-odour barrier resin, wherein the inner and the outer layers each contain an antiblocking agent and a surface active agent, the amount of the surface active agent contained in each of them is in the range of 1000 to 8000 ppm, the thickness of the intermediate layer is in the range of 0.8 to 5.0 μm, the total thickness of all of the layers is in the range of 10 to 30 μm, the foul-odor-sealing bag is a co-extrusion inflation product and has the bottom sealed by fusion bonding, and said bag comprising a non-fusion bonded opening, capable of being tied to seal in the contents, characterised in that the amount of the antiblocking agent contained in each of the inner layer and the outer layer is not less than 6500 ppm. an inner layer and an outer layer each of which comprises polyethylene or an ethylene-based copolymer (referred to as an "ethylene (co)polymer" hereinafter), and an intermediate layer comprising a foul-odour barrier resin, wherein the inner and the outer layers each contain an antiblocking agent and a surface active agent, the amount of the surface active agent contained in each of them is in the range of 1000 to 8000 ppm, the thickness of the intermediate layer is in the range of 0.8 to 5.0 μm, the total thickness of all of the layers is in the range of 10 to 30 μm, the foul-odor-sealing bag is a co-extrusion inflation product and has the bottom sealed by fusion bonding, and said bag comprising a non-fusion bonded opening, capable of being tied to seal in the contents, characterised in that the amount of the antiblocking agent contained in each of the inner layer and the outer layer is not less than 6500 ppm.
Tire for a furrow press roller of the type comprising: - a sole via which the tire is mounted on a field roller support, - a tread opposite to the sole, and - two sidewalls (7; 9) connecting the tread to the sole, the sole, the tread and the side walls (7; 9) together delimiting a non-inflatable chamber, characterized in that the tread comprises: - at least one crest-shaped portion, and - two shoulder portions (53; 55) each connecting the crest-shaped portion to a respective sidewall (7; 9), the chamber extending partially at least laterally under the shoulder portions (53; 55) and radially into the crest-shaped portion. - a sole via which the tire is mounted on a field roller support, - a tread opposite to the sole, and - two sidewalls (7; 9) connecting the tread to the sole, the sole, the tread and the side walls (7; 9) together delimiting a non-inflatable chamber, - at least one crest-shaped portion, and - two shoulder portions (53; 55) each connecting the crest-shaped portion to a respective sidewall (7; 9), the chamber extending partially at least laterally under the shoulder portions (53; 55) and radially into the crest-shaped portion.
A lighting device (100, 102) comprising a light emitter thermally connected to a heat sink (120, 122), the lighting device (100, 102) further comprising a communication circuit being coupled to the heat sink (120, 122) for transmitting and/or receiving a communication signal, the heat sink (120, 122) being electrically conductive and comprising an opening (151, 161, 171) having specific dimensions for constituting an aperture antenna (150, 160, 170) tuned for a particular frequency for directionally transmitting and/or receiving the communication signal of the particular frequency via the heat sink (120, 122), characterized in that the communication circuit is connected to a primary radiator (140, 144) at least partially surrounded by the heat sink (120, 122) and transmitting and/or receiving the communication signal at the particular frequency for inducing an electrical field representing the communication signal into the aperture antenna (150, 160, 170), and the electrical field across the opening causes the opening to re-emit the communication signal directionally according to the radiation characteristic of the aperture antenna, wherein an outer rim (155, 165, 175) of the opening (151, 161, 171) of the aperture antenna (150, 160, 170) has a dimension equal to N*(lambda/4), N being an integer number and lambda being the wavelength of the communication signal of the particular frequency.
Method for producing a composite body comprising a polysaccharide aerogel, especially a cellulose aerogel, and at least one plastic material, in which said plastic material and said polysaccharide aerogel are bonded together by both adhesive and frictional connection, wherein said method comprises the following steps: i) providing a polysaccharide aerogel, especially cellulose aerogel, in a molded body, ii) infiltrating said polysaccharide aerogel with a polymerization liquid of said plastic material, and iii) curing said polymerization liquid to obtain the composite body. i) providing a polysaccharide aerogel, especially cellulose aerogel, in a molded body, ii) infiltrating said polysaccharide aerogel with a polymerization liquid of said plastic material, and iii) curing said polymerization liquid to obtain the composite body.
A multi media data transmission device, comprising: a mapping unit arranged to analyse data traffic including a QoS factor and to represent the QoS factor as a second QoS factor; a packet transmitter/receiver unit arranged to transmit packets through a network according to the second QoS factor; characterised by: a media processing unit arranged to create multi media traffic including a compressed media resource; a call control unit arranged to manage call set-up and call control with another multi media data transmission device, to receive QoS change requests from the other multi media data transmission device, users or to receive QoS change requests according to changes in a network environment, and to transmit the received QoS change requests to a media packet transmitter/receiver through the mapping unit; wherein the mapping unit is arranged to analyze the multi media traffic including the compressed media resource, traffic factors, and QoS factors and to represent the multi media traffic by layer factors used in a network layer; and the media packet transmitter/receiver unit is arranged to transmit the multi media data in real time through the network by a double leaky bucket condition according to the represented layer factors, to receive the QoS change requests from the call control unit and to transmit a control signal to the media processing unit; and the media processing unit is arranged to change the production of multi media traffic according to the control signal from the media packet transmitter/receiver unit. a mapping unit arranged to analyse data traffic including a QoS factor and to represent the QoS factor as a second QoS factor; a packet transmitter/receiver unit arranged to transmit packets through a network according to the second QoS factor; a media processing unit arranged to create multi media traffic including a compressed media resource; a call control unit arranged to manage call set-up and call control with another multi media data transmission device, to receive QoS change requests from the other multi media data transmission device, users or to receive QoS change requests according to changes in a network environment, and to transmit the received QoS change requests to a media packet transmitter/receiver through the mapping unit;
Lighting system comprising: - a substrate comprising a resistive sheet and multiple electrodes (A, B, C, D), each electrode being suitable for connection to a respective voltage source, - a plurality of lighting elements (LE1, LE2, LE3, LE4), each element comprising a light source and two contact pins (CP1, CP2) for electrical connection to the resistive sheet, a control circuit for controlling the light output and/or the color of the light generated by the light source in dependence on the voltage between the contact pins, wherein the lighting elements can be connected in different positions and in different orientations and wherein the voltage present between the contact pins depends on the position and orientation of the lighting element. - a substrate comprising a resistive sheet and multiple electrodes (A, B, C, D), each electrode being suitable for connection to a respective voltage source, - a plurality of lighting elements (LE1, LE2, LE3, LE4), each element comprising a light source and two contact pins (CP1, CP2) for electrical connection to the resistive sheet, a control circuit for controlling the light output and/or the color of the light generated by the light source in dependence on the voltage between the contact pins, wherein the lighting elements can be connected in different positions and in different orientations and wherein the voltage present between the contact pins depends on the position and orientation of the lighting element.
A blind rivet for fastening to a base body having an opening, wherein the blind rivet comprises: a rivet main body having a thick, disc-shaped large-diameter flange, a sleeve extending in an axial direction from the flange, and a closed-end hole formed from a surface of the flange to the bottom of the sleeve; and a mandrel having a head and a slender shaft which has a smaller diameter than the head and which extends from the head with; wherein the head of the mandrel is arranged at the bottom of the closed-end hole on the rivet main body, the shaft is assembled so that the shaft extends out from the upper surface of the flange of the rivet main body; in the sleeve of the rivet main body, a thick portion with an inner diameter smaller than the outer diameter of the head is formed at a position adjacent to the head of the mandrel; and the head is held by the thick portion such that the head cannot be pulled out from the closed-end hole of the rivet main body; characterized in that a tapered portion is adjacent to the flange and has an outer diameter that becomes smaller as distance from the flange increases, the tapered portion is adapted to deform so that a linear seal portion is formed when the blind rivet is fastened to the base body. a rivet main body having a thick, disc-shaped large-diameter flange, a sleeve extending in an axial direction from the flange, and a closed-end hole formed from a surface of the flange to the bottom of the sleeve; and a mandrel having a head and a slender shaft which has a smaller diameter than the head and which extends from the head with; wherein the head of the mandrel is arranged at the bottom of the closed-end hole on the rivet main body, the shaft is assembled so that the shaft extends out from the upper surface of the flange of the rivet main body; in the sleeve of the rivet main body, a thick portion with an inner diameter smaller than the outer diameter of the head is formed at a position adjacent to the head of the mandrel; and the head is held by the thick portion such that the head cannot be pulled out from the closed-end hole of the rivet main body; characterized in that a tapered portion is adjacent to the flange and has an outer diameter that becomes smaller as distance from the flange increases, the tapered portion is adapted to deform so that a linear seal portion is formed when the blind rivet is fastened to the base body.
A communication system comprising a mobile-type radio relay apparatus (10, 20) that is disposed movably by flying in an upper airspace, forms a plurality of cells from an antenna (130, 230) at a predetermined altitude toward the ground or the sea, and performs a radio communication with a terminal apparatus located in each of the plurality of cells, the communication system comprising: an estimation section for estimating a Doppler shift in a radio communication of a service link between the terminal apparatus located in the cell and the radio relay apparatus (10, 20); and a correction section for correcting a frequency of the radio communication based on an estimation result of the Doppler shift, characterized in that the estimation section is configured to estimate a shape of the cell based on map information and an antenna directivity pattern of the radio relay apparatus (10, 20), and to estimate the Doppler shift of the service link with respect to a geometric center point in the estimated shape of the cell, and wherein the correction section is configured to correct the frequency of the radio communication in the service link between the terminal apparatus located in the cell and the radio relay apparatus (10, 20), based on the estimation result of the Doppler shift of the service link, the Doppler shift being estimated with respect to the geometric center point in the estimated shape of the cell. an estimation section for estimating a Doppler shift in a radio communication of a service link between the terminal apparatus located in the cell and the radio relay apparatus (10, 20); and a correction section for correcting a frequency of the radio communication based on an estimation result of the Doppler shift, characterized in that the estimation section is configured to estimate a shape of the cell based on map information and an antenna directivity pattern of the radio relay apparatus (10, 20), and to estimate the Doppler shift of the service link with respect to a geometric center point in the estimated shape of the cell, and wherein the correction section is configured to correct the frequency of the radio communication in the service link between the terminal apparatus located in the cell and the radio relay apparatus (10, 20), based on the estimation result of the Doppler shift of the service link, the Doppler shift being estimated with respect to the geometric center point in the estimated shape of the cell.
Anoscope (1; 1a; 1b), comprising a grippable portion arranged for being gripped by an operator and a body arranged for being inserted in the terminal tract of the rectum of a patient, a cavity and at least one operating window being made in said body, said anoscope (1; 1a) further comprising housing means arranged for containing at least one surgical instrument suitable for the treatment of haemorrhoids, said housing means comprising at least one conduit, and seat means arranged for containing at least one lighting device, said housing means and said seat means being comprised in said cavity, said anoscope (1; 1a) being characterised in that it comprises three operating windows that are staggered from each other and three conduits, said three conduits being aligned with said three operating windows and being staggered from each other.
A method for geolocating a good or a person wherein a tracker associated with said good or with said person implements the following steps: a) detecting WiFi networks and their access points which are located within its range, b) collecting raw data relating to at least one detected WiFi network and to at least one access point through which said network is made visible to said tracker, c) transmitting the collected raw data to a remote resolution server, via a LPWAN network communication established from the tracker, d) processing these raw data by the remote resolution server, in order to provide a location information, characterized in that the geolocation method begins with a step of leaving a standby mode, and ends with a step of returning to the standby mode, and in that the geolocation method further comprises a step of storing in a memory raw data relating to the at least one detected WiFi network, and a step of comparing a list of the detected Wi-Fi access points with a list of the Wi-Fi access points stored during the last cycle that has allowed a location, the microcontroller being put on standby until a next cycle when the two lists include access points in common. a) detecting WiFi networks and their access points which are located within its range, b) collecting raw data relating to at least one detected WiFi network and to at least one access point through which said network is made visible to said tracker, c) transmitting the collected raw data to a remote resolution server, via a LPWAN network communication established from the tracker, d) processing these raw data by the remote resolution server, in order to provide a location information,
An optical front-end subsystem for receiving optical wireless communication signals, the optical front-end subsystem comprising: - a first photodiode with a first active surface area configured to receive a first optical signal; - a second photodiode with a second active surface area configured to receive a second optical signal; the optical front-end subsystem is characterized in that:the optical front-end subsystem further comprising: - a sniffer circuit configured to compare a received signal strength of the first optical signal with a predefined reference value; and - a switch configured to select the received first optical signal as an output signal of the optical front-end subsystem when the received signal strength of the first optical signal is higher than the predefined reference value; and, otherwise, select the received second optical signal as the output signal of the optical front-end subsystem; wherein the second active surface area is larger than the first active surface area. - a first photodiode with a first active surface area configured to receive a first optical signal; - a second photodiode with a second active surface area configured to receive a second optical signal; - a sniffer circuit configured to compare a received signal strength of the first optical signal with a predefined reference value; and - a switch configured to select the received first optical signal as an output signal of the optical front-end subsystem when the received signal strength of the first optical signal is higher than the predefined reference value; and, otherwise, select the received second optical signal as the output signal of the optical front-end subsystem;