mhurhangee/patent-ind-claim-en huggingface dataset:
A joint implant component (1, 1'; 101; 201) for administering a medicament, which has an implant shaft (10, 10'; 110; 210), a joint portion (20, 20'; 120; 220) arranged at the proximal end of the implant shaft, a flushing supply opening (3, 3'; 103; 203) and a backwashing opening (4, 4'; 104; 204), the implant shaft (10, 10'; 110; 210) and the joint portion (20, 20'; 120; 220) each have a connecting portion (16, 26, 16', 26'; 116, 126; 216, 226), preferably formed with a thread, via which they can be mounted together, wherein: at least one shaft flushing channel (11, 11'; 111; 211) and one shaft backwashing channel (12, 12'; 112; 212) extend along the implant shaft within the implant shaft, the shaft flushing channel for dispensing the medication via shaft flushing holes (13, 13'; 112; 213) and the shaft backwashing channel for receiving the dispensed medication is connected to the outside of the implant shaft via at least one shaft backwashing hole (14, 14'; 114; 214), the flushing supply opening is in fluid communication with the proximal end of the shaft flushing channel and the backwashing opening is in fluid communication with the proximal end of the shaft backwashing channel, the at least one shaft backwashing hole (14, 14'; 114; 214) is located in a different portion of the implant shaft than the shaft flushing holes (13, 13'; 112; 213), and the at least one shaft backwashing hole (14, 14'; 114; 214) is located at the distal end of the implant shaft, characterized in that the shaft flushing holes (13, 13'; 112; 213) are arranged around the circumference of the implant shaft between the connecting portion (16, 26, 16', 26'; 116, 126; 216, 226) and the distal end of the implant shaft. at least one shaft flushing channel (11, 11'; 111; 211) and one shaft backwashing channel (12, 12'; 112; 212) extend along the implant shaft within the implant shaft, the shaft flushing channel for dispensing the medication via shaft flushing holes (13, 13'; 112; 213) and the shaft backwashing channel for receiving the dispensed medication is connected to the outside of the implant shaft via at least one shaft backwashing hole (14, 14'; 114; 214), the flushing supply opening is in fluid communication with the proximal end of the shaft flushing channel and the backwashing opening is in fluid communication with the proximal end of the shaft backwashing channel, the at least one shaft backwashing hole (14, 14'; 114; 214) is located in a different portion of the implant shaft than the shaft flushing holes (13, 13'; 112; 213), and the at least one shaft backwashing hole (14, 14'; 114; 214) is located at the distal end of the implant shaft, characterized in that the shaft flushing holes (13, 13'; 112; 213) are arranged around the circumference of the implant shaft between the connecting portion (16, 26, 16', 26'; 116, 126; 216, 226) and the distal end of the implant shaft.
A method for communication, comprising: transmitting a first uplink message from a first remote node to a central node in a wireless communication system according to a first frequency hopping scheme, the first frequency hopping scheme being a synchronized, time-slotted, frequency hopping scheme; transmitting a second uplink message from a second remote node to the central node in the wireless communication system according to a second frequency hopping scheme, different from the first scheme, the second frequency hopping scheme being a non-synchronized frequency hopping scheme; and the method characterised by comprising: concurrently employing both the first and second frequency hopping schemes at the central node to receive and process both the first and the second uplink messages at the central node , said concurrently employing comprising employing said second frequency hopping scheme during idle periods in said first frequency hopping scheme; wherein the second remote node transmits the second uplink message using the second frequency hopping scheme in order to re-synchronize with the central node after having lost synchronization. transmitting a first uplink message from a first remote node to a central node in a wireless communication system according to a first frequency hopping scheme, the first frequency hopping scheme being a synchronized, time-slotted, frequency hopping scheme; transmitting a second uplink message from a second remote node to the central node in the wireless communication system according to a second frequency hopping scheme, different from the first scheme, the second frequency hopping scheme being a non-synchronized frequency hopping scheme; and the method characterised by comprising: concurrently employing both the first and second frequency hopping schemes at the central node to receive and process both the first and the second uplink messages at the central node , said concurrently employing comprising employing said second frequency hopping scheme during idle periods in said first frequency hopping scheme; wherein the second remote node transmits the second uplink message using the second frequency hopping scheme in order to re-synchronize with the central node after having lost synchronization. concurrently employing both the first and second frequency hopping schemes at the central node to receive and process both the first and the second uplink messages at the central node , said concurrently employing comprising employing said second frequency hopping scheme during idle periods in said first frequency hopping scheme; wherein the second remote node transmits the second uplink message using the second frequency hopping scheme in order to re-synchronize with the central node after having lost synchronization.
A sleeper train carriage, comprising a side wall extending along a length direction of a train body and end walls arranged at a front end and a rear end of the side wall , wherein the side wall and the end walls jointly form a carriage body for accommodating passengers; compartments and an aisle are provided within the carriage body, and a partition wall is provided between the compartments and the aisle , wherein the partition wall comprises a compartment-side partition wall and an aisle-side partition wall , characterized in that the aisle-side partition wall comprises a fixed plate and a movable plate which are arranged in a vertical direction, the movable plate is located above the fixed plate , an upper end of the movable plate is fixedly connected to one end of a top plate of aisle , the other end of the top plate of aisle is detachably connected to the side wall of the train body, and a lower end of the movable plate is hinged to the train body, so that the movable plate and the top plate of aisle rotate together around a hinged point.
A vehicle lighting apparatus that is adapted to emit light diagonally toward a road surface from a vehicle, the vehicle lighting apparatus comprising: a light source ; an image generation part that is configured to modulate light emitted from the light source and to generate an image; a light-focusing optical system that is adapted to focus light having the image generated by the image generation part ; a plurality of reflection parts , each reflection part being adapted to reflect light focused by the light-focusing optical system and to project reflected light toward the road surface , wherein each of the plurality of reflection parts is adapted to reflect light toward a corresponding region of a plurality of regions on the road surface , each region having a different distance from the vehicle, wherein each reflection part has a reflection surface having a curvature that is gradually increased continuously throughout the entire reflection surface from a projection direction rearward side toward a projection direction frontward side; a switch part that is configured to switch and arrange one of the plurality of reflection parts to a light-receiving position of light emitted from the light-focusing optical system ; an object detection part that is adapted to detect an object which is present at a frontward position of the vehicle; and a control part that is configured to control the image generated by the image generation part and a switch mode of the plurality of reflection parts based on a detection condition of the object detection part . a light source ; an image generation part that is configured to modulate light emitted from the light source and to generate an image; a light-focusing optical system that is adapted to focus light having the image generated by the image generation part ; a plurality of reflection parts , each reflection part being adapted to reflect light focused by the light-focusing optical system and to project reflected light toward the road surface , wherein each of the plurality of reflection parts is adapted to reflect light toward a corresponding region of a plurality of regions on the road surface , each region having a different distance from the vehicle, wherein each reflection part has a reflection surface having a curvature that is gradually increased continuously throughout the entire reflection surface from a projection direction rearward side toward a projection direction frontward side; a switch part that is configured to switch and arrange one of the plurality of reflection parts to a light-receiving position of light emitted from the light-focusing optical system ; an object detection part that is adapted to detect an object which is present at a frontward position of the vehicle; and a control part that is configured to control the image generated by the image generation part and a switch mode of the plurality of reflection parts based on a detection condition of the object detection part .
Method for reducing interference between a Cyclic Prefix Orthogonal Frequency-Division Multiplexing, OFDM, signal and a Universal Filtered Multi-Carrier, UFMC, signal, the UFMC signal comprising a first frequency sub-band and at least a second frequency sub-band, the first frequency sub-band comprising a first group of subcarriers, the first frequency sub-band being filtered with a first frequency sub-band specific sideband suppression filter (106-1) for sideband suppression outside of said first frequency sub-band, the second frequency sub-band comprising a second group of subcarriers, the second frequency sub-band being filtered with a second frequency sub-band specific side-band suppression filter (106-1) for sideband suppression outside of said second frequency sub-band, the method comprising: transmitting the OFDM signal and the UFMC signal with a relative delay to each other.
Tyre pressure monitoring unit comprising a power source, a microcontroller, which comprises a pressure sensor and is connected to the power source, and a housing, in which the power source and the microprocessor are arranged, wherein the microcontroller is connected to a BLE (Bluetooth Low Energy) chip in the housing; characterized in that , in a default state of the tyre pressure monitoring unit, the BLE chip is in a sleep state and is activated by the microcontroller when the tyre pressure monitoring unit transitions from the default state into an active state, and wherein the tyre pressure monitoring unit transitions into the default state when the vehicle is parked and transitions out of the default state into an active state due to the occurrence of a pressure drop below a preset threshold value, and/or due to starting to drive.
A trawl door for being pulled by a trawler, comprising: an upper frame defining a top edge of the device; a lower frame defining a bottom edge of the device; panels connected between the lower and upper frames frames, said panels being of aerofoil construction and connected to the frames in their respective ends, and said panels are placed over each other thereby establishing one or more channels for water to flow through the trawl door when being pulled by the trawler, said trawl door being characterized in that pulling points are provided in the channels so as to produce angles of attack of the trawl door relative to the trawler of between 10 and 20 degrees.
A user equipment, UE , for a cellular communication system comprising a pico base station (5-2) and a macro base station (5-1) wherein the macro base station (5-1) is operable to transmit signals in any of a plurality of beamformed regions (B1-B6), the UE comprising: means for receiving, from said pico base station (5-2), control data for configuring signal quality measurements with respect to said signals transmitted by said macro base station (5-2), the signal quality measurements being for detecting beams that are interfering with communications for the UE ; performing means for performing said signal quality measurements for each beam; and transmitting means for transmitting, to said pico base station (5-2), a measurement report comprising a result of said signal quality measurements for each beam in association with interference information identifying a beamformed region (B1-B6) in which a signal to which said result of said signal quality measurements relates was transmitted, the interference information identifying an interference beam that has been determined to cause an interference to communications by the UE . means for receiving, from said pico base station (5-2), control data for configuring signal quality measurements with respect to said signals transmitted by said macro base station (5-2), the signal quality measurements being for detecting beams that are interfering with communications for the UE ; performing means for performing said signal quality measurements for each beam; and transmitting means for transmitting, to said pico base station (5-2), a measurement report comprising a result of said signal quality measurements for each beam in association with interference information identifying a beamformed region (B1-B6) in which a signal to which said result of said signal quality measurements relates was transmitted, the interference information identifying an interference beam that has been determined to cause an interference to communications by the UE .
A pharmaceutical formulation comprising mebendazole wherein at least 90% of the mebendazole in the formulation is polymorph C, and wherein the formulation is granulated.
Method for producing a fiber-reinforced plastic component, comprising the following process steps: - providing an at least two-layer or multilayer textile structure consisting of a carrier layer , onto which a short-fiber layer is applied, in which short fibers are saturated with a not-yet-polymerized, reactive, thermoplastic starting component of a matrix material , - assembling the textile structure to form a fiber-reinforced, semi-finished textile fiber product , and - pressing / deep-drawing the fiber-reinforced, semi-finished textile fiber product into the shape of the fiber-reinforced plastic component to be produced, viz., while simultaneously heating the fiber-reinforced, semi-finished textile fiber product to a temperature above the polymerization start temperature, wherein the carrier layer has at least one endless fiber layer which, in an impregnation step, is saturated with a reactive, thermoplastic starting component of a matrix material , and wherein the short fibers are provided as a non-processed, fresh (i.e., in a dry state) fiber material with a predefined fiber length, characterized in that the dry short fibers are applied to the already impregnated carrier layer . - providing an at least two-layer or multilayer textile structure consisting of a carrier layer , onto which a short-fiber layer is applied, in which short fibers are saturated with a not-yet-polymerized, reactive, thermoplastic starting component of a matrix material , - assembling the textile structure to form a fiber-reinforced, semi-finished textile fiber product , and - pressing / deep-drawing the fiber-reinforced, semi-finished textile fiber product into the shape of the fiber-reinforced plastic component to be produced, viz., while simultaneously heating the fiber-reinforced, semi-finished textile fiber product to a temperature above the polymerization start temperature, wherein the carrier layer has at least one endless fiber layer which, in an impregnation step, is saturated with a reactive, thermoplastic starting component of a matrix material , and wherein the short fibers are provided as a non-processed, fresh (i.e., in a dry state) fiber material with a predefined fiber length, characterized in that the dry short fibers are applied to the already impregnated carrier layer .
A computing system, comprising: a graphics processing unit ; and main processing circuitry operative to execute a set of computer program instructions to form: a hypervisor operative to virtualize hardware of the computing system; a control virtual machine ; and a rendering virtual machine , the control virtual machine being operative to manage the rendering virtual machine and a guest virtual machine (18-1), the guest virtual machine including an application program generating graphics information, the rendering virtual machine including a graphics driver native to the graphics processing unit and being assigned pass-through access to the graphics processing unit by the control virtual machine, the rendering virtual machine being operative to i) receive the graphics information from the application program via an inter-virtual-machine communication channel , ii) provide the received graphics information to the graphics driver, and iii) use the graphics driver to control operation of the graphics processing unit to perform graphics rendering operations based on the graphics information. a graphics processing unit ; and main processing circuitry operative to execute a set of computer program instructions to form: a hypervisor operative to virtualize hardware of the computing system; a control virtual machine ; and a rendering virtual machine , the control virtual machine being operative to manage the rendering virtual machine and a guest virtual machine (18-1), the guest virtual machine including an application program generating graphics information, the rendering virtual machine including a graphics driver native to the graphics processing unit and being assigned pass-through access to the graphics processing unit by the control virtual machine, the rendering virtual machine being operative to i) receive the graphics information from the application program via an inter-virtual-machine communication channel , ii) provide the received graphics information to the graphics driver, and iii) use the graphics driver to control operation of the graphics processing unit to perform graphics rendering operations based on the graphics information. a hypervisor operative to virtualize hardware of the computing system; a control virtual machine ; and a rendering virtual machine , the control virtual machine being operative to manage the rendering virtual machine and a guest virtual machine (18-1), the guest virtual machine including an application program generating graphics information, the rendering virtual machine including a graphics driver native to the graphics processing unit and being assigned pass-through access to the graphics processing unit by the control virtual machine, the rendering virtual machine being operative to i) receive the graphics information from the application program via an inter-virtual-machine communication channel , ii) provide the received graphics information to the graphics driver, and iii) use the graphics driver to control operation of the graphics processing unit to perform graphics rendering operations based on the graphics information.
A method for producing an acidified milk product, comprising the following steps: - providing a milk raw material, - concentrating the milk raw material by ultrafiltration to provide an ultrafiltration retentate and a pH neutral permeate fraction, - subjecting the ultrafiltration retentate to a diafiltration step, - acidifying the ultrafiltration retentate with an acidic aqueous solution before or during the diafiltration to provide an acidified diafiltration retentate having a pH of in the range of about 5.2 to about 6.5, specifically about 5.4 to about 5.7, a calcium/protein ratio of at most about 0.03, specifically at most about 0.025, more specifically at most about 0.02, and a phosphorous/protein ratio of at most about 0.025, specifically at most about 0.018, more specifically at most about 0.016, - processing the acidified diafiltration retentate to the acidified milk product having moisture on a fat-free basis of at least 70% by adding a suitable acidifying agent to the retentate. - providing a milk raw material, - concentrating the milk raw material by ultrafiltration to provide an ultrafiltration retentate and a pH neutral permeate fraction, - subjecting the ultrafiltration retentate to a diafiltration step, - acidifying the ultrafiltration retentate with an acidic aqueous solution before or during the diafiltration to provide an acidified diafiltration retentate having a pH of in the range of about 5.2 to about 6.5, specifically about 5.4 to about 5.7, a calcium/protein ratio of at most about 0.03, specifically at most about 0.025, more specifically at most about 0.02, and a phosphorous/protein ratio of at most about 0.025, specifically at most about 0.018, more specifically at most about 0.016, - processing the acidified diafiltration retentate to the acidified milk product having moisture on a fat-free basis of at least 70% by adding a suitable acidifying agent to the retentate.
An auxiliary scheduler subsystem for reducing interference in an optical wireless communication, OWC, network having a line-of-sight character, the OWC network comprising at least two coordinators (C1-Cn) and a plurality of network devices (D1-Dn) selectively associated to and synchronized with a respective one of the coordinators (C1-Cn), and wherein the at least two coordinators and the plurality of network devices share a same optical wireless medium of the OWC network via a time-division multiple access, TDMA, approach by dividing the wireless medium into consecutive time slots, at least part of the auxiliary scheduler subsystem co-located with a coordinator; the auxiliary scheduler subsystem is characterized in that : the auxiliary scheduler subsystem is configured: - to determine a first margin representing a time-interval needed to tolerate a deviation of a local time of the coordinator from a remote timing reference due to timing synchronization uncertainty of the coordinator against the remote timing reference; and - to reserve the first margin within an allocated time slot of the coordinator, which is adjacent to a neighboring time slot allocated to another coordinator than the allocated time slot. - to determine a first margin representing a time-interval needed to tolerate a deviation of a local time of the coordinator from a remote timing reference due to timing synchronization uncertainty of the coordinator against the remote timing reference; and - to reserve the first margin within an allocated time slot of the coordinator, which is adjacent to a neighboring time slot allocated to another coordinator than the allocated time slot.
A composition comprising: (a) a thiol-terminated sulfur-containing prepolymer; (b) a polyepoxide curing agent; and (c) a blocked 1,8-diazabicyclo[5.4.0]undec-7-ene bicarbonate catalyst. (a) a thiol-terminated sulfur-containing prepolymer; (b) a polyepoxide curing agent; and (c) a blocked 1,8-diazabicyclo[5.4.0]undec-7-ene bicarbonate catalyst.
A safety belt anchoring system, comprising: an anchor point for accepting an attachment point of a safety belt , the anchor point movably coupled to a seat structure , said anchor point is located on an anchor plate ,said anchor plate is pivotally attached to the seat structure at a pivot location offset from the anchor point , wherein the anchor point is movable between a first position and a second position, and wherein the anchor point is movable in response to load applied to the safety belt ; characterised in that the safety belt is a y-belt, the system further comprising: an additional anchor point for accepting a second attachment point of the safety belt , the additional anchor point located on the anchor plate .