mhurhangee/patent-ind-claim-en huggingface dataset:
A particle sensor comprising: an input flow channel for receiving a gas flow with entrained matter to be sensed; a thermophoretic arrangement to induce a thermophoretic particle movement from a first region of the input flow channel to a second region of the input flow channel , the first region being warmer than the second region ; and wherein the first region of the input flow channel couples to a first output flow region and the second region of the input flow channel couples to a second output flow region ; characterized in that the particle sensor further comprises a sensor comprising a particle sensor component which is located downstream of the first region of the input flow channel in the first output flow region . an input flow channel for receiving a gas flow with entrained matter to be sensed; a thermophoretic arrangement to induce a thermophoretic particle movement from a first region of the input flow channel to a second region of the input flow channel , the first region being warmer than the second region ; and wherein the first region of the input flow channel couples to a first output flow region and the second region of the input flow channel couples to a second output flow region ; characterized in that the particle sensor further comprises a sensor comprising a particle sensor component which is located downstream of the first region of the input flow channel in the first output flow region .
Modular training and/or rehabilitation device for soccer players comprising : - a plurality of panels interconnected to form a parallelepipedic hollow solid, - at least one opening in at least one panel of said plurality of panels, known as the handling panel , forming a handle for gripping and moving the modular device, - four solid panels of said plurality of panels, so-called kicking panels , each forming a deflection surface against which a footballer can string together ball strikes, said four kicking panels being adjacent to one another so as to form four deflection surfaces for four footballers practising simultaneously. - a plurality of panels interconnected to form a parallelepipedic hollow solid, - at least one opening in at least one panel of said plurality of panels, known as the handling panel , forming a handle for gripping and moving the modular device, - four solid panels of said plurality of panels, so-called kicking panels , each forming a deflection surface against which a footballer can string together ball strikes, said four kicking panels being adjacent to one another so as to form four deflection surfaces for four footballers practising simultaneously.
A separated solids monitoring system comprising a pressurised solids accumulator vessel for receiving separated process solids, a weighing platform located inside the accumulator and arranged to carry process solids as they settle in the accumulator, a force transducer located inside the pressurised accumulator and mechanically coupled to the weighing platform to provide a weight signal which is a measure of gravitational force on the weighing platform , and characterised by mechanically based pressure compensation means integrated within the force transducer , comprising a load cell contained in a sealed chamber filled with a clean generally incompressible fluid such as oil, and part of the chamber wall being flexible to form a diaphragm which allows external pressure from the accumulator vessel to be applied to the clean generally incompressible fluid so that the clean fluid is at the same pressure as the external fluids in the accumulator vessel, whereby the force transducer is arranged substantially to compensate and remove a force offset in the weight signal due to the pressure of fluids in the solids accumulator thereby allowing a fuller measurement range of the force transducer to be used and substantially dedicated to indicating a mass of solids on the weighing platform .
An air-conditioning apparatus , comprising; a compressor , a heat source side heat exchanger , a plurality of expansion devices , and a plurality of use side heat exchangers being connected by refrigerant piping constituting a refrigeration cycle; the air-conditioning apparatus being characterized in that it further comprises: human detection devices each detecting the number of people in one conditioned space among a plurality of conditioned spaces supplied with conditioned air from the use side heat exchangers ; and control means controlling an amount of refrigerant supplied to the use side heat exchangers by controlling opening degrees of the expansion devices on the basis of detection results of the human detection devices , wherein the control means , when comparing each detection result of the human detection devices with a first predetermined value and determining that there is a conditioned space in which the number of stayed people of the detection result is less than the first predetermined value, changes the opening degree of the expansion device that is connected to the use side heat exchanger corresponding to the conditioned space so that the amount of refrigerant supplied to the use side heat exchanger corresponding to the conditioned space is reduced. human detection devices each detecting the number of people in one conditioned space among a plurality of conditioned spaces supplied with conditioned air from the use side heat exchangers ; and control means controlling an amount of refrigerant supplied to the use side heat exchangers by controlling opening degrees of the expansion devices on the basis of detection results of the human detection devices , wherein the control means , when comparing each detection result of the human detection devices with a first predetermined value and determining that there is a conditioned space in which the number of stayed people of the detection result is less than the first predetermined value, changes the opening degree of the expansion device that is connected to the use side heat exchanger corresponding to the conditioned space so that the amount of refrigerant supplied to the use side heat exchanger corresponding to the conditioned space is reduced.
An indoor display apparatus of a vehicle, comprising: a vehicle state input unit configured to receive a vehicle state; a front detection unit configured to detect a forward object ahead of a vehicle; a flip-dot display installed at the top of a cockpit module , and configured to implement a pixel by rotating a flip disk ; an illumination module installed around the flip-dot display , and configured to illuminate the surface of the flip-dot display ; and a control unit configured to receive an operation mode of the vehicle from the vehicle state input unit , receive a distance to the forward object and a direction of the forward object from the front detection unit , and operate the flip-dot display and the illumination module . a vehicle state input unit configured to receive a vehicle state; a front detection unit configured to detect a forward object ahead of a vehicle; a flip-dot display installed at the top of a cockpit module , and configured to implement a pixel by rotating a flip disk ; an illumination module installed around the flip-dot display , and configured to illuminate the surface of the flip-dot display ; and a control unit configured to receive an operation mode of the vehicle from the vehicle state input unit , receive a distance to the forward object and a direction of the forward object from the front detection unit , and operate the flip-dot display and the illumination module .
A computer-implemented method for obtaining information about foods consumed by a diabetic subject to control their food intake and accompanying blood glucose levels, the method comprising: - determining, by a location detection system of a portable device possessed by the subject, a location of the portable device ; - providing, at an output device of the portable device , to the subject a list of food items, provided by a food database containing information about various foods, in which foods available at the determined location are at least emphasized, wherein said providing to the subject the list of food items includes emphasizing the foods available at the determined location by sorting the list of food items based on proximity to the subject; - if it is determined that the determined location lacks food items that meet dietary requirements for the subject, providing via the portable device a list of alternative locations that meet the dietary requirements for the subject; - receiving, at an input device of the portable device , a selection from the list that is indicative of a food consumed by the subject; - collecting glucose readings from the subject; - storing the glucose readings and the selection of the food consumed in a memory of the portable device or in the food database ; and - processing the glucose readings and the selection of the food consumed to identify any patterns for the glucose readings. - determining, by a location detection system of a portable device possessed by the subject, a location of the portable device ; - providing, at an output device of the portable device , to the subject a list of food items, provided by a food database containing information about various foods, in which foods available at the determined location are at least emphasized, wherein said providing to the subject the list of food items includes emphasizing the foods available at the determined location by sorting the list of food items based on proximity to the subject; - if it is determined that the determined location lacks food items that meet dietary requirements for the subject, providing via the portable device a list of alternative locations that meet the dietary requirements for the subject; - receiving, at an input device of the portable device , a selection from the list that is indicative of a food consumed by the subject; - collecting glucose readings from the subject; - storing the glucose readings and the selection of the food consumed in a memory of the portable device or in the food database ; and - processing the glucose readings and the selection of the food consumed to identify any patterns for the glucose readings.
A method of generating neighbor location information, performed in a multi-hop wireless communication network, the method comprising: transmitting (S1310), by any one of a base station and a relay station, a location request (MR_LOC_REQ) message to neighboring nodes belonging to the wireless communication network, wherein a neighbor node is any one of a base station and a relay station; receiving (S1320), by the respective one of the base station and the relay station, a location response (MR_LOC_RSP) message from the neighboring nodes, wherein the location response message comprises location information of the neighboring nodes comprised in the location request message; generating a neighbor list using the location response message, characterized in that the neighbor list comprises a distance and an angle between the base station or the relay station and neighboring nodes and wherein the neighbor list is generated by setting a predetermined number of zones according to an angular range based on a predetermined reference point, and by selecting neighboring nodes corresponding to a local policy for each zone, wherein the neighboring nodes are located within a predetermined distance d from the reference point, wherein the predetermined distance d may be differently set for each zone, and wherein the reference point corresponds to the base station or the relay station; and generating, by the respective one of the base station and the relay station, a neighbor advertisement message using the neighbor list. transmitting (S1310), by any one of a base station and a relay station, a location request (MR_LOC_REQ) message to neighboring nodes belonging to the wireless communication network, wherein a neighbor node is any one of a base station and a relay station; receiving (S1320), by the respective one of the base station and the relay station, a location response (MR_LOC_RSP) message from the neighboring nodes, wherein the location response message comprises location information of the neighboring nodes comprised in the location request message; generating a neighbor list using the location response message, characterized in that the neighbor list comprises a distance and an angle between the base station or the relay station and neighboring nodes and wherein the neighbor list is generated by setting a predetermined number of zones according to an angular range based on a predetermined reference point, and by selecting neighboring nodes corresponding to a local policy for each zone, wherein the neighboring nodes are located within a predetermined distance d from the reference point, wherein the predetermined distance d may be differently set for each zone, and wherein the reference point corresponds to the base station or the relay station; and generating, by the respective one of the base station and the relay station, a neighbor advertisement message using the neighbor list.
A binocular telescope with a digital laser ranging function, comprising two cylinders, each cylinder comprising an objective component, a beam splitter and coincidence prism system and an ocular component, and the beam splitter and coincidence prism system being arranged between the objective component and the ocular component; characterized in that : in one of the cylinders the beam splitter and coincidence prism system comprises a roof prism and a composite prism, the composite prism is composed of an isosceles prism , a right-angle prism A and a right-angle prism B , wherein the right-angle prism A and the right-angle prism B have the same shape and symmetrically abut on two isosceles planes of the isosceles prism; in the other of the cylinders the beam splitter and coincidence prism system comprises a roof prism and a composite prism, the composite prism composed of a right-angle prism A and a right-angle prism ; wherein a right-angle plane of the right-angle prism is longer than the slope of the right-angle prism A , and the right-angle plane abuts on the slope of the right-angle prism A , and a detector B is arranged in parallel on the reflection and transmission plane of the right-angle prism ; and in the cylinder comprising the composite prism composed with the isosceles prism a respective light path is provided with an emission device (7A1) at a position opposite to the detector B so that the laser can be emitted from the respective objective component as a collimated beam. in one of the cylinders the beam splitter and coincidence prism system comprises a roof prism and a composite prism, the composite prism is composed of an isosceles prism , a right-angle prism A and a right-angle prism B , wherein the right-angle prism A and the right-angle prism B have the same shape and symmetrically abut on two isosceles planes of the isosceles prism; in the other of the cylinders the beam splitter and coincidence prism system comprises a roof prism and a composite prism, the composite prism composed of a right-angle prism A and a right-angle prism ; wherein a right-angle plane of the right-angle prism is longer than the slope of the right-angle prism A , and the right-angle plane abuts on the slope of the right-angle prism A , and a detector B is arranged in parallel on the reflection and transmission plane of the right-angle prism ; and in the cylinder comprising the composite prism composed with the isosceles prism a respective light path is provided with an emission device (7A1) at a position opposite to the detector B so that the laser can be emitted from the respective objective component as a collimated beam.
A station, STA, in a basic service set, BSS, the STA comprising: a sensing module , configured to sense a channel; a contention module , configured to obtain the channel by means of contention in response to sensing that the channel is in an idle state; characterized in that the STA further comprises a transferring module, the transferring module is configured to transfer a permission to control the channel to an access point, AP, in the BSS, such that the channel is subsequently centrally scheduled and controlled by the AP. a sensing module , configured to sense a channel; a contention module , configured to obtain the channel by means of contention in response to sensing that the channel is in an idle state; characterized in that the STA further comprises a transferring module, the transferring module is configured to transfer a permission to control the channel to an access point, AP, in the BSS, such that the channel is subsequently centrally scheduled and controlled by the AP.
An apparatus implementing a medium access control layer protocol, and a link layer control protocol being operated on top of the medium access control layer protocol and providing services to an upper layer protocol, comprising: at least one processor; at least one memory including computer program code, wherein the computer program code, when executed by the processor, cause the apparatus to perform at least the following steps of: receiving (S10) data units from the medium access control layer protocol implementing multiple hybrid automatic repeat request, HARQ, processes; reordering (S14) data units provided by the medium access control layer protocol out of sequence; reassembling (S16) data units in sequence for forwarding of service data units to the upper layer protocol; starting (S28; S52) a first timer (30; 44) to delay issuance of a retransmission request for a missing data unit from the link layer control protocol triggered by detection of the missing data unit until expiry of the first timer (30; 44); and starting a second timer (36; 44) triggered by issuance of the retransmission request for the missing data unit from the link layer control protocol. receiving (S10) data units from the medium access control layer protocol implementing multiple hybrid automatic repeat request, HARQ, processes; reordering (S14) data units provided by the medium access control layer protocol out of sequence; reassembling (S16) data units in sequence for forwarding of service data units to the upper layer protocol; starting (S28; S52) a first timer (30; 44) to delay issuance of a retransmission request for a missing data unit from the link layer control protocol triggered by detection of the missing data unit until expiry of the first timer (30; 44); and starting a second timer (36; 44) triggered by issuance of the retransmission request for the missing data unit from the link layer control protocol.
A compound that inhibits granulocyte colony stimulating factor (G-CSF) signaling for use in a method for preventing ischemia-reperfusion injury in a subject, wherein the ischemia-reperfusion injury is due to or associated with tissue or organ transplantation or surgery, and wherein the compound that inhibits G-CSF signaling is a protein comprising an antibody variable region that specifically binds to G-CSF or G-CSF receptor (G-CSFR) and neutralizes G-CSF signaling.
A vehicle auxiliary instrument panel mounting assembly, comprising a floor , which is provided with a chute extending in a front-rear direction of a vehicle body, wherein a wall of the chute is provided with at least two groups of locking holes spaced in an extension direction of the chute , and the floor is provided with limiting parts in one-to-one corresponding to the at least two groups of locking holes; and an auxiliary instrument panel , wherein a bottom of the auxiliary instrument panel is located in the chute and can move along the chute , a front side plate or a rear side plate of the auxiliary instrument panel is provided with a first clasp , a locking part connected with the first clasp is arranged inside the auxiliary instrument panel and is inserted into one group of the locking holes, the locking part has an unlocking state in which the locking part moves to be separated from one group of the locking holes due to pulling of the first clasp , and the locking part also has a locking state in which the locking part is locked in one group of the locking holes due to contact with the limiting parts . a floor , which is provided with a chute extending in a front-rear direction of a vehicle body, wherein a wall of the chute is provided with at least two groups of locking holes spaced in an extension direction of the chute , and the floor is provided with limiting parts in one-to-one corresponding to the at least two groups of locking holes; and an auxiliary instrument panel , wherein a bottom of the auxiliary instrument panel is located in the chute and can move along the chute , a front side plate or a rear side plate of the auxiliary instrument panel is provided with a first clasp , a locking part connected with the first clasp is arranged inside the auxiliary instrument panel and is inserted into one group of the locking holes, the locking part has an unlocking state in which the locking part moves to be separated from one group of the locking holes due to pulling of the first clasp , and the locking part also has a locking state in which the locking part is locked in one group of the locking holes due to contact with the limiting parts .
A stator mount assembly comprising: a stator vane ; a slot formed on a case structure for receiving a vane foot ; and a wear liner (72; 94) for the stator vane comprising: a shaped member comprising a U-shaped portion (78; 108) for receiving a foot of a stator vane ; a first end (80; 96) biased into contact with the stator vane ; and a spring seal (84; 104) extending from the U-shaped portion (78; 108) and biased into contact with a support structure supporting the stator vane ; the wear liner (72; 94) including a second end (82; 98) extending transverse overlapping an outer surface of the foot ; characterized in that : the spring seal (84; 104) is attached to the U-shaped portion (78; 108). a stator vane ; a slot formed on a case structure for receiving a vane foot ; and a wear liner (72; 94) for the stator vane comprising: a shaped member comprising a U-shaped portion (78; 108) for receiving a foot of a stator vane ; a first end (80; 96) biased into contact with the stator vane ; and a spring seal (84; 104) extending from the U-shaped portion (78; 108) and biased into contact with a support structure supporting the stator vane ; a shaped member comprising a U-shaped portion (78; 108) for receiving a foot of a stator vane ; a first end (80; 96) biased into contact with the stator vane ; and a spring seal (84; 104) extending from the U-shaped portion (78; 108) and biased into contact with a support structure supporting the stator vane ; the wear liner (72; 94) including a second end (82; 98) extending transverse overlapping an outer surface of the foot ; characterized in that : the spring seal (84; 104) is attached to the U-shaped portion (78; 108).