mhurhangee/ep-ind-claims huggingface dataset:
A compressor comprising a cylinder for pumping the refrigerant fluid, a piston operating in the cylinder, a cylinder head providing the circulation of the refrigerant fluid sucked and pumped by the movement of the piston, a valve plate disposed between the cylinder and the cylinder head, a suction chamber under the cylinder head wherein the sucked refrigerant is collected, a discharge chamber wherein the pumped refrigerant fluid accumulates, an inlet passage and a discharge passage situated on the valve plate providing entry and exit of the refrigerant fluid in the suction and discharge chambers (7, 8) into/from the cylinder, a suction valve situated on one side of the valve plate, that opens and closes the inlet passage during the reciprocation of the piston providing the refrigerant fluid to be aspirated into the cylinder and an discharge valve on the other side of the valve plate, that opens and closes the discharge passage during the reciprocation of the piston providing the refrigerant fluid to be discharged from the cylinder, and a stopper that - is situated on the discharge valve at the valve plate, - restraining the movement of the discharge valve, allowing the discharge valve to be opened to a little extent and - comprising more than one cut-outs providing to reduce the surface area that the discharge valve contacts characterized by, - the stopper further comprising one or more protrusions that reduces the contact area of the discharge valve, providing the discharge valve, when opened, to only contact the protrusions which are arranged between the cut-outs. - is situated on the discharge valve at the valve plate, - restraining the movement of the discharge valve, allowing the discharge valve to be opened to a little extent and - comprising more than one cut-outs providing to reduce the surface area that the discharge valve contacts characterized by, - the stopper further comprising one or more protrusions that reduces the contact area of the discharge valve, providing the discharge valve, when opened, to only contact the protrusions which are arranged between the cut-outs. - restraining the movement of the discharge valve, allowing the discharge valve to be opened to a little extent and - comprising more than one cut-outs providing to reduce the surface area that the discharge valve contacts characterized by, - the stopper further comprising one or more protrusions that reduces the contact area of the discharge valve, providing the discharge valve, when opened, to only contact the protrusions which are arranged between the cut-outs.
A dispersion device, comprising: a dispersion plate having an inclined surface extending downwards obliquely from a center of the dispersion plate and having raw material inflow nozzles extending through the inclined surface, the raw material inflow nozzles being configured to introduce a raw material onto the inclined surface, wherein the raw material inflow nozzles include 2 to 6 raw material inflow nozzles arranged at intervals of 60 to 180 degrees about a circumferential direction of the inclined surface; and a band (140, 141) spaced apart from the inclined surface of the dispersion plate so as to form a gap between the band (140, 141) and the inclined surface, the band (140, 141) being configured so that the raw material flows through the gap when introduced onto the inclined surface. wherein the inclined surface has a semi-conical shape, and the band (140, 141) has a dam shape extending upwards relative to the inclined surface and extends in a ring shape in a circumferential direction of the inclined surface, wherein, for spacing apart the band (140, 141) from the inclined surface, the band (140, 141) is fixed to the inclined surface using a connecting member or a supporting member, and wherein the gap between the inclined surface and the band (140, 141) has a height of 1 to 5 mm. a dispersion plate having an inclined surface extending downwards obliquely from a center of the dispersion plate and having raw material inflow nozzles extending through the inclined surface, the raw material inflow nozzles being configured to introduce a raw material onto the inclined surface, wherein the raw material inflow nozzles include 2 to 6 raw material inflow nozzles arranged at intervals of 60 to 180 degrees about a circumferential direction of the inclined surface; and a band (140, 141) spaced apart from the inclined surface of the dispersion plate so as to form a gap between the band (140, 141) and the inclined surface, the band (140, 141) being configured so that the raw material flows through the gap when introduced onto the inclined surface. wherein the inclined surface has a semi-conical shape, and the band (140, 141) has a dam shape extending upwards relative to the inclined surface and extends in a ring shape in a circumferential direction of the inclined surface, wherein, for spacing apart the band (140, 141) from the inclined surface, the band (140, 141) is fixed to the inclined surface using a connecting member or a supporting member, and wherein the gap between the inclined surface and the band (140, 141) has a height of 1 to 5 mm.
A mobile telecommunications device placeable on the chest of a patient and arranged for monitoring the heart of the human or animal patient, the device comprising three motion sensors (2, 3, 4) for measuring an effect of heart function and producing respective motion signals indicative of the effect, a processor arranged to receive the signals and analyse them and to produce an output indicating a condition of the heart, wherein the processor is arranged to: analyse the signals to produce a further motion signal, wherein the further motion signal is independent of the orientation of the device with respect to the chest; characterised in that the processor is further arranged to: scan a time window of the further motion signal and identify a first-occurring peak above a cut-off value within the window representative of a heart beat; and when the peak has been identified, shift the time window to a time interval starting a predetermined time after the peak and identify a next peak in the shifted window. scan a time window of the further motion signal and identify a first-occurring peak above a cut-off value within the window representative of a heart beat; and when the peak has been identified, shift the time window to a time interval starting a predetermined time after the peak and identify a next peak in the shifted window.
A method for determining the degree of risk of onset of autism in a subject who is 18 years old or younger, comprising the step of measuring a very low-density lipoprotein contained in plasma or serum isolated from the subject, wherein the degree of risk of onset of autism of the subject is determined to be high when the triglyceride concentration in a very low-density lipoprotein fraction of the plasma or serum is 60 mg/dl or less.
Filter device, in particular for fish tanks or swimming pools, or also for purifying liquid commercial or industrial media, with a housing surrounding a filter chamber and an endless filter strip, contained in the filter chamber and through which the medium, which is to be purified by it, can flow from a dirty water region into a pure water region, and a purification device, by means of which the particles retained at the filter strip can be removed by means of spray jets, characterized in that the filter strip can be driven by a drive device, at which, during the event of a reference level (Pref) of the dirty water region being exceeded, continually applies a drive force, by means of which the at least pseudocontinuous drive movement of the filter strip can be generated, wherein the drive device is connected to a control arrangement, by means of which the purification device can be recurrently activated as a function of predetermined movement intervals of the drive movement.
A safe valve for a high pressure regulator, the safe valve comprising: a guide body coupled to a valve port prepared at a body of the high pressure regulator; a valve body couple to an upper end part of the guide body to open the valve port when overpressure occurs in a state that the valve port is closed; a lower spring installed inside the valve body for providing elastic force to the valve body; and a discharging pipe coupled to a lower part of the guide body for discharging fuel upon an opening operation of the valve body, wherein the safe valve has a function of a relief valve for relieving overpressure by discharging the fuel when the overpressure occurs inside the high pressure regulator, and a function of a purge valve separated from the body to discharge the fuel inside the high pressure regulator, characterized in that the safe valve further comprising a separation preventing pin for preventing the discharging pipe from being completely separated from the guide body, wherein the separation preventing pin is installed by penetrating through one side of the guide body, an inner end of the separation preventing pin is inserted into a moving space formed between an annular rib provided at an upper end part of the discharging pipe and a central part of the discharging pipe, and a separable distance of the discharging pipe from the guide body is limited within a height of the moving space. a guide body coupled to a valve port prepared at a body of the high pressure regulator; a valve body couple to an upper end part of the guide body to open the valve port when overpressure occurs in a state that the valve port is closed; a lower spring installed inside the valve body for providing elastic force to the valve body; and a discharging pipe coupled to a lower part of the guide body for discharging fuel upon an opening operation of the valve body, wherein the safe valve has a function of a relief valve for relieving overpressure by discharging the fuel when the overpressure occurs inside the high pressure regulator, and a function of a purge valve separated from the body to discharge the fuel inside the high pressure regulator, characterized in that the safe valve further comprising a separation preventing pin for preventing the discharging pipe from being completely separated from the guide body, wherein the separation preventing pin is installed by penetrating through one side of the guide body, an inner end of the separation preventing pin is inserted into a moving space formed between an annular rib provided at an upper end part of the discharging pipe and a central part of the discharging pipe, and a separable distance of the discharging pipe from the guide body is limited within a height of the moving space.
Apparatus for use in an application control network, wherein the apparatus comprises a network interface to receive control messages from or send messages to other components within the application control network, wherein the apparatus further comprises: a storage unit for storing a schedule provided by a control message from a control unit via the network interface, wherein the schedule comprises information indicating different power modes of operation for the apparatus for specific time slots of operation; and a processing unit for processing the schedule to operate the apparatus in different power modes for a predetermined time in accordance with the schedule, wherein the apparatus is adapted to power down its network interface which provides a communicative coupling to the control unit in accordance with at least one predetermined time slot in the schedule. a storage unit for storing a schedule provided by a control message from a control unit via the network interface, wherein the schedule comprises information indicating different power modes of operation for the apparatus for specific time slots of operation; and a processing unit for processing the schedule to operate the apparatus in different power modes for a predetermined time in accordance with the schedule, wherein the apparatus is adapted to power down its network interface which provides a communicative coupling to the control unit in accordance with at least one predetermined time slot in the schedule.
A peritoneal dialysis ("PD") system comprising: a cycler including an actuation surface having a peristaltic pump actuator, and at least one pair of capacitive sensing plates (44, 46); a manifold assembly including a rigid manifold having first and second chambers (110a, 110b), the rigid manifold configured and arranged to be abutted against the actuation surface for operation, wherein the at least one pair of capacitive sensing plates is positioned to be operable with at least one of the first chamber or the second chamber, and a peristaltic pump tube extending from the first chamber to the second chamber of the rigid manifold; and a control unit configured to (i) cause the peristaltic pump actuator to actuate the peristaltic pump tube to pump an amount of dialysis fluid from the second chamber to the first chamber, (ii) receive a signal from each of the at least one pair of capacitive sensing plates, the at least one signal indicative of the amount of dialysis fluid pumped, (iii) count a number of revolutions of the peristaltic pump actuator needed to pump the amount of dialysis fluid from the second chamber to the first chamber, (iv) determine a current volume per revolution for the peristaltic pump actuator, and (v) use the current volume per revolution for at least one subsequent operation of the peristaltic pump actuator. a cycler including an actuation surface having a peristaltic pump actuator, and at least one pair of capacitive sensing plates (44, 46); an actuation surface having a peristaltic pump actuator, and at least one pair of capacitive sensing plates (44, 46); a manifold assembly including a rigid manifold having first and second chambers (110a, 110b), the rigid manifold configured and arranged to be abutted against the actuation surface for operation, wherein the at least one pair of capacitive sensing plates is positioned to be operable with at least one of the first chamber or the second chamber, and a peristaltic pump tube extending from the first chamber to the second chamber of the rigid manifold; and a rigid manifold having first and second chambers (110a, 110b), the rigid manifold configured and arranged to be abutted against the actuation surface for operation, wherein the at least one pair of capacitive sensing plates is positioned to be operable with at least one of the first chamber or the second chamber, and a peristaltic pump tube extending from the first chamber to the second chamber of the rigid manifold; and a control unit configured to (i) cause the peristaltic pump actuator to actuate the peristaltic pump tube to pump an amount of dialysis fluid from the second chamber to the first chamber, (ii) receive a signal from each of the at least one pair of capacitive sensing plates, the at least one signal indicative of the amount of dialysis fluid pumped, (iii) count a number of revolutions of the peristaltic pump actuator needed to pump the amount of dialysis fluid from the second chamber to the first chamber, (iv) determine a current volume per revolution for the peristaltic pump actuator, and (v) use the current volume per revolution for at least one subsequent operation of the peristaltic pump actuator.
An image forming apparatus comprising: a main body; a printing medium supply device configured to supply a printing medium and a first printing medium supply device and a second printing medium supply device which are provided at different positions in the main body; a feeding roller device provided inside the main body to convey the printing medium upon receiving the printing medium supplied by the printing medium supply device; and a guide unit (150, 350) disposed to guide the printing medium supplied by the printing medium supply device to the feeding roller device, the guide unit (150, 350) including: a first guide member (151, 351) rotatable in a first direction to provide access to the printing medium when the printing medium is jammed inside the main body, and a second guide member (152, 352) provided to be rotatable, along the first direction, together with the first guide member (150, 352), characterised in that the first guide member (151, 351) is disposed to guide the printing medium supplied by the first printing medium supply device to the feeding roller device, and the second guide member (152, 352) is disposed to guide the printing medium supplied by the second printing medium supply device to the feeding roller device. a main body; a printing medium supply device configured to supply a printing medium and a first printing medium supply device and a second printing medium supply device which are provided at different positions in the main body; a feeding roller device provided inside the main body to convey the printing medium upon receiving the printing medium supplied by the printing medium supply device; and a guide unit (150, 350) disposed to guide the printing medium supplied by the printing medium supply device to the feeding roller device, the guide unit (150, 350) including: a first guide member (151, 351) rotatable in a first direction to provide access to the printing medium when the printing medium is jammed inside the main body, and a second guide member (152, 352) provided to be rotatable, along the first direction, together with the first guide member (150, 352), characterised in that the first guide member (151, 351) is disposed to guide the printing medium supplied by the first printing medium supply device to the feeding roller device, and the second guide member (152, 352) is disposed to guide the printing medium supplied by the second printing medium supply device to the feeding roller device. a first guide member (151, 351) rotatable in a first direction to provide access to the printing medium when the printing medium is jammed inside the main body, and a second guide member (152, 352) provided to be rotatable, along the first direction, together with the first guide member (150, 352), characterised in that the first guide member (151, 351) is disposed to guide the printing medium supplied by the first printing medium supply device to the feeding roller device, and the second guide member (152, 352) is disposed to guide the printing medium supplied by the second printing medium supply device to the feeding roller device.
A communication method performed by an access point, comprising: broadcasting a request to send, RTS, frame, wherein the RTS comprises a first bandwidth parameter, and the first bandwidth parameter indicates an available bandwidth of an access point; receive a clear to send, CTS, frame from a first station in response to the RTS frame, wherein the CTS comprises a second bandwidth parameter, and the second bandwidth parameter is corresponding to bandwidth required by the first station; confirm, based on the receipt of the CTS frame, that an RTC/CTS frame transmission is successful; and sending a first trigger frame to the first station on the bandwidth required by the first station, wherein the first trigger frame is used to schedule the first station to send uplink data; sending the first trigger frame to a second station on a channel set corresponding to remaining bandwidth when the first bandwidth parameter is greater than the second bandwidth parameter, wherein the first trigger frame is used to schedule the second station to send uplink data. broadcasting a request to send, RTS, frame, wherein the RTS comprises a first bandwidth parameter, and the first bandwidth parameter indicates an available bandwidth of an access point; receive a clear to send, CTS, frame from a first station in response to the RTS frame, wherein the CTS comprises a second bandwidth parameter, and the second bandwidth parameter is corresponding to bandwidth required by the first station; confirm, based on the receipt of the CTS frame, that an RTC/CTS frame transmission is successful; and sending a first trigger frame to the first station on the bandwidth required by the first station, wherein the first trigger frame is used to schedule the first station to send uplink data; sending the first trigger frame to a second station on a channel set corresponding to remaining bandwidth when the first bandwidth parameter is greater than the second bandwidth parameter, wherein the first trigger frame is used to schedule the second station to send uplink data.
A method of navigating a plurality of vehicles consisting of one or more standalone tugs (3, 3-1 - 3-5), or one or more tug propelled aircraft (1, 1-1, 1-2, 1-3, 1-4), or some combination thereof on the grounds of an airport, the method comprises: (a) electronically defining around each vehicle a virtual safety zone (24-1, 24-2, 24-1', 24-2', 26-1, 26-2, 26-1', 26-2'); (b) electronically controlling movement of each vehicle on the grounds of an airport based on the virtual safety zones (24-1, 24-2, 24-1', 24-2', 26-1, 26-2, 26-1', 26-2') defined around the plurality of vehicles; characterised by, (c) electronically redefining at least one dimension of one virtual safety zone (24-1, 24-2, 24-1', 24-2', 26-1, 26-2, 26-1', 26-2') based on a sensor detecting that the vehicle associated with said one virtual safety zone changes from a standalone tug (3-1, 3-2) to a tug propelled aircraft (1, 1-1, 1-2, 1-3, 1-4), or vice versa, wherein the sensor is coupled to a controller of the tug. (a) electronically defining around each vehicle a virtual safety zone (24-1, 24-2, 24-1', 24-2', 26-1, 26-2, 26-1', 26-2'); (b) electronically controlling movement of each vehicle on the grounds of an airport based on the virtual safety zones (24-1, 24-2, 24-1', 24-2', 26-1, 26-2, 26-1', 26-2') defined around the plurality of vehicles; characterised by, (c) electronically redefining at least one dimension of one virtual safety zone (24-1, 24-2, 24-1', 24-2', 26-1, 26-2, 26-1', 26-2') based on a sensor detecting that the vehicle associated with said one virtual safety zone changes from a standalone tug (3-1, 3-2) to a tug propelled aircraft (1, 1-1, 1-2, 1-3, 1-4), or vice versa, wherein the sensor is coupled to a controller of the tug.
A B7RP1 antagonist for use in decreasing IgE production in a patient suffering from an allergic response comprising administering the antagonist in an amount effective to decrease IgE production, wherein the antagonist is an antibody which binds B7RP1 and partially or completely inhibits IgE production.
A device (100; 100') for electric wiring systems, designed to control electrical apparatus in an electrical wiring system or to connect electrical apparatus external to the electrical wiring system, comprising an operating portion designed to open/close an electrical contact or to receive a connector of the electrical apparatus external to the wiring system, an inlet opening designed to receive at least one electrical wire of the wiring system, a conductor terminal (2, 2') on which the electrical wire is secured, wherein the conductor terminal (2, 2') comprises a conductor surface aligned with a direction of insertion of the wire W into said inlet opening, a resilient locking member and an actuation device for the resilient locking member, the locking member comprising a fastening portion formed by a planar surface coupled to said conductor surface, an operating portion resiliently connected to the conductor terminal (2, 2') and on which the actuation device may act, a resiliently deformable connecting portion extending as a bridge between the fastening portion and the operating portion over an angle of at least 180°, and a locking portion connected to the operating portion at the opposite end of the connecting portion and in which a passage opening is formed, through which the conductor surface extends, said fastening portion passing through the passage opening whereby the passage opening comprises an edge designed to abut against the conductor surface when the resilient locking member is in a rest position, and wherein said edge is moved away from the conductor surface when the actuation device acts on the resilient locking member, and in that the locking portion comprises a guide end which faces the inlet opening, said guide end being inclined towards the inlet opening when the resilient locking member is in the rest position.