mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling plate assembly for an injection molding machine, the assembly comprising: a) a cooling plate having a plate front surface ; b) an air channel extending within a thickness of the cooling plate generally parallel to the plate front surface; c) a plate bore extending into the cooling plate from the plate front surface, the plate bore extending lengthwise along a plate bore axis between a plate bore first end open to the plate front surface and a plate bore second end in fluid communication with the air channel, the plate bore for providing fluid communication between the air channel and a cavity of a cooling tube (300, 1300. 2300, 3300, 4300) mountable to the cooling plate, the cavity for receiving at least a portion of a molded article; and d) a valve within the plate bore for regulating air flow between the air channel and the cavity, characterized in that the valve is disposed along the plate bore axis between the plate bore second end and a plate bore opening in the plate bore front surface at the plate bore first end, and that when the valve is in the first position, a first air flow passage extending through the plate bore via the plate bore opening is open for conducting air from the cavity to the air channel to draw the molded article into the cavity, and when the valve is moved to the second position, the first air flow passage is obstructed to reduce air flow between the cavity and the air channel, and a second air flow passage extending through the plate bore via the plate bore opening is opened for conducting air from the air channel to the cavity to assist ejection of the molded article from the cavity. a) a cooling plate having a plate front surface ; b) an air channel extending within a thickness of the cooling plate generally parallel to the plate front surface; c) a plate bore extending into the cooling plate from the plate front surface, the plate bore extending lengthwise along a plate bore axis between a plate bore first end open to the plate front surface and a plate bore second end in fluid communication with the air channel, the plate bore for providing fluid communication between the air channel and a cavity of a cooling tube (300, 1300. 2300, 3300, 4300) mountable to the cooling plate, the cavity for receiving at least a portion of a molded article; and d) a valve within the plate bore for regulating air flow between the air channel and the cavity,
An optical device for an optical network, the optical device comprising: an optical input for receiving an optical signal; a passive optical component ; a memory device for storing information relating to the passive optical component; an optical splitter configured to power split off a portion of the received optical signal to form a split optical signal and to output a the remaining optical power of the received optical signal to the passive optical component; a photodetector configured to receive the split optical signal and configured to generate a corresponding photodetector output signal; an accumulator configured to be charged by the photodetector output signal; a laser configured to be powered by the accumulator; a controller configured to, in response to a trigger from the photodetector, read said information from the memory device and to cause the laser to transmit an optical signal carrying a message based on said information read from the memory device; and an optical output for outputting the optical signal. an optical input for receiving an optical signal; a passive optical component ; a memory device for storing information relating to the passive optical component; an optical splitter configured to power split off a portion of the received optical signal to form a split optical signal and to output a the remaining optical power of the received optical signal to the passive optical component; a photodetector configured to receive the split optical signal and configured to generate a corresponding photodetector output signal; an accumulator configured to be charged by the photodetector output signal; a laser configured to be powered by the accumulator; a controller configured to, in response to a trigger from the photodetector, read said information from the memory device and to cause the laser to transmit an optical signal carrying a message based on said information read from the memory device; and an optical output for outputting the optical signal.
An air-conditioning apparatus comprising: a refrigerant circuit in which a compressor , a heat-source-side heat exchanger , an expansion valve , and a user-side heat exchanger are sequentially connected, and refrigerant circulates therethrough, the refrigerant being HFO1123 refrigerant or a refrigerant mixture containing HFO1123; a fan sending air to the heat-source-side heat exchanger ; a discharge temperature sensor configured to detect a temperature of refrigerant discharged from the compressor ; a discharge pressure sensor configured to detect a pressure of the refrigerant discharged from the compressor ; and a controller configured to control at least one of an operation frequency of the compressor , an opening degree of the expansion valve , and an air amount of the fan so that a temperature and a pressure of the refrigerant discharged from the compressor do not exceed threshold values which are lower than a temperature and a pressure in a disproportionation region. a refrigerant circuit in which a compressor , a heat-source-side heat exchanger , an expansion valve , and a user-side heat exchanger are sequentially connected, and refrigerant circulates therethrough, the refrigerant being HFO1123 refrigerant or a refrigerant mixture containing HFO1123; a fan sending air to the heat-source-side heat exchanger ; a discharge temperature sensor configured to detect a temperature of refrigerant discharged from the compressor ; a discharge pressure sensor configured to detect a pressure of the refrigerant discharged from the compressor ; and a controller configured to control at least one of an operation frequency of the compressor , an opening degree of the expansion valve , and an air amount of the fan so that a temperature and a pressure of the refrigerant discharged from the compressor do not exceed threshold values which are lower than a temperature and a pressure in a disproportionation region.
Microfluidic analysis system for analysing blood samples, having a sample input chamber with an opening and with three spatially separated input regions into which constituents of the blood sample can be input separately from one another, characterized in that the sample input chamber has at least two connection lines via which the constituents of the blood sample can be transported away into analysis chambers and via which a conveying fluid can be supplied to the sample input chamber , moreover having at least one reservoir which is filled with a conveying fluid which can be conveyed via a first connection line into the sample input chamber in order to transport constituents of the blood sample away from the sample input chamber .
A lithotripter for fragmenting urinary tract stones, the lithotripter comprising: an ultrasonic driver configured to produce an ultrasonic waveform having an ultrasonic frequency; a sonic driver configured to produce a sonic waveform having a sonic frequency, the sonic driver being mechanically coupled to the ultrasonic driver ; a driver housing , the ultrasonic driver and the sonic driver being disposed within the driver housing ; a wave guide shaft for transmitting the ultrasonic and sonic waveforms to at least one urinary tract stone, the wave guide shaft being driven by at least one of the ultrasonic driver and the sonic driver ; and one or more dampening support members connected between the ultrasonic driver , the sonic driver , or both and the driver housing . an ultrasonic driver configured to produce an ultrasonic waveform having an ultrasonic frequency; a sonic driver configured to produce a sonic waveform having a sonic frequency, the sonic driver being mechanically coupled to the ultrasonic driver ; a driver housing , the ultrasonic driver and the sonic driver being disposed within the driver housing ; a wave guide shaft for transmitting the ultrasonic and sonic waveforms to at least one urinary tract stone, the wave guide shaft being driven by at least one of the ultrasonic driver and the sonic driver ; and one or more dampening support members connected between the ultrasonic driver , the sonic driver , or both and the driver housing .
A Radio Frequency, RF, connector, wherein the RF connector comprises: a rotation shaft , which comprises a first connection contact and a second connection contact, the first connection contact and the second connection contact forming rotation shaft structures which are rotatable relative to each other, and the first connection contact and the second connection contact forming an electrical connection; a first connection wire , which is connected with the first connection contact ; and a second connection wire , which is connected with the second connection contact, characterized in that the rotation shaft further comprises a shielding shell , the shielding shell is an integrated structure, the shielding shell is fixed outside the first connection contact or outside the second connection contact, wherein when the first connection contact and the second connection contact are connected with each other, both the first connection contact and the second connection contact are located in the shielding shell. a rotation shaft , which comprises a first connection contact and a second connection contact, the first connection contact and the second connection contact forming rotation shaft structures which are rotatable relative to each other, and the first connection contact and the second connection contact forming an electrical connection; a first connection wire , which is connected with the first connection contact ; and a second connection wire , which is connected with the second connection contact, characterized in that the rotation shaft further comprises a shielding shell , the shielding shell is an integrated structure, the shielding shell is fixed outside the first connection contact or outside the second connection contact, wherein when the first connection contact and the second connection contact are connected with each other, both the first connection contact and the second connection contact are located in the shielding shell.
A device for detecting neutrons comprising a first electrode forming a spherical enclosure containing a second ball-shaped electrode , the spherical enclosure being filled with a gas, the gas being a mixture of dinitrogen and of an hydrocarbon, characterized in that the gas comprises at least 90% dinitrogen.
Solenoid valve for controlling a brake pressure of a wheel brake of a slip-controllable hydraulic brake system of a motor vehicle, having a valve element , which is arranged at least partly in a valve insert in a longitudinally movable manner and interacts with a valve seat (9.1) and which, in the installed position, is acted upon by a spring device with a force component acting in the opening direction with respect to the valve seat (9.1) and can be actuated in the closing direction with respect to the valve seat (9.1) by means of an electromagnetic actuator , wherein the valve element is arranged between an armature and the valve seat (9.1), and a contact surface (6.6), at which the valve element is operatively connected to the armature , is formed on the valve element , characterized in that the contact surface (6.6) is designed in such a way that a non-right-angled intersection angle (a) is formed between a central axis (6.5) of the valve element and the contact surface (6.6) .
A method for implementing Java application program installation performed by a terminal device, the method comprising: • sending hardware configuration information of the terminal device and version information of a target application program to an application market server, so as to acquire, by using the application market server, upgrade information that is of the target application program and is corresponding to the hardware configuration information and the version information of the target application program (S101); • receiving the upgrade information fed back by the application market server of the target application program, wherein the upgrade information comprises a target code file that is corresponding to latest version information of the target application program and that is obtained by compiling, on a cloud server, an intermediate code file corresponding to the version information of the target application program (S102); and • performing installation of the target application program according to the upgrade information, so as to update a version of the target application program (S103). • sending hardware configuration information of the terminal device and version information of a target application program to an application market server, so as to acquire, by using the application market server, upgrade information that is of the target application program and is corresponding to the hardware configuration information and the version information of the target application program (S101); • receiving the upgrade information fed back by the application market server of the target application program, wherein the upgrade information comprises a target code file that is corresponding to latest version information of the target application program and that is obtained by compiling, on a cloud server, an intermediate code file corresponding to the version information of the target application program (S102); and • performing installation of the target application program according to the upgrade information, so as to update a version of the target application program (S103).
A non-pneumatic tire and wheel assembly comprising a wheel and a non-pneumatic tire , the non-pneumatic tire comprising a spoke loop structure forming an annular ring, a ground contacting tread portion and a shear band , wherein the spoke loop structure comprises a first row and a second row of spoke loops aligned in the circumferential direction, both the first and the second row of spoke loops having a plurality of flexible loops extending radially inward from the shear band , wherein each loop is formed from a strip of elastomeric material, and wherein each loop is connected to the wheel , characterized in that the strip length of each of the spoke loops of the second row of spoke loops is longer than the strip length of each of the spoke loops of the first row of spoke loops .
An apparatus , comprising: an optical data transmitter including a plurality of vertical cavity surface-emitting lasers (24-1 - 24-N), each of the plurality of vertical cavity surface-emitting lasers (24-1 - 24-N) being configured to output a data modulated optical carrier at a center wavelength of less than one micrometer; an optical transmission fiber being a single mode optical fiber at wavelengths in the optical telecommunications C-band; an all-optical spatial mode multiplexer having an optical output and a plurality of optical inputs, each of the vertical cavity surface-emitting lasers (24-1 - 24-N) being optically connected to one or more of the optical inputs of the all-optical spatial mode multiplexer , a near end of the optical transmission fiber being optically coupled to the optical output of the all-optical spatial mode multiplexer ; and wherein the all-optical spatial mode multiplexer is configured to cause at least two of the vertical cavity surface-emitting lasers (24-1 - 24-N) to excite linearly independent combinations of one or more optical spatial propagating modes of the optical transmission fiber . a plurality of vertical cavity surface-emitting lasers (24-1 - 24-N), each of the plurality of vertical cavity surface-emitting lasers (24-1 - 24-N) being configured to output a data modulated optical carrier at a center wavelength of less than one micrometer; an optical transmission fiber being a single mode optical fiber at wavelengths in the optical telecommunications C-band; an all-optical spatial mode multiplexer having an optical output and a plurality of optical inputs, each of the vertical cavity surface-emitting lasers (24-1 - 24-N) being optically connected to one or more of the optical inputs of the all-optical spatial mode multiplexer , a near end of the optical transmission fiber being optically coupled to the optical output of the all-optical spatial mode multiplexer ; and wherein the all-optical spatial mode multiplexer is configured to cause at least two of the vertical cavity surface-emitting lasers (24-1 - 24-N) to excite linearly independent combinations of one or more optical spatial propagating modes of the optical transmission fiber .
Universal joint shaft with universal joint shaft protection , wherein the universal joint shaft comprises the following: at least one shaft element for transmitting torque, at least one protective tube element arranged around the shaft element , and an intermediate bearing , by means of which the shaft element is rotatably mounted about an axis of rotation (L) in the protective tube element , wherein the intermediate bearing comprises an outer ring fixed to the protective tube element and an inner ring fixed to the shaft element , which are rotatable relative to each other, characterized in that the universal joint shaft further comprises a clamping mechanism by means of which the inner ring is fixed on the shaft element , wherein the clamping mechanism comprises a clamping ring , which is connected rotationally fixed to the inner ring and which is clamped onto the shaft element . at least one shaft element for transmitting torque, at least one protective tube element arranged around the shaft element , and an intermediate bearing , by means of which the shaft element is rotatably mounted about an axis of rotation (L) in the protective tube element , wherein the intermediate bearing comprises an outer ring fixed to the protective tube element and an inner ring fixed to the shaft element , which are rotatable relative to each other, characterized in that the universal joint shaft further comprises a clamping mechanism by means of which the inner ring is fixed on the shaft element , wherein the clamping mechanism comprises a clamping ring , which is connected rotationally fixed to the inner ring and which is clamped onto the shaft element .
A water vapor transport membrane comprising a microporous substrate and an air impermeable selective layer coated on a first surface of the substrate to form a substantially non-porous film thereupon, the selective layer comprising sulfonated polyether ether ketone (sPEEK) and cellulose acetate (CA) in an sPEEK:CA (wt.:wt.) ratio in the range of 7:3 to 2:3, wherein the acetyl content of the CA is in the range of 20% to 62%, the degree of sulfonation of the sPEEK is in the range of 23% to 100%, and the selective layer has a thickness of less than 5 microns.
A method for a user equipment, UE , the method comprising: receiving (S110) signaling, by the UE , the signaling including: a first Non-Zero Power, NZP, channel state information, CSI,-reference signal, RS, configuration for channel measurement; a second NZP CSI-RS configuration for interference measurement; and a CSI interference measurement, CSI-IM, configuration for interference measurement; and receiving, by the UE , a CSI feedback request for CSI based on at least the signaled first NZP CSI-RS configuration, the second NZP CSI-RS configuration, and the CSI-IM configuration, characterized in that the second NZP CSI-RS configuration being for configuring K NZP CSI-RS resources for the interference measurement, where K >= 1 and K + 1 corresponds to a number of UE candidates for Multi-user Multiple-input Multiple-output, MU-MIMO. receiving (S110) signaling, by the UE , the signaling including: a first Non-Zero Power, NZP, channel state information, CSI,-reference signal, RS, configuration for channel measurement; a second NZP CSI-RS configuration for interference measurement; and a CSI interference measurement, CSI-IM, configuration for interference measurement; and a first Non-Zero Power, NZP, channel state information, CSI,-reference signal, RS, configuration for channel measurement; a second NZP CSI-RS configuration for interference measurement; and a CSI interference measurement, CSI-IM, configuration for interference measurement; and receiving, by the UE , a CSI feedback request for CSI based on at least the signaled first NZP CSI-RS configuration, the second NZP CSI-RS configuration, and the CSI-IM configuration, characterized in that the second NZP CSI-RS configuration being for configuring K NZP CSI-RS resources for the interference measurement, where K >= 1 and K + 1 corresponds to a number of UE candidates for Multi-user Multiple-input Multiple-output, MU-MIMO.
A honeycomb structure obtained by unitarily bonding two or more honeycomb segments to be bonded by means of a bonding material layer, wherein the bonding material layer contains dehydroxylated layer silicate, and the average linear thermal expansion coefficient α 1000°C specified by the following formula and the average linear thermal expansion coefficient α 400°C specified by the following formula of a test piece cut out from the bonding material layer satisfy the following formula : α 1000 ° C = l 1000 ° C − l 40 ° C / l 40 ° C × 1273.15 K − 313.15 K (where, l 1000°C represents length of the test piece at 1000°C, and l 40°C represents length of the test piece at 40°C) α 400 ° C = l 400 ° C − l 40 ° C / l 40 ° C × 673.15 K − 313.15 K (where, l 400°C represents length of the test piece at 400°C, and l 40°C represents length of the test piece at 40°C) α 1000 ° C − α 400 ° C ≤ 2.0 × 10 − 6 / K wherein the thermal expansion is measured according to the method disclosed in the description.