mhurhangee/ep-ind-claims huggingface dataset:
A knife gate valve comprising: a valve body assembly defining a passageway having an axis and including a first body half and a second body half each including a flange recessed portion (62a, 62b) defining a flange recess surface (74a, 74b); and a one-piece liner arranged between the first body half and the second body half, characterized in that each flange recess surface (74a, 74b) including a first flange surface portion (75a, 75b), a second flange surface portion (76a, 76b), and a raised flange bead (78a, 78b) arranged between the first flange surface portion (75a, 75b) and the second flange surface portion (76a, 76b); and the one-piece liner including a first liner flange engaged with the first flange surface portion, the raised flange bead, and the second flange surface portion of the first body half, and a second liner flange engaged with the first flange surface portion, the raised flange bead, and the second flange surface portion of the second body half. a valve body assembly defining a passageway having an axis and including a first body half and a second body half each including a flange recessed portion (62a, 62b) defining a flange recess surface (74a, 74b); and a one-piece liner arranged between the first body half and the second body half, characterized in that each flange recess surface (74a, 74b) including a first flange surface portion (75a, 75b), a second flange surface portion (76a, 76b), and a raised flange bead (78a, 78b) arranged between the first flange surface portion (75a, 75b) and the second flange surface portion (76a, 76b); and the one-piece liner including a first liner flange engaged with the first flange surface portion, the raised flange bead, and the second flange surface portion of the first body half, and a second liner flange engaged with the first flange surface portion, the raised flange bead, and the second flange surface portion of the second body half.
A longitudinal luminaire comprising a cylindrical casing extending along a longitudinal direction, said casing being at least partly transparent, a lighting device disposed inside the casing, the lighting device and the casing being assembled only by means of a plurality of brackets, a cover (20a, 20b) mounted on one end of the casing, the cover (20a, 20b) being fastened to at least one bracket, and at least one switch which cooperates with the cover when the cover is mounted on the casing, wherein when the cover is mounted on the casing the switch is configured to supply the lighting device with electrical current while when the cover is disassembled from the casing, the switch is configured to isolate the lighting device.
A wind velocity changing device which focuses or disperses wind of a hair dryer to change wind velocity, the wind velocity changing device comprising: a guide tube part including a hollow part of which one end is closed and the other end is open, wherein the closed one end is disposed to face the wind so that the wind blows along an outer circumferential surface of the guide tube part; and a flow path altering part including a cone part and a flow path altering tube, wherein the cone part has one end, which is inserted into the hollow part and enters and exits along the hollow part to guide linear movement of the flow path altering part, and a cross section which becomes small in a forward direction, the flow path altering tube has one end, which is positioned to be spaced apart from the one end of the cone part in the forward direction so that an inlet into which the wind blowing through the guide tube part is introduced is formed, and is coupled to a part of the cone part which is inserted thereinto, and the inlet focuses or disperses the wind when the cone part exits or enters the hollow part of the guide tube part. a guide tube part including a hollow part of which one end is closed and the other end is open, wherein the closed one end is disposed to face the wind so that the wind blows along an outer circumferential surface of the guide tube part; and a flow path altering part including a cone part and a flow path altering tube, wherein the cone part has one end, which is inserted into the hollow part and enters and exits along the hollow part to guide linear movement of the flow path altering part, and a cross section which becomes small in a forward direction, the flow path altering tube has one end, which is positioned to be spaced apart from the one end of the cone part in the forward direction so that an inlet into which the wind blowing through the guide tube part is introduced is formed, and is coupled to a part of the cone part which is inserted thereinto, and the inlet focuses or disperses the wind when the cone part exits or enters the hollow part of the guide tube part.
Seat, in particular a vehicle seat, comprising a seat part having a seat-part frame (2, 2a, 2b) which has a seat surface and is supported relative to a floor in the region of the front side of the seat, and comprising a backrest which is pivotally connected to the seat part by means of a pivot axis, the pivot axis being arranged so as to extend above an upper seat surface of the seat part in the seat-width direction and the position of the seat-part frame (2, 2a, 2b) relative to the floor being constant when the backrest is pivoted, the seat-part frame (2, 2a, 2b) being supported relative to the floor by means of second support elements (6a, 6b), being formed in one piece and comprising a portion which extends upwards into the region of the pivot axis at the sides of the backrest on the left-hand side and the right-hand side, respectively, characterised in that a length ratio of a first length, which extends from an upper end of the backrest as far as to the pivot axis, to a second length, which extends from at least a lower end of the backrest as far as to the pivot axis, is in a range of from 1:1 to 3:1.
A method of detecting the presence or absence of a genomic rearrangement, the method comprising: dividing a sample of tagged DNA molecules prepared from a sample from a subject into at least first and second aliquots; isolating a plurality of tagged DNA molecules from the first aliquot, wherein the plurality of molecules have a common adapter sequence; linearly amplifying at least a portion of the tagged DNA molecules isolated from the first aliquot with a set of primers that target a first plurality of loci of interest and comprise a rearrangement detection barcode, a sequencing adapter, and a non-nucleotide binding partner, thereby producing a first population of processed DNA; capturing the first population of processed DNA on a solid support using binding to the non-nucleotide binding partner; amplifying and/or eluting the first population of processed DNA; enriching the second aliquot for a second plurality of loci of interest, thereby producing a second population of processed DNA; sequencing at least a portion of the amplified and/or eluted first population of processed DNA and at least a portion of the second population of processed DNA; and detecting the presence or absence of a plurality of genomic rearrangements in the first population of processed DNA. dividing a sample of tagged DNA molecules prepared from a sample from a subject into at least first and second aliquots; isolating a plurality of tagged DNA molecules from the first aliquot, wherein the plurality of molecules have a common adapter sequence; linearly amplifying at least a portion of the tagged DNA molecules isolated from the first aliquot with a set of primers that target a first plurality of loci of interest and comprise a rearrangement detection barcode, a sequencing adapter, and a non-nucleotide binding partner, thereby producing a first population of processed DNA; capturing the first population of processed DNA on a solid support using binding to the non-nucleotide binding partner; amplifying and/or eluting the first population of processed DNA; enriching the second aliquot for a second plurality of loci of interest, thereby producing a second population of processed DNA; sequencing at least a portion of the amplified and/or eluted first population of processed DNA and at least a portion of the second population of processed DNA; and detecting the presence or absence of a plurality of genomic rearrangements in the first population of processed DNA.
An LED lamp with a heat sink optic comprising: a base having a first electrical contact and a second electrical contact for receiving current; at least one LED mounted on a thermally conductive LED support; the LED support having at least one electrical connection for the at least one LED and providing thermal conduction of heat from the at least one LED; the LED support mounted in the base and electrically coupled through the first electrical contact to electrical current; and a light transmissive, and heat diffusing optic having an external wall and an internal wall defining a cavity, the at least one LED positioned in the cavity, the optic being in thermal contact with the LED support, the optic being mechanically coupled to the base, characterized in that the external wall of the optic is formed with latch features to couple with indentations designed to mate with a first latch of the base, and wherein a side wall of the LED support and the internal wall of the optic are sized and shaped to snuggly fit together. a base having a first electrical contact and a second electrical contact for receiving current; at least one LED mounted on a thermally conductive LED support; the LED support having at least one electrical connection for the at least one LED and providing thermal conduction of heat from the at least one LED; the LED support mounted in the base and electrically coupled through the first electrical contact to electrical current; and a light transmissive, and heat diffusing optic having an external wall and an internal wall defining a cavity, the at least one LED positioned in the cavity, the optic being in thermal contact with the LED support, the optic being mechanically coupled to the base, characterized in that the external wall of the optic is formed with latch features to couple with indentations designed to mate with a first latch of the base, and wherein a side wall of the LED support and the internal wall of the optic are sized and shaped to snuggly fit together.
A nozzle for an inkjet printing apparatus comprising wherein the nozzle includes at least two nozzle parts, a first of the at least two nozzle parts having a first tapered shape, and a second of the at least two nozzle parts having a second tapered shape and extending from the first nozzle part, and a third nozzle part having a third tapered shape and extending from the second nozzle part wherein the first and second tapered shapes have a same taper direction, and characterized in that a taper angle of the second nozzle part is less than taper angles (G1, G3) of the first nozzle part and the third nozzle part.
A method of a base station, the method comprising: performing a first transmission without Listen Before Talk, in the following also referred to as LBT; and performing LBT for a second transmission, characterized in that the method further comprises: determining whether or not to perform LBT for a transmission based on whether or not the transmission is a Synchronization Signal Block, in the following also referred to as SSB, transmission, the performing the first transmission without LBT is based on a determination that the first transmission is a SSB transmission, and the performing LBT for the second transmission is based on a determination that the second transmission is for a signal other than SSB. performing a first transmission without Listen Before Talk, in the following also referred to as LBT; and performing LBT for a second transmission, characterized in that the method further comprises: determining whether or not to perform LBT for a transmission based on whether or not the transmission is a Synchronization Signal Block, in the following also referred to as SSB, transmission, the performing the first transmission without LBT is based on a determination that the first transmission is a SSB transmission, and the performing LBT for the second transmission is based on a determination that the second transmission is for a signal other than SSB.
Method for sterilising interior surfaces of containers by treating them with a disinfectant agent, wherein the interior surfaces are treated with a sterilising application of energy in the form of UV light and/or in the form of ultrasonics and or with a disinfecting treatment medium which contains a chlorine compound, which is applied by means of nozzles onto the interior surfaces, the disinfectant agent is carbon dioxide and is applied in fluid or aqueous form and/or in gaseous or vapour form by means of nozzles onto the interior surfaces, wherein, due to the treatment of the interior surfaces by the sterilising energy application and/or with the disinfecting treatment medium, the cell structure of germs, in particular the outer sheaths or membranes, are broken open and wherein the treatment of the inner surfaces with the disinfecting energy application and/or of the disinfecting treatment medium takes place before the treatment of the inner surfaces with the disinfectant agent.
Luggage-type baggage article, comprising at least two half-shells (9, 10) as well as an extendable and retractable handle mechanism which is at least partly housed in one of the half-shells and which is configured to lock/unlock a handle of the article in a position selected from a plurality of extension positions of the handle relative to the half-shells, by rotation of a grip portion of the handle; the extendable and retractable handle mechanism comprising a handle axle to which is mechanically connected the grip portion which is able to rotate, at least one sheath mounted fixed in one of the half-shells, at least one elongate member of specific cross-section mounted to be translationally movable relative to the sheath, at least one locking/unlocking system mechanically connected to said at least one elongate member of specific cross-section and housed at least partly in said at least one sheath, and at least one interface system configured to be actuated by the handle axle and to actuate the locking/unlocking system, characterized in that said at least one interface system comprises a cam journal of cylindrical general shape, mechanically connected by a first end to the handle axle, and provided with a second end which is an opposite end to the first end, with a transmission tip having a contact face which, in a first position of the grip portion and of the handle axle, is configured to operate said at least one locking/unlocking system so as to lock the handle in the selected position and which, in a second position of the grip portion and of the handle axle obtained by a rotation of the grip portion, is configured to operate said at least one locking/unlocking system so as to lock the handle.
Strategy for operating a split coolant circuit of an internal combustion engine, wherein a cylinder head water jacket and an engine block water jacket are provided, wherein the split coolant circuit has a pump, a cooler, a control element, an outlet housing and a heater, and wherein a coolant circulates in the split coolant circuit, wherein the control element is formed from a thermostat and a proportional valve which is separate from said thermostat, said thermostat and proportional valve being arranged, connected in parallel, on the outlet housing, wherein coolant passing through the proportional valve is conducted via a block water line to the engine block water jacket, via a heater line to the heater and via a cooler line to the cooler, wherein coolant passing through the thermostat is conducted via a connecting line to the cooler, wherein the thermostat and the proportional valve effect a coolant flow through the respective line (14, 16, 17, 18) independently of one another but as a function of operating modes (31, 32, 33, 34) of an internal combustion engine.
A control device for controlling the rotational speed ( n VAD (t)) of a non-pulsatile ventricular assist device, VAD, by means of an event-based within-a-beat control strategy, wherein the control device is configured to alter the rotational speed ( n VAD (t)) of the VAD within the cardiac cycle (h) of the assisted heart and to synchronize the alteration of the rotational speed ( n VAD (t)) with the heartbeat by at least one sequence of trigger signals (σ(t)) that is related to at least one predetermined characteristic event in the cardiac cycle, wherein the control device is configured to alter the rotational speed ( n VAD (t)) of the VAD to generate a desired minimum pulsatility ( Δ AoP ̃ h) to restore and/or maintain a minimum residual pulsatility in an artery of interest within the cardiac cycle (h), wherein the desired minimum pulsatility Δ AoP ̃ h is varied based on a recruitment of von Willebrand factor (vWF).
Apparatus, designed to determine or monitor the level of a medium stored in a vessel in a process with a signal generation unit, which generates high-frequency measuring signals, with a coupling/decoupling unit, which couples the high-frequency measuring signals into an antenna unit or decouples them from the antenna unit, wherein the antenna unit has a waveguide and an antenna element which becomes broader in the direction of the medium, wherein the antenna unit emits the high-frequency measuring signals in the direction of the surface of the medium and receives the echo signals reflected at the surface of the medium, and with a control/evaluation unit which determines the level of the medium in the vessel on the basis of the transit time of the measuring signals, wherein a process separation is provided in or on the antenna unit, wherein the separation is at least approximately transparent for high-frequency measuring signals and protects the coupling/decoupling unit against process influences, characterized in that the process separation is a isostatically pressed molded part, which is made from at least two plastics (11, 12) with different physical and/or chemical properties, wherein each of the at least two plastics (11, 12) is each arranged in a defined area of the process separation.
A protective relay apparatus having: a transformer (2; 21, 22) for outputting a detection signal in accordance with the varying current or voltage of a main circuit (1; 28, 29); input circuits (A, B) comprising respective operational amplifiers (71, 72) to which said detection signal is input, and an A/D converter which A/D converts output signals of said operational amplifiers (71, 72); means (11, 12, 52) for setting detection ranges for the respective input circuits, and control means, to which output signals from said A/D converter are input, which switches outputs of the input circuits referring to the respective detection ranges based on a current or voltage value of the detection signal, and which outputs a control signal for switching on/off said main circuit (1; 28, 29); characterized in that the means for setting the detection ranges calculates the detection ranges taking account of tolerances in the respective input circuits. a transformer (2; 21, 22) for outputting a detection signal in accordance with the varying current or voltage of a main circuit (1; 28, 29); input circuits (A, B) comprising respective operational amplifiers (71, 72) to which said detection signal is input, and an A/D converter which A/D converts output signals of said operational amplifiers (71, 72); means (11, 12, 52) for setting detection ranges for the respective input circuits, and control means, to which output signals from said A/D converter are input, which switches outputs of the input circuits referring to the respective detection ranges based on a current or voltage value of the detection signal, and which outputs a control signal for switching on/off said main circuit (1; 28, 29); characterized in that the means for setting the detection ranges calculates the detection ranges taking account of tolerances in the respective input circuits.
An air conditioner including a refrigerant circuit configured by the interconnection between a heat source unit and a plurality of utilization units (4, 5) via refrigerant communication pipes (6, 7) and a refrigerant quantity judging system configured to judge the adequacy of the refrigerant quantity, the refrigerant quantity judging system comprising: a state quantity storing means configured to store operation state quantity of constituent equipment or refrigerant flowing in the refrigerant circuit in which refrigerant is charged up to initial refrigerant quantity by on-site refrigerant charging during a test operation after installment of the air conditioner, and a refrigerant quantity judging means configured to compare operation state quantity during the test operation as a reference value with a current value of operation state quantity of constituent equipment or refrigerant flowing in the refrigerant circuit and thereby judge the adequacy of the refrigerant quantity, characterized in that the test operation includes operation that involves refrigerant charging into the refrigerant circuit, and the state quantity storing means is configured to store operation state quantity of constituent equipment or refrigerant flowing in the refrigerant circuit during the operation that involves refrigerant charging, wherein the state quantity storing means is configured to store not only operation state quantity in the state after the refrigerant is charged up to the initial refrigerant quantity but also operation state quantity in a state where refrigerant with less quantity than the initial refrigerant quantity is charged in the refrigerant circuit. a state quantity storing means configured to store operation state quantity of constituent equipment or refrigerant flowing in the refrigerant circuit in which refrigerant is charged up to initial refrigerant quantity by on-site refrigerant charging during a test operation after installment of the air conditioner, and a refrigerant quantity judging means configured to compare operation state quantity during the test operation as a reference value with a current value of operation state quantity of constituent equipment or refrigerant flowing in the refrigerant circuit and thereby judge the adequacy of the refrigerant quantity, characterized in that the test operation includes operation that involves refrigerant charging into the refrigerant circuit, and the state quantity storing means is configured to store operation state quantity of constituent equipment or refrigerant flowing in the refrigerant circuit during the operation that involves refrigerant charging, wherein the state quantity storing means is configured to store not only operation state quantity in the state after the refrigerant is charged up to the initial refrigerant quantity but also operation state quantity in a state where refrigerant with less quantity than the initial refrigerant quantity is charged in the refrigerant circuit.
A salt or cocrystal of (a) (1R,2R)-3-(3-dimethylamino-1-ethyl-2-methyl-propyl)-phenol, and maleic acid wherein the salt or cocrystal of component (a) and component is present in crystalline and/or amorphous form. (a) (1R,2R)-3-(3-dimethylamino-1-ethyl-2-methyl-propyl)-phenol, and maleic acid