mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for cultivating plants comprising: a cabinet comprising an outer case ; and an inner case forming a cultivation space , the inner case comprising an inner side plate forming opposite side surfaces, an inner upper plate forming a top surface, an inner rear plate forming a rear surface, and an outer bottom plate forming a bottom surface; a machine compartment separated from the cultivation space and accommodating a compressor , a condenser and a condenser fan ; a plurality of beds that are vertically disposed in the cultivation space and on which plants are cultivated; a plurality of light assemblies disposed over the plurality of beds , respectively, and radiating light toward top surfaces of the beds ; a heat exchanger disposed on a rear surface of the cultivation space and controlling a temperature of the cultivation space ; and a blower assembly disposed between one of the beds and one of the light assemblies and circulating heat-exchanged air in a space between the one of the beds and the one of the light assemblies , characterized in that the apparatus further comprises a water tank storing water to be supplied to the beds, the heat exchanger is a plate-shaped roll-bond type heat exchanger and disposed on a front surface of the inner rear plate , and the blower assembly is provided in front of the heat exchanger . a cabinet comprising an outer case ; and an inner case forming a cultivation space , the inner case comprising an inner side plate forming opposite side surfaces, an inner upper plate forming a top surface, an inner rear plate forming a rear surface, and an outer bottom plate forming a bottom surface; a machine compartment separated from the cultivation space and accommodating a compressor , a condenser and a condenser fan ; a plurality of beds that are vertically disposed in the cultivation space and on which plants are cultivated; a plurality of light assemblies disposed over the plurality of beds , respectively, and radiating light toward top surfaces of the beds ; a heat exchanger disposed on a rear surface of the cultivation space and controlling a temperature of the cultivation space ; and a blower assembly disposed between one of the beds and one of the light assemblies and circulating heat-exchanged air in a space between the one of the beds and the one of the light assemblies , characterized in that the apparatus further comprises a water tank storing water to be supplied to the beds, the heat exchanger is a plate-shaped roll-bond type heat exchanger and disposed on a front surface of the inner rear plate , and the blower assembly is provided in front of the heat exchanger .
Electrical device, in particular a converter , comprising a housing and a lid part , the lid part being pivotally mounted on the housing, the lid part in particular being detachably connected to the housing by the lid part having a pin that is received in a bearing portion , in particular a notch, of the housing, a locking means being form-fittingly connected, in particular clipped, to a housing part of the housing, the lid part being lockable on the housing by means of the locking means , in particular being clippable to the locking means , characterised in that the locking means has two guide grooves by means of which the locking means is guided in a slot-like recess in the housing part , the locking means having a projection , the housing part having a recess , in particular a drilled hole, the projection being insertable, in particular pressable, into the recess and/or being pushed therein by a resiliently preloaded region of the locking means , whereby in particular the movement of the locking means in the extension direction of the guide grooves is limited, the projection being spaced apart from the guide grooves .
A service connection valve , comprising: a generally cylindrical valve body having a first end , a second end , an exterior surface , and a flow passageway extending centrally and longitudinally through the valve body from the first end to the second end; the flow passageway has a first portion and a second portion , the first portion extending from the first end toward the second end, and the first portion has a first diameter (D 1 ); the second portion has a second diameter (D 2 ) that is larger than the first diameter; threads formed on the exterior surface, the threads surround the first portion and the threads are positioned closer to the first end than to the second end; and a hex head formed on the exterior surface between the threads and the second end, characterized in that : a pin guide is disposed within the second portion of the flow passageway, the pin guide is mounted so as to be non-rotationally movable relative to the valve body in a longitudinal direction, the pin guide comprises a cylindrical guide body , a central threaded opening , and a plurality of circumferentially spaced stand-off arms projecting from an outer surface of the cylindrical guide body; and a poppet assembly detachably connected to the pin guide, the poppet assembly comprises a pin having a first end and a second end and an o-ring seal surrounding the pin between the first end of the pin and the second end of the pin; the pin having threads that detachably connect the pin to the pin guide. a generally cylindrical valve body having a first end , a second end , an exterior surface , and a flow passageway extending centrally and longitudinally through the valve body from the first end to the second end; the flow passageway has a first portion and a second portion , the first portion extending from the first end toward the second end, and the first portion has a first diameter (D 1 ); the second portion has a second diameter (D 2 ) that is larger than the first diameter; threads formed on the exterior surface, the threads surround the first portion and the threads are positioned closer to the first end than to the second end; and a hex head formed on the exterior surface between the threads and the second end, a pin guide is disposed within the second portion of the flow passageway, the pin guide is mounted so as to be non-rotationally movable relative to the valve body in a longitudinal direction, the pin guide comprises a cylindrical guide body , a central threaded opening , and a plurality of circumferentially spaced stand-off arms projecting from an outer surface of the cylindrical guide body; and a poppet assembly detachably connected to the pin guide, the poppet assembly comprises a pin having a first end and a second end and an o-ring seal surrounding the pin between the first end of the pin and the second end of the pin; the pin having threads that detachably connect the pin to the pin guide.
Multi-layer sealing web for a building area, such as roof, facade, cellar, ceilings, which has outer layers which contain a base polymer in the form of polyvinyl chloride or a polyvinyl chloride copolymer and a plasticizer, as well as a combination carrier insert which is present between the outer layers and has a glass fleece and a glass reinforcement which consists of or contains a knitted fabric .
An advanced oxidation assembly for generating free radicals comprising: a first discharge device; a second discharge device; and a convergent-divergent nozzle assembly comprising a convergent nozzle that is fluidly coupled to a divergent nozzle at a throat, wherein a reactor exit of the first discharge device and a reactor exit of the second discharge device are fluidly coupled to the convergent-divergent nozzle assembly at the throat of the convergent-divergent nozzle assembly, and wherein the assembly is configured such that when fluid passes from the convergent nozzle to the divergent nozzle a suction pressure is created at the throat of the convergent-divergent nozzle assembly that draws fluid from the reactor exit of the first discharge device and the reactor exit of the second discharge device. a first discharge device; a second discharge device; and a convergent-divergent nozzle assembly comprising a convergent nozzle that is fluidly coupled to a divergent nozzle at a throat, wherein a reactor exit of the first discharge device and a reactor exit of the second discharge device are fluidly coupled to the convergent-divergent nozzle assembly at the throat of the convergent-divergent nozzle assembly, and wherein the assembly is configured such that when fluid passes from the convergent nozzle to the divergent nozzle a suction pressure is created at the throat of the convergent-divergent nozzle assembly that draws fluid from the reactor exit of the first discharge device and the reactor exit of the second discharge device.
A spiking neuron apparatus using a coherent Ising machine, the coherent Ising machine including: a resonator unit for amplifying a plurality of optical pulses; a measurement unit for measuring phases and amplitudes of the optical pulses to obtain a measurement result; and a feedback configuration for computing and feeding back an interaction related to a certain optical pulse using a coupling coefficient of Ising Model on the basis of the measurement result, the feedback configuration feeding back correlation determined by two coupling coefficients with opposite signs to two predetermined optical pulses of the plurality of optical pulses, the spiking neuron apparatus simulating a state of a spiking neuron using values of two optical pulses finally obtained by the measurement unit, wherein the resonator unit includes a ring resonator for circulating and propagating the optical pulses and a phase sensitive amplifier for amplifying the optical pulses with an injected pump pulse, and wherein an intensity of the pump pulse injected to one of the two predetermined optical pulses is different from an intensity of the pump pulse injected to the other of the two predetermined optical pulses for the phase sensitive amplifier. the feedback configuration feeding back correlation determined by two coupling coefficients with opposite signs to two predetermined optical pulses of the plurality of optical pulses, the spiking neuron apparatus simulating a state of a spiking neuron using values of two optical pulses finally obtained by the measurement unit, wherein the resonator unit includes a ring resonator for circulating and propagating the optical pulses and a phase sensitive amplifier for amplifying the optical pulses with an injected pump pulse, and wherein an intensity of the pump pulse injected to one of the two predetermined optical pulses is different from an intensity of the pump pulse injected to the other of the two predetermined optical pulses for the phase sensitive amplifier.
A mixing and kneading machine for continuous preparation processes, such as for the production of granules, extruded profiles or molded parts, such as polymer granules, polymer extruded profiles or polymer molded parts, comprising an input and mixing device and comprising a discharge device , the input and mixing device having a housing , a screw shaft and a connecting element , the connecting element being arranged on an end face of the housing and also being connected to the discharge device , a hollow interior being formed both in the housing and in the connecting element and the screw shaft extending at least in portions in the axial direction through the interior of the housing and at least in portions in the axial direction through the interior of the connecting element , and a plurality of kneading elements being provided in the housing , which kneading elements extend from the inner circumferential surface of the housing into the interior, characterized in that kneading elements are also arranged on the inner circumferential surface of the connecting element , which kneading elements extend into the interior of the connecting element , and the discharge device has a degassing device .
A magnetic strip card , comprising: a card payload comprising a code key (CK1; CK2; 32a; 32b) for opening of an access control (16; 16a; 16b) encrypted with a short key (SKI; SK2) of the access control which thereby generates a partial encrypted card payload, the partial encrypted card payload encrypted with a Long Term Shared Key (LK) to provide a final encrypted card payload; wherein the short key is 24 bits and the Long Term Shared Key is 128 bits; wherein the short key is one of a plurality of short keys, wherein each short key is associated with one of a plurality of access controls in a short key / access control pair, and each individual short key is different for each short key / access control pair; and wherein the card payload comprises a plurality of the code keys (CK1; CK2; 32a; 32b) for each of a plurality of the access controls (16; 16a; 16b), each code key being encrypted with the short key of the respective access control to thereby generate the partial encrypted card payload, the partial encrypted card payload encrypted with the Long Term Shared Key (LK) to provide the final encrypted card payload. a card payload comprising a code key (CK1; CK2; 32a; 32b) for opening of an access control (16; 16a; 16b) encrypted with a short key (SKI; SK2) of the access control which thereby generates a partial encrypted card payload, the partial encrypted card payload encrypted with a Long Term Shared Key (LK) to provide a final encrypted card payload; wherein the short key is 24 bits and the Long Term Shared Key is 128 bits; wherein the short key is one of a plurality of short keys, wherein each short key is associated with one of a plurality of access controls in a short key / access control pair, and each individual short key is different for each short key / access control pair; and wherein the card payload comprises a plurality of the code keys (CK1; CK2; 32a; 32b) for each of a plurality of the access controls (16; 16a; 16b), each code key being encrypted with the short key of the respective access control to thereby generate the partial encrypted card payload, the partial encrypted card payload encrypted with the Long Term Shared Key (LK) to provide the final encrypted card payload.
Multi-plate system for checking the braking capacity of motor vehicles with at least two wheel axes, comprising pairs of detection plates aligned according to a motion direction on two parallel paths spaced by a distance related to the wheel track, wherein each detection plate has at least a support surface configured with detection means apt to detect horizontal (Fh(i)) and vertical (Fv(i)) components of a stress transferred by the vehicle wheels to such surface, characterised in that : - at least three pairs of aligned detection plates are provided, mutually dimensioned and spaced so as to prevent the wheels of a single axis from simultaneously resting on two pairs of detection plates and that on a same pair of detection plates the wheels of multiple axes from resting simultaneously; - a checking unit is furthermore provided which detects the development in time of said vertical (Fv(i)) and horizontal (Fh(i)) components of the stress and which determines when the wheels of an axis get on and off a single detection plate (Pn) based on the measurement peaks of said vertical component (Fv(i)) of the stress; - said checking unit has data processing means apt to integrate over time the measurements of said horizontal component (Fh(i)) of the stress on a first detection plate (Pn) and on the subsequent one (Pn+1) when it is detected, within a braking measurement time range (tw1 - tw2), that said vertical component (Fv(i)) of the stress on said first detection plate (Pn) undergoes a significant reduction and said vertical component (Fv(i)) of the stress on said subsequent detection plate (Pn+1) undergoes a significant increase. - at least three pairs of aligned detection plates are provided, mutually dimensioned and spaced so as to prevent the wheels of a single axis from simultaneously resting on two pairs of detection plates and that on a same pair of detection plates the wheels of multiple axes from resting simultaneously; - a checking unit is furthermore provided which detects the development in time of said vertical (Fv(i)) and horizontal (Fh(i)) components of the stress and which determines when the wheels of an axis get on and off a single detection plate (Pn) based on the measurement peaks of said vertical component (Fv(i)) of the stress; - said checking unit has data processing means apt to integrate over time the measurements of said horizontal component (Fh(i)) of the stress on a first detection plate (Pn) and on the subsequent one (Pn+1) when it is detected, within a braking measurement time range (tw1 - tw2), that said vertical component (Fv(i)) of the stress on said first detection plate (Pn) undergoes a significant reduction and said vertical component (Fv(i)) of the stress on said subsequent detection plate (Pn+1) undergoes a significant increase.
A patient interface comprising a mask and headgear for securing the mask to a user's face, the headgear comprising an elastic portion configured to provide a retraction force, a non-elastic portion configured to be inelastic in comparison to the elastic portion , and a restriction mechanism connected to the non-elastic portion and to the elastic portion , the restriction mechanism configured to require a first resistance force to permit elongation of the headgear and having a second resistance force in response to retraction of the headgear, the restriction mechanism comprising a directional lock arrangement , the non-elastic portion comprising a core member , the core member being connected at one end to the elastic portion and comprising a portion passing through the directional lock arrangement , the elastic portion providing a force tending to move the core member through the directional lock arrangement , the free end of the core member being positioned in a conduit or tube that resides in, is carried by, or is formed by the mask . the restriction mechanism comprising a directional lock arrangement , the non-elastic portion comprising a core member , the core member being connected at one end to the elastic portion and comprising a portion passing through the directional lock arrangement , the elastic portion providing a force tending to move the core member through the directional lock arrangement , the free end of the core member being positioned in a conduit or tube that resides in, is carried by, or is formed by the mask .
A blank for forming an article carrier , the blank comprising a main panel which comprises at least one article retention structure (R1, R2, R3, R4, R5, R6) having an aperture (A1, A2, A3, A4, A5, A6) defined in the main panel, the blank further comprising one or more tabs formed about a periphery of the aperture (A1, A2, A3, A4, A5, A6) in the main panel , the one or more tabs being connected to the main panel such that the tabs yield out of the plane of the main panel when an article (B) is received in the aperture (A1, A2, A3, A4, A5, A6) so as to bear against the article (B), wherein the main panel comprises a paperboard substrate and at least one polymeric layer wherein the paperboard substrate and at least one polymeric layer comprise said aperture for receiving a portion of an article, characterized in that the blank is arranged to package articles having a maximum diameter D 1 in an array having a first integer number of rows Y , and wherein the main panel has a maximum length L equal to or less than Y × D 1 when the main panel is applied to articles.
An in vitro method for determining whether a canine or feline animal is suffering from kidney disease as the result of structural damage or glomerulonephritis, the method comprising measuring β-aminoisobutyric acid (BAIB) in a urine sample or a blood sample from the animal and determining kidney disease based upon the concentration of BAIB in the sample, further comprising comparing the concentration of BAIB in the sample to a reference concentration related to the concentration in BAIB in samples from healthy animals, wherein the measuring comprises contacting the sample with an anti-BAIB antibody and determining binding or the amount of binding between the antibody and BAIB in the sample, further wherein the anti-BAIB antibody is raised against a conjugate comprising BAIB and a carrier protein, BAIB and polylysine, or BAIB and glutaraldehyde and wherein the structural damage is the result of inflammation, fibrosis, injury, kidney stones or infiltration by cancer. wherein the measuring comprises contacting the sample with an anti-BAIB antibody and determining binding or the amount of binding between the antibody and BAIB in the sample, further wherein the anti-BAIB antibody is raised against a conjugate comprising BAIB and a carrier protein, BAIB and polylysine, or BAIB and glutaraldehyde and wherein the structural damage is the result of inflammation, fibrosis, injury, kidney stones or infiltration by cancer.
System for detecting broken rails on a railway line having at least one track, which is adapted for detecting broken rails (R) by means of detecting an electrical discontinuity thereof, wherein the system comprises at least one emitting node , at least one receiving node and connection means for configuring at least one electrical circuit determined between both nodes and the section of rails (R) between both nodes , determining whether or not there is an electrical discontinuity in said section, the emitting node being configured for injecting at least one alternating electrical signal of a specific power into the electrical circuit, the system also comprising, in each of the nodes , a detector (S) associated with each rail (R) in the section of rails (R) which is part of the electrical circuit, for detecting the signal going through the corresponding rail (R) as a response to the injection performed by the emitting node , and at least control means which are connected to the detectors (S) for receiving signals detected by said detectors (S) and configured for detecting whether there is an electrical discontinuity in the electrical circuit based on the signals received from the detectors (S), and for determining the breakage of at least one of the rails (R) which is part of said electrical circuit in said section given the presence of an electrical discontinuity in said electrical circuit.
An internally cross-linked polypeptide that consists of an amino acid sequence that is at least 80% identical to FDASISQVNEKINQSLAFIRKSDELLHNVNAGKST (SEQ ID NO:2) and that binds to the RSV-5 helix bundle, wherein the cross-linked polypeptide comprises one or two staples.
A cartridge configured to be received in a connector of a teatcup to be attached to a teat of an animal to be milked, the cartridge comprising a sleeve having an upper end and a lower end , a teatcup liner mounted in the sleeve and having an inner space for receiving said teat, a pulsation chamber provided between an inner side of the sleeve and an outer side of the teatcup liner , wherein the teatcup liner comprises an upper end portion located at the upper end of the sleeve , a barrel portion and a lower end portion extending beyond the lower end of the sleeve , wherein the lower end portion forms an end nozzle extending beyond the lower end of the sleeve and having a circumferential external surface , characterised in that an annular seal element is provided at the circumferential external surface and configured to seal between the lower end nozzle and the connector , wherein the annular seal element is attached to the end nozzle by a permanent joint , wherein the connector comprises an outlet nipple defining an outlet channel , and wherein the annular seal element is configured to provide a tight transition for a milk channel for transport of milk from the inner space to the outlet channel . an upper end portion located at the upper end of the sleeve , a barrel portion and a lower end portion extending beyond the lower end of the sleeve , wherein