mhurhangee/patent-ind-claim-en huggingface dataset:
A method for applying vacuum pressure to a composite part, comprising: (a) placing a composite part on a tool ; (b) placing a sealant tape on the tool along a perimeter that surrounds the composite part; (c) laying a vacuum bag over the composite part and in contact with the sealant tape; (d) placing a vacuum probe (32a, 32b or 32c) overlying a portion of the vacuum bag with sealing material disposed between the vacuum probe and the vacuum bag, the vacuum probe comprising a sharpened body ; (e) coupling a vacuum hose to an end of the vacuum probe in a manner that causes a valve element to separate from a valve seat inside a vacuum channel of the vacuum probe; and (f) applying a vacuum pressure inside the vacuum channel by way of the vacuum hose, as a result of which a portion of the vacuum bag surrounded by the sealing material is pulled toward and punctured by the sharpened body. (a) placing a composite part on a tool ; (b) placing a sealant tape on the tool along a perimeter that surrounds the composite part; (c) laying a vacuum bag over the composite part and in contact with the sealant tape; (d) placing a vacuum probe (32a, 32b or 32c) overlying a portion of the vacuum bag with sealing material disposed between the vacuum probe and the vacuum bag, the vacuum probe comprising a sharpened body ; (e) coupling a vacuum hose to an end of the vacuum probe in a manner that causes a valve element to separate from a valve seat inside a vacuum channel of the vacuum probe; and (f) applying a vacuum pressure inside the vacuum channel by way of the vacuum hose, as a result of which a portion of the vacuum bag surrounded by the sealing material is pulled toward and punctured by the sharpened body.
An identification medium comprising a light reflection layer (101(R), 201(Y)) and a patterned phase difference layer , wherein the light reflection layer (101(R), 201(Y)) is a layer that reflects incident light as circularly polarized light and the patterned phase difference layer is a layer that includes an area having a phase difference, and is a layer provided in the identification medium so that the area having a phase difference occupies a partial area of a display surface of the identification medium , characterised in that the light reflection layer is a cut piece (501 (P)) of a material having cholesteric regularity. the light reflection layer (101(R), 201(Y)) is a layer that reflects incident light as circularly polarized light and the patterned phase difference layer is a layer that includes an area having a phase difference, and is a layer provided in the identification medium so that the area having a phase difference occupies a partial area of a display surface of the identification medium , characterised in that the light reflection layer is a cut piece (501 (P)) of a material having cholesteric regularity.
A system comprising: at least one electrode ; a controller comprising a processor to configure a stimulation signal with an activation charge rate (ACR) based on a predefined level of intensity of sensory perception by a subject during an action, wherein the ACR comprises a strength of pulses parameter and a frequency of pulses parameter in the stimulation signal and defines a stimulation parameter that combines the pulse frequency and the charge per pulse to approximate the total spike rate, wherein the controller is configured to alter at least one of the strength of pulses parameter and the frequency of pulses parameter in the stimulation such that the ACR remains constant during the action, and wherein the controller is configured to set the ACR according to a desired level of sensation to be perceived during the action based on the stimulation signal and the predefined level of intensity of sensory perception; and a waveform generator to generate the stimulation signal and provide the stimulation signal to the electrode for application to the subject as an action is performed, wherein the at least one electrode is configured to apply the stimulation signal to the subject as the action is performed. at least one electrode ; a controller comprising a processor to configure a stimulation signal with an activation charge rate (ACR) based on a predefined level of intensity of sensory perception by a subject during an action, wherein the ACR comprises a strength of pulses parameter and a frequency of pulses parameter in the stimulation signal and defines a stimulation parameter that combines the pulse frequency and the charge per pulse to approximate the total spike rate, wherein the controller is configured to alter at least one of the strength of pulses parameter and the frequency of pulses parameter in the stimulation such that the ACR remains constant during the action, and wherein the controller is configured to set the ACR according to a desired level of sensation to be perceived during the action based on the stimulation signal and the predefined level of intensity of sensory perception; and a waveform generator to generate the stimulation signal and provide the stimulation signal to the electrode for application to the subject as an action is performed, wherein the at least one electrode is configured to apply the stimulation signal to the subject as the action is performed.
A touch fastener loop material comprising a non-woven web of fibers forming both a base and a field of hook-engageable loops of a tenacity of at least 1.1 grams per denier extending outward from one broad side of the base, wherein the fibers are distributed such that, for a plurality of six micron slices parallel to the base, the field of loops has a maximum ratio of a volume of occupied by the non-woven web of fibers to a total volume of the slice of between 5 and 25 percent, and wherein the maximum ratio occurs closer to an elevation where the ratio first rises above 5% than to an elevation where the ratio falls back below 5% running upward from the base.
A zipper comprising: a male member having a base part and a male projection and a female member having a base part and a female projection , wherein the male projection and the female projection are interlockable with each other, a tearing guide strip is provided along the longitudinal direction of the base part (21a, or 21b) of the male member or the female member and integrated with the male or female member , characterized in that the tearing guide strip is peelable from the base part of the male member or the female member at a binding interface. a male member having a base part and a male projection and a female member having a base part and a female projection , wherein the male projection and the female projection are interlockable with each other, a tearing guide strip is provided along the longitudinal direction of the base part (21a, or 21b) of the male member or the female member and integrated with the male or female member , characterized in that the tearing guide strip is peelable from the base part of the male member or the female member at a binding interface.
An elevator system having a guide system, wherein the elevator system comprises at least two counterweights and a car , wherein the guide system comprises a first solid guide rail and a second solid guide rail which individually guides a counterweight from the at least two counterweights , and each of the first solid guide rail and the second solid guide rail collectively guide the car , wherein each of the first solid guide rail and the second solid guide rail comprising a plurality of guide contours adapted to engage with the counterweight and the car , characterized by the solid guide rails having at least one flange portion and at least one web portion , and the plurality of guide contours is defined on at least one of the flange portion and the web portion .
An isolated antagonist antibody or an antigen-binding fragment thereof that binds human Notch2 and inhibits (i) Notch2 biological activity and/or (ii) downstream pathway(s) regulated by Notch2 signalling for use in the treatment and/or prevention of a respiratory disease selected from cystic fibrosis (CF), primary ciliary dyskinesia, chronic bronchitis, chronic obstructive pulmonary disease (COPD), asthma or respiratory tract infections, wherein the antibody or an antigen-binding fragment thereof inhibits mucus hyper-secretion and/or wherein the antibody or an antigen-binding fragment thereof inhibits formation of goblet cells.
A deodorization and sterilization apparatus, the apparatus comprising: a pair of electrodes to carry out plasma discharge by applying a designated voltage between the pair of electrodes, wherein fluid passage holes are disposed at corresponding parts of the electrodes so as to communicate with each other, and at least one absorption member to absorb floating bacteria or odour materials is disposed downstream of the electrodes for a fluid passing through the fluid passage holes , the at least one absorption member including an absorbent formed of a porous material; the deodorization and sterilization apparatus further comprising: an air blowing device arranged to forcibly blow air, wherein the air blowing device is, in a first mode, arranged to forcibly blow air toward the fluid passage holes and to generate an air current from the fluid passage holes toward the at least one absorption member, wherein the air blowing device is, in a second mode, arranged to forcibly blow air in a direction opposite to the fluid passage holes and generates an air current from the fluid passage holes in a direction opposite to the at least one absorption member . a pair of electrodes to carry out plasma discharge by applying a designated voltage between the pair of electrodes, wherein fluid passage holes are disposed at corresponding parts of the electrodes so as to communicate with each other, and at least one absorption member to absorb floating bacteria or odour materials is disposed downstream of the electrodes for a fluid passing through the fluid passage holes , the at least one absorption member including an absorbent formed of a porous material; the deodorization and sterilization apparatus further comprising: an air blowing device arranged to forcibly blow air, wherein the air blowing device is, in a first mode, arranged to forcibly blow air toward the fluid passage holes and to generate an air current from the fluid passage holes toward the at least one absorption member, wherein the air blowing device is, in a second mode, arranged to forcibly blow air in a direction opposite to the fluid passage holes and generates an air current from the fluid passage holes in a direction opposite to the at least one absorption member .
A detachment determining device configured to determine whether or not at least a part of an electromagnetic valve-equipped device being a hydraulic device equipped with an electromagnetic valve has been detached from an industrial machine, such as a construction machine or an industrial vehicle, characterized in that : the detachment determining device comprises: an electrical characteristic detecting portion configured to output a detection signal to the electromagnetic valve-equipped device and detect an electrical characteristic of the electromagnetic valve-equipped device based on the detection signal; and a detachment determining portion configured to determine, based on a plurality of electrical characteristics detected at different time points by the electrical characteristic detecting portion , whether or not at least a part of the electromagnetic valve-equipped device has been detached. an electrical characteristic detecting portion configured to output a detection signal to the electromagnetic valve-equipped device and detect an electrical characteristic of the electromagnetic valve-equipped device based on the detection signal; and a detachment determining portion configured to determine, based on a plurality of electrical characteristics detected at different time points by the electrical characteristic detecting portion , whether or not at least a part of the electromagnetic valve-equipped device has been detached.
Apparatus for forming hollow containers , suitable to contain in particular one or more liquid or semi-liquid food products, starting from parisons (F) made of thermoplastic material, wherein the apparatus comprises a matrix defined by a pair of molds cooperating with each other to define a cavity shaped like the container to be formed, and a support channel , configured to form an additional portion of said container intended to be removed to allow said container to be filled, said support channel being connected to said cavity in correspondence with a connection zone and being provided with an aperture , on the opposite side with respect to said cavity , in communication with the outside; and a forming punch configured to thrust and blow one of said parisons (F) against the walls of said cavity to form said container , and against the walls of said support channel to form said additional portion , said forming punch having an extension in the direction of a longitudinal axis (Z) and being operatively mobile, in a direction parallel to said longitudinal axis (Z), through said support channel to enter into/exit from said cavity , wherein said forming punch comprises a thrusting end portion configured to be introduced into said cavity and to contact said container , in the process of being formed, at least in correspondence with said connection zone , so as to confer a desired size on it, and said forming punch further comprises a cutting portion , positioned upstream of said thrusting end portion to delimit said parison (F) in correspondence with said aperture , and an auxiliary portion , interposed between said thrusting end portion and said cutting portion , and configured to allow said thrusting portion to reach and contact said connection zone .
A system comprising: a support to receive a flow cell assembly; a securement and locating assembly having rotatable clamp arms on opposing sides of the securement and locating assembly, each of the rotatable clamp arms rotatable downwardly and translatable laterally along a clamp shaft , a spring to urge the clamp arms slidingly to one side of the clamp shaft and a lever arm integral with the clamp arms to urge the clamp arms into engagement with a flow cell assembly toward the support in a Z-direction perpendicular to a plane of a flow cell assembly and toward a first reference position in an X-direction perpendicular to the Z-direction, the securement and locating assembly further having a Y-direction pusher that is biased toward a retracted position by a spring , the assembly further comprising a motor to urge the Y-direction pusher against the force of the spring to move a flow cell assembly toward a second reference position in a Y-direction perpendicular to the Z-direction and to the X-direction. a support to receive a flow cell assembly; a securement and locating assembly having rotatable clamp arms on opposing sides of the securement and locating assembly, each of the rotatable clamp arms rotatable downwardly and translatable laterally along a clamp shaft , a spring to urge the clamp arms slidingly to one side of the clamp shaft and a lever arm integral with the clamp arms to urge the clamp arms into engagement with a flow cell assembly toward the support in a Z-direction perpendicular to a plane of a flow cell assembly and toward a first reference position in an X-direction perpendicular to the Z-direction, the securement and locating assembly further having a Y-direction pusher that is biased toward a retracted position by a spring , the assembly further comprising a motor to urge the Y-direction pusher against the force of the spring to move a flow cell assembly toward a second reference position in a Y-direction perpendicular to the Z-direction and to the X-direction.
A method for detecting a lamination defect of an electrode assembly , the method comprising: forming an insulating member having a predetermined width and a predetermined height in an overhang region of one end or two ends of one surface of a negative electrode ; manufacturing an electrode assembly by sequentially laminating a separator and a positive electrode on the one surface of the negative electrode ; and determining whether there is a lamination defect in the electrode assembly by measuring a thickness of a region where the insulating member is positioned on the electrode assembly . forming an insulating member having a predetermined width and a predetermined height in an overhang region of one end or two ends of one surface of a negative electrode ; manufacturing an electrode assembly by sequentially laminating a separator and a positive electrode on the one surface of the negative electrode ; and determining whether there is a lamination defect in the electrode assembly by measuring a thickness of a region where the insulating member is positioned on the electrode assembly .
A syringe comprising: a barrel having a proximal end for insertion of a plunger and a distal end with a tip, and a plunger slidably movable in the barrel, wherein the plunger comprises a handle with at least one hollow channel, a piston with at least one hollow channel, and a septum, wherein handle and piston when assembled form at least one continuous channel.
Method for processing a metal-ceramic substrate , in particular for forming a predetermined breaking recess, comprising: - providing a metal-ceramic substrate and - forming a predetermined breaking recess in the metal-ceramic substrate wherein the predetermined breaking recess hasat least a first section (A1) with a first depth (T1) and at least a second section (A2) with a second depth (T2) along its direction of extension, wherein a second depth (T2) is formed that differs from the first depth (T1), characterised in that the first sections (A1) and the second sections (A2) are formed outside of the intersection points of two predetermined breaking recesses , the first depth (T1) in the first section (A1) via a first length (L1) measured in the direction of extension (V) of the predetermined breaking recess (V) and the second depth (T2) in the second section (A2) via a second length (L2) measured in the direction of extension (V) of the predetermined breaking recess (V) remain essentially constant. - providing a metal-ceramic substrate and - forming a predetermined breaking recess in the metal-ceramic substrate wherein the predetermined breaking recess hasat least a first section (A1) with a first depth (T1) and at least a second section (A2) with a second depth (T2) along its direction of extension, wherein a second depth (T2) is formed that differs from the first depth (T1), characterised in that the first sections (A1) and the second sections (A2) are formed outside of the intersection points of two predetermined breaking recesses , the first depth (T1) in the first section (A1) via a first length (L1) measured in the direction of extension (V) of the predetermined breaking recess (V) and the second depth (T2) in the second section (A2) via a second length (L2) measured in the direction of extension (V) of the predetermined breaking recess (V) remain essentially constant.
A semitrailer , in particular for a utility vehicle, comprising a wheel and an electric machine for driving the wheel , wherein the electric machine is configured so as to be operable as an electromotive brake in a braking state, wherein the semitrailer has a non-driven wheel in addition to the driven wheel , wherein the non-driven wheel has a mechanical brake device, further comprising a control device adapted to communicate with a semitrailer tractor and to control the electric machine and the mechanical brake device, wherein the braking by means of the mechanical brake device is performed with a time delay in relation to the electromotive braking when an intensity of braking performed in a semitrailer tractor lies below a set threshold value, and wherein braking by the mechanical brake device is performed together with the electromotive braking when the intensity of braking performed in the semitrailer tractor lies above the set threshold, and wherein exclusively the electric machine acts as a brake device for the wheel, wherein the electric machine is designed such that, for emergency braking, an armature short-circuit braking can be performed when the actuation of the brake device is present with an intensity that lies above the set threshold value. a wheel and an electric machine for driving the wheel , wherein the electric machine is configured so as to be operable as an electromotive brake in a braking state, wherein the semitrailer has a non-driven wheel in addition to the driven wheel , wherein the non-driven wheel has a mechanical brake device, further comprising a control device adapted to communicate with a semitrailer tractor and to control the electric machine and the mechanical brake device, wherein the braking by means of the mechanical brake device is performed with a time delay in relation to the electromotive braking when an intensity of braking performed in a semitrailer tractor lies below a set threshold value, and wherein braking by the mechanical brake device is performed together with the electromotive braking when the intensity of braking performed in the semitrailer tractor lies above the set threshold, and wherein exclusively the electric machine acts as a brake device for the wheel, wherein the electric machine is designed such that, for emergency braking, an armature short-circuit braking can be performed when the actuation of the brake device is present with an intensity that lies above the set threshold value.
An air conditioner comprising: a housing including a discharge plate having a plurality of holes formed therein, and an outlet ; a heat exchanger disposed inside the housing ; a blower fan configured to blow air heat-exchanged by the heat exchanger towards the discharge plate and the outlet ; and a discharge blade configured to move between a guide position at which the outlet is open, and a closed position at which the outlet is covered, wherein the discharge blade includes a blade body configured to cover the outlet and having a plurality of blade holes formed therein, and when the discharge blade is at the closed position , the air blown from the blower fan is discharged through the plurality of holes formed in the discharge plate and through the plurality of blade holes formed in the blade body . a housing including a discharge plate having a plurality of holes formed therein, and an outlet ; a heat exchanger disposed inside the housing ; a blower fan configured to blow air heat-exchanged by the heat exchanger towards the discharge plate and the outlet ; and a discharge blade configured to move between a guide position at which the outlet is open, and a closed position at which the outlet is covered, wherein the discharge blade includes a blade body configured to cover the outlet and having a plurality of blade holes formed therein, and when the discharge blade is at the closed position , the air blown from the blower fan is discharged through the plurality of holes formed in the discharge plate and through the plurality of blade holes formed in the blade body .