mhurhangee/patent-ind-claim-en huggingface dataset:
A tissue retractor for treatment of a breathing disorder and providing an electrical stimulus comprising: a shaft sized for insertion into a soft tissue located in a patient's oral cavity or pharynx; a retractor member connected at or near a first end of the shaft; an anchor member connected at or near a second end of the shaft; and electrodes configured to provide an electrical stimulus to cause contraction of the soft tissue wherein the retractor member and the anchor member are configured to be positioned on an external surface of the soft tissue, the shaft is stretchable allowing for movement of the tongue base during speech and swallowing, the retractor member physically interacts with the soft tissue, and the anchor member is adapted to impart counterforces through the shaft to the retractor, thereby preventing deformation of the soft tissue. a shaft sized for insertion into a soft tissue located in a patient's oral cavity or pharynx; a retractor member connected at or near a first end of the shaft; an anchor member connected at or near a second end of the shaft; and electrodes configured to provide an electrical stimulus to cause contraction of the soft tissue wherein the retractor member and the anchor member are configured to be positioned on an external surface of the soft tissue, the shaft is stretchable allowing for movement of the tongue base during speech and swallowing, the retractor member physically interacts with the soft tissue, and the anchor member is adapted to impart counterforces through the shaft to the retractor, thereby preventing deformation of the soft tissue.
An ethylene polymer having: a Mw in a range from about 70,000 to about 200,000 g/mol; a ratio of Mz/Mw in a range from about 1.8 to about 20; an IB parameter in a range from about 0.92 to about 1.05, wherein the IB parameter is determined from the plot of dW/d(Log M) vs Log M, normalized to an area equal to 1 and is defined as 1[dw/d(Log M)] MAX ; and wherein the ethylene polymer has a peak ATREF temperature in a range from about 68 °C to about 78 °C. a Mw in a range from about 70,000 to about 200,000 g/mol; a ratio of Mz/Mw in a range from about 1.8 to about 20; an IB parameter in a range from about 0.92 to about 1.05, wherein the IB parameter is determined from the plot of dW/d(Log M) vs Log M, normalized to an area equal to 1 and is defined as 1[dw/d(Log M)] MAX ; and wherein the ethylene polymer has a peak ATREF temperature in a range from about 68 °C to about 78 °C.
An electro-optic display , comprising: a common electrode ; a plurality of pixel electrodes ; an electro-optic material disposed between the common electrode and the plurality of pixel electrodes ; a control circuit configured to supply a voltage (Vcom); a measurement circuit arranged to measure the voltage on the common electrode ; a capacitor ; and a switch having a first terminal connected to the common electrode , a second terminal connected to the control circuit and a third terminal connected to the measurement circuit , the switch having a first switching state in which the first and second terminals are connected so that the common electrode is coupled to the control circuit ; and a second switching state in which the first and third terminals are connected so that the common electrode is coupled to the measurement circuit the apparatus being characterized in that the capacitor is connected to the second terminal of the switch so that in the first switching state the common electrode is coupled to the capacitor but in the second switching state the common electrode is disconnected from the capacitor . a common electrode ; a plurality of pixel electrodes ; an electro-optic material disposed between the common electrode and the plurality of pixel electrodes ; a control circuit configured to supply a voltage (Vcom); a measurement circuit arranged to measure the voltage on the common electrode ; a capacitor ; and a switch having a first terminal connected to the common electrode , a second terminal connected to the control circuit and a third terminal connected to the measurement circuit , the switch having a first switching state in which the first and second terminals are connected so that the common electrode is coupled to the control circuit ; and a second switching state in which the first and third terminals are connected so that the common electrode is coupled to the measurement circuit the apparatus being characterized in that the capacitor is connected to the second terminal of the switch so that in the first switching state the common electrode is coupled to the capacitor but in the second switching state the common electrode is disconnected from the capacitor .
A human powered hybrid machine for energy generation and transmission characterized in that the machine comprises: at least two horizontal hydraulic cylinders comprising an inlet mechanism for receiving a fluid from a fluid reservoir ; at least two inputs and two outputs provided at the either ends of the said horizontal hydraulic cylinders ; at least two flexible connecting conduits engaging the input one of said cylinders with the output of the other cylinder and the output of said cylinder with the input of the other cylinder ; a connecting rod positioned in between the said at least two horizontal hydraulic cylinders ; fly wheels engaged with said connecting rod for providing the bicycle mechanism movement to the said cylinders ; said fluid reservoir containing the fluid positioned at a first end of the said hydraulic cylinder being driven mechanically by a pump ; electric motors and/or drive chains electrically connected to the said pump is supplied power by a driver gear ; a transmission gear in driving contact with a pinion wheel arrangement for converting mechanical movement of the said hydraulic horizontal cylinder in to electrical energy. at least two horizontal hydraulic cylinders comprising an inlet mechanism for receiving a fluid from a fluid reservoir ; at least two inputs and two outputs provided at the either ends of the said horizontal hydraulic cylinders ; at least two flexible connecting conduits engaging the input one of said cylinders with the output of the other cylinder and the output of said cylinder with the input of the other cylinder ; a connecting rod positioned in between the said at least two horizontal hydraulic cylinders ; fly wheels engaged with said connecting rod for providing the bicycle mechanism movement to the said cylinders ; said fluid reservoir containing the fluid positioned at a first end of the said hydraulic cylinder being driven mechanically by a pump ; electric motors and/or drive chains electrically connected to the said pump is supplied power by a driver gear ; a transmission gear in driving contact with a pinion wheel arrangement for converting mechanical movement of the said hydraulic horizontal cylinder in to electrical energy.
A food preparation apparatus comprising: a chamber comprising a door arranged to seal the chamber when in a closed position; a carriage comprising a cup holder ; a motor arranged to transport the carriage and a cup within the cup holder into the chamber from a starting position and to return the carriage and cup to the starting position and comprising a mechanism configured to open said chamber door as the carriage is transported to enter said chamber and place the cup within said chamber and configured to close the door after said carriage leaves said chamber and is transported toward the starting position; and a cleaning system configured to enable automatic high-pressure rinsing, subsequent cleaning and high-temperature steam sanitation of the chamber at defined intervals when the door is in the closed position and sealed to the chamber; said cleaning system comprising a valve manifold comprising valves activatable by logic and configured to supply a plurality of nozzles including one or more of an upper and a lower scouring nozzle and optionally one or more rotary nozzles , and a steam port to rinse and sanitize said chamber, a water input , an accumulator , a flow meter , a steam heater , and a rotary pump configured to pump water from the accumulator through the flow meter and valve manifold. a chamber comprising a door arranged to seal the chamber when in a closed position; a carriage comprising a cup holder ; a motor arranged to transport the carriage and a cup within the cup holder into the chamber from a starting position and to return the carriage and cup to the starting position and comprising a mechanism configured to open said chamber door as the carriage is transported to enter said chamber and place the cup within said chamber and configured to close the door after said carriage leaves said chamber and is transported toward the starting position; and a cleaning system configured to enable automatic high-pressure rinsing, subsequent cleaning and high-temperature steam sanitation of the chamber at defined intervals when the door is in the closed position and sealed to the chamber; said cleaning system comprising a valve manifold comprising valves activatable by logic and configured to supply a plurality of nozzles including one or more of an upper and a lower scouring nozzle and optionally one or more rotary nozzles , and a steam port to rinse and sanitize said chamber, a water input , an accumulator , a flow meter , a steam heater , and a rotary pump configured to pump water from the accumulator through the flow meter and valve manifold.
A semiconductor die assembly , comprising: a package support substrate ; a first semiconductor die having a peripheral region and a stacking region; a second semiconductor die attached to the stacking region of the first semiconductor die such that the peripheral region is lateral of the second semiconductor die; a thermal transfer unit having a first portion attached to the peripheral region of the first semiconductor die ; characterised in that the thermal transfer unit further comprises: a second portion attached to the first portion by an adhesive , and a cavity defined by the first and second portions , wherein the second semiconductor die is within the cavity such that the second semiconductor die is spaced apart from the first portion by a gap; and an underfill material in the cavity , wherein the underfill material has a fillet that fills at least a lower region of the gap between the first portion of the thermal transfer unit and the second semiconductor die . a package support substrate ; a first semiconductor die having a peripheral region and a stacking region; a second semiconductor die attached to the stacking region of the first semiconductor die such that the peripheral region is lateral of the second semiconductor die; a thermal transfer unit having a first portion attached to the peripheral region of the first semiconductor die ; characterised in that the thermal transfer unit further comprises: a second portion attached to the first portion by an adhesive , and a cavity defined by the first and second portions , wherein the second semiconductor die is within the cavity such that the second semiconductor die is spaced apart from the first portion by a gap; and an underfill material in the cavity , wherein the underfill material has a fillet that fills at least a lower region of the gap between the first portion of the thermal transfer unit and the second semiconductor die .
Saw blade comprising a first edge having teeth and a second edge principally opposed to the first edge , which second edge extends in a first principal direction of extension along a first part of its principal extension and in a second principal direction of extension along a second part of its principal extension, neither said first nor said second principal direction of extension being parallel to a principal direction of extension of said first edge , but said first principal direction of extension forming a first and positive angle (A) with said principal direction of extension of said first edge and said second principal direction of extension forming a second and negative angle (B) with said principal direction of extension of said first edge said second edge extends parallel to said first edge along a third part of its principal extension, said third part connecting said first part with said second part and said second part being longer than said first part in the principal direction of extension of the saw blade and said second edge extends in said first principal direction of extension along a fourth part of its principal extension, characterized in that said second edge extends parallel to said first edge along a fifth part of its principal extension, said fifth part connecting said second part with said fourth part and in that the third part and the fifth part are flat parts.
A heat sink comprising: a heat transport member having a heat receiving portion thermally connected to a heating element; a tube body connected to a heat insulating portion or a heat radiating portion of the heat transport member; and a heat radiation fin group which is thermally connected to the tube body and in which a plurality of heat radiation fins are arranged, wherein the heat transport member has an integral internal space that communicates from the heat receiving portion to a connection portion with the tube body and is sealed with a working fluid, and the internal space of the heat transport member communicates with an internal space of the tube body, a wick structure provided on the heat transport member is connected to a wick structure provided in the tube body via a connection member that is a wick member having a capillary force, and characterised in that the wick structure provided on the heat transport member , the wick structure provided in the tube body , and the wick member are different in type from each other, and the wick structure provided in the tube body is a plurality of fine grooves formed in an inner surface of the tube body. a heat transport member having a heat receiving portion thermally connected to a heating element; a tube body connected to a heat insulating portion or a heat radiating portion of the heat transport member; and a heat radiation fin group which is thermally connected to the tube body and in which a plurality of heat radiation fins are arranged, wherein the heat transport member has an integral internal space that communicates from the heat receiving portion to a connection portion with the tube body and is sealed with a working fluid, and the internal space of the heat transport member communicates with an internal space of the tube body, a wick structure provided on the heat transport member is connected to a wick structure provided in the tube body via a connection member that is a wick member having a capillary force, and characterised in that the wick structure provided on the heat transport member , the wick structure provided in the tube body , and the wick member are different in type from each other, and the wick structure provided in the tube body is a plurality of fine grooves formed in an inner surface of the tube body.
A method for generating structures in an image, comprising: obtaining a first image including a first set of structures and a second influencer set of structures wherein the second influencer set of structures move and/or deform daily, the first and second influencer set of structures being located at respective first locations in the first image; obtaining a second image including the second influencer set of structures , the second influencer set of structures being located at a second location in the second image , the second location being different from the first location of the second influencer set of structures in the first image ; and characterized by propagating the first set of structures from the first image to the second image based on image registration that is guided by the second influencer set of structures , wherein the second influencer set of structures includes structures that affect one or more of shape, size, and/or location of one or more structures in the first set of structures . obtaining a first image including a first set of structures and a second influencer set of structures wherein the second influencer set of structures move and/or deform daily, the first and second influencer set of structures being located at respective first locations in the first image; obtaining a second image including the second influencer set of structures , the second influencer set of structures being located at a second location in the second image , the second location being different from the first location of the second influencer set of structures in the first image ; and characterized by propagating the first set of structures from the first image to the second image based on image registration that is guided by the second influencer set of structures , wherein the second influencer set of structures includes structures that affect one or more of shape, size, and/or location of one or more structures in the first set of structures .
A turbomachine component comprising: a body having an exterior surface and an interior surface ; and an internal cavity defined by the interior surface ; wherein the turbomachine component is one of a turbine bucket, a turbine nozzle, and a turbine shroud member; the turbomachine component being characterized by a replaceable reactivity neutralizing member arranged within the internal cavity , the reactivity neutralizing member being positioned adjacent to one or more areas that are considered most likely to be perforated, so as to counteract and/or neutralize, in use, effects of turbomachine combustion products on the interior surface of the body , the reactivity neutralizing member being formed from a neutralizing material that is attacked and degraded so that any degradation of the interior surface is greatly reduced. a body having an exterior surface and an interior surface ; and an internal cavity defined by the interior surface ; wherein the turbomachine component is one of a turbine bucket, a turbine nozzle, and a turbine shroud member; the turbomachine component being characterized by a replaceable reactivity neutralizing member arranged within the internal cavity , the reactivity neutralizing member being positioned adjacent to one or more areas that are considered most likely to be perforated, so as to counteract and/or neutralize, in use, effects of turbomachine combustion products on the interior surface of the body , the reactivity neutralizing member being formed from a neutralizing material that is attacked and degraded so that any degradation of the interior surface is greatly reduced.
A memory module comprising: a nonvolatile memory component defining a nonvolatile address space, the nonvolatile address space to store data at nonvolatile-memory addresses; volatile memory components defining a volatile address space, the volatile address space to cache the data stored in the nonvolatile address space with first address tags corresponding to the nonvolatile-memory addresses of the data; and an address buffer component , configured to control read and write accesses, to cache second address tags corresponding to the data cached in the volatile address space, and to manage the flow of data to and from the volatile memory components . a nonvolatile memory component defining a nonvolatile address space, the nonvolatile address space to store data at nonvolatile-memory addresses; volatile memory components defining a volatile address space, the volatile address space to cache the data stored in the nonvolatile address space with first address tags corresponding to the nonvolatile-memory addresses of the data; and an address buffer component , configured to control read and write accesses, to cache second address tags corresponding to the data cached in the volatile address space, and to manage the flow of data to and from the volatile memory components .
Cooling device for a vehicle battery, having a cooling plate comprising a first plate part for facing towards the battery and has a first wall thickness (d 1 ), comprising a second plate part which has a second wall thickness (d 2 ), and comprising a multiplicity of depressions formed in the second plate part , wherein the cooling plate has a multiplicity of refrigerant ducts with a first duct cross section, said refrigerant ducts being formed between the first and second plate parts in the depressions of the second plate part , wherein the cooling plate has a distributor portion and a collector portion which each have at least one connection for a refrigerant feed line and a refrigerant return line, and wherein the wall of the distributor portion and/or of the collector portion is formed at least in portions by a component additional to the first and second plate parts , wherein the distributor portion and/or the collector portion are arranged together with the second plate part on one side of the first plate part wherein the connections and are situated on the same side of the cooling plate and closely adjacent to one another, the collector portion is formed as a common depression corresponding to the distributor portion wherein the distributor portion and/or the collector portion are formed at least in portions by the second plate part , and the additional component is provided, which reinforces the second plate part in the region of the distributor portion and/or of the collector portion . wherein the cooling plate has a multiplicity of refrigerant ducts with a first duct cross section, said refrigerant ducts being formed between the first and second plate parts in the depressions of the second plate part , wherein the cooling plate has a distributor portion and a collector portion which each have at least one connection for a refrigerant feed line and a refrigerant return line, and wherein the wall of the distributor portion and/or of the collector portion is formed at least in portions by a component additional to the first and second plate parts , wherein the distributor portion and/or the collector portion are arranged together with the second plate part on one side of the first plate part wherein the connections and are situated on the same side of the cooling plate and closely adjacent to one another, the collector portion is formed as a common depression corresponding to the distributor portion wherein the distributor portion and/or the collector portion are formed at least in portions by the second plate part , and the additional component is provided, which reinforces the second plate part in the region of the distributor portion and/or of the collector portion .
An item of furniture , in particular a cabinet, comprising at least two hingedly interconnected door leaves which can be situated at least in a folded position and in a spread-apart position, wherein the item of furniture comprises an arrangement for spreading apart the door leaves from the folded position into the spread-apart position, wherein the arrangement comprises an energy accumulator and a spreading element which can impinged by the energy accumulator , and a control contour by means of which the movement of the spreading element can be controlled, wherein there is provided in the item of furniture a, preferably fully, inserted position for the at least two door leaves in the folded position, wherein there is provided an ejection device for ejecting the at least two door leaves in the folded position from the inserted position in the item of furniture into an open position beyond the item of furniture , wherein the at least two door leaves can be ejected by means of the ejection device in their folded position from the inserted position in the item of furniture into the open position beyond the item of furniture and can then be transferred by means of the spreading element which can be impinged by the energy accumulator from the folded position into the spread-apart position.