mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable medical device comprising: an implantable coil case containing a communications coil for transcutaneous communication of an implant communication signal, the coil case having a lateral surface, a medial surface, a radial center, and an outer circumference; a magnet receptacle within the coil case at the radial center and having a magnet opening in one of the lateral or medial surface; a magnet fitting groove recessed into one of the lateral surface or the medial surface of the coil case and extending from the magnet opening to the outer circumference of the coil case; and an implant magnet clip comprising: i. a bendable leg , and ii. an implant magnet attached to the bendable leg ; wherein the coil case and the magnet clip are configured to cooperate for the bendable leg to fit against one of the lateral surface or the medial surface of the coil case and the implant magnet to fit through the magnet opening into the magnet receptacle. an implantable coil case containing a communications coil for transcutaneous communication of an implant communication signal, the coil case having a lateral surface, a medial surface, a radial center, and an outer circumference; a magnet receptacle within the coil case at the radial center and having a magnet opening in one of the lateral or medial surface; a magnet fitting groove recessed into one of the lateral surface or the medial surface of the coil case and extending from the magnet opening to the outer circumference of the coil case; and an implant magnet clip comprising: i. a bendable leg , and ii. an implant magnet attached to the bendable leg ; i. a bendable leg , and ii. an implant magnet attached to the bendable leg ; wherein the coil case and the magnet clip are configured to cooperate for the bendable leg to fit against one of the lateral surface or the medial surface of the coil case and the implant magnet to fit through the magnet opening into the magnet receptacle.
A contact cleaning apparatus for a sheet substrate having a curved leading edge comprising: an elastomeric cleaning roller and a first conveyor for carrying the sheet substrate to be cleaned towards said elastomeric cleaning roller , wherein said elastomeric cleaning roller comprises a contact zone arranged to receivingly engage the sheet substrate from said first conveyor , and a guide disposed proximate and opposingly arranged with said first conveyor , wherein said guide is configured to contactingly engage the curved leading edge of the sheet substrate as it moves on the first conveyor, such that the curved leading edge of the sheet substrate is flattened at a point of contact with the elastomeric cleaning roller , characterised in that said guide comprises a second conveyor , wherein said second conveyor is arranged at an angle relative to said first conveyor , and wherein said second conveyor and said first conveyor are configured so as to provide a channelling of the curved leading edge as the curved leading edge approaches said contact zone. an elastomeric cleaning roller and a first conveyor for carrying the sheet substrate to be cleaned towards said elastomeric cleaning roller , wherein said elastomeric cleaning roller comprises a contact zone arranged to receivingly engage the sheet substrate from said first conveyor , and a guide disposed proximate and opposingly arranged with said first conveyor , wherein said guide is configured to contactingly engage the curved leading edge of the sheet substrate as it moves on the first conveyor, such that the curved leading edge of the sheet substrate is flattened at a point of contact with the elastomeric cleaning roller , characterised in that said guide comprises a second conveyor , wherein said second conveyor is arranged at an angle relative to said first conveyor , and wherein said second conveyor and said first conveyor are configured so as to provide a channelling of the curved leading edge as the curved leading edge approaches said contact zone.
A refrigerator assembly defining a mutually-orthogonal vertical direction (V) , lateral direction (L) , and transverse direction (T) , wherein the refrigerator assembly comprising: a cabinet extending along the lateral direction (L) between a first lateral side and a second lateral side , the cabinet defining a chilled chamber and a machine compartment , the machine compartment having an air inlet and an air outlet separate from the air inlet ; a louver panel mounted to the cabinet in front of the machine compartment , the louver panel defining a plurality of lateral apertures spaced apart along the vertical direction (V) , the plurality of lateral apertures extending along the lateral direction (L) in front of the air inlet and the air outlet from a first end a second end ; and a plurality of laterally-spaced vanes (246 248) extending rearward from the louver panel at the air outlet , characterized in that the vanes are fixed or mounted to the louver panel , the air inlet is located proximal to the second end , the vanes which are near the air inlet being directed away from the air inlet , each vane define a flow angles θ1 directed away from the second end relative to the transverse direction T, the flow angles θ1 generally and sequentially increase relative to the transverse direction T as the lateral distance between discrete vanes increases relative to the air inlet .
A connector for a patient interface system, comprising: a first portion adapted to removably connect to a patient interface, the first portion being formed from a relatively rigid or stiff material; a vent formed on the first portion ; a flexible portion adapted to flex to permit engagement and disengagement of the first portion , the flexible portion being formed from a relatively flexible material; and an anti asphyxia valve comprising an outer flange (810.1), an inner flange , and a flap extending from the inner flange , the valve being secured to the first portion at the outer flange (810.1) and the inner flange , wherein the outer flange (810.1) of the valve is received in an opening in the first portion so that an outer surface of the outer flange (810.2) is substantially flush with an outer surface of the first portion , wherein the flexible portion comprises a pair of opposing buttons that are configured to be inwardly flexed to allow disengagement of the connector from the patient interface, wherein the first portion forms a skeleton over-moulded by or otherwise formed with the flexible portion , and wherein the inner flange is configured to seal the anti-asphyxia valve against the inner wall of the skeleton. a first portion adapted to removably connect to a patient interface, the first portion being formed from a relatively rigid or stiff material; a vent formed on the first portion ; a flexible portion adapted to flex to permit engagement and disengagement of the first portion , the flexible portion being formed from a relatively flexible material; and an anti asphyxia valve comprising an outer flange (810.1), an inner flange , and a flap extending from the inner flange , the valve being secured to the first portion at the outer flange (810.1) and the inner flange , wherein the outer flange (810.1) of the valve is received in an opening in the first portion so that an outer surface of the outer flange (810.2) is substantially flush with an outer surface of the first portion , wherein the flexible portion comprises a pair of opposing buttons that are configured to be inwardly flexed to allow disengagement of the connector from the patient interface, wherein the first portion forms a skeleton over-moulded by or otherwise formed with the flexible portion , and wherein the inner flange is configured to seal the anti-asphyxia valve against the inner wall of the skeleton.
A method for optically determining the position and/or orientation of a teat of a dairy animal in space on the basis of images from at least one camera , in which - at least one 2D image of the teat is recorded and a contour line as 2D contour information is extracted from the image; - a model contour line is calculated in relation to the determined contour line ; - on the basis of the model contour line , at least one area of the teat is determined; - generating 3D information from the at least one 2D image or from at least one further 2D image and - selecting a portion of the 3D information that is situated within the determined area of the teat and - determining a position and/or orientation of the teat on the basis of the selected portion of the 3D information, wherein a surface contour of the teat is formed by a body of revolution of the model contour line , and wherein the position and/or orientation of the body of rotation in space is varied such that the measured 3D information from the selected area is in total situated as close as possible to a lateral surface of the body of revolution. - at least one 2D image of the teat is recorded and a contour line as 2D contour information is extracted from the image; - a model contour line is calculated in relation to the determined contour line ; - on the basis of the model contour line , at least one area of the teat is determined; - generating 3D information from the at least one 2D image or from at least one further 2D image and - selecting a portion of the 3D information that is situated within the determined area of the teat and - determining a position and/or orientation of the teat on the basis of the selected portion of the 3D information, wherein a surface contour of the teat is formed by a body of revolution of the model contour line , and wherein the position and/or orientation of the body of rotation in space is varied such that the measured 3D information from the selected area is in total situated as close as possible to a lateral surface of the body of revolution.
Food processing system comprising a recipient for processing food ingredients and at least one weighing arrangement adapted for weighing the food ingredients inside said recipient , and further comprising a casing adapted to support said recipient and confining said weighing arrangement , a heating arrangement adapted to provide heating to said recipient and a driving arrangement adapted to provide driving actuation to a tool support provided so as to drive a tool disposed inside said recipient , characterized in that said weighing arrangement comprises an elongated form extending in a first direction along at least most of an extension of said casing , and comprises a structural member and at least one weighing member provided as a single piece, whereby said structural member extends along said first direction thereby defining the overall volume of said weighing arrangement , and whereby said weighing member is provided as a cutout within the total extension of said structural member .
An assembly for locking a fastener in a fixation plate , the fastener having a plurality of threads , the assembly comprising: the fixation plate ; a locking element at least partially positioned in the fixation plate , the fixation plate comprising a blind opening for receiving the locking element and an opening for receiving at least a portion of the fastener , wherein the blind opening is positioned adjacent to the opening , the locking element having a base member and a head portion , the base member having an interlock portion configured to engage the threads of the fastener when in a locked position, and the head portion extending from the base member , the head portion configured to be engaged by a driver to rotate the base member from an unlocked position to the locked position, wherein the interlock portion includes a plurality of elongated protrusions having a recess positioned between adjacent protrusions , the assembly being characterized in that the locking element is configured to be rotated between the unlocked position, in which the plurality of elongated protrusions are disengaged from the threads of the fastener , and the locked position, in which the plurality of elongated protrusions are in engagement with the threads of the fastener . the fixation plate ; a locking element at least partially positioned in the fixation plate , the fixation plate comprising a blind opening for receiving the locking element and an opening for receiving at least a portion of the fastener , wherein the blind opening is positioned adjacent to the opening , the locking element having a base member and a head portion , the base member having an interlock portion configured to engage the threads of the fastener when in a locked position, and the head portion extending from the base member , the head portion configured to be engaged by a driver to rotate the base member from an unlocked position to the locked position, wherein the interlock portion includes a plurality of elongated protrusions having a recess positioned between adjacent protrusions , the assembly being characterized in that the locking element is configured to be rotated between the unlocked position, in which the plurality of elongated protrusions are disengaged from the threads of the fastener , and the locked position, in which the plurality of elongated protrusions are in engagement with the threads of the fastener .
A surgical device , comprising: a tissue compression device having a pair of opposing compression surfaces; a mechanical binary-output electrical switch having open and closed electrical switching states initiated and changed solely by mechanical movements; and a biasing device mechanically coupled to the switch and retaining the switch in one of the switching states until a force at least as great as a force imposed by the biasing device is imparted to the switch , a feedback controller electrically connected to the switch such that, when a state change occurs, the state change is communicated to the feedback controller, characterized in that the switch is disposed in line with the tissue compression device to cause a corresponding amount of force that is placed upon compressed tissue disposed between the opposing compression surfaces to be placed upon the switch ; the force imposed by the biasing device corresponds to an optimal compression force of the compressed tissue when disposed between the opposing compression surfaces; and the tissue compression device operates dependent upon a signal from the feedback controller to maintain the optimal tissue compression force on the compressed tissue for a preprogrammed desiccation period. a tissue compression device having a pair of opposing compression surfaces; a mechanical binary-output electrical switch having open and closed electrical switching states initiated and changed solely by mechanical movements; and a biasing device mechanically coupled to the switch and retaining the switch in one of the switching states until a force at least as great as a force imposed by the biasing device is imparted to the switch , a feedback controller electrically connected to the switch such that, when a state change occurs, the state change is communicated to the feedback controller, characterized in that the switch is disposed in line with the tissue compression device to cause a corresponding amount of force that is placed upon compressed tissue disposed between the opposing compression surfaces to be placed upon the switch ; the force imposed by the biasing device corresponds to an optimal compression force of the compressed tissue when disposed between the opposing compression surfaces; and the tissue compression device operates dependent upon a signal from the feedback controller to maintain the optimal tissue compression force on the compressed tissue for a preprogrammed desiccation period. the switch is disposed in line with the tissue compression device to cause a corresponding amount of force that is placed upon compressed tissue disposed between the opposing compression surfaces to be placed upon the switch ; the force imposed by the biasing device corresponds to an optimal compression force of the compressed tissue when disposed between the opposing compression surfaces; and the tissue compression device operates dependent upon a signal from the feedback controller to maintain the optimal tissue compression force on the compressed tissue for a preprogrammed desiccation period.
Pneumatic vehicle tyre of a radial type of construction, with a tread comprising at least six circumferential grooves , which respectively have on the tread surface a width (B 1 ) of 3.0 mm to 8.0 mm and respectively have in the radial direction a depth (T 1 , T 2 ), the depth (T 2 ) of the middle circumferential grooves being greater than the depth (T 1 ) of the two shoulder-side circumferential grooves , characterized in that the depth (T 1 ) of the shoulder-side circumferential grooves is 4.0 mm to 6.0 mm and the depth (T 2 ) of the middle circumferential grooves is 5.0 mm to 7.0 mm, the depth (T 2 ) of the middle circumferential grooves being at least 0.5 mm greater than the depth (T 1 ) of the shoulder-side circumferential grooves .
An electrostatic ink composition comprising: a hydrocarbon carrier liquid; a resin comprising a polymer having acid side groups; and a phosphorescent pigment comprising an aluminate. a hydrocarbon carrier liquid; a resin comprising a polymer having acid side groups; and a phosphorescent pigment comprising an aluminate.
A pan support for a gas stove , the pan support comprising: a support structure for a pan having a support surface for the pan , inside the support structure , a chamber for conducting a gas , and gas outlet openings provided at the support structure and being in fluid connection with the chamber , wherein the chamber has a circumferential geometry when looking from above, characterized in that the gas outlet openings comprise inner gas outlet openings facing inwards and/or outer gas outlet openings facing outwards. a support structure for a pan having a support surface for the pan , inside the support structure , a chamber for conducting a gas , and gas outlet openings provided at the support structure and being in fluid connection with the chamber , wherein the chamber has a circumferential geometry when looking from above, characterized in that the gas outlet openings comprise inner gas outlet openings facing inwards and/or outer gas outlet openings facing outwards.
An integrated wireless communication and radar system for operating radar and communication mode simultaneously, the system comprising: a transmitter configured to transmit a chirped FSK modulated signal for both communication and radar measurement, wherein communication data , represented by a binary sequence, and a chirp radar signal are combined to form the chirped FSK modulated signal , and the transmitter comprises an encoder for encoding the communication data ; a receiver configured to receive a first chirped FSK modulated signal reflected from a reflector and a second chirped FSK modulated signal transmitted from other wireless communication and radar system, wherein the receiver comprises a radar receiver and a communication receiver ; and the radar receiver is configured to filter-out the communication signal in the first chirped FSK modulated signal for distance and/or speed measurement; and the communication receiver is configured to demodulate the second chirped FSK modulated signal and obtain the communication data; characterized in that the encoder for encoding the communication data is configured such that a number of data with value "1" is equal to a number of data with value "0" in the encoded communication data. a transmitter configured to transmit a chirped FSK modulated signal for both communication and radar measurement, wherein communication data , represented by a binary sequence, and a chirp radar signal are combined to form the chirped FSK modulated signal , and the transmitter comprises an encoder for encoding the communication data ; a receiver configured to receive a first chirped FSK modulated signal reflected from a reflector and a second chirped FSK modulated signal transmitted from other wireless communication and radar system, wherein the receiver comprises a radar receiver and a communication receiver ; and the radar receiver is configured to filter-out the communication signal in the first chirped FSK modulated signal for distance and/or speed measurement; and the communication receiver is configured to demodulate the second chirped FSK modulated signal and obtain the communication data; characterized in that the encoder for encoding the communication data is configured such that a number of data with value "1" is equal to a number of data with value "0" in the encoded communication data.
A reductant delivery unit , comprising: a fluid injector having a fluid inlet , a fluid outlet and a fluid flow path providing fluid communication between the fluid inlet and the fluid outlet , the fluid injector further comprising a valve, the valve controlling the flow of fluid through the fluid injector and including a valve body , the valve body having a distal end at which the fluid outlet is disposed; a housing in which the fluid injector is disposed; a clamp flange coupled to the housing and configured to engage with a mounting boss (B) of a vehicle exhaust pipe (P); and a shield member having a first portion which is disposed downstream of the fluid outlet , relative to a direction of fluid flow in the fluid injector , and at least partly covers the fluid outlet , and a second portion which is disposed adjacent to and contacts the clamp flange and seals the engagement between the clamp flange and the mounting boss (B) of the vehicle exhaust pipe (P) when the reductant delivery unit is mounted thereto, characterized in that at least one of the first portion and the second portion includes a plurality of notches defined therethrough, the notches being evenly distributed around the at least one of the first portion and the second portion . a fluid injector having a fluid inlet , a fluid outlet and a fluid flow path providing fluid communication between the fluid inlet and the fluid outlet , the fluid injector further comprising a valve, the valve controlling the flow of fluid through the fluid injector and including a valve body , the valve body having a distal end at which the fluid outlet is disposed; a housing in which the fluid injector is disposed; a clamp flange coupled to the housing and configured to engage with a mounting boss (B) of a vehicle exhaust pipe (P); and a shield member having a first portion which is disposed downstream of the fluid outlet , relative to a direction of fluid flow in the fluid injector , and at least partly covers the fluid outlet , and a second portion which is disposed adjacent to and contacts the clamp flange and seals the engagement between the clamp flange and the mounting boss (B) of the vehicle exhaust pipe (P) when the reductant delivery unit is mounted thereto, characterized in that at least one of the first portion and the second portion includes a plurality of notches defined therethrough, the notches being evenly distributed around the at least one of the first portion and the second portion .
A compound for use in inhibiting one or more monoamine oxidase (MAO) enzymes in an animal and improving cognitive function, treating memory impairment, or treating a psychiatric disorder, wherein the psychiatric disorder is age-associated memory impairment, mild cognitive impairment, Alzheimer's disease, Parkinson's disease, attention deficit disorder, depression, cerebrovascular disease, a psychotic disorder, a neurological disorder, or a neurotic disorder, wherein the compound is selected from the group consisting of: or a pharmaceutically acceptable salt thereof.