mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery roller (65b;165b;265b) to be arranged in a textile machine for delivering a fiber bundle (S), comprising: a roller body (92;192;292) made of a rubber composite having a Type A durometer hardness in the range from 40 to 83; and a property modified layer (94;194;294) formed on an outer peripheral surface of the roller body (92;192;292), characterized in that the property modified layer (94;194;294) is formed by modifying the rubber composite forming the roller body (92;192;292) such that a microhardness of the property modified layer (94;194;294) is greater than that of the roller body (92;192;292) by a value in the range from 1 to 15. a roller body (92;192;292) made of a rubber composite having a Type A durometer hardness in the range from 40 to 83; and a property modified layer (94;194;294) formed on an outer peripheral surface of the roller body (92;192;292), characterized in that the property modified layer (94;194;294) is formed by modifying the rubber composite forming the roller body (92;192;292) such that a microhardness of the property modified layer (94;194;294) is greater than that of the roller body (92;192;292) by a value in the range from 1 to 15.
A computer-implemented method to identify object types with memory allocations which cause undesired garbage collection in a distributed computing environment, comprising: - receiving, by an agent , object allocation notifications from a garbage collecting memory management system , where the object allocation notifications identify object allocations and the agent is instrumented into a process being monitored on a host computing device; - receiving, by the agent , object collection notifications from the memory management system , where the object collection notifications identify object deallocations; characterised by - for each allocated object during a specified period of time, determining, by the agent , a number of garbage collection events that occurred between allocation and deallocation of a given object ; - from the objects allocated during the specified period of time, determining object types with the highest survived garbage collection size, where the survived garbage collection size for a given object is proportional to the product of the number of garbage collection events that occurred between allocation and deallocation of the given object and the memory size allocated to the given object ; and - presenting the object types with the highest survived garbage collection size to an operator so that the operator is enabled to quickly identify the root cause of undesired behavior. - receiving, by an agent , object allocation notifications from a garbage collecting memory management system , where the object allocation notifications identify object allocations and the agent is instrumented into a process being monitored on a host computing device; - receiving, by the agent , object collection notifications from the memory management system , where the object collection notifications identify object deallocations; characterised by - for each allocated object during a specified period of time, determining, by the agent , a number of garbage collection events that occurred between allocation and deallocation of a given object ; - from the objects allocated during the specified period of time, determining object types with the highest survived garbage collection size, where the survived garbage collection size for a given object is proportional to the product of the number of garbage collection events that occurred between allocation and deallocation of the given object and the memory size allocated to the given object ; and - presenting the object types with the highest survived garbage collection size to an operator so that the operator is enabled to quickly identify the root cause of undesired behavior.
A system comprising: a first sensor supported proximate an opening having an RF attenuating material such that signals emitted from first sensor are stronger on a first side of the opening than on a second side of the opening ; a second sensor supported proximate the opening having an RF attenuating material such that signals emitted from the second sensor are stronger on the second side of the opening than on the first side of the opening , the first and second sensors being adapted to emit signals include a sensor identifier; and circuitry to obtain received signal strength indications representative of distance from the opening to a device receiving the signals; wherein the circuitry is adapted to receive signal strength indications as the device moves from one side of the opening to the other, and the circuitry is adapted to subtract the signal strength indications from each other and to compare the result to a threshold to determine a direction of travel of the device . a first sensor supported proximate an opening having an RF attenuating material such that signals emitted from first sensor are stronger on a first side of the opening than on a second side of the opening ; a second sensor supported proximate the opening having an RF attenuating material such that signals emitted from the second sensor are stronger on the second side of the opening than on the first side of the opening , the first and second sensors being adapted to emit signals include a sensor identifier; and circuitry to obtain received signal strength indications representative of distance from the opening to a device receiving the signals; wherein the circuitry is adapted to receive signal strength indications as the device moves from one side of the opening to the other, and the circuitry is adapted to subtract the signal strength indications from each other and to compare the result to a threshold to determine a direction of travel of the device .
Cutlery drawer for a dishwasher for receiving cutlery , in particular knives , or a part thereof, comprising a base portion on which a plurality of retaining lugs are arranged in a row, a receiving space being formed between two adjacent retaining lugs for receiving cutlery in a separated manner, and comprising a retaining projection which is arranged on the base portion , opposite the row of retaining lugs , and is used to support the cutlery at the other end, the cutlery drawer being suitable for a movement in a direction of movement (X) out of a washing chamber of the dishwasher or into said chamber, the retaining projection also having a zigzag-shaped design, a zigzag trough being opposite a receiving space formed between two adjacent retaining lugs , a lateral wall being present which is arranged on the base portion and oriented in the direction of movement (X) of the cutlery drawer , characterised in that said lateral wall has ribs on the loading side thereof that extend in the vertical direction and are each associated with a zigzag trough provided by the retaining projection , such that each item of cutlery supported on the retaining projection can rest on one of the ribs at the end thereof, such that the items of cutlery are prevented from resting against the lateral wall over the entire surface thereof.
Disposal container which, by virtue of two containers open at their top, enables separate disposal of waste paper and waste, wherein, in order to be able to securely fasten waste bags in the second container intended for the disposal of waste, said second container is provided with a removable frame and a holder provided therefor, characterized in that a handle is disposed at each of two sides of the disposal container, which facilitates the handling of the disposal container, wherein, in order to be able to empty the first container designed for the disposal of waste paper, the first container is provided with a continuous, equally wide, vertical handling gap and wherein the first container is provided with with an opening in the bottom of the first container, which opening corresponds to the width of the handling gap and the depth of the first container .
A method of providing an indication of driving performance, comprising: obtaining a forward acceleration and speed of a vehicle; determining an acceleration threshold value based on the obtained speed of the vehicle, wherein, for any vehicle speed within a range of vehicle speeds, the acceleration threshold value is defined by a function based on the obtained speed of the vehicle, wherein the acceleration threshold value according to the function varies continually with vehicle speed over the range of vehicle speeds; comparing the obtained forward acceleration of the vehicle with the determined acceleration threshold value; and generating an indication of an excessive forward acceleration driving event when the obtained forward acceleration exceeds the determined acceleration threshold value, characterised in that : the function is dependent upon the mass of the vehicle, and the method comprises estimating a mass of the vehicle for use in the function using data indicative of a fuel consumption of the vehicle, and using the obtained forward acceleration and speed of the vehicle. obtaining a forward acceleration and speed of a vehicle; determining an acceleration threshold value based on the obtained speed of the vehicle, wherein, for any vehicle speed within a range of vehicle speeds, the acceleration threshold value is defined by a function based on the obtained speed of the vehicle, wherein the acceleration threshold value according to the function varies continually with vehicle speed over the range of vehicle speeds; comparing the obtained forward acceleration of the vehicle with the determined acceleration threshold value; and generating an indication of an excessive forward acceleration driving event when the obtained forward acceleration exceeds the determined acceleration threshold value, characterised in that : the function is dependent upon the mass of the vehicle, and the method comprises estimating a mass of the vehicle for use in the function using data indicative of a fuel consumption of the vehicle, and using the obtained forward acceleration and speed of the vehicle.
A method for forming an apex, the method comprising the steps of: winding an elastomer strip of rubber onto a rotatable platen , wherein the rotatable platen has a radially expandable bead chuck located on a radially inner portion of the rotatable platen , wherein the rotatable platen has an outer surface, and characterised in that the rotatable platen further includes one or more bars .
A mobile device assembly comprising: a display module comprising a display assembly , the display assembly having a front surface , a back surface , and a peripheral edge surface ; a chassis supporting the display module from the back surface of the display assembly; and a circumferential frame having a front frame portion defining a front opening smaller than a display module width, the display module being pressed between the front frame portion and the chassis, the chassis being attached, by means of an adhesive , to a portion of an interior side of the circumferential frame, the portion of the interior side of the circumferential frame being perpendicular to the display module; and a back cover on an outermost back side of the mobile device assembly, the back cover comprising an end, a surface of the end of the back cover being parallel with the portion of the interior side of the circumferential frame and directly abutting the interior side of the circumferential frame. a display module comprising a display assembly , the display assembly having a front surface , a back surface , and a peripheral edge surface ; a chassis supporting the display module from the back surface of the display assembly; and a circumferential frame having a front frame portion defining a front opening smaller than a display module width, the display module being pressed between the front frame portion and the chassis, the chassis being attached, by means of an adhesive , to a portion of an interior side of the circumferential frame, the portion of the interior side of the circumferential frame being perpendicular to the display module; and a back cover on an outermost back side of the mobile device assembly, the back cover comprising an end, a surface of the end of the back cover being parallel with the portion of the interior side of the circumferential frame and directly abutting the interior side of the circumferential frame.
A protective headgear for a baseball or softball fielder comprising: a rigid outer protective shell ; and an impact absorption structure disposed along an inner surface of the outer protective shell , wherein the impact absorption structure comprises a copolymer honeycomb matrix impact absorption layer that comprises a co-extruded polycarbonate structure and is coupled along a first surface to the inner surface of the outer protective shell and a non-Newtonian foam layer coupled to a second surface of the copolymer honeycomb matrix impact absorption layer . a rigid outer protective shell ; and an impact absorption structure disposed along an inner surface of the outer protective shell , wherein the impact absorption structure comprises a copolymer honeycomb matrix impact absorption layer that comprises a co-extruded polycarbonate structure and is coupled along a first surface to the inner surface of the outer protective shell and a non-Newtonian foam layer coupled to a second surface of the copolymer honeycomb matrix impact absorption layer .
A device for delivering a multi-component sealing compound, said device comprising: at least two independent component containing reservoirs ; a mixing head having a plurality of inlets and an outlet, each of said inlets connected to one of said reservoirs , said mixing head providing a mixing_area for said independent components to form said multi-component sealing compound; means for advancing said independent components into said mixing head ; a pressurized gas source connected via an aerosol pressure line to said mixing head to facilitate mixing of the at least two independent components and the gas; said pressurized gas source also connected via a pneumatic cylinder pressure line to a pneumatic cylinder , said pneumatic cylinder operatively connected to said means for advancing said independent components into said mixing head; and aerosol pressure regulator means for propelling said pressurized gas into said mixing head via said aerosol pressure line , said propelled gas forcing said multi-component sealing compound through said mixing head outlet; and pneumatic cylinder pressure regulator means for propelling gas from said pressurized gas source to said pneumatic cylinder . at least two independent component containing reservoirs ; a mixing head having a plurality of inlets and an outlet, each of said inlets connected to one of said reservoirs , said mixing head providing a mixing_area for said independent components to form said multi-component sealing compound; means for advancing said independent components into said mixing head ; a pressurized gas source connected via an aerosol pressure line to said mixing head to facilitate mixing of the at least two independent components and the gas; said pressurized gas source also connected via a pneumatic cylinder pressure line to a pneumatic cylinder , said pneumatic cylinder operatively connected to said means for advancing said independent components into said mixing head; and aerosol pressure regulator means for propelling said pressurized gas into said mixing head via said aerosol pressure line , said propelled gas forcing said multi-component sealing compound through said mixing head outlet; and pneumatic cylinder pressure regulator means for propelling gas from said pressurized gas source to said pneumatic cylinder .
An aqueous gel composition comprising water, at least one polysaccharide and at least one high molecular weight polyethylene oxide of a molecular weight in the range 1,000,000 to 7,000,000, wherein the water content is at least 90% by weight of the composition, the content of the at least one polysaccharide in the composition is in the range 0.5-1.5% by weight of the composition, and the content of the at least one high molecular weight polyethylene oxide in the composition is in the range 0.1-1% by weight of the composition.
An analysis device configured for performing a failure analysis of a component mounting device comprising a pickup member configured to be moved relative to a board (S) by means of a moving device , a holder configured to hold the pickup member , and a contact detection sensor configured to detect and obtain detection results, based on a relative movement of the pickup member to the holder , that a component (P) picked up by the pickup member is brought into contact with the board (S), the analysis device comprising: a storage device configured to store job information and configured to store multiple detection result data in relation to the detection results obtained by the contact detection sensor when the component (P) is mounted on the board (S) in association with mounting conditions, which are specified by production information comprised in the job information, at the time the detection results are obtained by the contact detection sensor ; and an output device configured to count the multiple detection result data stored in the storage device in association with at least two of the mounting conditions and output the multiple detection result data so counted. a storage device configured to store job information and configured to store multiple detection result data in relation to the detection results obtained by the contact detection sensor when the component (P) is mounted on the board (S) in association with mounting conditions, which are specified by production information comprised in the job information, at the time the detection results are obtained by the contact detection sensor ; and an output device configured to count the multiple detection result data stored in the storage device in association with at least two of the mounting conditions and output the multiple detection result data so counted.
A tool assembly comprising: an anvil having a proximal portion and a distal portion , the distal portion of the anvil defining a first slot and a second slot disposed on opposing lateral sides of the anvil; a cartridge assembly having a proximal portion and a distal portion , the proximal portion of the cartridge assembly movably coupled to the proximal portion of the anvil; and a locking member movably supported on the distal portion of the cartridge assembly, wherein the locking member includes a first latch arm characterised in that the locking member further includes a second latch arm disposed on opposing lateral sides of the cartridge assembly, wherein the first latch arm is configured for receipt in the first slot of the anvil and the second latch arm is configured for receipt in the second slot of the anvil to set a gap distance between the anvil and cartridge assembly when the anvil and cartridge assembly are in the closed position. an anvil having a proximal portion and a distal portion , the distal portion of the anvil defining a first slot and a second slot disposed on opposing lateral sides of the anvil; a cartridge assembly having a proximal portion and a distal portion , the proximal portion of the cartridge assembly movably coupled to the proximal portion of the anvil; and a locking member movably supported on the distal portion of the cartridge assembly, wherein the locking member includes a first latch arm
Flange profile for forming a frame profile for connecting rectangular air duct elements with a slot-shaped insertion region , which can be pushed onto an insertion edge of a duct wall of the air duct element and is formed by an inner and an outer profile leg , and a chamber arranged outwardly at an angle thereto for receiving corner angles , wherein the end region of the slot-shaped insertion region is delimited by a stop formed from the outer profile leg , wherein the stop has at least one web oriented transversely to the outer profile leg , characterised in that on the outside of the outer profile leg , a latching edge projecting into the insertion region and parallel to the stop is formed for cooperation with a latching groove on the duct wall of the air duct element , the latching edge being formed by inward reforming of the free edge region of the outer profile leg . a chamber arranged outwardly at an angle thereto for receiving corner angles , wherein the end region of the slot-shaped insertion region is delimited by a stop formed from the outer profile leg , wherein the stop has at least one web oriented transversely to the outer profile leg , characterised in that on the outside of the outer profile leg , a latching edge projecting into the insertion region and parallel to the stop is formed for cooperation with a latching groove on the duct wall of the air duct element , the latching edge being formed by inward reforming of the free edge region of the outer profile leg .
Excitation device for the intense excitation of male genitals, preferably a penis, including a receiving unit, configured to enclose male genitals, as well as a holding element connected with said receiving unit, which holding element, by means of a drive, vibrating element, or similar, can be made to vibrate, CHARACTERIZED IN THAT the receiving unit is configured as an elastic, circumferentially closed a penis loop (6; 12, 18) having two loop ends that converge on the holding element and are fixed on the holding element, respectively, in that the holding element is configured for fastening to an oscillation tool , and in that the holding element is configured as a clamp comprising a lower fastening end with a through-opening for detachably fasting to the oscillation tool as well as an upper fastening end for fasting with the loop ends of the penis loop .
Propulsion engine assembly of an aircraft and of a pylon attachment system for mounting the engine on the structure of an aircraft, in particular to the wings thereof, the attachment means comprising a first attachment means , fixed to the pylon and a second attachment means , the second attachment means being capable of being fixed to the structure of the aircraft, a connection means connecting the first and second attachment means, the connection means being arranged to enable the movement of the first attachment means with respect to the second attachment means between a first and a second positions when the thrust exerted by the engine exceeds a determined threshold, characterised by the fact that the connection means comprises two rigid connecting rods , of which one upstream connecting rod and one downstream connecting rod , articulated on the attachment means , so as to form a deformable trapezoidal structure, with two vertices of the trapeze which are fixed with respect to the first attachment means and which are arranged longitudinally with respect to the axis (AA) of the engine , and with two other vertices of the trapeze that are fixed with respect to the second attachment means and which are arranged longitudinally with respect to the axis (AA) of the engine , and by the fact that the downstream connecting rod is longer than the upstream connecting rod , such that the engine is inclined downwards when it moves forward.