mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire comprising: a plurality of small blocks delineated and formed by a plurality of rectilinear circumferential narrow grooves and a plurality of widthwise narrow grooves that communicate with the circumferential narrow grooves; and small block rows with the small blocks aligned along a tire circumferential direction formed between adjacent circumferential narrow grooves, each of the small blocks having a surface area differing from that of at least one small block that belongs to an adjacent small block row on at least one side with respect to a tire width direction and that has a region which overlaps in the circumferential direction; the surface area of each of the small blocks being no less than 20 mm 2 and no more than 400 mm 2; wherein the pneumatic tire further comprises at least one circumferential main groove that is wider than the circumferential narrow grooves; and a plurality of lug grooves that are wider than the widthwise narrow grooves, wherein the lug grooves communicate with the at least one circumferential groove and/or the ground contact edges, characterized in that there are no less than two types of distance between adjacent lug grooves in the tire circumferential direction. a plurality of small blocks delineated and formed by a plurality of rectilinear circumferential narrow grooves and a plurality of widthwise narrow grooves that communicate with the circumferential narrow grooves; and small block rows with the small blocks aligned along a tire circumferential direction formed between adjacent circumferential narrow grooves, each of the small blocks having a surface area differing from that of at least one small block that belongs to an adjacent small block row on at least one side with respect to a tire width direction and that has a region which overlaps in the circumferential direction; the surface area of each of the small blocks being no less than 20 mm 2 and no more than 400 mm 2; wherein the pneumatic tire further comprises at least one circumferential main groove that is wider than the circumferential narrow grooves; and a plurality of lug grooves that are wider than the widthwise narrow grooves, wherein the lug grooves communicate with the at least one circumferential groove and/or the ground contact edges, characterized in that there are no less than two types of distance between adjacent lug grooves in the tire circumferential direction.
A method of operating a domestic electric oven or steamer having an electric or electronic controller, a memory means, a data input device and an information output device, the method comprising the steps of: a) storing cooking parameters for at least one dish, preferably for a number of dishes, in the memory means, the cooking parameters comprising the preparation sequence of the dish and the cooking time required for preparing the dish; b) selection by the operator of the domestic oven or steamer of a food to be prepared by means of the data input device; c) setting of a desired time (tE) by the operator, by means of the data input device, when the food to be prepared is to be completely cooked; d) Starting of the preparation process by the operator by means of the data input device; e) output of at least one indication from the control unit via the information output device for informing the operator in accordance with the stored preparation sequence of the food, in order to draw the operator's attention to an action to be initiated in order to comply with the preparation sequence, characterised in that the storage of cooking parameters for at least one dish according to step a) is carried out via a data link to the Internet, the control unit being in communication with the storage means, at least one function of the domestic cooking oven or steamer is automatically actuated or triggered by the controller when a defined time is reached, and the output of at least one indication according to step e) comprises the display of information relating to actions which are not carried out in the domestic cooking oven or in the steamer. a) storing cooking parameters for at least one dish, preferably for a number of dishes, in the memory means, the cooking parameters comprising the preparation sequence of the dish and the cooking time required for preparing the dish; b) selection by the operator of the domestic oven or steamer of a food to be prepared by means of the data input device; c) setting of a desired time (tE) by the operator, by means of the data input device, when the food to be prepared is to be completely cooked; d) Starting of the preparation process by the operator by means of the data input device; e) output of at least one indication from the control unit via the information output device for informing the operator in accordance with the stored preparation sequence of the food, in order to draw the operator's attention to an action to be initiated in order to comply with the preparation sequence,
A tire comprising a tread portion, wherein the tread portion is provided with grooves, each of the grooves includes a pair of groove walls, at least one of the groove walls is provided on a surface thereof with a pattern portion having a plurality of micro-protrusions, the pattern portion is provided with the micro-protrusions at a density of 1 to 5 per 1 mm 2 of the groove wall area, wherein each of the grooves has a groove bottom, and the groove bottom is not provided with the pattern portion. the tread portion is provided with grooves, each of the grooves includes a pair of groove walls, at least one of the groove walls is provided on a surface thereof with a pattern portion having a plurality of micro-protrusions, the pattern portion is provided with the micro-protrusions at a density of 1 to 5 per 1 mm 2 of the groove wall area, wherein each of the grooves has a groove bottom, and
Method for production of local illumination patch cords with the following steps: a) Cleaning and drying of tubular rivets and optic connector; b) Cutting and assembling the tubular rivets in a fiber; c) Application of an ultraviolet curing adhesive; d) Ultraviolet exposure; wherein it further comprises: e) Polishing the fibers; f) Assembling the optic connector and an optical device; characterized by g) Application of a thermal filter in a coupling, followed by an O-ring; and h) said coupling being supplied separately from the patch cord, allowing accommodation of the patch cord in different types of light sources. a) Cleaning and drying of tubular rivets and optic connector; b) Cutting and assembling the tubular rivets in a fiber; c) Application of an ultraviolet curing adhesive; d) Ultraviolet exposure; e) Polishing the fibers; f) Assembling the optic connector and an optical device; characterized by g) Application of a thermal filter in a coupling, followed by an O-ring; and h) said coupling being supplied separately from the patch cord, allowing accommodation of the patch cord in different types of light sources.
An apparatus for forming a container from a container preform, said apparatus comprising: a housing; a mold cavity; and a nozzle system disposed in said housing and operably connectable to the mold cavity, said nozzle system being positionable between a first position engaging said housing along an interface of contact preventing pressurized liquid from being injected into the container preform and a second position spaced apart from said housing permitting pressurized liquid to be injected into the container preform, said nozzle system comprising a seal portion having a first surface, said first surface engaging a second surface extending from the housing in said first position wherein said first surface of said seal portion is made of a first material and said second surface of said housing is made from a second material, said first material having a different hardness than said second material, characterized in these two materials being stainless steel and Teflon, or these two materials being the same materials but defining different hardnesses. a housing; a mold cavity; and a nozzle system disposed in said housing and operably connectable to the mold cavity, said nozzle system being positionable between a first position engaging said housing along an interface of contact preventing pressurized liquid from being injected into the container preform and a second position spaced apart from said housing permitting pressurized liquid to be injected into the container preform, said nozzle system comprising a seal portion having a first surface, said first surface engaging a second surface extending from the housing in said first position wherein said first surface of said seal portion is made of a first material and said second surface of said housing is made from a second material, said first material having a different hardness than said second material, characterized in these two materials being stainless steel and Teflon, or these two materials being the same materials but defining different hardnesses.
A rail system for hanging objects such as paintings, prints, curtains and the like, comprising: * fixing means; * mounting heads provided with a tangentially extending circumferential groove, which mounting heads are adapted to be fixed perpendicular to a wall in a row, using said fixing means, as well as * a rail for hanging objects such as paintings, prints, curtains and the like, said rail being provided with a first, longitudinally extending recess having a first edge and a second edge, which first and second edges (14a, 14b) are to be hooked into the tangentially extending circumferential grooves of the mounting heads, said second edge having a sharp knife edge, which is pressed behind an edge of the tangentially extending circumferential groove, characterized in that said edge of the tangentially extending circumferential groove is a sharp edge. * fixing means; * mounting heads provided with a tangentially extending circumferential groove, which mounting heads are adapted to be fixed perpendicular to a wall in a row, using said fixing means, as well as * a rail for hanging objects such as paintings, prints, curtains and the like, said rail being provided with a first, longitudinally extending recess having a first edge and a second edge, which first and second edges (14a, 14b) are to be hooked into the tangentially extending circumferential grooves of the mounting heads, said second edge having a sharp knife edge, which is pressed behind an edge of the tangentially extending circumferential groove, characterized in that said edge of the tangentially extending circumferential groove is a sharp edge.
Wound dressing with a marker material for indicating a condition of a wound, in particular a microbiological wound environment, characterized in that - the wound dressing has a contact side which is formed by a biocompatible monofilament fabric of monofilament threads with a smooth surface and - in that on the monofilament fabric on its upper side facing away from the wound at least one cover element is fixed which is provided with the marker material. - the wound dressing has a contact side which is formed by a biocompatible monofilament fabric of monofilament threads with a smooth surface and - in that on the monofilament fabric on its upper side facing away from the wound at least one cover element is fixed which is provided with the marker material.
An outboard motor comprising: an engine including a crankshaft extending in a first direction of the outboard motor; a drive shaft connected to the crankshaft and extending in the first direction; a propeller shaft extending in a second direction of the outboard motor; a shift mechanism including a shift member movable between a forward position and a reverse position, the shift mechanism being configured to switch a direction of rotation transmitted from the drive shaft to the propeller shaft between a forward direction and a reverse direction according to a position of the shift member; a shift shaft configured to move the shift member between the forward position and the reverse position; a water intake passage connected to the engine; and a water pump connected to the water intake passage and including a pump shaft, characterized in that the pump shaft being arranged at least partially within an outer shape of the shift shaft when viewed from an axial direction of the shift shaft, the pump shaft being configured to rotate according to rotation of the drive shaft. an engine including a crankshaft extending in a first direction of the outboard motor; a drive shaft connected to the crankshaft and extending in the first direction; a propeller shaft extending in a second direction of the outboard motor; a shift mechanism including a shift member movable between a forward position and a reverse position, the shift mechanism being configured to switch a direction of rotation transmitted from the drive shaft to the propeller shaft between a forward direction and a reverse direction according to a position of the shift member; a shift shaft configured to move the shift member between the forward position and the reverse position; a water intake passage connected to the engine; and a water pump connected to the water intake passage and including a pump shaft, characterized in that the pump shaft being arranged at least partially within an outer shape of the shift shaft when viewed from an axial direction of the shift shaft, the pump shaft being configured to rotate according to rotation of the drive shaft.
A process for forming a structural concrete product by a) providing a cellulose fibre-containing waste in pulp or crumble form and containing a known amount of water which is from 10% up to less than 35% based on the total weight of the waste; b) mixing the cellulose fibre-containing waste with a cement in particulate form to distribute the cement particles and cellulose fibre and form a granular base mixture, wherein the weight ratio of cellulose fibre (dry) to cement is at least 1; c) filling the granular mix into a form; d) applying a compressive force on the mix in the form so as to increase the density of the formed material by a factor of at least 2; and e) allowing the formed and compressed material to cure and harden to form a structural material; wherein the cellulose fibre-containing waste is derived from recycled paper or cardboard or paper-production. a) providing a cellulose fibre-containing waste in pulp or crumble form and containing a known amount of water which is from 10% up to less than 35% based on the total weight of the waste; b) mixing the cellulose fibre-containing waste with a cement in particulate form to distribute the cement particles and cellulose fibre and form a granular base mixture, wherein the weight ratio of cellulose fibre (dry) to cement is at least 1; c) filling the granular mix into a form; d) applying a compressive force on the mix in the form so as to increase the density of the formed material by a factor of at least 2; and e) allowing the formed and compressed material to cure and harden to form a structural material;
A method of allocating a wireless resource in a wireless Local Area Network, LAN, the method comprising: allocating, by an access point, AP, the wireless resource on a frequency band; and transmitting, by the AP, downlink, DL, data through the wireless resource, wherein the wireless resource is allocated based on a basic resource allocation unit having 242 tones, wherein entire available tones of the wireless resource include a multiple of the 242 tones based on a size of the frequency band, wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is used as one unit, the number of the entire available tones is set to 242 tones, and wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is divided into 9 small tone units, the 242 tones are divided into 9 small tone units and each small tone unit has 26 tones. allocating, by an access point, AP, the wireless resource on a frequency band; and transmitting, by the AP, downlink, DL, data through the wireless resource, wherein the wireless resource is allocated based on a basic resource allocation unit having 242 tones, wherein entire available tones of the wireless resource include a multiple of the 242 tones based on a size of the frequency band, wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is used as one unit, the number of the entire available tones is set to 242 tones, and wherein when the size of the frequency band is 20 MHz and the basic resource allocation unit is divided into 9 small tone units, the 242 tones are divided into 9 small tone units and each small tone unit has 26 tones.
A device comprising: a first woven layer having a first porosity and forming a generally tubular shape with a space therethrough; a second woven layer having a second porosity that is lower than said first porosity; said second layer located within said space within said tubular shape; characterized in that the first and second layers are formed from wires (102, 202) composed of a shape memory metal, and by a connecting member woven through both layers; wherein the first and second layers have substantially the same pitch and substantially no clearance between the layers. a first woven layer having a first porosity and forming a generally tubular shape with a space therethrough; a second woven layer having a second porosity that is lower than said first porosity; said second layer located within said space within said tubular shape; characterized in that
A method for providing live adaptive bitrate, ABR, video to a client at a premises, comprising: receiving, in a multicast stream, real-time transport protocol, RTP, packets and an aggregate manifest for a channel, the RTP packets containing adaptive bitrate, ABR, transport stream, TS, packets and identifying an ABR fragment to which the TS packets belong; and if all RTP packets for a given ABR fragment have been received, depacketizing the TS packets from the RTP packets in sequence order to reassemble the ABR fragment and caching the ABR fragment for delivery as requested to an ABR client on the premises. receiving, in a multicast stream, real-time transport protocol, RTP, packets and an aggregate manifest for a channel, the RTP packets containing adaptive bitrate, ABR, transport stream, TS, packets and identifying an ABR fragment to which the TS packets belong; and if all RTP packets for a given ABR fragment have been received, depacketizing the TS packets from the RTP packets in sequence order to reassemble the ABR fragment and caching the ABR fragment for delivery as requested to an ABR client on the premises.
A hermetic compressor comprising; a housing, a cylinder inside the housing and that enables the refrigerant to be sucked and pumped; a piston that is operated in the cylinder; a body that supports the cylinder and the piston; a cylinder head that enables the refrigerant sucked and pumped by the movement of the piston into the cylinder to be guided; an exhaust chamber that is disposed in the cylinder head wherein the refrigerant fluid pumped during the compression movement of the piston is accumulated; a valve table placed between the cylinder and the cylinder head; an exhaust port arranged on the valve table that enables the refrigerant to pass from the cylinder to the exhaust chamber during the compression movement of the piston; an exhaust valve disposed on the valve table that opens and closes the exhaust port; a restrainer fixed onto the valve table that extends into the exhaust chamber and that restrains the movement of the exhaust valve, wherein the exhaust valve and the restrainer are produced from a ferromagnetic material; a seal produced from a dielectric material and placed between the exhaust valve and the restrainer such that the seal is configured to electrically insulate the restrainer and the exhaust valve from each other; characterized by a circuit configured to provide electrical current to the restrainer, inducing ferromagnetism and wherein the circuit is configured to provide varying current wherein the variation depends on the angle between the valve table and the exhaust valve. a housing, a cylinder inside the housing and that enables the refrigerant to be sucked and pumped; a piston that is operated in the cylinder; a body that supports the cylinder and the piston; a cylinder head that enables the refrigerant sucked and pumped by the movement of the piston into the cylinder to be guided; an exhaust chamber that is disposed in the cylinder head wherein the refrigerant fluid pumped during the compression movement of the piston is accumulated; a valve table placed between the cylinder and the cylinder head; an exhaust port arranged on the valve table that enables the refrigerant to pass from the cylinder to the exhaust chamber during the compression movement of the piston; an exhaust valve disposed on the valve table that opens and closes the exhaust port; a restrainer fixed onto the valve table that extends into the exhaust chamber and that restrains the movement of the exhaust valve, wherein the exhaust valve and the restrainer are produced from a ferromagnetic material; a seal produced from a dielectric material and placed between the exhaust valve and the restrainer such that the seal is configured to electrically insulate the restrainer and the exhaust valve from each other; characterized by a circuit configured to provide electrical current to the restrainer, inducing ferromagnetism and wherein the circuit is configured to provide varying current wherein the variation depends on the angle between the valve table and the exhaust valve.
A display device capable of displaying an aerial image using retroreflection, the display device comprising: a first optical structure configured to form a multiple image by light diffused or scattered by a first light diffusion surface of a first light guide layer; a second optical structure configured to retroreflect light diffused or scattered by a second light diffusion surface of a second light guide layer to form an aerial image, characterized in that the first optical structure and the second optical structure are in a stacked relationship, and the first light diffusion surface and the second light diffusion surface are disposed at positions not overlapping each other. a first optical structure configured to form a multiple image by light diffused or scattered by a first light diffusion surface of a first light guide layer; a second optical structure configured to retroreflect light diffused or scattered by a second light diffusion surface of a second light guide layer to form an aerial image, characterized in that the first optical structure and the second optical structure are in a stacked relationship, and the first light diffusion surface and the second light diffusion surface are disposed at positions not overlapping each other.