mhurhangee/ep-ind-claims huggingface dataset:
Sulfur-cross-linkable rubber composition for a rail pad, wherein the polymeric component comprises a halogenated butyl rubber and at least one further rubber selected from the elastomers of the R or M groups, which contain at least one double bond, wherein the halogenated butyl rubber with 40 to 60 phr, in particular with 50 phr is contained, wherein at least one sulfur cross-linking agent iscontained, and wherein at least one heavy filler with a density of at least 4 g/cm 3 is contained, wherein the total amount of heavy filler with a density of at least 4 g/cm 3 is 50 to 100 phr, and wherein at least one light filler with a density of less than 4 g/cm 3 is contained, wherein the light fillers have a specific surface area of at most 50 m 2 /g.
Subassembly of a linkage of a wiper mechanism comprising: • a bearing, • a crank articulated on the bearing having a first end connected to the bearing and a second end including a ball joint, and • a link one end of which is connected by the ball joint to the crank, characterized in that at least the crank includes a first through-opening and in that the subassembly comprises a locking element intended to be positioned in the first through-opening and configured to block the relative movement between the link and the crank. • a bearing, • a crank articulated on the bearing having a first end connected to the bearing and a second end including a ball joint, and • a link one end of which is connected by the ball joint to the crank,
A method for artificial light source based messaging comprising: receiving, by a processor of a device, data associated with the device; based on the data, modulating, by the processor, an artificial light source associated with the device, wherein the artificial light source is coupled to the processor; responsive to the modulation, generating a modulated light via the artificial light source, wherein the modulated light is detectable by a light sensor device and is representative of the data associated with the device, wherein the light sensor device demodulates and decodes the modulated light from the artificial light source to retrieve the data associated with the device, wherein the light sensor device transmits the data associated with the device and a user profile associated with the light sensor device to a server, and wherein the light sensor device receives, from the server, additional data associated with the device based on the data associated with the device and the user profile; in response to the modulated light, receiving, by the processor, user input data from the light sensor device over a wireless communication link, wherein the user input data is input to the light sensor device based on the additional data received at the light sensor device; and based on the user input data from the light sensor device, effecting, by the processor, a change in a setting associated with the device. based on the data, modulating, by the processor, an artificial light source associated with the device, wherein the artificial light source is coupled to the processor; responsive to the modulation, generating a modulated light via the artificial light source, wherein the modulated light is detectable by a light sensor device and is representative of the data associated with the device, wherein the light sensor device demodulates and decodes the modulated light from the artificial light source to retrieve the data associated with the device, wherein the light sensor device transmits the data associated with the device and a user profile associated with the light sensor device to a server, and wherein the light sensor device receives, from the server, additional data associated with the device based on the data associated with the device and the user profile; wherein the light sensor device demodulates and decodes the modulated light from the artificial light source to retrieve the data associated with the device, wherein the light sensor device transmits the data associated with the device and a user profile associated with the light sensor device to a server, and wherein the light sensor device receives, from the server, additional data associated with the device based on the data associated with the device and the user profile; in response to the modulated light, receiving, by the processor, user input data from the light sensor device over a wireless communication link, wherein the user input data is input to the light sensor device based on the additional data received at the light sensor device; and based on the user input data from the light sensor device, effecting, by the processor, a change in a setting associated with the device.
A coupling device for coupling optical fiber cables, comprising: a first fixing member which has a first coupling terminal disposed inside an adapter device (601, 602, 603) and which has a hollow part opened at an end thereof; and a second fixing member which has a second coupling terminal disposed inside a connector device (404, 405) and which has an outer wall so formed as to be adapted to slide along an inner wall of the first fixing member when inserted into the first fixing member; characterized in that a housing of the adapter device (601, 602, 603) is provided with at least one curved groove, an outer wall of the connector device housing is provided with at least one projection at a part thereof, the second fixing member further has an elastic member on the proximal end side thereof; and the groove is so configured that when the second fixing member is inserted into the first fixing member, the projection is inserted into the groove, and, with the projection inserted along the groove, the elastic member is adapted to press the disk-shaped flange, whereby the first coupling terminal and the second coupling terminal are connected to each other, then, with the second fixing member further urged in the insertion direction, the projection is slid along the groove, and the projection is stopped after a returning motion in a direction reverse to the insertion direction, wherein the disk-shaped flange is in non-contact with the elastic member. a first fixing member which has a first coupling terminal disposed inside an adapter device (601, 602, 603) and which has a hollow part opened at an end thereof; and a second fixing member which has a second coupling terminal disposed inside a connector device (404, 405) and which has an outer wall so formed as to be adapted to slide along an inner wall of the first fixing member when inserted into the first fixing member; characterized in that a housing of the adapter device (601, 602, 603) is provided with at least one curved groove, an outer wall of the connector device housing is provided with at least one projection at a part thereof, the second fixing member further has an elastic member on the proximal end side thereof; and the groove is so configured that when the second fixing member is inserted into the first fixing member, the projection is inserted into the groove, and, with the projection inserted along the groove, the elastic member is adapted to press the disk-shaped flange, whereby the first coupling terminal and the second coupling terminal are connected to each other, then, with the second fixing member further urged in the insertion direction, the projection is slid along the groove, and the projection is stopped after a returning motion in a direction reverse to the insertion direction, wherein the disk-shaped flange is in non-contact with the elastic member.
A chain element, in particular a chain pin for connecting at least two chain links, having a base material, wherein a layer containing boric acid is present, which forms a surface of the chain element and is formed by complete or partial conversion of a layer containing boron oxide in the presence of moisture, wherein this boron oxide-containing layer arises during a heat treatment of a metallic boride layer, provided on the base material, comprising a metal M in the presence of oxygen, and wherein the boron oxide-containing layer and the boric acid-containing layer contain the metal M.
A sensor element for temperature measurement, comprising - a ceramic carrier, - at least one electrode, wherein the carrier comprises a top side and an underside, wherein an NTC layer is arranged on each of the top side and the underside of the carrier, and wherein a resistance of the respective NTC layer is determined by a thickness and/or geometry of the respective NTC layer. - a ceramic carrier, - at least one electrode,
A two-part curable composition comprising: a. a first part comprising a cyanoacrylate component, and a cationic curing catalyst; b. a second part comprising a cationic curable component, an initiator component, core-shell rubber particles and a cyclic carbonate; wherein when mixed together the cationic catalyst initiates cure of the cationic curable component. a. a first part comprising a cyanoacrylate component, and a cationic curing catalyst; b. a second part comprising a cationic curable component, an initiator component, core-shell rubber particles and a cyclic carbonate;
A method of allowing for a single implementation of one or more operations that are common to both kernel mode processing and user mode processing relative to a hardware adapter in a computer system comprising one or more processes capable of operating in at least one of (i) a relatively less restricted kernel mode, and (ii) a relatively more restricted user mode, and the hardware adapter that allows the one or more processes to communicate with at least one hardware device over a communication link, the method comprising acts of: defining a common interface name for at least one operation that is common to kernel mode processing and user mode processing, the common interface name allowing the same source code to be used to call a kernel mode implementation and a user mode implementation of the at least one operation that corresponds to the name; providing a kernel mode implementation of the at least one operation that corresponds to the name; providing a user mode implementation of the at least one operation that corresponds to the name; and mapping one or more common interface calls (i) to the kernel mode implementation if a calling process is a kernel mode process, and (ii) to the user mode implementation if the calling process is a user mode process. defining a common interface name for at least one operation that is common to kernel mode processing and user mode processing, the common interface name allowing the same source code to be used to call a kernel mode implementation and a user mode implementation of the at least one operation that corresponds to the name; providing a kernel mode implementation of the at least one operation that corresponds to the name; providing a user mode implementation of the at least one operation that corresponds to the name; and mapping one or more common interface calls (i) to the kernel mode implementation if a calling process is a kernel mode process, and (ii) to the user mode implementation if the calling process is a user mode process.
Method of producing a wooden product by means of a molding hot-pressing from a wooden blank which has one or several sections (A, B, C, D), wherein as a material is selected from the group consisting of sawn timber or another timber, which is preferably selected from the group consisting of fresh sawn timber, dried timber, saw-surfaced lumber, planed timber, heat-treated timber, sodium silicate water-glass impregnated or salt impregnated or otherwise impregnated timber; wherein molding hot-pressing is performed in a single-stage production process, which includes drying and molding hot-pressing of the wooden blank and concurrent treating of the wooden blank both by binders of the wood itself and by treating chemicals added in the production process which are selected from the group consisting of surface treatment agents, excipients, primers, impregnating agents, adhesives, adhesive films, adhesive gauzes; wherein the treatment chemicals are attached to the production process by using a hot-pressing pressing plate, etc., pressing tool or pressing surface; and wherein the wood material, and binders thereof as well as the treatment chemicals are allowed to adapt / move in relation to each other in the cooling phase of the production process until the locking phase, whereby the product is completed, characterized in that moisture, temperature, vapor pressure, use of binders and treatment chemicals are monitored and optimized from inside of the blank by means of discharge outwards from the ends of the blank and by means of the pressing pressure against the surfaces of the blank.
Supporting clip (100, 200, 300) configured to support at least one tubular member (11, 12) of a vehicle, in particular a fuel pipe or a brake pipe, the supporting clip (100, 200, 300) extending in a longitudinal direction and comprising: a first supporting portion (110, 210, 310) for supporting the tubular member (11, 12) at a first position; a second supporting portion (120, 220, 320) for supporting the tubular member (11, 12) at a second position spaced apart from the first position in the longitudinal direction; a locking structure (130, 230, 330) disposed between the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 330) and comprising a plurality of locking members (131, 231, 331); wherein the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 320) are pivotable relative to each other about a rotational axis, thereby defining an angular position; wherein each locking member (131, 231, 331) comprises an engaging portion (132, 232, 332, 334) having a friction surface (133, 233, 333, 335) and being configured to contact another engaging portion (132, 232, 332, 334), thereby forming a frictional connection fixing the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 320) at predetermined angular positions so as to prevent a relative rotational movement between the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 320) when the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 320) are arranged at the predetermined angular positions. a first supporting portion (110, 210, 310) for supporting the tubular member (11, 12) at a first position; a second supporting portion (120, 220, 320) for supporting the tubular member (11, 12) at a second position spaced apart from the first position in the longitudinal direction; a locking structure (130, 230, 330) disposed between the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 330) and comprising a plurality of locking members (131, 231, 331); wherein the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 320) are pivotable relative to each other about a rotational axis, thereby defining an angular position; wherein each locking member (131, 231, 331) comprises an engaging portion (132, 232, 332, 334) having a friction surface (133, 233, 333, 335) and being configured to contact another engaging portion (132, 232, 332, 334), thereby forming a frictional connection fixing the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 320) at predetermined angular positions so as to prevent a relative rotational movement between the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 320) when the first supporting portion (110, 210, 310) and the second supporting portion (120, 220, 320) are arranged at the predetermined angular positions.
An assembly for forming a pouch film characterized in that it comprises a pouch curl prevention apparatus and a pouch film forming apparatus, said pouch curl prevention apparatus being located at a rear of a pouch film forming apparatus such that the pouch film forming apparatus supplies a pouch film to the pouch curl prevention apparatus, wherein the pouch film forming apparatus comprises a punch, a stripper, and a die having a seating recess, and wherein the pouch curl prevention apparatus comprising: an upper roller assembly comprising an upper roller (130,131); and a lower roller assembly comprising a lower roller (230,231), wherein the upper roller (130,131) and the lower roller (230,231) are located so as to face each other, at least one of the upper roller and the lower roller is rotatable, and wherein an upper roller unit and a lower roller unit are configured to pass the pouch film supplied from the pouch film forming apparatus therebetween. an upper roller assembly comprising an upper roller (130,131); and a lower roller assembly comprising a lower roller (230,231), wherein the upper roller (130,131) and the lower roller (230,231) are located so as to face each other, at least one of the upper roller and the lower roller is rotatable, and wherein an upper roller unit and a lower roller unit are configured to pass the pouch film supplied from the pouch film forming apparatus therebetween.
Packaging for a medical needle having a hub with a patient end of the medical needle protruding from a distal end thereof, the packaging comprising: a tube having: a first closed end into which the patient end of the medical needle is inserted so that the hub contacts an interior of the tube; a second closed end enclosing a proximal end of the hub; and a circumferential region disposed between the proximal end of the hub and the second closed end for opening the package to expose the proximal end of the hub to allow removal of the medical needle; characterized in that the tube is one of a plurality of tubes cut to unit length from a spiral tube; and wherein the circumferential region comprises a weakened area to ease breaking the tube at the circumferential region to allow removal of the medical needle. a first closed end into which the patient end of the medical needle is inserted so that the hub contacts an interior of the tube; a second closed end enclosing a proximal end of the hub; and a circumferential region disposed between the proximal end of the hub and the second closed end for opening the package to expose the proximal end of the hub to allow removal of the medical needle; characterized in that the tube is one of a plurality of tubes cut to unit length from a spiral tube; and wherein the circumferential region comprises a weakened area to ease breaking the tube at the circumferential region to allow removal of the medical needle.
Plate-type heat exchanger comprising a stack of heat exchanger plates (2, 2a, 2b) forming a first flow path and a second flow path, wherein each heat exchanger plate (2a, 2b) comprises an opening (7b, 9a) in an opening area (8b, 10a), the opening area is not connected to the two flow paths and is sealed against the two flow paths by means of a gasket arrangement (11a, 11b), characterised in that a support element is mounted in the sealed opening area (8b, 10a), the opening area comprises a number of grooves and the support element comprises a number of sections which are arranged in the grooves.
Automotive seat, comprising - a sensor module comprising at least a first sensor that is designed to measure relative humidity, wherein the sensor module is configured to be mounted in the automotive seat, - a seat cover region forming an outer surface of the seat that faces a passenger sitting on the automotive seat, wherein the sensor module is mounted such in said automotive seat that it is spaced apart from said seat cover region, wherein the automotive seat comprises a filling material arranged below said seat cover region, which filling material comprises a recess forming an air duct, and wherein - the automotive seat comprises a further air duct (D') being in flow connection to said air duct of the filling material, wherein the automotive seat comprises a ventilator configured to force air through said further air duct (D') away from said seat cover region. - a sensor module comprising at least a first sensor that is designed to measure relative humidity, wherein the sensor module is configured to be mounted in the automotive seat, - a seat cover region forming an outer surface of the seat that faces a passenger sitting on the automotive seat, wherein the sensor module is mounted such in said automotive seat that it is spaced apart from said seat cover region, wherein the automotive seat comprises a filling material arranged below said seat cover region, which filling material comprises a recess forming an air duct, and wherein - the automotive seat comprises a further air duct (D') being in flow connection to said air duct of the filling material, wherein the automotive seat comprises a ventilator configured to force air through said further air duct (D') away from said seat cover region.
A method for transmitting an enhanced physical downlink control channel, EPDCCH, at a base station of a LTE wireless communication system, the method comprising; assigning a predetermined number of resource element, RE, subsets for the EPDCCH, among a plurality of RE subsets in a resource block; mapping REs included in the predetermined number of RE subsets to the EPDCCH in increasing order of first a subcarrier index and then a symbol index; and transmitting the EPDCCH to a user equipment, characterized in that the plurality of RE subsets are defined using REs included in the resource block except for REs reserved for a demodulation reference signal, DMRS, of all antenna ports, based on an assumption that any RE reserved for a Cell specific Reference Signal, CRS, does not exist and on an assumption that any RE reserved for a Channel Status Information Reference Signal, CSI-RS, does not exist.
A method of supporting location services, comprising: receiving a message sent by a terminal to a location server via a user plane, the message indicating service capabilities of the terminal, the service capabilities comprising an indication of at least one triggered location service that is supported by the terminal, said triggered location service having an associated triggering criteria for determining whether to obtain a location estimate of the terminal and to supply the location estimate to a location client; determining at the location server whether a location service is supported by the terminal based at least in part on the service capabilities of the terminal, wherein the location service is capable of obtaining the location estimate of the terminal at least partially in response to an occurrence of the triggering criteria; and communicating with the terminal via the user plane for the location service at least partially in response to determining that the location service is supported by the terminal, wherein said communicating comprises transmitting trigger parameters for said location service to the terminal. receiving a message sent by a terminal to a location server via a user plane, the message indicating service capabilities of the terminal, the service capabilities comprising an indication of at least one triggered location service that is supported by the terminal, said triggered location service having an associated triggering criteria for determining whether to obtain a location estimate of the terminal and to supply the location estimate to a location client; determining at the location server whether a location service is supported by the terminal based at least in part on the service capabilities of the terminal, wherein the location service is capable of obtaining the location estimate of the terminal at least partially in response to an occurrence of the triggering criteria; and communicating with the terminal via the user plane for the location service at least partially in response to determining that the location service is supported by the terminal, wherein said communicating comprises transmitting trigger parameters for said location service to the terminal.