mhurhangee/ep-ind-claims huggingface dataset:
A piston for an internal combustion engine comprising: a piston body extending along a longitudinal axis having a pair of pin bosses with pin bores aligned along a pin bore axis that is transverse to said longitudinal axis, and a piston skirt having an outer surface with a convex profile in the circumferential direction of said piston skirt; said outer surface of said piston skirt including at least one oil reservoir disposed above said pin bore axis and at least one oil recess disposed below said pin bore axis and spaced longitudinally from said at least one oil reservoir by an intervening oil spreading area of said piston skirt; and wherein said at least one oil reservoir and said at least one oil recess have radiused corners or edges at a transition between said outer surface of said piston skirt and at a bottom of said at least one oil reservoir and said at least one oil recess, such that said at least one oil reservoir and said at least one oil recess are free of sharp edges or corners, said oil recess and oil reservoir further including side walls transitioning to the outer surface and to said bottoms and surrounding said entire bottoms of said at least one oil reservoir and said at least one oil recess. a piston body extending along a longitudinal axis having a pair of pin bosses with pin bores aligned along a pin bore axis that is transverse to said longitudinal axis, and a piston skirt having an outer surface with a convex profile in the circumferential direction of said piston skirt; said outer surface of said piston skirt including at least one oil reservoir disposed above said pin bore axis and at least one oil recess disposed below said pin bore axis and spaced longitudinally from said at least one oil reservoir by an intervening oil spreading area of said piston skirt; and wherein said at least one oil reservoir and said at least one oil recess have radiused corners or edges at a transition between said outer surface of said piston skirt and at a bottom of said at least one oil reservoir and said at least one oil recess, such that said at least one oil reservoir and said at least one oil recess are free of sharp edges or corners, said oil recess and oil reservoir further including side walls transitioning to the outer surface and to said bottoms and surrounding said entire bottoms of said at least one oil reservoir and said at least one oil recess.
A method for transmitting information, comprising: receiving, by User Equipment, UE, first indication information from a network device, wherein the first indication information is used to determine at least one channel access manner in Channel Occupancy Time, COT, of the network device, wherein the COT is obtained by the network device according to a Frame Based Equipment, FBE,-based channel access manner; determining, by the UE, a first channel access manner for a target burst in the COT according to the first indication information, wherein the target burst is used to transmit a target signal or to transmit on a target channel; and receiving, by the UE, second indication information, wherein the second indication information is used to determine at least one burst in the COT and the at least one burst comprises the target burst, wherein the first indication information being used to determine the at least one channel access manner in the COT comprises that: the first indication information is used to determine a target channel access manner group including the at least one channel access manner in the COT, and the target channel access manner group is used to determine the at least one channel access manner in the COT, and wherein the second indication information is used to determine a starting position in a starting symbol of the target burst. receiving, by User Equipment, UE, first indication information from a network device, wherein the first indication information is used to determine at least one channel access manner in Channel Occupancy Time, COT, of the network device, wherein the COT is obtained by the network device according to a Frame Based Equipment, FBE,-based channel access manner; determining, by the UE, a first channel access manner for a target burst in the COT according to the first indication information, wherein the target burst is used to transmit a target signal or to transmit on a target channel; and receiving, by the UE, second indication information, wherein the second indication information is used to determine at least one burst in the COT and the at least one burst comprises the target burst, wherein the first indication information being used to determine the at least one channel access manner in the COT comprises that: the first indication information is used to determine a target channel access manner group including the at least one channel access manner in the COT, and the target channel access manner group is used to determine the at least one channel access manner in the COT, and wherein the second indication information is used to determine a starting position in a starting symbol of the target burst. the first indication information is used to determine a target channel access manner group including the at least one channel access manner in the COT, and the target channel access manner group is used to determine the at least one channel access manner in the COT, and wherein the second indication information is used to determine a starting position in a starting symbol of the target burst.
An LED lighting apparatus capable of adjusting light distribution, the apparatus comprising: a support panel that has a plurality of heat dissipation fins on a rear surface thereof and provides a support surface; a substrate (210; 220) coupled to the support surface of the support panel, a plurality of LEDs (211; 221) being mounted to the substrate (210; 220); and a reflection surface located on a front surface of the substrate (221; 220), that forms a light distribution pattern on the ground by reflecting light emitted from the plurality of LEDs (211; 221), wherein the heat dissipation fins and the support panel that provides the support surface are integrally provided, and the reflection surface is provided at an inner surface of a light distribution pattern portion provided to be separable from the support surface; wherein a cover that receives the light distribution pattern portion at a front side of the support surface, and the support panel that provides the support surface, are integrally provided; and characterized in that the light distribution pattern portion comprises a division portion that divides the LEDs (211; 221) of the substrate (210; 220) into a left side and a right side with respect to a center of the reflection surface and extends toward a lower side. a support panel that has a plurality of heat dissipation fins on a rear surface thereof and provides a support surface; a substrate (210; 220) coupled to the support surface of the support panel, a plurality of LEDs (211; 221) being mounted to the substrate (210; 220); and a reflection surface located on a front surface of the substrate (221; 220), that forms a light distribution pattern on the ground by reflecting light emitted from the plurality of LEDs (211; 221), wherein the heat dissipation fins and the support panel that provides the support surface are integrally provided, and the reflection surface is provided at an inner surface of a light distribution pattern portion provided to be separable from the support surface; wherein a cover that receives the light distribution pattern portion at a front side of the support surface, and the support panel that provides the support surface, are integrally provided; and characterized in that the light distribution pattern portion comprises a division portion that divides the LEDs (211; 221) of the substrate (210; 220) into a left side and a right side with respect to a center of the reflection surface and extends toward a lower side.
Method for monitoring an automation system, wherein a plurality of field devices (FG1, FG2) and a plurality of further system components (AK1, AK2) are integrated in the system, wherein the field devices (FG1, FG2) generate data, which is in particular measurement data, control data, calibration/parameterization data, diagnostic data, history data and/or status data, and wherein the field devices (FG1, FG2) communicate with each other and with at least one higher-level unit by means of first and second higher-level units, control data, calibration/parameterization data, diagnostic data, history data and/or status data, and wherein the field devices (FG1, FG2) are in communication with each other and with at least one higher-level unit by means of a first communication network, characterized by: - Continuous recording of production data from the system, whereby the production data represents a correlated quantity of products produced over defined time intervals; - calculating individual load data for each of the system components (AK1, AK2) and each of the field devices (FG1, FG2), wherein the load data represents an increase in a degree of load for each of the system components (AK1, AK2) and each of the field devices (FG1, FG2) per product produced; - Calculate the degree of stress for each of the system components (AK1, AK2) and for each of the field devices (FG1, FG2) based on the recorded production data by summing up the individual stress data; and - Creation of a warning notification in the event that the calculated level of load on a field device (FG1, FG2) or a system component (AK1, AK2) exceeds a threshold defined individually for each system component (AK1, AK2) and each field device (FG1, FG2). - Continuous recording of production data from the system, whereby the production data represents a correlated quantity of products produced over defined time intervals; - calculating individual load data for each of the system components (AK1, AK2) and each of the field devices (FG1, FG2), wherein the load data represents an increase in a degree of load for each of the system components (AK1, AK2) and each of the field devices (FG1, FG2) per product produced; - Calculate the degree of stress for each of the system components (AK1, AK2) and for each of the field devices (FG1, FG2) based on the recorded production data by summing up the individual stress data; and - Creation of a warning notification in the event that the calculated level of load on a field device (FG1, FG2) or a system component (AK1, AK2) exceeds a threshold defined individually for each system component (AK1, AK2) and each field device (FG1, FG2).
A system that facilitates enhancing security in a wireless network, comprising: a) a wireless component that establishes a wireless connection between a mobile device and at least one access point; b) a security component configured to create one or more association control lists associated with a portion of a wireless network and to provide an association control list associated with the portion of the wireless network to the mobile device; characterized by: c) wherein the association control list comprises a list of addresses for the at least one access point including a rogue address to which the mobile device is not to connect and a valid address to which the mobile device can connect. a) a wireless component that establishes a wireless connection between a mobile device and at least one access point; b) a security component configured to create one or more association control lists associated with a portion of a wireless network and to provide an association control list associated with the portion of the wireless network to the mobile device; characterized by: c) wherein the association control list comprises a list of addresses for the at least one access point including a rogue address to which the mobile device is not to connect and a valid address to which the mobile device can connect. c) wherein the association control list comprises a list of addresses for the at least one access point including a rogue address to which the mobile device is not to connect and a valid address to which the mobile device can connect.
Superconducting coil device, comprising - at least one coil winding, with at least one first and one second superconducting strip conductor (41, 43), wherein each of the two strip conductors (41, 43) has a contact side with a contact layer, - and at least one first contact between the first strip conductor and a first contact piece and at least one second contact between the second strip conductor and a second contact piece for connecting the coil device to an external circuit, wherein - within the coil winding the first strip conductor and the second strip conductor are electrically connected via a third contact between their respective contact layers - and the first and the second strip conductor differ in relation to the orientation of their contact side in relation to a centre of the coil winding, characterised in that - the coil winding is wound from a stack of a number of layers of strip conductors arranged one on top of the other, wherein each layer of the stack comprises at least two first and second strip conductors connected to one another by way of at least one third contact (38, 39). - at least one coil winding, with at least one first and one second superconducting strip conductor (41, 43), wherein each of the two strip conductors (41, 43) has a contact side with a contact layer, - and at least one first contact between the first strip conductor and a first contact piece and at least one second contact between the second strip conductor and a second contact piece for connecting the coil device to an external circuit, wherein - within the coil winding the first strip conductor and the second strip conductor are electrically connected via a third contact between their respective contact layers - and the first and the second strip conductor differ in relation to the orientation of their contact side in relation to a centre of the coil winding, characterised in that - the coil winding is wound from a stack of a number of layers of strip conductors arranged one on top of the other, wherein each layer of the stack comprises at least two first and second strip conductors connected to one another by way of at least one third contact (38, 39).
A Fischer-Tropsch process for the synthesis of hydrocarbons comprising contacting a charge comprising synthesis gas with at least one catalyst under a total pressure of between 0.1 and 15 MPa at a temperature of between 150 and 350°C at an hourly space velocity of between 100 and 20000 volumes of synthesis gas per volume of catalyst and per hour and with an H 2/ CO molar ratio in the synthesis gas of between 0.5 and 4, said catalyst containing an active phase comprising at least one metal of group VIIIB selected from cobalt, nickel, ruthenium and iron, and an oxides support comprising alumina, silica and phosphorus, the alumina and the silica being present in the form of a mixture of oxides SiO 2 -Al 2 O 3, referred as silica-alumina or silica-containing alumina, provided that a silica-containing alumina is an alumina comprising between 0.5 and 10% by weight of silica with respect to the weight of the support, and a silica-alumina is an alumina comprising a percentage of silica that is strictly greater than 10% by weight ranging up to 30% by weight with respect to the weight of the support, said oxides support not containing any spinel phase, wherein the phosphorus content of said support is between 0.3% by weight and 5% by weight of said element with respect to the total weight of the support.
A thermal solar system comprising a collector which is connected to a heat sink, in particular a heat storage device via a solar circuit containing a heat transfer medium, characterized in that the solar circuit can be temporarily connected to at least one heat exchanger through which heat transfer medium can flow, by means of a valve control system (17, 18) for coupling out excess heat from the solar circuit, which heat exchanger is arranged on a hot side of a thermogenerator that receives an incoming heat flow and a thermal insulation between the collector of the thermal solar system and the at least one heat exchanger reduces the exchange of thermal energy.
Metering apparatus for granular material, in particular seed, comprising: a centring slide, which is mounted in a rotatable manner in a housing; and a guide element, which is arranged such that the centring slide, during its rotary movement, at least partially sweeps over the guide element; wherein the centring slide and the guide element are configured such that, when the metering apparatus is in operation, granular material is pushed by the centring slide along a guide surface of the guide element from a receiving region into a dispensing region; wherein the centring slide is configured such that it centres a grain of the granular material during transport from the receiving region to the dispensing region in that the centring slide comprises elements that support or guide the centred grain at least partially on both sides with respect to the direction of rotation of the centring slide; wherein the centring slide is mounted in the housing in a rotatable manner such that it is movable along a circular path; wherein the guide element extends at least partially along the circular path; and wherein the width of the guide surface decreases at least locally from the receiving region to the dispensing region. a centring slide, which is mounted in a rotatable manner in a housing; and a guide element, which is arranged such that the centring slide, during its rotary movement, at least partially sweeps over the guide element; wherein the centring slide and the guide element are configured such that, when the metering apparatus is in operation, granular material is pushed by the centring slide along a guide surface of the guide element from a receiving region into a dispensing region; wherein the centring slide is configured such that it centres a grain of the granular material during transport from the receiving region to the dispensing region in that the centring slide comprises elements that support or guide the centred grain at least partially on both sides with respect to the direction of rotation of the centring slide; wherein the centring slide is mounted in the housing in a rotatable manner such that it is movable along a circular path; wherein the guide element extends at least partially along the circular path; and wherein the width of the guide surface decreases at least locally from the receiving region to the dispensing region.
Tile connection profile rail for the termination of at least one laid tile (6,7) having an elongated bar which is provided with perforations, and having an elongated profile body which comprises a quadrant-shaped rail piece, said profile body being arranged on one end of the bar and having a stop on which the edge of the tile (6, 7) is able to be laid, characterised in that, - the profile body is formed as a closed hollow body - at least one limb (12, 14) of the profile body which forms a stop surface (22, 24) merges into the quadrant-shaped rail piece via a curved or flat side bar (16, 18) in such a way that the profile body is formed to be retracted next to the stop surface (22, 24), such that, during laying of an edge of the tile (6, 7) on the profile body in the retracted region, a join channel (28, 30) which is able to be filled with joining material is formed, and - the stop surface (22, 24) has a width which is equal to or greater than half the thickness of the adjacent tile (6, 7). - the profile body is formed as a closed hollow body - at least one limb (12, 14) of the profile body which forms a stop surface (22, 24) merges into the quadrant-shaped rail piece via a curved or flat side bar (16, 18) in such a way that the profile body is formed to be retracted next to the stop surface (22, 24), such that, during laying of an edge of the tile (6, 7) on the profile body in the retracted region, a join channel (28, 30) which is able to be filled with joining material is formed, and - the stop surface (22, 24) has a width which is equal to or greater than half the thickness of the adjacent tile (6, 7).
Method for air conditioning a vehicle seat which is occupied by a person and comprises at least one seat ventilation system, wherein at least one humidity sensor is arranged in a seat part and/or a backrest part of the vehicle seat as an actual humidity value transmitter for the absolute air humidity within the cushion part of the at least one seat part and/or backrest part, so that a target state of comfort for a person sitting on the vehicle seat can be brought about by means of an open-loop and closed-loop control device by switching on the seat ventilation system, wherein the target state of comfort can be adjusted to a specifiable target humidity limit value by variation of the air flow of the seat ventilation system in dependence on at least one control algorithm that evaluates the detected actual measured humidity value, characterized in that, in dependence on the at least one humidity sensor arranged in at least one contact region between a cushion surface and a skin surface of the person as an actual humidity value transmitter, the at least one seat ventilation system detects at least one representative actual measured humidity value as a contact humidity in the contact region that deviates from the specifiable target humidity limit value, so that, in dependence on a system deviation, operation is started either in a suction mode or in a blow-out mode and is corrected to the specified target humidity limit value, wherein, in the suction mode, a switching over into the blow-out mode is performed in dependence on reaching a saturation time at which a maximum possible absolute air humidity is reached.
A decorin or a functional fragment thereof for use in a method of treating a traumatic neurological condition of the central nervous system in a patient, wherein the decorin or functional fragment thereof is administered to the intrathecal cavity of the patient without direct administration of the decorin or fragment thereof to central nervous system tissues.
Machine for obtaining a packaging tubular web from a film, comprising: - unwinding means for unwinding said film from a first reel; - operating means (10, 12, 14, 16, 17) for processing said film such as to obtain said packaging tubular web; - winding means for winding said packaging tubular web on a second reel; characterized by comprising: - sensor means (35, 37, 39) for detecting the tension of said film and/or of said packaging tubular web; - and control means cooperating with said sensor means (35, 37, 39) to control the tension of said film and/or of said packaging tubular web in function of unwinding parameters of said film and/or winding parameters of said packaging tubular web, wherein said control means is configured for varying the speed of said unwinding means and/or of said winding means on the basis of signals sent by said sensor means (35, 37, 39). - unwinding means for unwinding said film from a first reel; - operating means (10, 12, 14, 16, 17) for processing said film such as to obtain said packaging tubular web; - winding means for winding said packaging tubular web on a second reel; characterized by comprising: - sensor means (35, 37, 39) for detecting the tension of said film and/or of said packaging tubular web; - and control means cooperating with said sensor means (35, 37, 39) to control the tension of said film and/or of said packaging tubular web in function of unwinding parameters of said film and/or winding parameters of said packaging tubular web, wherein said control means is configured for varying the speed of said unwinding means and/or of said winding means on the basis of signals sent by said sensor means (35, 37, 39).