mhurhangee/ep-ind-claims huggingface dataset:
A screwed plug consisting of a metallic material for a liquid line, in particular for an oil line or oil vessel, having a cylindrical shaft with an external thread on a ridge plate, in which a blind hole of polygonal cross section is provided centrally as a receptacle for a tool, the shaft being formed as a truncated tube provided with the external thread, and a blind hole that is coaxial to the blind hole in the ridge plate proceeding from the end face of the shaft, and a phase section being provided as the transition to the shaft, which phase section has a foot contour towards the tube, is inclined from the ridge plate towards the axis and tapers in the direction away from the ridge plate, characterised in that the foot contour, towards the tube, of the phase section is the inner starting line for the external thread, which projects radially beyond said contour, and that the screwed plug is formed in one part.
A flexible multilayer composite comprising: a) at least one layer of high hardness thermoplastic polyurethane, wherein said high hardness thermoplastic polyurethane has the following properties: i. a Shore D durometer of at least 80, as measured according to ASTM D-2240; ii. a soft segment content of less than 5 weight percent of the polyol in the thermoplastic polyurethane; and iii. a low gasoline vapor transmission rate of less than 1 gram/meter 2 /day as measured on a 0.5 mm thick film according to ASTM D-814; b) at least one layer of soft static dissipative thermoplastic polyurethane, wherein said soft static dissipative thermoplastic polyurethane has the following properties: i. a surface resistivity of less than 1.0 x 10 12 ohms/square, as measured according to ASTM D-257; ii. a Shore durometer of from 60A to 60D, as measured according to ASTM D-2240; iii. a gum residue after one week exposure in gasoline of less than 20 milligrams per 100 milliliters of gasoline, as measured according to ASTM D-381 and described in the description; and c) optionally, at least one layer of abrasion resistant thermoplastic polyurethane. a) at least one layer of high hardness thermoplastic polyurethane, wherein said high hardness thermoplastic polyurethane has the following properties: i. a Shore D durometer of at least 80, as measured according to ASTM D-2240; ii. a soft segment content of less than 5 weight percent of the polyol in the thermoplastic polyurethane; and iii. a low gasoline vapor transmission rate of less than 1 gram/meter 2 /day as measured on a 0.5 mm thick film according to ASTM D-814; i. a Shore D durometer of at least 80, as measured according to ASTM D-2240; ii. a soft segment content of less than 5 weight percent of the polyol in the thermoplastic polyurethane; and iii. a low gasoline vapor transmission rate of less than 1 gram/meter 2 /day as measured on a 0.5 mm thick film according to ASTM D-814; b) at least one layer of soft static dissipative thermoplastic polyurethane, wherein said soft static dissipative thermoplastic polyurethane has the following properties: i. a surface resistivity of less than 1.0 x 10 12 ohms/square, as measured according to ASTM D-257; ii. a Shore durometer of from 60A to 60D, as measured according to ASTM D-2240; iii. a gum residue after one week exposure in gasoline of less than 20 milligrams per 100 milliliters of gasoline, as measured according to ASTM D-381 and described in the description; and i. a surface resistivity of less than 1.0 x 10 12 ohms/square, as measured according to ASTM D-257; ii. a Shore durometer of from 60A to 60D, as measured according to ASTM D-2240; iii. a gum residue after one week exposure in gasoline of less than 20 milligrams per 100 milliliters of gasoline, as measured according to ASTM D-381 and described in the description; and c) optionally, at least one layer of abrasion resistant thermoplastic polyurethane.
Industrial truck having a vehicle frame, a counterweight and an axle arrangement, said vehicle frame comprising an at least partly tubular axle receiving structure, in which said axle arrangement is firmly received, the axial longitudinal direction of said axle arrangement having a transverse orientation in relation to the longitudinal direction of said industrial truck, said axle arrangement comprising a rotation axis of a wheel of said industrial truck and said rotation axis running through the interior of a tubular section of said axle receiving structure and said axle receiving structure being connected to the counterweight via a side part and/or a mudguard (13, 15) of a wheel of said axle arrangement and/or a bottom plate, characterized by said tubular axle receiving structure being furthermore connected to the counterweight via a seat carrier structure.
Method of operating a user equipment in a radio access network, the user equipment being configured with a reference time resource available, in one or more slots, for transmission of a scheduling request by the user equipment, the reference time resource comprising a reference symbol R, the reference symbol R being configured for a starting slot, wherein each of the one or more slots has a slot duration of 14 symbols; the user equipment further being configured with a requesting periodicity P indicating a periodicity with a time period shorter than the slot duration, the requesting periodicity P corresponding to one of 2 and 7 symbols; the method comprising transmitting a scheduling request message on a Physical Uplink Control Channel, PUCCH, at a request transmission symbol T which is based on the reference symbol R and the periodicity P, wherein the scheduling request message is a PUCCH format 0 message transmitted over 1 symbol and the starting slot is predetermined based on a standard definition. the user equipment being configured with a reference time resource available, in one or more slots, for transmission of a scheduling request by the user equipment, the reference time resource comprising a reference symbol R, the reference symbol R being configured for a starting slot, wherein each of the one or more slots has a slot duration of 14 symbols; the user equipment further being configured with a requesting periodicity P indicating a periodicity with a time period shorter than the slot duration, the requesting periodicity P corresponding to one of 2 and 7 symbols; the method comprising transmitting a scheduling request message on a Physical Uplink Control Channel, PUCCH, at a request transmission symbol T which is based on the reference symbol R and the periodicity P, wherein the scheduling request message is a PUCCH format 0 message transmitted over 1 symbol and the starting slot is predetermined based on a standard definition.
A diphthalonitrile compound of formula I: Ar 1 2 -O-Ar 2 -CH 2 -O-Si(R 1)(R 2)-O-[T-O-Si(R 1)(R 2)-O-] n -CH 2 -Ar 2 -O-Ar 1 2 in free or salt or solvate form, wherein: Ar 1 is a C 6 -C 10 -aryl group; Ar 2 is a C 6 -C 10 -aryl group; R 1 and R 2 are independently C 3 -C 10 -alkyl; T is a C 6 -C 10 -aryl group; and n is 0, 1, 2, 3, 4 or 5, or a mixture thereof. Ar 1 is a C 6 -C 10 -aryl group; Ar 2 is a C 6 -C 10 -aryl group; R 1 and R 2 are independently C 3 -C 10 -alkyl; T is a C 6 -C 10 -aryl group; and n is 0, 1, 2, 3, 4 or 5, or a mixture thereof.
A method for producing an at least two-layer component as an absorptive lining in the interior and/or trunk or for floor coverings of motor vehicles, comprising a top material and an absorber, characterized in that: (a) an absorber material molded on one side in a flock box is introduced into a steam/vacuum mold; (b) the top material cut into blanks is introduced into the mold with its flow-closed side facing towards the material of the absorber, which contains a binder; (c) the mold is closed; (d) by applying steam from the lower side of the absorber material, the top material is deformed, the binder in the absorber material is activated, and the top and absorber materials are bonded to one another; (e) the steam pressure is reduced by a lower pressure on the upper side as compared to the pressure on the lower side of the absorber material; and (f) the component is subsequently cooled in a calibrating mold or deposit tray. (a) an absorber material molded on one side in a flock box is introduced into a steam/vacuum mold; (b) the top material cut into blanks is introduced into the mold with its flow-closed side facing towards the material of the absorber, which contains a binder; (c) the mold is closed; (d) by applying steam from the lower side of the absorber material, the top material is deformed, the binder in the absorber material is activated, and the top and absorber materials are bonded to one another; (e) the steam pressure is reduced by a lower pressure on the upper side as compared to the pressure on the lower side of the absorber material; and (f) the component is subsequently cooled in a calibrating mold or deposit tray.
An ID token with - a protected memory area for storing at least one attribute, - means (120, 130) for authenticating a user, to whom the ID token is assigned, to the ID token, - means for authenticating a first computer system to the ID token, - means for receiving a time specification from the first computer system, - means for generating a password for authenticating the user to the first computer system with the aid of the time specification, - means for sending the password, - means for establishing a protected connection to the first computer system, via which connection the first computer system is able to read the at least one attribute, wherein a necessary precondition for the reading of the at least one attribute from the ID token by the first computer system is the successful authentication of the user and of the first computer system to the ID token, and preferably with means for end-to-end encryption of the connection for a protected transfer of the at least one of the attributes to the first computer system, wherein the means for receiving the time specification are preferably designed to receive the time specification via the connection. - a protected memory area for storing at least one attribute, - means (120, 130) for authenticating a user, to whom the ID token is assigned, to the ID token, - means for authenticating a first computer system to the ID token, - means for receiving a time specification from the first computer system, - means for generating a password for authenticating the user to the first computer system with the aid of the time specification, - means for sending the password, - means for establishing a protected connection to the first computer system, via which connection the first computer system is able to read the at least one attribute,
A method of operating a capacitive touch screen, including: - producing a capacitance map of capacitance values for said screen, wherein said capacitance values are indicative of locations (X, Y) of the screen touchable by a user, and - identifying locations (X, Y) of the screen touchable by a user by comparing said capacitance values against at least one setting (2041 to 2045) of sensing thresholds, wherein the method includes: - applying to said capacitance map descriptor processing (200; 1000 to 1018a, 1018b) to extract from said capacitance map a set of descriptors (SumP, SumN, MaxNeg, MaxPos, SumNeg1, SumNeg2, SumNeg3, SumPos1, SumPos2, SumPos3) indicative of said screen being in one of a plurality of different operating conditions, - applying to said descriptors a set of classifier rules to identify said one of a plurality of different operating conditions (Untouched water, Wet fingers float, Wet fingers grip, Dry fingers/stylus float, Dry fingers/stylus grip), and - selecting said at least one setting (2041 to 2045) of sensing thresholds as a function of the operating condition identified out said plurality of different operating conditions by applying said set of classifier rules to said descriptors, wherein the method includes extracting said set of descriptors (SumP, SumN, MaxNeg, MaxPos, SumNeg1, SumNeg2, SumNeg3, SumPos1, SumPos2, SumPos3) as global descriptors computed over the whole of said capacitance map. - producing a capacitance map of capacitance values for said screen, wherein said capacitance values are indicative of locations (X, Y) of the screen touchable by a user, and - identifying locations (X, Y) of the screen touchable by a user by comparing said capacitance values against at least one setting (2041 to 2045) of sensing thresholds, - applying to said capacitance map descriptor processing (200; 1000 to 1018a, 1018b) to extract from said capacitance map a set of descriptors (SumP, SumN, MaxNeg, MaxPos, SumNeg1, SumNeg2, SumNeg3, SumPos1, SumPos2, SumPos3) indicative of said screen being in one of a plurality of different operating conditions, - applying to said descriptors a set of classifier rules to identify said one of a plurality of different operating conditions (Untouched water, Wet fingers float, Wet fingers grip, Dry fingers/stylus float, Dry fingers/stylus grip), and - selecting said at least one setting (2041 to 2045) of sensing thresholds as a function of the operating condition identified out said plurality of different operating conditions by applying said set of classifier rules to said descriptors, wherein the method includes extracting said set of descriptors (SumP, SumN, MaxNeg, MaxPos, SumNeg1, SumNeg2, SumNeg3, SumPos1, SumPos2, SumPos3) as global descriptors computed over the whole of said capacitance map.
An apparatus comprising: a humidity-dependent electrical energy source configured to provide electrical energy when an environment occupied by the humidity-dependent electrical energy source becomes humid, the humidity-dependent electrical energy source comprising one or more battery cells, each cell comprising: a proton conductor region configured to conduct proton charge carriers in the presence of water, wherein the proton conductor region comprises a graphene derivative, or comprises graphene oxide; an electron conductor region configured to conduct electrons; a first electrode associated with one of the proton conductor region and the electron conductor region; and a second electrode associated with the other of the proton conductor region and the electron conductor region; and the apparatus comprising: a buffer layer overlying at least the proton conductor region and the electron conductor region; and an electrically activated visual indicator coupled to receive provided electrical energy from the humidity-dependent electrical energy source and configured to provide a visual indication that the environment occupied by the humidity-dependent electrical energy source has become humid. a proton conductor region configured to conduct proton charge carriers in the presence of water, wherein the proton conductor region comprises a graphene derivative, or comprises graphene oxide; an electron conductor region configured to conduct electrons; a first electrode associated with one of the proton conductor region and the electron conductor region; and a second electrode associated with the other of the proton conductor region and the electron conductor region; and the apparatus comprising: a buffer layer overlying at least the proton conductor region and the electron conductor region; and an electrically activated visual indicator coupled to receive provided electrical energy from the humidity-dependent electrical energy source and configured to provide a visual indication that the environment occupied by the humidity-dependent electrical energy source has become humid. a buffer layer overlying at least the proton conductor region and the electron conductor region; and an electrically activated visual indicator coupled to receive provided electrical energy from the humidity-dependent electrical energy source and configured to provide a visual indication that the environment occupied by the humidity-dependent electrical energy source has become humid.
A kit comprising at least the following compositions suitable for the formation of a multilayer coating a) an insulating composition suitable for forming at least a layer of a multilayer coating composition, comprising at least one filming agent, at least one solvent and at least one silane or siloxane or their mixtures and, optionally, one or more amines, wherein the total amount of said at least one silane or siloxane or their mixtures and of the one or more optional amines varies of from 2% to 30% by weight, preferably of from 5% to 20% by weight relative to the total weight of the insulating composition; and b) a Real Michael Addition -based paint or varnish cross-linkable composition and, optionally, at least c) one composition comprising a stain. a) an insulating composition suitable for forming at least a layer of a multilayer coating composition, comprising at least one filming agent, at least one solvent and at least one silane or siloxane or their mixtures and, optionally, one or more amines, wherein the total amount of said at least one silane or siloxane or their mixtures and of the one or more optional amines varies of from 2% to 30% by weight, preferably of from 5% to 20% by weight relative to the total weight of the insulating composition; and b) a Real Michael Addition -based paint or varnish cross-linkable composition and, optionally, at least c) one composition comprising a stain.
A fault indicator for indicating the occurrence of a rapid pressure surge within a housing of an electrical device, the fault indicator comprising: (a) pressure surge detecting means for moving an actuating member in response to a rapid rise in pressure within a housing of an electrical device; and (b) indicator means actuated by the pressure surge detecting means, the indicator means comprising a plunger movably disposed within a bore; (c) a radial seal is disposed within the bore and around the plunger; and characterised in that the plunger is movable outwardly in the bore from an armed position to a triggered position upon movement of the actuator, and the radial seal maintains a sealing engagement with the plunger in both the armed and triggered positions while permitting relative motion of the plunger and the bore between the armed and triggered positions. (a) pressure surge detecting means for moving an actuating member in response to a rapid rise in pressure within a housing of an electrical device; and (b) indicator means actuated by the pressure surge detecting means, the indicator means comprising a plunger movably disposed within a bore; (c) a radial seal is disposed within the bore and around the plunger; and characterised in that
An oxygen galvanic sensor comprising: a housing having a capillary extending from an exterior surface to an interior surface; an anode that is substantially free from lead, the anode formed of a plurality of sintered particles having a diameter of less than 2 millimeters and a long dimension equal to or less than 3 millimeters, wherein the anode is selected from the group consisting of: antimony, bismuth, and copper and combinations thereof; a cathode including an electrocatalyst layer, wherein the electrocatalyst layer includes at least one of platinum, silver and gold; and an electrolyte having an etching rate on the anode that is greater than a oxide layer formation rate on the anode. a housing having a capillary extending from an exterior surface to an interior surface; an anode that is substantially free from lead, the anode formed of a plurality of sintered particles having a diameter of less than 2 millimeters and a long dimension equal to or less than 3 millimeters, wherein the anode is selected from the group consisting of: antimony, bismuth, and copper and combinations thereof; a cathode including an electrocatalyst layer, wherein the electrocatalyst layer includes at least one of platinum, silver and gold; and an electrolyte having an etching rate on the anode that is greater than a oxide layer formation rate on the anode.
A flow meter comprising: a conductive measurement tube including an inlet through which liquid enters and an outlet through which the liquid flowing from the inlet exits and including an internal flow passage extending along an axis, and a temperature detecting substrate including a heating resistance element and a temperature detecting resistance element (12b, 12c, 12d, 12e) formed on a detection surface of the temperature detecting substrate along the axis, wherein in the detection surface, an insulation area is joined to the measurement tube along the axis, characterized in that the insulation area is formed where the heating resistance element and the temperature detecting resistance element (12b, 12c, 12d, 12e) are coated with a thin-film insulating material, and the detection surface is a flatly formed surface, an outer circumferential surface of the measurement tube includes a flat surface disposed as opposed to the detection surface of the temperature detecting substrate, and the flat surface is bonded with an adhesive to the insulation area and the conductive measurement tube and the heating resistance element and temperature detecting resistance element formed on the detection surface are electrically blocked by the thin-film insulating material, and in the detection surface, a wiring pattern is formed to electrically connect the heating resistance element and the temperature detecting resistance element (12b, 12c,12d, 12e) to an external connection terminal, and the insulation area is formed to expose a part of the wiring pattern to electrically connect the heating resistance element and the temperature detecting resistance element to the external connection terminal. a conductive measurement tube including an inlet through which liquid enters and an outlet through which the liquid flowing from the inlet exits and including an internal flow passage extending along an axis, and a temperature detecting substrate including a heating resistance element and a temperature detecting resistance element (12b, 12c, 12d, 12e) formed on a detection surface of the temperature detecting substrate along the axis, wherein in the detection surface, an insulation area is joined to the measurement tube along the axis, the detection surface is a flatly formed surface, an outer circumferential surface of the measurement tube includes a flat surface disposed as opposed to the detection surface of the temperature detecting substrate, and the flat surface is bonded with an adhesive to the insulation area and the conductive measurement tube and the heating resistance element and temperature detecting resistance element formed on the detection surface are electrically blocked by the thin-film insulating material, and in the detection surface, a wiring pattern is formed to electrically connect the heating resistance element and the temperature detecting resistance element (12b, 12c,12d, 12e) to an external connection terminal, and the insulation area is formed to expose a part of the wiring pattern to electrically connect the heating resistance element and the temperature detecting resistance element to the external connection terminal.