mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-ply tissue paper product , particularly a hygiene or wiping product, comprising at least three plies characterised by the tissue paper product comprising a first inner ply being a creped ribbed ply and having a basis weight of 10 to 30 gsm, and a first outermost ply and a second outermost ply on each side of said inner ply , characterized by said first and second outermost plies being non-ribbed plies, wherein a creped ribbed ply is defined as a ply comprising creping lines extending along a first direction, and parallel ribs and valleys extending continuously along a second direction being substantially perpendicular to said first direction, said ribs and valleys providing an average core roughness Rk in the range 10 to 300 μm, and a number of peaks being 4 to 12 per cm as measured along said first direction; and wherein a non-ribbed ply is defined as a ply displaying no parallel ribs and valleys extending continuously along any direction of the ply or displaying parallel ribs and valleys extending continuously along any direction of the ply, said ribs and valleys providing a number of peaks being less than 4 per cm, wherein said multi-ply tissue paper product comprises an adhesive joining at least two of the plies of said multi-ply tissue product, said adhesive being applied over a total adhesive area being less than 10% of a total area of said multi-ply tissue product , the core roughness Rk being defined according to ISO 13565-1 and ISO 13565-2. a creped ribbed ply is defined as a ply comprising creping lines extending along a first direction, and parallel ribs and valleys extending continuously along a second direction being substantially perpendicular to said first direction, said ribs and valleys providing an average core roughness Rk in the range 10 to 300 μm, and a number of peaks being 4 to 12 per cm as measured along said first direction; and wherein a non-ribbed ply is defined as a ply displaying no parallel ribs and valleys extending continuously along any direction of the ply or displaying parallel ribs and valleys extending continuously along any direction of the ply, said ribs and valleys providing a number of peaks being less than 4 per cm, wherein said multi-ply tissue paper product comprises an adhesive joining at least two of the plies of said multi-ply tissue product, said adhesive being applied over a total adhesive area being less than 10% of a total area of said multi-ply tissue product , the core roughness Rk being defined according to ISO 13565-1 and ISO 13565-2.
Method for operating a system comprising at least one machine tool , which produces a predefined shape on a workpiece or a change in a predefined shape on a workpiece by means of a relative movement between the workpiece and a tool, at least one tool accessory device , which, in connection with the operation of the machine tool , brings about a function for positively influencing a work process performed on the workpiece using the machine tool , at least one tool functional module , which can be arranged on the machine tool , in particular removably, and at least one user interface , wherein the tool functional module and the tool accessory device each comprise at least one wireless communication unit , characterized in that in one method step a transmission of electronic data by means of the wireless communication units is taken as a basis for assigning a master function to the tool functional module and a slave function, which is subordinate to the master function, for implementing specifications and/or performing tasks and/or commands of the master function to the at least one tool accessory device , wherein in one method step the master function and/or the slave function are assigned by means of the user interface .
A compound in which a group derived from chondroitin sulfate and a group derived from a steroid are covalently bonded together via a spacer represented by general formula (I): -HN-(CH 2 ) m -CHR 1 -CO- (I) in the formula, m represents an integer of 0 or 1, in the case m=0, R 1 represents a group selected from a group consisting of electron-donating groups and steric hindrance groups and is a methyl group, a branched alkyl group having 3 to 4 carbon atoms or a benzyl group, and in the case m=1, R 1 represents a hydrogen atom, wherein a group derived from chondroitin sulfate refers to a group formed by the removal of a hydroxyl group from a carboxyl group of chondroitin sulfate, wherein a group derived from a steroid refers to a group formed by the removal of a hydrogen atom from a hydroxyl group of a steroid molecule, and wherein the steroid is at least one type selected from the group consisting of triamcinolone and triamcinolone acetonide. in the formula, m represents an integer of 0 or 1, in the case m=0, R 1 represents a group selected from a group consisting of electron-donating groups and steric hindrance groups and is a methyl group, a branched alkyl group having 3 to 4 carbon atoms or a benzyl group, and in the case m=1, R 1 represents a hydrogen atom, wherein a group derived from chondroitin sulfate refers to a group formed by the removal of a hydroxyl group from a carboxyl group of chondroitin sulfate, wherein a group derived from a steroid refers to a group formed by the removal of a hydrogen atom from a hydroxyl group of a steroid molecule, and wherein the steroid is at least one type selected from the group consisting of triamcinolone and triamcinolone acetonide.
A method, comprising: configuring, by a user equipment , a radio bearer, wherein the radio bearer is configured with a first data path between the user equipment and a first network node, and the radio bearer is also configured with a second datapath between the user equipment and a second network node, the radio bearer is configured for a switching operation, and the switching operation comprises an operation where data transmission is restricted to be towards only one of the first data path and the second data path; first transmitting, by the user equipment , on the radio bearer via the first data path; performing the switching operation, wherein the transmitting towards the first data path is switched by the user equipment to transmitting towards the second data path, wherein, when the switching operation is performed, protocol data units are retransmitted by the user equipment , the retransmitted protocol data units being protocol data units for which a confirmation of successful transmission was not obtained; and second transmitting, by the user equipment , on the radio bearer via the second data path. configuring, by a user equipment , a radio bearer, wherein the radio bearer is configured with a first data path between the user equipment and a first network node, and the radio bearer is also configured with a second datapath between the user equipment and a second network node, the radio bearer is configured for a switching operation, and the switching operation comprises an operation where data transmission is restricted to be towards only one of the first data path and the second data path; first transmitting, by the user equipment , on the radio bearer via the first data path; performing the switching operation, wherein the transmitting towards the first data path is switched by the user equipment to transmitting towards the second data path, wherein, when the switching operation is performed, protocol data units are retransmitted by the user equipment , the retransmitted protocol data units being protocol data units for which a confirmation of successful transmission was not obtained; and second transmitting, by the user equipment , on the radio bearer via the second data path.
Illumination device for a motor vehicle , including a laser light source a radiation converter containing a fluorescing material, in particular phosphorus, and a reflector , wherein laser light transmitted from the laser light source is converted in the radiation converter into, in particular white, secondary light which is more broadband in comparison to the laser light, and is diffused, which secondary light is diverted by the reflector in a radiation direction of the illumination device , wherein in an impact region of the reflector , which is exposed to the laser light if the radiation converter fails, a protection means for reducing the light intensity of laser light radiated out from the illumination device is provided, should the radiation converter fail or be damaged, characterised in that the reflector is provided in the impact region with a coating which reflects until a threshold temperature is exceeded, which coating, when the threshold temperature is exceeded, becomes permeable for the laser light when a protection means is disposed behind it which is in the form of a beam trap , and/or itself functions as a beam trap .
Device for the surface treatment of a substrate by dielectric barrier discharge that enables the generation of a cold filamentary plasma at atmospheric pressure, comprising a reaction chamber, in which are positioned means for supporting and/or moving the substrate and a dielectric barrier placed between at least two electrodes arranged in parallel on either side of the means for supporting and/or moving the substrate , of which one high voltage electrode and one earthed counter-electrode are characterised in that the counter-electrode has a width (l ce ) and a length (L ce ) that are respectively smaller than the width (l e ) and the length (L e ) of the electrode , and in that the counter-electrode is positioned so that it is enclosed in an orthogonal projection of the electrode on a plane containing the counter-electrode .
A method of increasing site-specific mutagenesis of a nucleotide sequence in an isolated cell comprising: coupling the activity of an engineered homing endonuclease selected from the group consisting of: I-Ltrl, I-Gpil, I-Gzel, I-MpeMI, I-PanMI, I-Crel, I-Onul, I-HjeMI, and I-Anil that cleaves the nucleotide sequence and the activity of a Trex2 or biologically active fragment thereof.
A compound for an electroluminescent device comprising at least one structural moiety A and at least one structural moiety B, wherein A and B do not share a common atom, whereby the structural moiety A is a structural moiety having generic formula (I) wherein G 1 , G 2 , G 3 and G 4 are independently selected from substituted or unsubstituted aryl and heteroaryl comprising one to three aromatic rings and characterized in that the structural moiety B is a structural moiety selected from substituted or unsubstituted phosphine oxide, phosphine sulfide, pyrimidine, pyridazine, anthracene, cinnoline, phtalazine, quinazoline, triazine, benzofurane, benzothiophene, dibenzofurane, dibenzothiophene, naphtofurane, naphtothiophene, naphtobenzofurane, naphtobenzothiophene, dinaphtofurane, dinaphtothiophene, C 6 -C 60 aryl substituted with at least one group selected from pyridyl and nitrile, aryl consisting of 4 or 5 condensed 6-membered aromatic rings and heteroaryl consisting of 3, 4 or 5 condensed 6-membered aromatic rings and comprising 1, 2 or 3 nitrogen ring atoms, and compounds CAS 2210235-93-9, CAS 2214206-49-0 and CAS 2210235-94-0 are excluded.
A heating device comprising a burner , wherein the burner comprises: a main burner part having a fuel gas nozzle configured to discharge fuel gas and an air nozzle configured to discharge air for combustion; and a sub burner part positioned further outward than the main burner part and configured to combust the fuel gas discharged from the main burner part , wherein the burner further comprises at its end a recessed part having a bottom part and a tapered part , characterized in that the tapered part is gradually widening from the bottom part to the end of the burner , wherein the main burner part is disposed on the bottom part , and wherein the sub burner part is disposed on the tapered part and in that an intersection point of a gas discharge direction of the main burner part and the gas discharge direction of the sub burner part is disposed in an outer side of the recessed part of the burner . a main burner part having a fuel gas nozzle configured to discharge fuel gas and an air nozzle configured to discharge air for combustion; and a sub burner part positioned further outward than the main burner part and configured to combust the fuel gas discharged from the main burner part , wherein the burner further comprises at its end a recessed part having a bottom part and a tapered part , characterized in that the tapered part is gradually widening from the bottom part to the end of the burner , wherein the main burner part is disposed on the bottom part , and wherein the sub burner part is disposed on the tapered part and in that an intersection point of a gas discharge direction of the main burner part and the gas discharge direction of the sub burner part is disposed in an outer side of the recessed part of the burner .
A sterile therapeutic composition for use in restoring or enhancing small intestine mucosal barrier function of a patient having injury to the small intestine mucosa, wherein the composition is formulated for enteral administration and comprises one or more amino acids selected from lysine, threonine, valine, tyrosine, aspartic acid, isoleucine, tryptophan, asparagine, and serine, as free amino acids; and water; and wherein the composition does not comprise glucose, glutamine, and methionine, or, if these ingredients are present, glucose is present at a concentration of less than 1g/l, glutamine is present at a concentration of less than 300 mg/l, and methionine is present at a concentration of less than 300 mg/l. wherein the composition is formulated for enteral administration and comprises one or more amino acids selected from lysine, threonine, valine, tyrosine, aspartic acid, isoleucine, tryptophan, asparagine, and serine, as free amino acids; and water; and wherein the composition does not comprise glucose, glutamine, and methionine, or, if these ingredients are present, glucose is present at a concentration of less than 1g/l, glutamine is present at a concentration of less than 300 mg/l, and methionine is present at a concentration of less than 300 mg/l.
A device for airing out blankets and the like comprising a crosspiece , which is adapted to be connected to a bed structure , having at least two adjoining tubular profiles connected by one end, and pivoting about an axis parallel to the crosspiece , characterized in that a spring element being placed in each tubular profile, said spring element of each first tubular profile extending through at least one second tubular profile and connecting it to a first tubular profile , the second tubular profiles being connected to a surface of a support for a blanket or the like and pivoting about an axis parallel to the surface of a support and an element being fixed on the first and the second tubular profiles, to form a seat for the tubular profile to be fixed, which is adapted to fix the first tubular profiles to the second tubular profiles , the first tubular profiles being laterally adjacent to each other, and the second tubular profiles being laterally adjacent to each other, and the first tubular profiles being vertically aligned with their respective second tubular profiles.
A secured aerosol delivery device comprising: a cartridge providing a substance to be vaporized; a control body configured to be coupled with the cartridge for vaporizing the substance from the cartridge; and a security tag attached to the control body, the security tag being configured to secure the control body and prevent usage of the aerosol delivery device unless the security tag is unlocked and removed from the control body. a cartridge providing a substance to be vaporized; a control body configured to be coupled with the cartridge for vaporizing the substance from the cartridge; and a security tag attached to the control body, the security tag being configured to secure the control body and prevent usage of the aerosol delivery device unless the security tag is unlocked and removed from the control body.
Method for diagnosing the operation of a cooling circuit of at least one battery of a rotating electrical machine for a motor vehicle, said cooling circuit including in particular a heat exchanger and a pump for circulating a cooling liquid in said cooling circuit, said method comprising: - a step of measuring a temperature of the coolant ( Temp_liq_TBT ) in the cooling circuit , - a step of determining a temperature threshold ( S_Temp ), - a monitoring step ( Surv_act ) by comparing the temperature of the coolant ( Temp_lig_TBT ) with the temperature threshold ( S_tem p), - and in the case where the temperature of the coolant ( Temp_liq_TBT ) exceeds the temperature threshold ( S_temp ), said method comprises a step of engaging a degraded operating mode ( MF_Deg ), characterized in that the temperature threshold ( S_temp ) is estimated from a barycenter between an exterior air temperature ( Temp_ext ) and a component temperature ( Temp_comp ) of the battery , and in that ' monitoring step ( Surv_act ) is triggered only if the conditions following prerequisites for its realization are verified: - no pump fault , - no electrical fault reported on a liquid sensor cooling associated with the battery , - no fault reporting of the presence of coolant by the battery , - an air conditioning compressor is activated, - a solenoid valve of the heat exchanger is activated without rising electrical fault, - an outside air temperature has been stable for a predetermined period. - a step of measuring a temperature of the coolant ( Temp_liq_TBT ) in the cooling circuit , - a step of determining a temperature threshold ( S_Temp ), - a monitoring step ( Surv_act ) by comparing the temperature of the coolant ( Temp_lig_TBT ) with the temperature threshold ( S_tem p), - and in the case where the temperature of the coolant ( Temp_liq_TBT ) exceeds the temperature threshold ( S_temp ), said method comprises a step of engaging a degraded operating mode ( MF_Deg ), characterized in that the temperature threshold ( S_temp ) is estimated from a barycenter between an exterior air temperature ( Temp_ext ) and a component temperature ( Temp_comp ) of the battery , and in that ' monitoring step ( Surv_act ) is triggered only if the conditions following prerequisites for its realization are verified: - no pump fault , - no electrical fault reported on a liquid sensor cooling associated with the battery , - no fault reporting of the presence of coolant by the battery , - an air conditioning compressor is activated, - a solenoid valve of the heat exchanger is activated without rising electrical fault, - an outside air temperature has been stable for a predetermined period. - no pump fault , - no electrical fault reported on a liquid sensor cooling associated with the battery , - no fault reporting of the presence of coolant by the battery , - an air conditioning compressor is activated, - a solenoid valve of the heat exchanger is activated without rising electrical fault, - an outside air temperature has been stable for a predetermined period.
An electrical terminal structure suitable for connecting a thermocouple comprising a compensating wire to a measuring device, the electrical terminal structure comprising: a first electrical terminal and a mating terminal, the first electrical terminal comprising: a first contact made of a first kind of metal and configured to be connected to a second contact of the mating electrical terminal; and a coupling member having a spring clamp for elastically holding a compensating electrical wire of a thermocouple made of the same kind of metal as the first contact between the spring clamp and the first contact in such a state that the electrical wire is pressed against the first contact , the coupling member being made of a second kind of metal different from the first kind of metal, characterized in that : the second contact of the mating terminal is made of the same kind of metal as the first contact; the first kind of metal is a metal used for a thermocouple; the first contact has a shape extending like a strip or rod; and the coupling member is fixed to the first contact independently of holding by the spring clamp . a first electrical terminal and a mating terminal, the first electrical terminal comprising: a first contact made of a first kind of metal and configured to be connected to a second contact of the mating electrical terminal; and a coupling member having a spring clamp for elastically holding a compensating electrical wire of a thermocouple made of the same kind of metal as the first contact between the spring clamp and the first contact in such a state that the electrical wire is pressed against the first contact , the coupling member being made of a second kind of metal different from the first kind of metal, a first contact made of a first kind of metal and configured to be connected to a second contact of the mating electrical terminal; and a coupling member having a spring clamp for elastically holding a compensating electrical wire of a thermocouple made of the same kind of metal as the first contact between the spring clamp and the first contact in such a state that the electrical wire is pressed against the first contact , the coupling member being made of a second kind of metal different from the first kind of metal, characterized in that : the second contact of the mating terminal is made of the same kind of metal as the first contact; the first kind of metal is a metal used for a thermocouple; the first contact has a shape extending like a strip or rod; and the coupling member is fixed to the first contact independently of holding by the spring clamp . the second contact of the mating terminal is made of the same kind of metal as the first contact; the first kind of metal is a metal used for a thermocouple; the first contact has a shape extending like a strip or rod; and the coupling member is fixed to the first contact independently of holding by the spring clamp .
An affinity support comprising a support, a plurality of spacers each directly bound at a binding position to the support via a covalent bond, and a plurality of affinity substances that trap to an objective to be trapped, each bound directly to one of the spacers via a covalent bond, characterized in that the plurality of affinity substances are immunoglobulins, immunoglobulin F(ab') fragments, or immunoglobulin F(ab) fragments, the objective to be trapped by the plurality of affinity substances is a multimer comprising a plurality of affinity site, and the affinity support traps the objective to be trapped by cooperative binding, characterized in that the length of each spacer is 1 to 20 nm and the interval between the binding position of any spacer on the support and the binding position of the nearest other spacer is 1 to 1000 angstrom (Å).