mhurhangee/patent-ind-claim-en huggingface dataset:
A sliding glove box comprising: a glove box including an inner space for accommodating an object; and a case which accommodates the glove box , wherein a plurality of wheels are disposed at each of two sides of the glove box , wherein the plurality of wheels are installed on fixing brackets and are fixed to fixing parts disposed at the two sides of the glove box , wherein the fixing parts protrude from a lower portion of the glove box wherein the plurality of wheels are configured to move on rails disposed in the case , wherein the rails are disposed in seating grooves formed in a lower surface of the case , wherein the seating grooves are provided in a shape recessed downward from the case , and the rails are disposed on side surfaces of the seating grooves , and wherein the rail has a "c" shape, wherein the wheel is disposed in an accommodation space formed in the rail ; and wherein at least one of the plurality of wheels has one side that is in contact with the rail . a glove box including an inner space for accommodating an object; and a case which accommodates the glove box , wherein a plurality of wheels are disposed at each of two sides of the glove box , wherein the plurality of wheels are installed on fixing brackets and are fixed to fixing parts disposed at the two sides of the glove box , wherein the fixing parts protrude from a lower portion of the glove box wherein the plurality of wheels are configured to move on rails disposed in the case , wherein the rails are disposed in seating grooves formed in a lower surface of the case , wherein the seating grooves are provided in a shape recessed downward from the case , and the rails are disposed on side surfaces of the seating grooves , and wherein the rail has a "c" shape, wherein the wheel is disposed in an accommodation space formed in the rail ; and wherein at least one of the plurality of wheels has one side that is in contact with the rail .
A method comprising: using a grid network architecture that includes a plurality of serving computers and a plurality of isolated dedicated serving platforms, each platform storing one or more directory service instances; using a grid manager which maintains global mappings between customers and where their respective directory service instances are maintained; wherein the grid manager operates to monitor the deployment status of directory service instances and makes new directory service instances available to the customers; creating , by the grid manager, the directory service instances , wherein the directory service instances define access privileges for groups of customers requesting services of the serving computers, each directory service instance including one or more organizational units ; populating each organizational unit with customer data used to control access to services of the serving computers, wherein each organizational unit includes one or more user objects, security group objects, or foreign principal objects, FPOs, wherein FPOs included in an organizational unit comprise mapping parameters that point to a user object or a security group object of one or more different organizational units ; receiving an update request to populate directory service instances with new or modified customer information; and if the directory service instance associated with the request does not have the capacity to contain the modified customer information, creating , by the grid manager, a new directory service instance for the new customer information. using a grid network architecture that includes a plurality of serving computers and a plurality of isolated dedicated serving platforms, each platform storing one or more directory service instances; using a grid manager which maintains global mappings between customers and where their respective directory service instances are maintained; wherein the grid manager operates to monitor the deployment status of directory service instances and makes new directory service instances available to the customers; creating , by the grid manager, the directory service instances , wherein the directory service instances define access privileges for groups of customers requesting services of the serving computers, each directory service instance including one or more organizational units ; populating each organizational unit with customer data used to control access to services of the serving computers, wherein each organizational unit includes one or more user objects, security group objects, or foreign principal objects, FPOs, wherein FPOs included in an organizational unit comprise mapping parameters that point to a user object or a security group object of one or more different organizational units ; receiving an update request to populate directory service instances with new or modified customer information; and if the directory service instance associated with the request does not have the capacity to contain the modified customer information, creating , by the grid manager, a new directory service instance for the new customer information.
A method for treating used lithium batteries featuring the steps: (a) comminuting the batteries such that comminuted material is obtained, and (b) drying the comminuted material so that electrolyte of the battery evaporates, characterised in that (c) at least 50% of the evaporation heat is introduced into the communited material by means of mechanical energy. (a) comminuting the batteries such that comminuted material is obtained, and (b) drying the comminuted material so that electrolyte of the battery evaporates, characterised in that (c) at least 50% of the evaporation heat is introduced into the communited material by means of mechanical energy.
Circuit arrangement for supplying DC current to multiple electrolysers connected in parallel, wherein the circuit arrangement comprises a rectifier that can convert an input-side AC voltage into an output-side first DC voltage , wherein each electrolyser is connected in parallel with the output of the rectifier via a respective down-converter , which can convert the first DC voltage into a second DC voltage that is dropped across the electrolyser , wherein each of the down-converters is controllable and/or variable to adapt a level of its second DC voltage , wherein the circuit arrangement comprises multiple switches , wherein each down-converter is bypassable by a respective switch .
An anhydrous fill composition for a topical product, said fill composition comprising: (a) a branched chain hydrocarbon base oil having 9-16 carbon atoms per molecule; (b) a sufficient amount of a viscosity adjusting agent comprising 4.0 to 16 wt% of at least one silicone elastomer in combination with 0.1 to 7 wt% of at least one synthetic wax and 0.1 to 2 wt% of at least one clay-based viscosity adjusting agent, wherein the weight percentages are based on the total weight of the anhydrous fill composition; and (c) one or more UV filters. (a) a branched chain hydrocarbon base oil having 9-16 carbon atoms per molecule; (b) a sufficient amount of a viscosity adjusting agent comprising 4.0 to 16 wt% of at least one silicone elastomer in combination with 0.1 to 7 wt% of at least one synthetic wax and 0.1 to 2 wt% of at least one clay-based viscosity adjusting agent, wherein the weight percentages are based on the total weight of the anhydrous fill composition; and (c) one or more UV filters.
An endoscope aid to be attachably and detachably attached to a treatment tool insertion channel of an endoscope , the endoscope aid comprising: a tubular member capable of being fixed to an outlet portion of the treatment tool insertion channel in a state where the tubular member is fitted inside the outlet portion of the treatment tool insertion channel that is kept in the shape of a straight pipe regardless of bending of a bending part of the endoscope , wherein when the tubular member is fixed to the outlet portion of the treatment tool insertion channel , a proximal end of the tubular member located on a side opposite to an outlet side of the treatment tool insertion channel is disposed closer to the outlet side of the treatment tool insertion channel than a proximal end of the bending part of the endoscope , characterized in that an inner peripheral surface of the tubular member on the proximal end side is formed in a tapered shape in which a diameter is gradually reduced toward a distal end side, and the endoscope aid further comprises a rod-shaped member connected to the tubular member , wherein the rod-shaped member is capable of being pushed to the outlet portion of the treatment tool insertion channel through an inlet of the treatment tool insertion channel and is separable from the tubular member fixed to the outlet portion . a tubular member capable of being fixed to an outlet portion of the treatment tool insertion channel in a state where the tubular member is fitted inside the outlet portion of the treatment tool insertion channel that is kept in the shape of a straight pipe regardless of bending of a bending part of the endoscope , wherein when the tubular member is fixed to the outlet portion of the treatment tool insertion channel , a proximal end of the tubular member located on a side opposite to an outlet side of the treatment tool insertion channel is disposed closer to the outlet side of the treatment tool insertion channel than a proximal end of the bending part of the endoscope , characterized in that an inner peripheral surface of the tubular member on the proximal end side is formed in a tapered shape in which a diameter is gradually reduced toward a distal end side, and the endoscope aid further comprises a rod-shaped member connected to the tubular member , wherein the rod-shaped member is capable of being pushed to the outlet portion of the treatment tool insertion channel through an inlet of the treatment tool insertion channel and is separable from the tubular member fixed to the outlet portion .
A method for the production of a noble metal nanomaterial comprising: (A) adding an aqueous solution of a source of noble metal ions and a citrate reducing agent to an aqueous solution of an organic compound to form a reaction mixture, wherein the organic compound is an organic amphiphile according to the molecular formula: wherein: R is hydrogen or a C n H 2n+1 moiety, wherein 0< n≤ 6; R' is a C m H 2m+1 moiety, wherein 0<m≤ 6; Z is a bond or a diazenyl or diazenylbenzene linking moiety; and Y is a carboxyl-containing, carbonyl-containing, hydroxyl-containing, anhydride-containing, amino-containing, amido-containing, sulfhydryl-containing or sulfonyl-containing moiety; wherein the organic compound is capable of undergoing 2D planar stacking in aqueous solution, wherein the molar ratio of the citrate reducing agent to the source of noble metal ions is between 8 and 15, and wherein the molar ratio of the organic compound to the source of noble metal ions is between 0.10 and 2; and (B) separating the noble metal nanomaterial from the reaction mixture. (A) adding an aqueous solution of a source of noble metal ions and a citrate reducing agent to an aqueous solution of an organic compound to form a reaction mixture, wherein the organic compound is an organic amphiphile according to the molecular formula: wherein: R is hydrogen or a C n H 2n+1 moiety, wherein 0< n≤ 6; R' is a C m H 2m+1 moiety, wherein 0<m≤ 6; Z is a bond or a diazenyl or diazenylbenzene linking moiety; and Y is a carboxyl-containing, carbonyl-containing, hydroxyl-containing, anhydride-containing, amino-containing, amido-containing, sulfhydryl-containing or sulfonyl-containing moiety; wherein the organic compound is capable of undergoing 2D planar stacking in aqueous solution, wherein the molar ratio of the citrate reducing agent to the source of noble metal ions is between 8 and 15, and wherein the molar ratio of the organic compound to the source of noble metal ions is between 0.10 and 2; and R is hydrogen or a C n H 2n+1 moiety, wherein 0< n≤ 6; R' is a C m H 2m+1 moiety, wherein 0<m≤ 6; Z is a bond or a diazenyl or diazenylbenzene linking moiety; and Y is a carboxyl-containing, carbonyl-containing, hydroxyl-containing, anhydride-containing, amino-containing, amido-containing, sulfhydryl-containing or sulfonyl-containing moiety; wherein the organic compound is capable of undergoing 2D planar stacking in aqueous solution, wherein the molar ratio of the citrate reducing agent to the source of noble metal ions is between 8 and 15, and wherein the molar ratio of the organic compound to the source of noble metal ions is between 0.10 and 2; and (B) separating the noble metal nanomaterial from the reaction mixture.
Cooking appliance for culinary preparations, comprising: - a cooking housing comprising a base and a lid hingedly mounted on the base between an open position wherein a culinary preparation can be introduced into the cooking housing and a closed position wherein the base and the lid delimit a closed heating chamber , - the cooking appliance further comprising lower means of heating provided in the base comprising a lower electrical heating resistance and upper means of heating provided in the lid comprising an upper electrical heating resistance , and - control means configured to control a heating of the upper means of heating and a heating of the lower means of heating , said control means comprising a relay that simultaneously supplies the upper means of heating and the lower means of heating . - a cooking accessory removably mounted in the closed heating chamber and configured to support a pie plate , the cooking accessory comprising a bottom wall and at least one support protrusion whereon the pie plate is intended to rest, the at least one support protrusion being configured to raise the pie plate relative to the bottom wall of the cooking accessory and to delimit an air gap between the bottom wall of the cooking accessory and a bottom of the pie plate , when the pie plate rests on the at least one support protrusion . - a cooking housing comprising a base and a lid hingedly mounted on the base between an open position wherein a culinary preparation can be introduced into the cooking housing and a closed position wherein the base and the lid delimit a closed heating chamber , - the cooking appliance further comprising lower means of heating provided in the base comprising a lower electrical heating resistance and upper means of heating provided in the lid comprising an upper electrical heating resistance , and - control means configured to control a heating of the upper means of heating and a heating of the lower means of heating , said control means comprising a relay that simultaneously supplies the upper means of heating and the lower means of heating . - a cooking accessory removably mounted in the closed heating chamber and configured to support a pie plate , the cooking accessory comprising a bottom wall and at least one support protrusion whereon the pie plate is intended to rest, the at least one support protrusion being configured to raise the pie plate relative to the bottom wall of the cooking accessory and to delimit an air gap between the bottom wall of the cooking accessory and a bottom of the pie plate , when the pie plate rests on the at least one support protrusion .
A system to determine a temperature corrected pressure of a medium in a pressure transducer, the system comprising: a first circuitry to obtain a first value related to a vibration frequency of the vibration of a pressure sensitive vibration member ; characterised in that the system further comprises a second circuity to obtain a second value related to a vibration amplitude of the vibration of the vibration member ; and a third circuity to use the first value and the second value to determine the temperature corrected pressure of the medium based on a pre-determined relationship between the vibration frequency and the vibration amplitude, wherein the system is configured to calculate a temperature value of the vibration member based on the second value, wherein the temperature value is related to the vibration amplitude of the vibration of the vibration member by a predetermined relationship. a first circuitry to obtain a first value related to a vibration frequency of the vibration of a pressure sensitive vibration member ; characterised in that the system further comprises a second circuity to obtain a second value related to a vibration amplitude of the vibration of the vibration member ; and a third circuity to use the first value and the second value to determine the temperature corrected pressure of the medium based on a pre-determined relationship between the vibration frequency and the vibration amplitude, wherein the system is configured to calculate a temperature value of the vibration member based on the second value, wherein the temperature value is related to the vibration amplitude of the vibration of the vibration member by a predetermined relationship.
Fryer for frying food products comprising a frying vessel for accommodating a frying oil , characterized by a guided wave radar sensor arranged in the frying vessel and an analysis unit for determining a permittivity of the frying oil accommodated in the frying vessel based on measurement data of the guided wave radar sensor . a frying vessel for accommodating a frying oil , characterized by a guided wave radar sensor arranged in the frying vessel and an analysis unit for determining a permittivity of the frying oil accommodated in the frying vessel based on measurement data of the guided wave radar sensor .
Method for heating by combustion, method wherein: (a) a load to be heated is inserted in a furnace, (b) fuel is burned with oxidant generating heat and smoke in the furnace , (c) the load is heated in the furnace with the generated heat, (d) the heated load and the generated smoke are evacuated from the furnace , the evacuated smoke containing residual heat energy, (e) syngas is produced in a synthesis reactor by endothermal chemical reaction between the reagents including (i) a carbon material and (ii) steam and/or CO 2 , the synthesis reactor comprising at least one reaction zone into which reagents are introduced and in which the endothermal chemical reaction takes place and from which the produced syngas is extracted, characterised in that : • residual heat energy from the evacuated smoke is recovered from the furnace , at least some of the residual heat energy thus recovered being inserted into the synthesis reactor and consumed by the endothermal chemical reaction of step (e), and • at least some of the fuel burned in the furnace in step (b) is syngas produced in step (e). (a) a load to be heated is inserted in a furnace, (b) fuel is burned with oxidant generating heat and smoke in the furnace , (c) the load is heated in the furnace with the generated heat, (d) the heated load and the generated smoke are evacuated from the furnace , the evacuated smoke containing residual heat energy, (e) syngas is produced in a synthesis reactor by endothermal chemical reaction between the reagents including (i) a carbon material and (ii) steam and/or CO 2 , the synthesis reactor comprising at least one reaction zone into which reagents are introduced and in which the endothermal chemical reaction takes place and from which the produced syngas is extracted, • residual heat energy from the evacuated smoke is recovered from the furnace , at least some of the residual heat energy thus recovered being inserted into the synthesis reactor and consumed by the endothermal chemical reaction of step (e), and • at least some of the fuel burned in the furnace in step (b) is syngas produced in step (e).
A steerable sheath having a proximal end and a distal end , the steerable sheath comprising, an inner liner having an outer circumference and extending from the proximal end to the distal end of the steerable sheath , the inner liner including: a non-deflectable portion having a proximal end and a distal end, the non-deflectable portion extending from the proximal end of the steerable sheath toward the distal end of the steerable sheath ; a deflectable portion extending from a proximal end adjacent the distal end of the non-deflectable portion to a distal end at the distal end of the steerable sheath ; a first pull wire positioned along a first helical path around the outer circumference of the inner liner from the proximal end to the distal end of the non-deflectable portion of the inner liner and along a first straight path from the proximal end of the deflectable portion to the distal end of the deflectable portion; and a second pull wire positioned along a second helical path around the outer circumference of the inner liner from the proximal end to the distal end of the non-deflectable portion and along a second straight path from the proximal end of the deflectable portion to the distal end of the deflectable portion . a non-deflectable portion having a proximal end and a distal end, the non-deflectable portion extending from the proximal end of the steerable sheath toward the distal end of the steerable sheath ; a deflectable portion extending from a proximal end adjacent the distal end of the non-deflectable portion to a distal end at the distal end of the steerable sheath ;
A method for handling user equipment, UE, onboarding performed by a UE , the method comprising: receiving a first indication, a second indication, and a third indication from a cell via a system information block type 1, SIB1, the cell operated by one or more stand-alone non-public networks, SNPNs; reporting, by an access stratum, AS, layer of the UE, the first indication, the second indication, and the third indication to a non-access stratum, NAS, layer of the UE; receiving, by the AS layer of the UE, an indication for UE onboarding from the NAS layer of the UE; and transmitting a first radio resource control, RRC, message to the cell, the first RRC message including an onboarding request associated with the indication for UE onboarding, wherein: the first indication indicates whether each particular SNPN of the one or more SNPNs operating the cell supports access using credentials provided by a separate entity that does not operate the cell; the second indication indicates whether each particular SNPN of the one or more SNPNs operating the cell allows registrations from UEs that are not explicitly configured to select the particular SNPN; and the third indication indicates whether each particular SNPN of the one or more SNPNs operating the cell supports the UE onboarding. receiving a first indication, a second indication, and a third indication from a cell via a system information block type 1, SIB1, the cell operated by one or more stand-alone non-public networks, SNPNs; reporting, by an access stratum, AS, layer of the UE, the first indication, the second indication, and the third indication to a non-access stratum, NAS, layer of the UE; receiving, by the AS layer of the UE, an indication for UE onboarding from the NAS layer of the UE; and transmitting a first radio resource control, RRC, message to the cell, the first RRC message including an onboarding request associated with the indication for UE onboarding, wherein: the first indication indicates whether each particular SNPN of the one or more SNPNs operating the cell supports access using credentials provided by a separate entity that does not operate the cell; the second indication indicates whether each particular SNPN of the one or more SNPNs operating the cell allows registrations from UEs that are not explicitly configured to select the particular SNPN; and the third indication indicates whether each particular SNPN of the one or more SNPNs operating the cell supports the UE onboarding. the first indication indicates whether each particular SNPN of the one or more SNPNs operating the cell supports access using credentials provided by a separate entity that does not operate the cell; the second indication indicates whether each particular SNPN of the one or more SNPNs operating the cell allows registrations from UEs that are not explicitly configured to select the particular SNPN; and the third indication indicates whether each particular SNPN of the one or more SNPNs operating the cell supports the UE onboarding.