mhurhangee/patent-ind-claim-en huggingface dataset:
A switchgear comprising: a housing that accommodates equipment inside; and an outward-opening door that is openably/closably provided on the housing with a hinge , wherein a structure comprising one plate and a plate having a wedge-shaped end is provided on the door , and a sealing material of an elastic body is fitted and fixed in the groove formed between these plates, wherein a similar structure comprising one plate , a plate having a wedge-shaped end, and a sealing material of an elastic body fitted and fixed therebetween is provided on the housing oppositely to the structure of the door , characterized in that : when the door is closed, the respective wedge-shaped plates and are pressed against the sealing materials and to seal the switchgear. a housing that accommodates equipment inside; and an outward-opening door that is openably/closably provided on the housing with a hinge , wherein a structure comprising one plate and a plate having a wedge-shaped end is provided on the door , and a sealing material of an elastic body is fitted and fixed in the groove formed between these plates, wherein a similar structure comprising one plate , a plate having a wedge-shaped end, and a sealing material of an elastic body fitted and fixed therebetween is provided on the housing oppositely to the structure of the door , characterized in that : when the door is closed, the respective wedge-shaped plates and are pressed against the sealing materials and to seal the switchgear.
Stackable device for storing urns , wherein a. the device comprises a cover plate and a base plate , wherein the cover plate and the base plate are identical; b. rod-shaped support elements are arranged between the cover plate and the base plate , which are perpendicular to the cover plate and the base plate , wherein c. the rod-shaped support elements are provided for fastening wall segments which make it possible to form a chamber system for storing urns and/or funerary objects , characterized in that the rod-shaped support elements are connected on their base side and cover side by horizontal transverse struts for the formation of a support structure, and wherein the support structure has, in the top view and in a contour, a smaller surface area than the cover plate and the base plate . a. the device comprises a cover plate and a base plate , wherein the cover plate and the base plate are identical; b. rod-shaped support elements are arranged between the cover plate and the base plate , which are perpendicular to the cover plate and the base plate , wherein c. the rod-shaped support elements are provided for fastening wall segments which make it possible to form a chamber system for storing urns and/or funerary objects ,
Tool provision device, in particular workshop trolley, workbench or tool cupboard, which has a housing and containers arranged therein, particularly drawers, wherein in a container is provided at least one tool carrier which has several receptacles for tools and to the receptacles (8; 8a, 8b) is assigned respectively one detector for the detection of the presence of a tool in the receptacle (8; 8a, 8b), wherein the detector has a pushbutton switch having a pushbutton element , wherein the pushbutton element engages through an opening in the tool carrier and projects with an effective surface into the receptacle (8; 8a, 8b), wherein in the case of at least one receptacle of the first type the opening use a breakthrough passing through the wall of the tool carrier below the receptacle and the pushbutton element projects from below through the base of a receptacle of the first type and wherein at least one receptacle (8; 8a, 8b) a holding element is arranged which functions as a pressure booster for a tool , characterised in that in the case of at least one receptacle of the second type the pushbutton element projects laterally into the receptacle of the second type.
Device for the waste gas purification of a burner (B1, B2, B3), having a mixing apparatus in which a liquid additive, in particular a urea-water solution, can be injected into the waste gas, wherein the outlet of the mixing apparatus is coupled to a catalytic converter for the NOx reduction by means of SCR, wherein the mixing apparatus comprises a mixing tube with an inlet and with an outlet , which comprises an inlet preferably arranged laterally for supplying the additive and for supplying cooling air, characterized in that a lateral flange is provided, which comprises a central inlet for supplying the additive, preferentially at an angle of 90°, and a connection for supplying cooling air, in that on the flange an annular gap arranged concentrically to the nozzle is provided, via which cooling air from the outside can be supplied into the waste gas flow, and in that a blower is provided, from which the cooling air under pressure can be supplied into the waste gas flow, wherein the annular gap is dimensioned in such a way, and the cooling air from the housing can be supplied with such a pressure, that during the operation an outlet velocity of the cooling air of 20 m/s to 60 m/s is obtained.
A compound of formula (I) (Ar 1 -SO 2 -NH-) m -Y-(-NH-C(O)-NH-SO 2 -Ar 2 ) n (I) , wherein Ar 1 is an unsubstituted or substituted aromatic group, Ar 2 is an unsubstituted or substituted phenyl group, Y is at least one benzene group or naphthalene group substituted (m+n) times, and Y is substituted in such a way that at least one Ar 2 -SO 2 -NH-C(O)-NH group is in the ortho position with respect to at least one Ar 1 -SO 2 -NH group.
A distributed processing support apparatus configured to support distributed processing of an application on a plurality of information processing devices (TD1, TDi, SS1, SSj), the apparatus comprising: a source code acquisition unit configured to acquire a source code of the application; a source code partition unit configured to partition the source code into a plurality of logics based on rules relating to the partition of the application obtained from a partition rule storage unit ; a candidate extraction unit configured to, based on a processing order of the logics of the application obtained from an application information storage unit and information concerning operational environments of the information processing devices obtained from an operational environment storage unit , extract deployment pattern candidates of the logics partitioned by the source code partition unit , which deployment pattern candidates are to be deployed in a distributed manner to any of the information processing devices; and an optimal pattern determination unit configured to determine an optimal deployment pattern from the extracted deployment pattern candidates; wherein the candidate extraction unit is configured to remove a deployment pattern having a path that is not the shortest, using a directed graph that represents the information processing devices as nodes and a directed edge identifying a processing order of the logics in the application as a path, to extract the deployment pattern candidates. a source code acquisition unit configured to acquire a source code of the application; a source code partition unit configured to partition the source code into a plurality of logics based on rules relating to the partition of the application obtained from a partition rule storage unit ; a candidate extraction unit configured to, based on a processing order of the logics of the application obtained from an application information storage unit and information concerning operational environments of the information processing devices obtained from an operational environment storage unit , extract deployment pattern candidates of the logics partitioned by the source code partition unit , which deployment pattern candidates are to be deployed in a distributed manner to any of the information processing devices; and an optimal pattern determination unit configured to determine an optimal deployment pattern from the extracted deployment pattern candidates; wherein the candidate extraction unit is configured to remove a deployment pattern having a path that is not the shortest, using a directed graph that represents the information processing devices as nodes and a directed edge identifying a processing order of the logics in the application as a path, to extract the deployment pattern candidates.
An antisense oligomeric compound comprising a contiguous sequence of monomer subunits linked by internucleoside linking groups wherein at least one of the internucleoside linking groups has Formula I: wherein each X is independently O or S wherein the antisense oligomeric compound comprising from 12 to 24 monomer subunits.
A method for producing a composite material joined body in which a first composite material and a second composite material are bonded together without using an adhesive, the method comprising: fabricating the first composite material by curing a first prepreg laminate to which a release member is attached, the release member being made of a material that does not transfer silicone and fluorine to the first prepreg laminate; peeling off the release member from the first composite material, and then performing surface treatment for imparting a polar functional group to a surface of the first composite material, to which the release member has been attached, to activate the surface; and fabricating the second composite material bonded to the first composite material, by directly disposing a second prepreg laminate on the activated surface of the first composite material and curing the second prepreg laminate. fabricating the first composite material by curing a first prepreg laminate to which a release member is attached, the release member being made of a material that does not transfer silicone and fluorine to the first prepreg laminate; peeling off the release member from the first composite material, and then performing surface treatment for imparting a polar functional group to a surface of the first composite material, to which the release member has been attached, to activate the surface; and fabricating the second composite material bonded to the first composite material, by directly disposing a second prepreg laminate on the activated surface of the first composite material and curing the second prepreg laminate.
Measuring apparatus for determining the degree of bacterial contamination of process liquids , comprising at least one gas sensor for measuring the gas concentration of a gas producible or produced by aerobic bacteria possibly or actually present in the process liquid and an evaluating device , which is connected therewith, for evaluation of a sensor signal which is generated by the at least one gas sensor and which is correlated with the degree of bacterial contamination, characterised in that a geometric gas collecting hollow body is provided, which hollow body has an immersion cavity and is partly immersible or immersed in the process liquid in such a way that a gas collection cavity for collecting the gas escaping from the process liquid into the environment is formed in the gas collecting hollow body above a liquid surface , which is present in the immersion cavity , of the process liquid , that a gas feed line is provided, one feed line end of which communicates with the gas collection cavity of the gas collecting hollow body and the other feed line end of which communicates with a device cavity of a sensor device , which includes the at least one gas sensor for measuring the concentration of the gas escaping from the process liquid and which is in gas connection with the at least one gas sensor , that a gas return line , which is open to the outside exclusively at its two return line ends, is provided, one return line end of which communicates with the device cavity of the sensor device and the other return line end of which communicates with the gas collection cavity of the gas collecting hollow body , and that a gas pump for pumping the gas from the gas collection cavity of the gas collecting hollow body by way of the at least one gas sensor back to the gas collection cavity of the gas collecting hollow body is provided.
A method for configuring an electrical neurostimulator, comprising: providing an implantable electrode array comprising a plurality of electrodes, wherein at least one of the plurality of electrodes is configured to deliver one or more electric pulses, wherein each pulse includes a frequency, a pulse width, an amplitude, an onset time, and an end time; grouping electrodes configured to deliver electric pulses with identical onset times, identical end times, identical frequencies, and identical pulse widths into at least one cohort; grouping electrodes configured to deliver electric pulses with identical onset times and identical end times into at least one sequence; and grouping at least one sequence into a program, the program configured to deliver electrical epidural stimulation producing a specific motor function or physiological response; wherein said grouping electrodes configured to deliver electric pulses with identical onset times and identical end times into at least one sequence comprises grouping at least one cohort into at least one sequence. providing an implantable electrode array comprising a plurality of electrodes, wherein at least one of the plurality of electrodes is configured to deliver one or more electric pulses, wherein each pulse includes a frequency, a pulse width, an amplitude, an onset time, and an end time; grouping electrodes configured to deliver electric pulses with identical onset times, identical end times, identical frequencies, and identical pulse widths into at least one cohort; grouping electrodes configured to deliver electric pulses with identical onset times and identical end times into at least one sequence; and grouping at least one sequence into a program, the program configured to deliver electrical epidural stimulation producing a specific motor function or physiological response; wherein said grouping electrodes configured to deliver electric pulses with identical onset times and identical end times into at least one sequence comprises grouping at least one cohort into at least one sequence.
An information processing method for providing a social networking service (SNS) via a network, the information processing method comprising: providing a subscribing means for adding user subscriptions to an SNS; providing a confidentiality acceptance/rejection selecting means for accepting or rejecting a confidentiality obligation imposed on information disclosed on the SNS when the subscribing means is used to add a subscription, performing information processing enabling the display of messages posted on the SNS, in whole or in part, only to the administrator of the SNS, to the poster of the message, and to registered users who have consented to the fact that confidentiality has been imposed via the confidentiality acceptance/rejection selecting means, providing a group chat means for exchanging messages between members constituting a group, displaying, on a SNS bulletin board, messages exchanged via the group chat means, in whole or in part, only to registered users who have consented to the fact that confidentiality has been imposed on information using the confidentiality acceptance/rejection selecting means, and displaying comments made in response to the messages displayed on the SNS bulletin board as messages via the group chat means. providing a subscribing means for adding user subscriptions to an SNS; providing a confidentiality acceptance/rejection selecting means for accepting or rejecting a confidentiality obligation imposed on information disclosed on the SNS when the subscribing means is used to add a subscription, performing information processing enabling the display of messages posted on the SNS, in whole or in part, only to the administrator of the SNS, to the poster of the message, and to registered users who have consented to the fact that confidentiality has been imposed via the confidentiality acceptance/rejection selecting means, providing a group chat means for exchanging messages between members constituting a group, displaying, on a SNS bulletin board, messages exchanged via the group chat means, in whole or in part, only to registered users who have consented to the fact that confidentiality has been imposed on information using the confidentiality acceptance/rejection selecting means, and displaying comments made in response to the messages displayed on the SNS bulletin board as messages via the group chat means.
A process for hydrotreating a feedstock having a high nitrogen content, comprising: (a) contacting a hydrocarbon feedstock having a nitrogen content of at least 3000 wppm with a supported hydrotreating catalyst under first hydrotreating conditions; (b) contacting the hydrotreated hydrocarbon feedstock with a sulfided bulk metal catalyst under second hydrotreating conditions to produce a hydrotreated effluent, said catalyst comprising a non-noble Group VIII metal molybdate in which at least a portion, but less than all, of the molybdenum has been replaced by tungsten, wherein the bulk metal catalyst, prior to sulfidation, is represented by the formula: (X) b (Mo) c (W) d O z , wherein X is a non-noble Group VIII metal, the molar ratio of b:(c+d) is from 0.5:1 to 3:1, the molar ratio of c:d is greater than 0.01:1, and z = [2b+6(c+d)]/2; wherein the first hydrotreating conditions and the second hydrotreating conditions include an LHSV from 0.1 hr -1 to 2.0 hr -1 , a total pressure from 800 psig (5.5 MPag) to 3000 psig (20.7 MPag), a treat gas rate of at least 1000 scf/b (170 Nm 3 /m 3 ) using at least 80% hydrogen, and a temperature from 600°F (316°C) to 800°F (427°C); (c) after the hydrotreatment the hydrotreated feed is passed to a separator or fractionator for removal of gas phase products; and (d) after the removal of the gas phase products, the the hydrotreated feed, or at least a heavier fraction thereof, is sent to a fluid catalytic cracking unit. (a) contacting a hydrocarbon feedstock having a nitrogen content of at least 3000 wppm with a supported hydrotreating catalyst under first hydrotreating conditions; (b) contacting the hydrotreated hydrocarbon feedstock with a sulfided bulk metal catalyst under second hydrotreating conditions to produce a hydrotreated effluent, said catalyst comprising a non-noble Group VIII metal molybdate in which at least a portion, but less than all, of the molybdenum has been replaced by tungsten, wherein the bulk metal catalyst, prior to sulfidation, is represented by the formula: (X) b (Mo) c (W) d O z , wherein X is a non-noble Group VIII metal, the molar ratio of b:(c+d) is from 0.5:1 to 3:1, the molar ratio of c:d is greater than 0.01:1, and z = [2b+6(c+d)]/2; wherein the first hydrotreating conditions and the second hydrotreating conditions include an LHSV from 0.1 hr -1 to 2.0 hr -1 , a total pressure from 800 psig (5.5 MPag) to 3000 psig (20.7 MPag), a treat gas rate of at least 1000 scf/b (170 Nm 3 /m 3 ) using at least 80% hydrogen, and a temperature from 600°F (316°C) to 800°F (427°C); (c) after the hydrotreatment the hydrotreated feed is passed to a separator or fractionator for removal of gas phase products; and (d) after the removal of the gas phase products, the the hydrotreated feed, or at least a heavier fraction thereof, is sent to a fluid catalytic cracking unit.
Nail strip, which is intended to be processed with a driving tool and comprises the following: • a multiplicity of nails , each of which is provided with an RFID transponder , and • connecting means for connecting the nails to the nail strip, wherein • the connecting means are configured to establish the connection of the nails to the nail strip after the nails provided with the RFID transponders have been checked for the functionality of the RFID transponders and those nails that have a functional RFID transponder have been selected, and wherein • the connecting means comprise a multiplicity of connecting elements, of which each nail has at least one, characterised in that • each nail has a dovetailed pin and a complementarily shaped groove as connecting elements. • a multiplicity of nails , each of which is provided with an RFID transponder , and • connecting means for connecting the nails to the nail strip, wherein • the connecting means are configured to establish the connection of the nails to the nail strip after the nails provided with the RFID transponders have been checked for the functionality of the RFID transponders and those nails that have a functional RFID transponder have been selected, and wherein • the connecting means comprise a multiplicity of connecting elements, of which each nail has at least one, characterised in that • each nail has a dovetailed pin and a complementarily shaped groove as connecting elements.
Construction machine for working a ground pavement , comprising - a machine frame , - at least one lifting column , - at least one travelling device which is connected to the machine frame via the at least one lifting column , where the machine frame is adjustable in height relative to the ground pavement by means of the lifting column , - where the lifting column comprises a column element and a guiding element , where, during height adjustment of the lifting column , the column element is guidable into and out of the guiding element in a telescoping manner, characterized in that a mount is provided at the column element into which a locking element is insertable in such a way that the locking element , in the inserted condition, projects, at least in part, vis-à-vis the column element . - a machine frame , - at least one lifting column , - at least one travelling device which is connected to the machine frame via the at least one lifting column , where the machine frame is adjustable in height relative to the ground pavement by means of the lifting column , - where the lifting column comprises a column element and a guiding element , where, during height adjustment of the lifting column , the column element is guidable into and out of the guiding element in a telescoping manner,
A cooking appliance, including: a housing having a cooking compartment and a bottom part defining a bottom surface of the cooking compartment ; a base below the bottom part ; and an induction heating part installed between the bottom part and the base, the induction heating part including: a working coil for inductively heating an object in the cooking compartment installed adjacent to the bottom part ; a receiver coil installed adjacent to the base and configured to wirelessly receive power for operating the cooking appliance from a working coil of another appliance located below the bottom of the cooking appliance; the cooking appliance characterized by an electromagnetic shielding plate provided between the working coil and the receiver coil and configured to shield electromagnetic waves. a housing having a cooking compartment and a bottom part defining a bottom surface of the cooking compartment ; a base below the bottom part ; and an induction heating part installed between the bottom part and the base, the induction heating part including: a working coil for inductively heating an object in the cooking compartment installed adjacent to the bottom part ; a receiver coil installed adjacent to the base and configured to wirelessly receive power for operating the cooking appliance from a working coil of another appliance located below the bottom of the cooking appliance; the cooking appliance characterized by an electromagnetic shielding plate provided between the working coil and the receiver coil and configured to shield electromagnetic waves. a working coil for inductively heating an object in the cooking compartment installed adjacent to the bottom part ; a receiver coil installed adjacent to the base and configured to wirelessly receive power for operating the cooking appliance from a working coil of another appliance located below the bottom of the cooking appliance; the cooking appliance characterized by an electromagnetic shielding plate provided between the working coil and the receiver coil and configured to shield electromagnetic waves.