mhurhangee/ep-ind-claims huggingface dataset:
A fastening arrangement for fastening roof equipment to a roof, the fastening arrangement comprising: a bracket comprising at least one engagement means (132a, 132b,..., 132n) for engagement with a roof equipment; a first fastening portion comprising at least one first fastening means for fastening the fastening arrangement to a first roof structure of a roof; a second fastening portion comprising at least one second fastening means for fastening the fastening arrangement to a second roof structure of the roof; attachment means for attaching the first fastening portion to the bracket and/or to the second fastening portion; and supporting means for supporting at least one section of a first tile in operation; and wherein the first fastening portion and the second fastening portion have elongated band shapes, each elongated band, except for their respective first and second fastening means, is extending outwards from a plane of the roof perpendicular to the plane of the roof so as to be narrow in the plane of the roof, such that the first fastening portion and the second fastening portion are arranged in a raised position along the plane of the roof in operation. a bracket comprising at least one engagement means (132a, 132b,..., 132n) for engagement with a roof equipment; a first fastening portion comprising at least one first fastening means for fastening the fastening arrangement to a first roof structure of a roof; a second fastening portion comprising at least one second fastening means for fastening the fastening arrangement to a second roof structure of the roof; attachment means for attaching the first fastening portion to the bracket and/or to the second fastening portion; and supporting means for supporting at least one section of a first tile in operation; and wherein the first fastening portion and the second fastening portion have elongated band shapes, each elongated band, except for their respective first and second fastening means, is extending outwards from a plane of the roof perpendicular to the plane of the roof so as to be narrow in the plane of the roof, such that the first fastening portion and the second fastening portion are arranged in a raised position along the plane of the roof in operation.
An electrical component box (1, 17, 101) for an air conditioner, that includes a compressor and a cooling fan separated from each other by a partition plate, said electrical component box (1, 17, 101) comprising: a first control substrate (4, 104) having an exothermic element mounted thereon; a first substrate holder (2, 102) disposed above the partition plate to hold the first control substrate (4, 104); a second substrate holder (3, 103) disposed generally perpendicular to the first substrate holder (2, 102) or generally horizontally on a compressor side with respect to the partition plate to hold a second control substrate (7, 107); a set of radiating fins mounted on the first control substrate (4, 104) so as to protrude therefrom on a fan side with respect to the partition plate; characterised in that the first substrate holder (2, 102) is integrally formed with the second substrate holder (4, 104), and the second control substrate (7, 107) has only non-exothermic elements mounted thereon which do not require cooling by radiating fins. a first control substrate (4, 104) having an exothermic element mounted thereon; a first substrate holder (2, 102) disposed above the partition plate to hold the first control substrate (4, 104); a second substrate holder (3, 103) disposed generally perpendicular to the first substrate holder (2, 102) or generally horizontally on a compressor side with respect to the partition plate to hold a second control substrate (7, 107); a set of radiating fins mounted on the first control substrate (4, 104) so as to protrude therefrom on a fan side with respect to the partition plate; characterised in that the first substrate holder (2, 102) is integrally formed with the second substrate holder (4, 104), and the second control substrate (7, 107) has only non-exothermic elements mounted thereon which do not require cooling by radiating fins.
A computer-controlled endoscope system, comprising: an endoscope comprising: a flexible tubular body comprising a first articulating segment at a distal end of the body, and a second articulating segment coupled to a proximal end of the first articulating segment, wherein the first articulating segment comprises a camera having a field of view along a camera axis and an orientation sensor sensitive to movement along a motion axis; and a controller in communication with the endoscope and comprising a hardware memory storing instructions for analyzing an alignment between the motion axis and the camera axis, and steering the first and second articulating segments (232, 234) of the endoscope during forward motion of the endoscope to improve the alignment by reducing a difference between the motion axis and the camera axis thereby to steer the endoscope to bring the motion axis into alignment with the camera axis, wherein the orientation sensor is configured to provide to the controller a motion signal indicative of orientation and of motion of the endoscope an endoscope comprising: a flexible tubular body comprising a first articulating segment at a distal end of the body, and a second articulating segment coupled to a proximal end of the first articulating segment, wherein the first articulating segment comprises a camera having a field of view along a camera axis and an orientation sensor sensitive to movement along a motion axis; and a controller in communication with the endoscope and comprising a hardware memory storing instructions for analyzing an alignment between the motion axis and the camera axis, and steering the first and second articulating segments (232, 234) of the endoscope during forward motion of the endoscope to improve the alignment by reducing a difference between the motion axis and the camera axis thereby to steer the endoscope to bring the motion axis into alignment with the camera axis, wherein the orientation sensor is configured to provide to the controller a motion signal indicative of orientation and of motion of the endoscope
A method for constructing a microstructure comprising an array of microneedles suitable for penetrating the stratum corneum of human skin, said method comprising the steps of: (a) providing a moldable material (54, 334) formed into a predetermined shape in a tooling having an array of cavities having the shape of microneedles, the cavities communicating with corresponding openings; (b) forcing a predetermined fluid to flow under pressure through each or the openings toward a surface of said moldable material (54, 334), said predetermined fluid forming an array of microneedles with through-holes in the predetermined shapes of the moldable material; and (c) substantially solidifying said moldable material while said pressurized predetermined fluid continues to flow toward said surface, thereby forming a solid microstructure which includes an array of microneedles protruding from a substrate of the moldable material, and an array of openings in the microneedles, and wherein said microneedles are suitable for penetrating the stratum corneum of human skin. (a) providing a moldable material (54, 334) formed into a predetermined shape in a tooling having an array of cavities having the shape of microneedles, the cavities communicating with corresponding openings; (b) forcing a predetermined fluid to flow under pressure through each or the openings toward a surface of said moldable material (54, 334), said predetermined fluid forming an array of microneedles with through-holes in the predetermined shapes of the moldable material; and (c) substantially solidifying said moldable material while said pressurized predetermined fluid continues to flow toward said surface, thereby forming a solid microstructure which includes an array of microneedles protruding from a substrate of the moldable material, and an array of openings in the microneedles, and
A gutter assembly, comprising a gutter which is double walled, and comprises an inner and an outer wall and ribs connecting said inner and outer wall (2, 3), providing a functionally self supporting gutter, wherein said gutter is produced in a process selected from extrusion and additive manufacturing, and is substantially from a polymer material, preferably from PVC, the gutter assembly further comprising: - two attachment rails extending along a length and at a building side outer wall part of the gutter, the building side outer wall part comprising two parallel mounting recesses providing the attachment rails; - the mounting recesses each provided with a one-sided undercut groove providing the mounting recess with a gutter mounting flange; - two mounting rails each comprising a mounting flange fitting one of said attachment rail and comprising an attachment end for attaching said mounting rail to a building, and wherein each mounting rail comprises a U-shaped edge comprising said mounting flange for fitting, in particular snap-fitting, into said undercut groove of one said mounting recess. produced in a process selected from extrusion and additive manufacturing, and is substantially from a polymer material, preferably from PVC, the gutter assembly further comprising: - two attachment rails extending along a length and at a building side outer wall part of the gutter, the building side outer wall part comprising two parallel mounting recesses providing the attachment rails; - the mounting recesses each provided with a one-sided undercut groove providing the mounting recess with a gutter mounting flange; - two mounting rails each comprising a mounting flange fitting one of said attachment rail and comprising an attachment end for attaching said mounting rail to a building, and - two attachment rails extending along a length and at a building side outer wall part of the gutter, the building side outer wall part comprising two parallel mounting recesses providing the attachment rails; - the mounting recesses each provided with a one-sided undercut groove providing the mounting recess with a gutter mounting flange; - two mounting rails each comprising a mounting flange fitting one of said attachment rail and comprising an attachment end for attaching said mounting rail to a building, and wherein each mounting rail comprises a U-shaped edge comprising said mounting flange for fitting, in particular snap-fitting, into said undercut groove of one said mounting recess.
Motorhome or box-like recreational vehicle, comprising a vehicle body substructure, a roof region, at least one vehicle wall with an inner side and an outer side and at least one vehicle C-pillar, wherein the vehicle C-pillar comprises a support profile with at least two outer edges (8a, 8b), and at least one attachment portion (7, 7a, 7b), wherein the at least two outer edges (8a, 8b) are connected together via at least one profile portion, wherein the at least two outer edges (8a, 8b) are arranged with a lower end and an upper end between the vehicle body substructure and the roof region and wherein the at least one attachment portion (7, 7a, 7b) is connected to the vehicle body substructure and/or the roof region and/or the at least one vehicle wall, characterized in that the vehicle C-pillar is interrupted at least in portions along at least one outer edge (8a, 8b), wherein at least one frame element is arranged at least in one subregion of the interrupted vehicle C-pillar and/or at least one frame element is connected to the vehicle body substructure and to at least one subregion of the vehicle C-pillar and/or to a wheel arch, wherein the at least one vehicle wall has at least one opening which is arranged at least partially in the region of at least one interrupted outer edge (8, 8a) and wherein an opening in at least one frame element arranged mainly on the inner side and at least one opening in the vehicle wall are oriented towards one another. wherein the vehicle C-pillar comprises a support profile with at least two outer edges (8a, 8b), and at least one attachment portion (7, 7a, 7b), wherein the at least two outer edges (8a, 8b) are connected together via at least one profile portion, wherein the at least two outer edges (8a, 8b) are arranged with a lower end and an upper end between the vehicle body substructure and the roof region and wherein the at least one attachment portion (7, 7a, 7b) is connected to the vehicle body substructure and/or the roof region and/or the at least one vehicle wall, characterized in that the vehicle C-pillar is interrupted at least in portions along at least one outer edge (8a, 8b), wherein at least one frame element is arranged at least in one subregion of the interrupted vehicle C-pillar and/or at least one frame element is connected to the vehicle body substructure and to at least one subregion of the vehicle C-pillar and/or to a wheel arch, wherein the at least one vehicle wall has at least one opening which is arranged at least partially in the region of at least one interrupted outer edge (8, 8a) and wherein an opening in at least one frame element arranged mainly on the inner side and at least one opening in the vehicle wall are oriented towards one another.
Connection apparatus for affixing a fragrance container to an electrical device for the purpose of discharging fragrance in a motor vehicle, having a fragrance container which has a connection face with a springloaded valve plate, and having a connecting adapter on the device which opens the valve plate on the attached fragrance container, characterised in that the connecting adapter has a first component which is stationary in relation to the device, and that the connecting adapter has a second component which can be swivelled against the first component against the force of at least one spring and can be joined to the connection face of the fragrance container.
A data transmission method, comprising: adjusting (Step 101), by a first device in a Load Based Equipment, LBE, operation mode, an initial backoff value of clear channel assessment CCA of a channel in an unlicensed spectrum after the first device determines that the first device collides with another device when occupying the channel in the unlicensed spectrum to transmit data, wherein the initial backoff value is a randomly selected value and the randomly selected value is less than or equal to a variable value, wherein the adjusting comprises randomly increasing or decreasing (Step 403), by the first device, the variable value; and occupying (Step 102), by the first device according to the adjusted initial backoff value of clear channel assessment CCA the channel in the unlicensed spectrum to transmit data; wherein the occupying comprises performing CCA detection and decreasing by 1 a current backoff value, Nc, when the channel is idle, wherein the current backoff value, Nc, remains unchanged when the channel is occupied, and wherein the occupying further comprises occupying the channel when the current backoff value, Nc, is zero. adjusting (Step 101), by a first device in a Load Based Equipment, LBE, operation mode, an initial backoff value of clear channel assessment CCA of a channel in an unlicensed spectrum after the first device determines that the first device collides with another device when occupying the channel in the unlicensed spectrum to transmit data, wherein the initial backoff value is a randomly selected value and the randomly selected value is less than or equal to a variable value, wherein the adjusting comprises randomly increasing or decreasing (Step 403), by the first device, the variable value; and occupying (Step 102), by the first device according to the adjusted initial backoff value of clear channel assessment CCA the channel in the unlicensed spectrum to transmit data; wherein the occupying comprises performing CCA detection and decreasing by 1 a current backoff value, Nc, when the channel is idle, wherein the current backoff value, Nc, remains unchanged when the channel is occupied, and wherein the occupying further comprises occupying the channel when the current backoff value, Nc, is zero.
A feed grabber comprising two grab buckets (41, 42) which are hingeable between an open position and a closed position, wherein the feed grabber is provided with an actuation device for actuating the grab buckets (41, 42) from the open position to the closed position, characterized in that the actuation device is provided with a rotatably drivable winding-up body which is connected to one of the grab buckets and comprises a winding circumference, and an arm which is connected between the winding-up body and the other grab bucket, wherein the arm comprises a plurality of mutually hingeably connected arm sections (62, 63, 64, 65) which are made from stainless steel or a material having substantially the same strength and corrosion-resistant properties as stainless steel, wherein the arm sections (62, 63, 64, 65) extend substantially in line with one another in the open position of the grab buckets (41, 42), and wherein the arm sections (62, 63, 64, 65), from the open position of the grab buckets (41, 42), when the winding-up body is rotatably driven, are wound around the winding circumference of the winding-up body in order to pull the grab buckets (41, 42) towards the closed position, and wherein the arm sections (62, 63, 64, 65) are configured such that the winding circumference of the winding-up body can be covered substantially completely by at most 8 arm sections, preferably at most 6 arm sections, in particular 2 or 3 or 4 or 5 arm sections.
A mutant thermostable Type-A DNA polymerase consisting of or comprising: a first mutation at residue 507 of wild-type Taq DNA polymerase which has the sequence of SEQ ID NO: 4 or at a residue corresponding to residue 507 of wild-type Taq DNA polymerase in another thermostable Type-A DNA polymerase of any one of SEQ ID NOS: 1-10; and at least one additional mutation at a residue selected from 59, 155, 245, 375, 508, 734, and 749 of wild-type Taq DNA polymerase, or at a corresponding residue in another thermostable Type-A DNA polymerase of any one of SEQ ID NOS: 1-10, wherein the combination of mutations provides a mutant polymerase that possesses a faster polymerization rate and a higher resistance to polymerization activity inhibitors than the wild-type DNA polymerase from which it is derived, and wherein the substitution at residue 507 is a replacement of glutamic acid in wild-type Taq DNA polymerase or the corresponding residue of the other thermostable Type-A-DNA polymerase of any one of SEQ ID NOS: 1-10 to lysine. a first mutation at residue 507 of wild-type Taq DNA polymerase which has the sequence of SEQ ID NO: 4 or at a residue corresponding to residue 507 of wild-type Taq DNA polymerase in another thermostable Type-A DNA polymerase of any one of SEQ ID NOS: 1-10; and at least one additional mutation at a residue selected from 59, 155, 245, 375, 508, 734, and 749 of wild-type Taq DNA polymerase, or at a corresponding residue in another thermostable Type-A DNA polymerase of any one of SEQ ID NOS: 1-10, wherein the combination of mutations provides a mutant polymerase that possesses a faster polymerization rate and a higher resistance to polymerization activity inhibitors than the wild-type DNA polymerase from which it is derived, and wherein the substitution at residue 507 is a replacement of glutamic acid in wild-type Taq DNA polymerase or the corresponding residue of the other thermostable Type-A-DNA polymerase of any one of SEQ ID NOS: 1-10 to lysine.
Use of a double-sided tape for fixing an electrode constituent body used for an electrochemical device in which an electrode constituent body obtained by laminating or winding a positive electrode member, a separator member, and a negative electrode member is housed in a pouch-type outer casing, the double-sided tape comprising: a surface containing a pressure-sensitive adhesive; and a surface containing a heat-sensitive adhesive, wherein the double-sided tape is used for adhesion to the pouch-type outer casing. a surface containing a pressure-sensitive adhesive; and a surface containing a heat-sensitive adhesive,
A catheter system comprising: a laser catheter comprising a proximal end, a distal end, and at least one emitter disposed adjacent the distal end; a sheath configured to be disposed over the laser catheter and configured to receive a liquid medium, the sheath comprising a proximal end, a distal end, and an attenuating member disposed at or adjacent the distal end of the sheath, wherein the attenuating member comprises an open area between 40 percent and 60 percent, wherein the attenuating member is formed from at least one coil; characterised in that said coil has between 30 and 50 wraps per cm (75 and 125 wraps per inch). a laser catheter comprising a proximal end, a distal end, and at least one emitter disposed adjacent the distal end; a sheath configured to be disposed over the laser catheter and configured to receive a liquid medium, the sheath comprising a proximal end, a distal end, and an attenuating member disposed at or adjacent the distal end of the sheath, wherein the attenuating member comprises an open area between 40 percent and 60 percent, wherein the attenuating member is formed from at least one coil; characterised in that said coil has between 30 and 50 wraps per cm (75 and 125 wraps per inch).
A computer-based method for managing services provided by a service provider, the computer-based method comprising: receiving a service order at a workflow engine; identifying an identified workflow from a plurality of workflows corresponding to the service order; sending a ready-to-activate service order and data to a provisioning engine; assembling a command at the provisioning engine, in a format that is specific to a network element, to perform the ready-to-activate service order; the provisioning engine receiving a response to the network element-specific command from the network element at the provisioning engine; parsing the response at the provisioning engine; returning the parsed response to the workflow engine; and sending the network element-specific command from the provisioning engine to the network element, wherein each workflow of the plurality of workflows comprises a start event and a plurality of structured activities and tasks executed sequentially and in parallel and/or conditionally producing a specific service. receiving a service order at a workflow engine; identifying an identified workflow from a plurality of workflows corresponding to the service order; sending a ready-to-activate service order and data to a provisioning engine; assembling a command at the provisioning engine, in a format that is specific to a network element, to perform the ready-to-activate service order; the provisioning engine receiving a response to the network element-specific command from the network element at the provisioning engine; parsing the response at the provisioning engine; returning the parsed response to the workflow engine; and sending the network element-specific command from the provisioning engine to the network element, wherein each workflow of the plurality of workflows comprises a start event and a plurality of structured activities and tasks executed sequentially and in parallel and/or conditionally producing a specific service.