mhurhangee/ep-ind-claims huggingface dataset:
An apparatus to remove intact cells from a surgical site of a patient, the apparatus comprising: a probe insertable to the surgical site, the probe comprising, a nozzle configured to provide a liquid fluid stream to the surgical site to fragment tissue, and a port to receive tissue from the surgical site; a filter coupled to the port in order to receive fragmented tissue comprising the intact cells from the surgical site, characterised in that the liquid fluid stream provided by the nozzle comprises cavitations. a probe insertable to the surgical site, the probe comprising, a nozzle configured to provide a liquid fluid stream to the surgical site to fragment tissue, and a port to receive tissue from the surgical site; a filter coupled to the port in order to receive fragmented tissue comprising the intact cells from the surgical site, characterised in that the liquid fluid stream provided by the nozzle comprises cavitations.
A grease composition comprising: (a) from 50 to 99 weight percent of a lubricating base oil, (b) from 1 to 30 weight percent of a thickener component comprising (i) octadecanedioic acid dimethyl ester, (ii) a C 12 -C 24 hydroxy carboxylic acid, or an ester derivative thereof, and (iii) lithium hydroxide; and (c) from 1 to 15 weight percent of one or more additives. (a) from 50 to 99 weight percent of a lubricating base oil, (b) from 1 to 30 weight percent of a thickener component comprising (i) octadecanedioic acid dimethyl ester, (ii) a C 12 -C 24 hydroxy carboxylic acid, or an ester derivative thereof, and (iii) lithium hydroxide; and (c) from 1 to 15 weight percent of one or more additives.
A sash of a window, a door, or the like, which consists of spars made of aluminum hollow profiles (10, 22), and in which a planar element is inserted, wherein each aluminum hollow profile (10, 22) is formed from an inner shell and an outer shell (11, 12, 23, 24) which are connected to one another via at least one insulating web made of an insulating web (13, 14, 25, 26) made of a thermally insulating material, and wherein at least one of the insulating webs of the sash is provided with at least two catch elements (18, 19), which engage in porous, easily deformable insulation elements applied to the respective insulating web, characterized in that the catch elements (18, 19) face toward the planar element.
Machine for covering paper articles with a sheet of flexible thermoplastic material, comprising: • cutting means, comprising a bar provided with a heatable cutting tool able to assume an operating position, in contact with said sheet, and a non-operating position, outside contact with said sheet; • control means, able to determine the operating position of said cutting tool for the heat sealing and/or cutting of said sheet; said machine being characterised in that it comprises means for controlling the temperature of said cutting tool, operatively connected with said control means to determine the operating position when a pre-defined temperature threshold is reached by said cutting tool. • cutting means, comprising a bar provided with a heatable cutting tool able to assume an operating position, in contact with said sheet, and a non-operating position, outside contact with said sheet; • control means, able to determine the operating position of said cutting tool for the heat sealing and/or cutting of said sheet; said machine being characterised in that it comprises means for controlling the temperature of said cutting tool, operatively connected with said control means to determine the operating position when a pre-defined temperature threshold is reached by said cutting tool.
Refuse collection vehicle comprising at least one side-mounted bin lift provided with a bin holder and a lifting mechanism, and a side underrun guard, a part of which is arranged to be articulated in relation to the refuse collection vehicle, whereby the side underrun guard has two essentially horizontal side beam sections arranged to the bin lift, said side beam sections being arranged to interact with the side underrun guard fastened essentially rigidly to the refuse collection vehicle forming an essentially continuous side underrun guard, characterised in that the bin holder as well as the lifting mechanism comprise an essentially horizontal side beam section each, whereby the lifting mechanism comprises an upper side beam section, fastened essentially rigidly thereto, and the bin holder comprises a lower side beam section, arranged to be displaceable in relation to a body of the bin holder, at least one pivot arm being arranged to cause a rotation of the lower side beam section and release a cam provided in the bin holder for loading. at least one side-mounted bin lift provided with a bin holder and a lifting mechanism, and a side underrun guard, a part of which is arranged to be articulated in relation to the refuse collection vehicle, whereby the side underrun guard has two essentially horizontal side beam sections arranged to the bin lift, said side beam sections being arranged to interact with the side underrun guard fastened essentially rigidly to the refuse collection vehicle forming an essentially continuous side underrun guard, characterised in that the bin holder as well as the lifting mechanism comprise an essentially horizontal side beam section each, whereby the lifting mechanism comprises an upper side beam section, fastened essentially rigidly thereto, and the bin holder comprises a lower side beam section, arranged to be displaceable in relation to a body of the bin holder, at least one pivot arm being arranged to cause a rotation of the lower side beam section and release a cam provided in the bin holder for loading.
A plug-in connection for electrical lines in a vehicle, in which a vehicle-side main wiring harness and a vehicle door-side door wiring harness can be interconnected electrically at a separation point by plug-in connectors which are configured as counter pieces, and in which the separation point between the main wiring harness and the door wiring harness is arranged in a dry region of the vehicle door, wherein at least the plug-in connector of the main wiring harness is formed from plug modules which can be joined together in a detachable manner in a modular construction, and that electrical circular conductors and/or flat conductors (5, 6), provided by the plug modules, of the wiring harnesses (3, 4) can be contacted together at the separation point, characterised in that the outgoing line, directed towards the vehicle door, of the main wiring harness can be guided to the separation point in the dry region of the vehicle door via an installation aid arranged on the vehicle door.
A method for making a textile having more than one cross-sectional shape comprising: providing a textile having a first cross-sectional shape (21, 26, 29), a longitudinal length and opposed side portions, the longitudinal length defining a longitudinal axis; characterized by selecting a portion of the textile to define a selected portion distinct from a non-selected portion; applying a first tensile force to the selected portion of the textile; moving the opposed side portions of the selected portion of the textile in a radial direction which is circumferential to the longitudinal axis to form a second cross-sectional shape (23, 27, 30) which is different from the first cross-sectional shape; setting the second cross-sectional shape; and applying a second tensile force to the selected portion of the textile; wherein the selected portion of the textile has the second cross-sectional shape and the non-selected portion of the textile has the first cross-sectional shape. providing a textile having a first cross-sectional shape (21, 26, 29), a longitudinal length and opposed side portions, the longitudinal length defining a longitudinal axis; characterized by selecting a portion of the textile to define a selected portion distinct from a non-selected portion; applying a first tensile force to the selected portion of the textile; moving the opposed side portions of the selected portion of the textile in a radial direction which is circumferential to the longitudinal axis to form a second cross-sectional shape (23, 27, 30) which is different from the first cross-sectional shape; setting the second cross-sectional shape; and applying a second tensile force to the selected portion of the textile; wherein the selected portion of the textile has the second cross-sectional shape and the non-selected portion of the textile has the first cross-sectional shape.
A computer-readable storage medium having stored thereon an information processing program (90, 95) that causes a computer of an information processing apparatus to operate as: gravity center position detection means (40, S13) for detecting one-dimensionally or two-dimensionally a gravity center position of a user based on a signal from a gravity center position detection device; process means (40, S22, S23, S28, S29, S51, S53) for performing a predetermined process, said predetermined process using the gravity center position of the user, based on a relative position of the gravity center position, detected by the gravity center position detection means, with respect to a reference position or a reference area that is stored in a storage area; and reference position update means (40, S15) for repeatedly updating, based on the gravity center position repeatedly detected by the gravity center position detection means, the reference position or the reference area that is stored in the storage area, wherein the reference position approaches the gravity center position detected by the gravity center position detection means. gravity center position detection means (40, S13) for detecting one-dimensionally or two-dimensionally a gravity center position of a user based on a signal from a gravity center position detection device; process means (40, S22, S23, S28, S29, S51, S53) for performing a predetermined process, said predetermined process using the gravity center position of the user, based on a relative position of the gravity center position, detected by the gravity center position detection means, with respect to a reference position or a reference area that is stored in a storage area; and reference position update means (40, S15) for repeatedly updating, based on the gravity center position repeatedly detected by the gravity center position detection means, the reference position or the reference area that is stored in the storage area, wherein the reference position approaches the gravity center position detected by the gravity center position detection means.
A container, in particular wide-mouth can preferably produced from plastic, comprising: a bottom and a circumferential side wall, which in the region of an opening of the container comprises a circumferential rim, on which on the outer side of the circumferential side wall, an engagement region for the snap-on interaction with a lid is formed, wherein on a side of the rim facing away from the opening, a preferably circumferential snap-on profile projecting from the circumferential side wall to the outside, for the snap-on interaction with a guarantee strip releasably fastened to the lid is formed, and wherein the snap-on profile comprises a plurality of gripping recesses for the facilitated lifting of the lid following the tearing-out of the guarantee strip, characterized in that the snap-on profile forms a wave profile, in which concave gripping recesses alternate with convex projections. a bottom and a circumferential side wall, which in the region of an opening of the container comprises a circumferential rim, on which on the outer side of the circumferential side wall, an engagement region for the snap-on interaction with a lid is formed, wherein on a side of the rim facing away from the opening, a preferably circumferential snap-on profile projecting from the circumferential side wall to the outside, for the snap-on interaction with a guarantee strip releasably fastened to the lid is formed, and wherein the snap-on profile comprises a plurality of gripping recesses for the facilitated lifting of the lid following the tearing-out of the guarantee strip, characterized in that the snap-on profile forms a wave profile, in which concave gripping recesses alternate with convex projections.
A device for connecting a base pipe to a pole, comprising a connecting sleeve and an exchangeable, radially deformable cylindrical insertion sleeve, wherein the connecting sleeve comprises a first sleeve part for fixing to the base pipe and a second sleeve part, which is embodied as a clamping sleeve, for receiving and axially fixing of the insertion sleeve (22, 122) and of the pole, characterized in that a step is formed between the first and second sleeve part (12, 14) and that the insertion sleeve (22, 122) has projections at the lower edge thereof such that the projections are engageable with the step, the two sleeve parts (12, 14) being connected to each other in a circumferentially fixed manner.
A method performed by a computing device of establishing a secret shared between a first communications device and at least one second communications device, the method comprising: acquiring, using one of a visual and an audible means of communication with the first communications device, a first data representation from which the shared secret can be derived; generating a second data representation from the first data representation, from which second data representation the shared secret can be derived; and providing, using the other one of the visual and the audible means of communication, the second communications device with the second data representation. acquiring, using one of a visual and an audible means of communication with the first communications device, a first data representation from which the shared secret can be derived; generating a second data representation from the first data representation, from which second data representation the shared secret can be derived; and providing, using the other one of the visual and the audible means of communication, the second communications device with the second data representation.
A method for forming a mark structure, comprising: providing a substrate (200; 300) having a device region (240; 340) and a mark region including a first mark region (250; 350) and a second mark region (260; 360) surrounded by the first mark region; sequentially forming a device layer (210; 310), a dielectric layer (220; 320) and a mask layer (230; 330) on a surface of the substrate (200; 300); forming a first opening (241; 341) in the dielectric layer (220; 320) in the device region (240; 340), a first mark including a plurality of first mark trenches or a plurality of first mark protruding parts in the dielectric layer (220; 320) in the first mark region (250; 350), and a mark opening (261; 361) in the dielectric layer in the second mark region (260; 360), a bottom of the first opening (241; 341), a bottom of the first mark (251; 351) and a bottom of the mark opening (261; 361) being lower than a surface of the dielectric layer (220; 320), and higher than a surface of the device layer (210; 310); forming a second opening (242; 342) exposing the device layer (210; 310) in the dielectric layer (220; 320) on the bottom of the first opening (241; 341) and a second mark including a plurality of second mark trenches (262; 362) in the dielectric layer (220; 320) on the bottom of the mark opening (261; 361); and forming a conductive structure in the first opening (241; 341) and the second opening (242; 342); wherein the bottoms of the first mark trenches and the bottoms of the second mark trenches, or the bottoms of the second mark trenches, are lower than the surface of the dielectric layer (220; 320). providing a substrate (200; 300) having a device region (240; 340) and a mark region including a first mark region (250; 350) and a second mark region (260; 360) surrounded by the first mark region; sequentially forming a device layer (210; 310), a dielectric layer (220; 320) and a mask layer (230; 330) on a surface of the substrate (200; 300); forming a first opening (241; 341) in the dielectric layer (220; 320) in the device region (240; 340), a first mark including a plurality of first mark trenches or a plurality of first mark protruding parts in the dielectric layer (220; 320) in the first mark region (250; 350), and a mark opening (261; 361) in the dielectric layer in the second mark region (260; 360), a bottom of the first opening (241; 341), a bottom of the first mark (251; 351) and a bottom of the mark opening (261; 361) being lower than a surface of the dielectric layer (220; 320), and higher than a surface of the device layer (210; 310); forming a second opening (242; 342) exposing the device layer (210; 310) in the dielectric layer (220; 320) on the bottom of the first opening (241; 341) and a second mark including a plurality of second mark trenches (262; 362) in the dielectric layer (220; 320) on the bottom of the mark opening (261; 361); and forming a conductive structure in the first opening (241; 341) and the second opening (242; 342); wherein the bottoms of the first mark trenches and the bottoms of the second mark trenches, or the bottoms of the second mark trenches, are lower than the surface of the dielectric layer (220; 320).
A staple cartridge, comprising: a cartridge body comprising a plurality of staple cavities; a plurality of staples, wherein at least a portion of each said staple is removably stored within a said staple cavity, wherein each said staple is movable between an unfired position and a fired position, and wherein each said staple comprises an unfired height and a fired height; and an implantable tissue thickness compensator comprising an uncompressed height, wherein said tissue thickness compensator is comprised of a porous material having a porosity of at least 85 percent and the porous material is an elastic material having a durometer of less than 15 Shore A, wherein said tissue thickness compensator is configured to be captured within said staples, and wherein said tissue thickness compensator is configured to assume different compressed heights within different said staples. a cartridge body comprising a plurality of staple cavities; a plurality of staples, wherein at least a portion of each said staple is removably stored within a said staple cavity, wherein each said staple is movable between an unfired position and a fired position, and wherein each said staple comprises an unfired height and a fired height; and an implantable tissue thickness compensator comprising an uncompressed height, wherein said tissue thickness compensator is comprised of a porous material having a porosity of at least 85 percent and the porous material is an elastic material having a durometer of less than 15 Shore A, wherein said tissue thickness compensator is configured to be captured within said staples, and wherein said tissue thickness compensator is configured to assume different compressed heights within different said staples.
An elastomeric bladder for an elastomeric pump for an infusion assembly, comprising: a body extending over a length (L B) from a first end to an opposing second end; an outer diameter (D B); an inner diameter (d B); and a wall thickness (t), wherein the wall thickness gradually transitions from a first wall thickness (t 1) at the first end to a second wall thickness (t 2) at the second end; and characterised in that: the wall thickness (t) at the first end is greater than the wall thickness at the second end, or the wall thickness at the second end is greater than the wall thickness at the first end; and wherein the outer diameter (D B) is constant over the length (L B). a body extending over a length (L B) from a first end to an opposing second end; an outer diameter (D B); an inner diameter (d B); and a wall thickness (t), wherein the wall thickness gradually transitions from a first wall thickness (t 1) at the first end to a second wall thickness (t 2) at the second end; and characterised in that: the wall thickness (t) at the first end is greater than the wall thickness at the second end, or the wall thickness at the second end is greater than the wall thickness at the first end; and wherein the outer diameter (D B) is constant over the length (L B). the wall thickness (t) at the first end is greater than the wall thickness at the second end, or the wall thickness at the second end is greater than the wall thickness at the first end; and wherein the outer diameter (D B) is constant over the length (L B).
Magnetic-inductive flowmeter comprising a pressure-resistant housing made of plastics material and a measuring unit having: - a measuring channel which has a rectangular cross section and through which measuring fluid flows, - a channel wall, - two opposing magnetic poles on the channel wall, - an electromagnet having a magnetic coil and a magnetic core for generating an alternating magnetic field, - and two opposing measuring electrodes in the channel wall, characterised by the following features: - the magnetic poles are punched, bent and folded parts made of electrical sheet in the form of an elongate strip having integrally moulded surface elements (10.1, 10.2) which are spaced apart from one another, - the elongate strip forms a double web after the folding, - the surface elements (10.1, 10.2) form magnetic pole surfaces after the bending, - the double web and the magnetic pole surfaces form the magnetic pole, - the double web is located on the rear side of the magnetic pole. - a measuring channel which has a rectangular cross section and through which measuring fluid flows, - a channel wall, - two opposing magnetic poles on the channel wall, - an electromagnet having a magnetic coil and a magnetic core for generating an alternating magnetic field, - and two opposing measuring electrodes in the channel wall, - the magnetic poles are punched, bent and folded parts made of electrical sheet in the form of an elongate strip having integrally moulded surface elements (10.1, 10.2) which are spaced apart from one another, - the elongate strip forms a double web after the folding, - the surface elements (10.1, 10.2) form magnetic pole surfaces after the bending, - the double web and the magnetic pole surfaces form the magnetic pole, - the double web is located on the rear side of the magnetic pole.
A plugged honeycomb structure (1, 11) comprising porous partition walls which form, by surrounding, a plurality of cells (5, 6) extending between the two ends faces of the honeycomb structure (1, 11), and an outer wall formed integrally with the partition walls, wherein the cells (5, 6) consist of partial cells of outermost peripheral portion, having incomplete cell sections, which are located at the outermost peripheral portion of the honeycomb structure (1, 11) and are in partial contact with the outer wall, and complete cells having a complete cell section, other than the partial cells of outermost peripheral portion, and wherein, in the complete cells, a plugged part is formed at one end of each complete cell so that the end face of the honeycomb structure (1, 11) shows a checkerwise plugging pattern, and, in the partial cells of outermost peripheral portion to be plugged according to the above-mentioned plugging pattern, part of them is plugged in the entire length and formed integrally with the outer wall and remaining of the partial cells have each a plugged part only at one end.