mhurhangee/ep-ind-claims huggingface dataset:
A cartridge assembly comprising: a cartridge channel including a bottom wall and side walls defining a recess, each of the side walls having a first end secured to the bottom wall and a second end spaced from the bottom wall; and a staple cartridge defining a longitudinal axis ("X") and including an upper wall defining a tissue contact surface and side walls, the upper wall extending radially outward of the side walls of the staple cartridge to define a longitudinally extending shoulder adjacent each side wall of the staple cartridge, the staple cartridge being dimensioned to be received within the recess of the cartridge channel such that the shoulders rest atop the side walls of the cartridge channel; wherein the second end of each of the side walls of the cartridge channel defines an elongated slot, wherein the cartridge assembly further comprises a compression strip supported in each of the elongated slots defined in the second end of the side walls of the cartridge channel, wherein the elongated slots and the compression strips are configured to interlock to secure the compression strips to the cartridge channel. a cartridge channel including a bottom wall and side walls defining a recess, each of the side walls having a first end secured to the bottom wall and a second end spaced from the bottom wall; and a staple cartridge defining a longitudinal axis ("X") and including an upper wall defining a tissue contact surface and side walls, the upper wall extending radially outward of the side walls of the staple cartridge to define a longitudinally extending shoulder adjacent each side wall of the staple cartridge, the staple cartridge being dimensioned to be received within the recess of the cartridge channel such that the shoulders rest atop the side walls of the cartridge channel; wherein the second end of each of the side walls of the cartridge channel defines an elongated slot, wherein the cartridge assembly further comprises a compression strip supported in each of the elongated slots defined in the second end of the side walls of the cartridge channel, wherein the elongated slots and the compression strips are configured to interlock to secure the compression strips to the cartridge channel.
A slot insulating paper formed as a single sheet and arranged in a slot of a core of an electric motor or generator, the slot insulating paper comprising: a breakage resistance portion that constitutes a region of the slot insulating paper, said slot insulating paper being spread in a sheet shape, the breakage resistance portion having a higher resistance against breakage than the other region of the slot insulating paper, so that the breakage resistance portion becomes hard to deform, a plurality of insulating layers, wherein the plurality of insulating layers are laminated, in the breakage resistance portion, at least one of the plurality of insulating layers is a high stiffness layer, wherein the high stiffness layer is formed of a material having a higher stiffness than a material that forms the plurality of insulating layers in the other region, wherein a thickness of each of the insulating layers that includes the high stiffness layer is uniform, characterised by the fact that the breakage resistance portion faces a bottom face of the slot when the slot insulating paper is arranged in the slot, and the slot insulating paper has a uniform thickness. a breakage resistance portion that constitutes a region of the slot insulating paper, said slot insulating paper being spread in a sheet shape, the breakage resistance portion having a higher resistance against breakage than the other region of the slot insulating paper, so that the breakage resistance portion becomes hard to deform, a plurality of insulating layers, wherein the plurality of insulating layers are laminated, in the breakage resistance portion, at least one of the plurality of insulating layers is a high stiffness layer, wherein the high stiffness layer is formed of a material having a higher stiffness than a material that forms the plurality of insulating layers in the other region, wherein a thickness of each of the insulating layers that includes the high stiffness layer is uniform, characterised by the fact that the breakage resistance portion faces a bottom face of the slot when the slot insulating paper is arranged in the slot, and the slot insulating paper has a uniform thickness.
A piston/cylinder assembly, the piston being displaceably positioned inside the cylinder, the piston moving between a top dead center (TDC/PMS) and a bottom dead center (BDC/PMI), between an inner wall of the cylinder and an outer wall of the piston 91) there being a perimeter clearance for aerostatic bearing arrangement, wherein - there is a minimum perimeter clearance at the top portion of the piston when the piston is at its top dead center (TDC/PMS), the assembly being characterized in that: - the clearance being always smaller at the top portion of the piston than in any other region of the piston/cylinder assembly. - there is a minimum perimeter clearance at the top portion of the piston when the piston is at its top dead center (TDC/PMS), - the clearance being always smaller at the top portion of the piston than in any other region of the piston/cylinder assembly.
A packaging system for at least one product preparation component, comprising a first container for storing a first product preparation component, a second container for optionally storing at least one further product preparation component, and a closure device which seals off an opening of the first container from the surroundings by means of a closure element and which has a coupling apparatus in order to couple the second container to the closure device and in order to establish a fluidic connection between the first container and the second container, the closure element and the coupling apparatus being non-detachably joined together as separate parts by latching to form the closure device, the closure element being, excluding its destruction, non-detachably connected to the first container by means of a fastening sleeve via a latching mechanism or a combined screw connection/latching mechanism, and the closure element comprising a cap for closing the first container, characterized in that the cap, in the initial state of the closure device, is connected to the fastening sleeve of the closure element via a predetermined breaking point and is axially displaceable with respect to an axis of the closure device relative to the coupling apparatus and is arranged in a rotationally secure manner with regard to rotation about the axis, so that the cap follows each rotation of the coupling apparatus about the axis. the closure element being, excluding its destruction, non-detachably connected to the first container by means of a fastening sleeve via a latching mechanism or a combined screw connection/latching mechanism, and the closure element comprising a cap for closing the first container, characterized in that the cap, in the initial state of the closure device, is connected to the fastening sleeve of the closure element via a predetermined breaking point and is axially displaceable with respect to an axis of the closure device relative to the coupling apparatus and is arranged in a rotationally secure manner with regard to rotation about the axis, so that the cap follows each rotation of the coupling apparatus about the axis.
A water-glycol hydraulic fluid composition comprising an alkanolamine compound according to the general formula, wherein the water-glycol hydraulic fluid composition comprises 20-60% by mass water, 20-60% by mass glycol, 0.6-1.2% by mass fatty acid lubricant, and 0.01-0.06% by mass alkaline hydroxide compound selected from potassium hydroxide and/or sodium hydroxide, and has an alkali reserve of 10-25 as measured according to JIS K2234-1994, wherein R 1 and R 2 are hydrocarbon groups having from 1 to 8 carbon atoms, and R 3 is a hydrocarbon group having 2 or more carbon atoms, wherein the alkanolamine compound according to general formula is N,N-dibutylaminoethanol. wherein R 1 and R 2 are hydrocarbon groups having from 1 to 8 carbon atoms, and R 3 is a hydrocarbon group having 2 or more carbon atoms, wherein the alkanolamine compound according to general formula is N,N-dibutylaminoethanol.
Wall or ceiling cladding with a cooling and/or heating system, wherein the wall or ceiling cladding has at least one mounting profile by means of which the wall or ceiling cladding is attachable to the wall or ceiling of a building, wherein on a room side facing the room that has to be cooled or heated the mounting profile is provided with a first receiving element for a pipe or a pipe register of the cooling and/or heating system, and its receiving hole faces the room, wherein the pipe register is provided with at least one straight section connected permanently with the receiving element in the mounting profile into an integral component, characterized in that the straight section of the pipe register and the mounting profile form a common profile that can be manufactured in a single manufacturing process, namely extrusion process.
A traveling wave air mattress apparatus comprising in combination: a. an air mattress which includes an array of N flexible individually inflatable and deflatable air bladder cells, where N is at least three, said air bladder cells being parallel to a first area dimension of said air mattress and being arranged in a series parallel to a second area dimension of said air mattress, said air bladder cells having upper surfaces which in combination comprise a body support surface for a human body, and b. a soliton wave generator apparatus including an air pressure pulse generator for cyclically introducing timed sequences of pulses of air pressure variation into a predetermined series of said air bladder cells, each said sequence comprising at least a first train of pulses in which a first pulse is introduced into at least a first selected first-end air bladder cell proximate a first end of said array, and subsequent pulses of air pressure variation introduced into successive air bladder cells of said series, said sequence of pulses of air pressure variation producing a soliton traveling wave of body support force variation which traverses said body support surface of said air mattress in a direction parallel to the second dimension of said air mattress, said soliton traveling wave having a wave-front width which is parallel to the first dimension of said air mattress and a length less than one half the second dimension of said air mattress. a. an air mattress which includes an array of N flexible individually inflatable and deflatable air bladder cells, where N is at least three, said air bladder cells being parallel to a first area dimension of said air mattress and being arranged in a series parallel to a second area dimension of said air mattress, said air bladder cells having upper surfaces which in combination comprise a body support surface for a human body, and b. a soliton wave generator apparatus including an air pressure pulse generator for cyclically introducing timed sequences of pulses of air pressure variation into a predetermined series of said air bladder cells, each said sequence comprising at least a first train of pulses in which a first pulse is introduced into at least a first selected first-end air bladder cell proximate a first end of said array, and subsequent pulses of air pressure variation introduced into successive air bladder cells of said series, said sequence of pulses of air pressure variation producing a soliton traveling wave of body support force variation which traverses said body support surface of said air mattress in a direction parallel to the second dimension of said air mattress, said soliton traveling wave having a wave-front width which is parallel to the first dimension of said air mattress and a length less than one half the second dimension of said air mattress.
Sports boot comprising: an inner boot; an exogenous shell, whose dimensions allow said inner boot to be inserted into or extracted from it, said exogenous shell strengthening said inner boot and allowing it to be attached to a piece of sports equipment; said exogenous shell comprising a sole and an upper (11, 12); said inner boot comprising a pivot protruding on the outer side close to the ankle, said exogenous shell comprising a housing for accommodating the pivot characterized in that: said exogenous shell comprises a forward part of an upper capable of pivoting with respect to the sole around a first articulation and a rear part of an upper capable of pivoting with respect to said sole around a second articulation, and in that one portion of the circumference of said housing is formed by an indentation on the forward part of the upper, and another portion of the circumference of this housing is formed by an indentation on the rear part of the upper. an inner boot; an exogenous shell, whose dimensions allow said inner boot to be inserted into or extracted from it, said exogenous shell strengthening said inner boot and allowing it to be attached to a piece of sports equipment; said exogenous shell comprising a sole and an upper (11, 12); said inner boot comprising a pivot protruding on the outer side close to the ankle, said exogenous shell comprising a housing for accommodating the pivot said exogenous shell comprises a forward part of an upper capable of pivoting with respect to the sole around a first articulation and a rear part of an upper capable of pivoting with respect to said sole around a second articulation, and in that one portion of the circumference of said housing is formed by an indentation on the forward part of the upper, and another portion of the circumference of this housing is formed by an indentation on the rear part of the upper.
Tarpaulin structure for a commercial vehicle, such as a lorry, trailer, semitrailer, railway wagon or container, comprising a folding top framework, a tarpaulin composed of weather-resistant material, and a strap, wherein the tarpaulin is connected to at least one diplaceable beam (12; 12') of the folding top framework, and wherein the strap runs transversely with respect to the at least one beam (12; 12'), wherein the strap is at least partially tensioned in the closed state of the tarpaulin, wherein the strap is of expandable design, characterized in that the strap is accommodated in a receptacle of the tarpaulin, and that the receptacle has a slot through which the relaxed and therefore shortened strap can emerge in an open state of the tarpaulin. a folding top framework, a tarpaulin composed of weather-resistant material, and a strap,
Synchronous demodulator electronic circuit for phase modulation signals, the electronic circuit including, in a control loop, a discrete Fourier transform unit for receiving the phase modulation signal to be demodulated, and means (16, 17, 18) of recovering the carrier frequency of the phase modulation signal, so that the discrete Fourier transform unit performs in combination the operations of mixing and low-pass filtering the sampled phase modulation signal with at least one frequency and phase adapted digital conversion signal to supply at least one demodulated signal (I OUT) at the output of the discrete Fourier transform unit.
A method for the preservation of stem cells, the method comprising the steps of: (i) combining the stem cells with a cryopreservation medium to produce a mixture, and freezing the mixture to produce a frozen stem cell product, (ii) combining the stem cells with a cryopreservation medium to produce a mixture, and freezing the mixture to produce a frozen stem cell product, wherein the method further comprises the steps of thawing the frozen stem cell product, transferring the thawed cells to a storage medium, and storing stem cells in the storage medium, or (iii) storing the stem cells in a storage medium, wherein the stem cells have been frozen in a cryopreservation medium, thawed, and then transferred to the storage medium prior to storage wherein the cryopreservation medium and/or the storage medium comprises a recombinant yeast-derived serum albumin preparation. (i) combining the stem cells with a cryopreservation medium to produce a mixture, and freezing the mixture to produce a frozen stem cell product, (ii) combining the stem cells with a cryopreservation medium to produce a mixture, and freezing the mixture to produce a frozen stem cell product, wherein the method further comprises the steps of thawing the frozen stem cell product, transferring the thawed cells to a storage medium, and storing stem cells in the storage medium, or (iii) storing the stem cells in a storage medium, wherein the stem cells have been frozen in a cryopreservation medium, thawed, and then transferred to the storage medium prior to storage wherein the cryopreservation medium and/or the storage medium comprises a recombinant yeast-derived serum albumin preparation.
A wet paper web transfer belt for use in a press section of a closed-draw-type papermaking machine, comprising a base body, a wet paper web side, and a machine side, said wet paper web side layer comprising a wet paper web contacting side batt layer having hydrophilic fibers and a base body side batt layer, at least said wet paper web contacting side batt layer being impregnated with an high-molecular-weight elastic body formed by materials including thermosetting resin such as urethane, epoxy, and acrylic, or thermoplastic resin such as polyamide, polyarylate, and polyester, at least a part of said hydrophilic fibers are exposed on the surface of the wet paper web contacting side batt layer, characterized in that said machine side is a batt layer having core-sheath conjugate fibers comprising a core member made of nylon with a high melting point and a sheath member made of nylon with a lower melting point than the core member, and said machine side layer has on the surface of said machine side layer a fused layer of the sheath member.
A screw comprising: a head; and a shank extending from said head along a central axis to terminate at a frusto-conical tip portion, characterized by: a first thread section helically disposed on said shank, and having an upper thread surface which faces said head, a lower thread surface which faces said tip portion and which is asymmetric with said upper thread surface, a plurality of V-shaped notches which are formed at a juncture between said upper and lower thread surfaces (331, 332) and which are spaced apart from each other along a helical line of the juncture, and a fillet surface which is formed at a juncture between said shank and said upper thread surface; two second thread sections helically disposed on said shank and adjacent to each other, and each spaced apart from said first thread section; and a third thread section helically disposed on said shank and extending from said first thread section toward said tip portion, said third thread section having an outer surface of an arc-shaped cross-section. a head; and a shank extending from said head along a central axis to terminate at a frusto-conical tip portion, characterized by: a first thread section helically disposed on said shank, and having an upper thread surface which faces said head, a lower thread surface which faces said tip portion and which is asymmetric with said upper thread surface, a plurality of V-shaped notches which are formed at a juncture between said upper and lower thread surfaces (331, 332) and which are spaced apart from each other along a helical line of the juncture, and a fillet surface which is formed at a juncture between said shank and said upper thread surface; two second thread sections helically disposed on said shank and adjacent to each other, and each spaced apart from said first thread section; and a third thread section helically disposed on said shank and extending from said first thread section toward said tip portion, said third thread section having an outer surface of an arc-shaped cross-section. a first thread section helically disposed on said shank, and having an upper thread surface which faces said head, a lower thread surface which faces said tip portion and which is asymmetric with said upper thread surface, a plurality of V-shaped notches which are formed at a juncture between said upper and lower thread surfaces (331, 332) and which are spaced apart from each other along a helical line of the juncture, and a fillet surface which is formed at a juncture between said shank and said upper thread surface; two second thread sections helically disposed on said shank and adjacent to each other, and each spaced apart from said first thread section; and a third thread section helically disposed on said shank and extending from said first thread section toward said tip portion, said third thread section having an outer surface of an arc-shaped cross-section.
A method of generating an image container file comprising: generating a first stateful derived image item in which an image operation is defined using a general-purpose scripting language, wherein the image operation inputs one or more input images (204a - 204n) using a first pre-defined script of the general-purpose scripting language and provides an output image using a second pre-defined script of the general-purpose scripting language, wherein the output image is dependent on at least one state variable of the input image; storing the first stateful derived image item into the image container file; wherein the image container file conforms to a file format capable of storing a plurality of stateful derived images into the image container file; and wherein a stateful derived image comprises an image operation and represents an output image, the image operation is performed to the one or more input images (204a - 204n) indicated in the image container file, each of the one or more input images (204a - 204n) is a coded image or another derived image having one or more states, and performing the image operation results into an output image of respective state. generating a first stateful derived image item in which an image operation is defined using a general-purpose scripting language, wherein the image operation inputs one or more input images (204a - 204n) using a first pre-defined script of the general-purpose scripting language and provides an output image using a second pre-defined script of the general-purpose scripting language, wherein the output image is dependent on at least one state variable of the input image; storing the first stateful derived image item into the image container file; wherein the image container file conforms to a file format capable of storing a plurality of stateful derived images into the image container file; and wherein a stateful derived image comprises an image operation and represents an output image, the image operation is performed to the one or more input images (204a - 204n) indicated in the image container file, each of the one or more input images (204a - 204n) is a coded image or another derived image having one or more states, and performing the image operation results into an output image of respective state.