mhurhangee/ep-ind-claims huggingface dataset:
A powered wheelchair for transporting a person, comprising a seat frame for supporting the person, a pair of opposing main wheel assemblies (20, 30), including a first main wheel assembly and a second main wheel assembly connected to the seat frame, and a third main wheel assembly arranged spaced apart from the pair of opposing main wheel assemblies (20, 30) and connected to said seat frame, wherein - the first main wheel assembly is pivotable about a first pivot point (P 1) to adjust a position of the first main wheel assembly, - the third main wheel assembly is pivotable about a third pivot point (P 3) to adjust a position of the third main wheel assembly, the powered wheelchair further comprising - a support wheel arrangement for supporting the powered wheelchair, said support wheel arrangement having a main beam and a front support wheel unit capable of being applied to a ground surface, - characterized in that said main beam is rotatably connected to said third main wheel assembly at a third connection point (C 3) and connected via a guiding mechanism to the first main wheel assembly at a first connection point (Ci), - wherein said main beam has a first portion adapted to cooperate with said guiding mechanism when said first portion passes through a part of the guiding mechanism upon movement of the main beam relative to the guiding mechanism, to maintain said support wheel arrangement in a supporting position, in which the front support wheel unit is applied to the ground surface. - the first main wheel assembly is pivotable about a first pivot point (P 1) to adjust a position of the first main wheel assembly, - the third main wheel assembly is pivotable about a third pivot point (P 3) to adjust a position of the third main wheel assembly, the powered wheelchair further comprising - a support wheel arrangement for supporting the powered wheelchair, said support wheel arrangement having a main beam and a front support wheel unit capable of being applied to a ground surface, - characterized in that said main beam is rotatably connected to said third main wheel assembly at a third connection point (C 3) and connected via a guiding mechanism to the first main wheel assembly at a first connection point (Ci), - wherein said main beam has a first portion adapted to cooperate with said guiding mechanism when said first portion passes through a part of the guiding mechanism upon movement of the main beam relative to the guiding mechanism, to maintain said support wheel arrangement in a supporting position, in which the front support wheel unit is applied to the ground surface.
A development apparatus comprising: a case configured to accommodate a developer; a roller member rotatably supported by the case, and configured to transport a developer; an agitating member rotatably supported by the case, and configured to agitate the developer; and a transport member separate from the agitating member and configured to transport the developer, which is agitated by the agitating member, toward the roller member, the transport member including a main body portion extending from one end portion of the transport member to another end portion of the transport member in an axial direction lying along an axis of rotation of the agitating member; wherein the transport member is configured to be movable; wherein the case includes: a first accommodating section in which the agitating member is arranged and in which a filling port through which the developer is filled is formed; and a second accommodating section in which the roller member is arranged and which is communicated with the first accommodating section; wherein the transport member is arranged between the roller member and the agitating member; characterized in that the filling port is arranged such that the filling port is overlapped, as viewed in the axial direction lying along the axis of rotation of the agitating member with a movement locus of the main body portion extending from the one end portion of the transport member to the other end portion of the transport member. a case configured to accommodate a developer; a roller member rotatably supported by the case, and configured to transport a developer; an agitating member rotatably supported by the case, and configured to agitate the developer; and a transport member separate from the agitating member and configured to transport the developer, which is agitated by the agitating member, toward the roller member, the transport member including a main body portion extending from one end portion of the transport member to another end portion of the transport member in an axial direction lying along an axis of rotation of the agitating member; wherein the transport member is configured to be movable; wherein the case includes: a first accommodating section in which the agitating member is arranged and in which a filling port through which the developer is filled is formed; and a second accommodating section in which the roller member is arranged and which is communicated with the first accommodating section; a first accommodating section in which the agitating member is arranged and in which a filling port through which the developer is filled is formed; and a second accommodating section in which the roller member is arranged and which is communicated with the first accommodating section; wherein the transport member is arranged between the roller member and the agitating member; characterized in that the filling port is arranged such that the filling port is overlapped, as viewed in the axial direction lying along the axis of rotation of the agitating member with a movement locus of the main body portion extending from the one end portion of the transport member to the other end portion of the transport member.
Method for configuring a user equipment intended to be used by a user, to whom a plurality of identifiers (ID1, ID2,..., IDK) is allocated, each uniquely identifying said user on at least one communications network (NW1,..., NWK), said method being implemented by said user equipment and comprising, for at least one application (Appj): - a step of acquiring at least one rule associating, with at least one flow of said application, at least one slice of said at least one communications network for routing data relating to said at least one flow and information connecting said slice to an identifier from among said plurality of identifiers of the user; - a step of configuring the user equipment with said at least one rule (RUL /Appj) so that it executes said at least one rule when accessing said application. - a step of acquiring at least one rule associating, with at least one flow of said application, at least one slice of said at least one communications network for routing data relating to said at least one flow and information connecting said slice to an identifier from among said plurality of identifiers of the user; - a step of configuring the user equipment with said at least one rule (RUL /Appj) so that it executes said at least one rule when accessing said application.
A surgical hub for use with a medical imaging device at a remote surgical site in a surgical procedure, wherein the surgical hub comprises a circuit configured to: receive a livestream of the surgical site from the medical imaging device; capture an image frame from the livestream; detect a staple pattern in the image frame, wherein the staple pattern is defined by staples (3252', 3252", 3254', 3254") deployed from a staple cartridge into tissue at the surgical site; and identify the staple cartridge based on the staple pattern. receive a livestream of the surgical site from the medical imaging device; capture an image frame from the livestream; detect a staple pattern in the image frame, wherein the staple pattern is defined by staples (3252', 3252", 3254', 3254") deployed from a staple cartridge into tissue at the surgical site; and identify the staple cartridge based on the staple pattern.
A capacitive liquid level detection assembly for use on a transfer arm in a clinical analyzer in an in vitro diagnostics environment, the assembly comprising: a capacitive liquid level detection printed circuit assembly comprising a plurality of spring-loaded pins and capacitive liquid level detection circuity; characterized by a probe comprising a primary tube nested within a secondary tube, wherein the primary tube and the secondary tube comprise respective heads at respective top portions thereof forming a set of electrically isolated contact surfaces; and a fitting configured to secure the probe within the transfer arm and to establish a mechanical connection, a fluid connection and, via the spring-loaded pins, an electrical connection between the probe and the transfer arm, thereby establishing an electrical connection between the capacitive liquid level detection PCA and the probe; wherein the circuity of the capacitive liquid level detection PCA is configured to detect a change in capacitance of the probe and send a level detection signal to a motor controller configured to control operation of the transfer arm. a capacitive liquid level detection printed circuit assembly comprising a plurality of spring-loaded pins and capacitive liquid level detection circuity; characterized by a probe comprising a primary tube nested within a secondary tube, wherein the primary tube and the secondary tube comprise respective heads at respective top portions thereof forming a set of electrically isolated contact surfaces; and a fitting configured to secure the probe within the transfer arm and to establish a mechanical connection, a fluid connection and, via the spring-loaded pins, an electrical connection between the probe and the transfer arm, thereby establishing an electrical connection between the capacitive liquid level detection PCA and the probe; wherein the circuity of the capacitive liquid level detection PCA is configured to detect a change in capacitance of the probe and send a level detection signal to a motor controller configured to control operation of the transfer arm.
A frame for an image forming apparatus including at least one functional unit, comprising: a front member that supports the functional unit; a rear member that supports the functional unit; a base member that supports at least the rear member; and a pair of elevated supporters (2, 3), fixed at least to the base member, each of the elevated supporters (2, 3) having a U-shaped cross-section, and the elevated supporters (2, 3) spaced a given distance apart and disposed facing an open part of the U-shaped form of the pair of elevated supporters (2, 3), the elevated supporters supporting (2, 3) both lateral rim portions of the front member, the front member being indirectly fixed to the base member via the elevated supporters (2, 3) and positioning the functional unit at a given position, wherein the lateral rim portions of the front member include a first rim portion and a second rim portion perpendicular to the first rim portion, the first rim portion is abutted against and fixed to a first internal face disposed inside the U-shaped elevated supporters (2, 3) and transverse to the front member, and the second rim portion is abutted against and fixed to a second internal face inside the U-shaped elevated supporters (2, 3) perpendicular to the first internal face, characterized in that the front member includes a flange extending along the circumference of the front member in order to enhance stiffness of the front member, and a lateral portion of the flange is fixed to the second internal face of the elevated supporters (2, 3). a front member that supports the functional unit; a rear member that supports the functional unit; a base member that supports at least the rear member; and a pair of elevated supporters (2, 3), fixed at least to the base member, each of the elevated supporters (2, 3) having a U-shaped cross-section, and the elevated supporters (2, 3) spaced a given distance apart and disposed facing an open part of the U-shaped form of the pair of elevated supporters (2, 3), the elevated supporters supporting (2, 3) both lateral rim portions of the front member,
Extruded product made of a wrought precision-turning aluminium alloy of the following chemical composition, expressed in percentages by weight: 0.8 ≤ Si <1.5% 1.0 < Fe ≤ 1.8% Cu: < 0.1% Mn: < 0.6% Mg: 0.6 - 1.2% Ni: < 3.0% Cr: < 0.25% Ti: < 0.1% other elements < 0.05% each and 0.15% in total, and the balance aluminium. 0.8 ≤ Si <1.5% 1.0 < Fe ≤ 1.8% Cu: < 0.1% Mn: < 0.6% Mg: 0.6 - 1.2% Ni: < 3.0% Cr: < 0.25% Ti: < 0.1% other elements < 0.05% each and 0.15% in total, and the balance aluminium.
Tyre carcass comprising a carcass elastomer mixture, two sidewalls, two beads and a crown suitable for receiving, radially externally, a tread, the internal surface of the sidewalls and of the crown forming an internal wall, the said carcass also comprising a circumferential tread support surface which extends from one bead to the other while passing through the sidewalls and the crown, characterized in that the said tread support surface is covered with a layer of thermoplastic elastomer located radially externally with respect to the carcass and in that the interface between the layer of thermoplastic elastomer and the carcass elastomer mixture is co-crosslinked without the layer of thermoplastic elastomer being crosslinked throughout its body, the carcass being obtained by joint moulding and vulcanization of the carcass elastomer mixture comprising crosslinking agents and of the adjacent thermoplastic elastomer layer devoid of crosslinking agents.
A method comprising: receiving a request; selecting a first virtual server to forward the request to, wherein the first virtual server is provided by a first physical server of a plurality of physical servers (16, 17, 18), wherein each of said plurality of physical servers (16, 17, 18) provides a plurality of virtual servers; and in the event that the first virtual server is not able to receive said request, forwarding the request to a backup neighbouring virtual server of said first virtual server, wherein the backup neighbouring virtual server of the first virtual server is part of a second physical server that is different to the first physical server, wherein a second virtual server of the first physical server has a backup neighbouring virtual server that is provided by a third physical server that is different to the first and second physical servers (16, 17), wherein the first virtual server of the first physical server acts as a backup to said virtual server of the third physical server, and wherein the second virtual server of the first physical server acts as a backup to another virtual server of the second physical server. receiving a request; selecting a first virtual server to forward the request to, wherein the first virtual server is provided by a first physical server of a plurality of physical servers (16, 17, 18), wherein each of said plurality of physical servers (16, 17, 18) provides a plurality of virtual servers; and
A wetsuit for aquatic activities, the wetsuit comprising: a base layer having a first surface and an opposite second surface; a first backing layer having a first surface and an opposite second surface, the second surface of the first backing layer secured to the first surface of the base layer, the first surface of the first backing layer forming an exterior surface of the wetsuit; a second backing layer secured to the second surface of the base layer and forming at least a portion of an interior surface of the wetsuit; characterized in that the wetsuit comprises at least one first sipe linearly extending from the first surface of the first backing layer comprising the exterior surface of the wetsuit through the first backing layer and into the base layer, the at least one first sipe being positioned on a first side of a chest region of the wetsuit, at least one second sipe linearly extending from the first surface of the first backing layer comprising the exterior surface of the wetsuit through the first backing layer and into the base layer, the at least one second sipe being positioned on a second side of the chest region of the wetsuit, and wherein the sipes are formed by slits that open to form sipes having a substantially v-shaped cross-sectional shape when the wetsuit is worn over a convex body surface of a wearer. a base layer having a first surface and an opposite second surface; a first backing layer having a first surface and an opposite second surface, the second surface of the first backing layer secured to the first surface of the base layer, the first surface of the first backing layer forming an exterior surface of the wetsuit; a second backing layer secured to the second surface of the base layer and forming at least a portion of an interior surface of the wetsuit; characterized in that the wetsuit comprises at least one first sipe linearly extending from the first surface of the first backing layer comprising the exterior surface of the wetsuit through the first backing layer and into the base layer, the at least one first sipe being positioned on a first side of a chest region of the wetsuit, at least one second sipe linearly extending from the first surface of the first backing layer comprising the exterior surface of the wetsuit through the first backing layer and into the base layer, the at least one second sipe being positioned on a second side of the chest region of the wetsuit, and wherein the sipes are formed by slits that open to form sipes having a substantially v-shaped cross-sectional shape when the wetsuit is worn over a convex body surface of a wearer.
A method of colouring portions of a tyre; said method comprising the steps of: - forming a impermeable protective layer by depositing an aqueous emulsion on a part of the tyre to be coloured; and - depositing a coloured layer on said protective layer; said method being characterized in that said aqueous emulsion comprises at least a cross-linkable polymer base, and a surfactant of molecular formula (R 1 CONR 2 CHR 3 COO -)nX n+ where: R 1 is an aliphatic group C 6 -C 23, R 2 is H or an aliphatic group C 1 -C 8, R 3 is H or an aliphatic or aromatic group C 1 -C 8, X is a metal cation and n is an integer of 1 to 3. - forming a impermeable protective layer by depositing an aqueous emulsion on a part of the tyre to be coloured; and - depositing a coloured layer on said protective layer; R 1 is an aliphatic group C 6 -C 23, R 2 is H or an aliphatic group C 1 -C 8, R 3 is H or an aliphatic or aromatic group C 1 -C 8, X is a metal cation and n is an integer of 1 to 3.
A propylene ethylene random copolymer (R-PP), having (a) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 from 5 to 15 g/10min, (b) an ethylene content from 1 to 10 wt.-%, based on the weight of the propylene ethylene random copolymer (R-PP), (c) exhibiting two melting temperatures (T m) determined by differential scanning calorimetry according to ISO 11357-3 which differ from each other, and wherein the xylene cold soluble content of the propylene ethylene random copolymer (R-PP) is equal or below 12 wt.-% and comprising a propylene ethylene random copolymer fraction (R-PP1) and a propylene ethylene random copolymer fraction (R-PP2) in a weight ratio [(R-PP1)/(R-PP2)] of 30/70 to 70/30, wherein (d) the ethylene content of the propylene ethylene random copolymer fraction (R-PP1) is equal to or differs from the ethylene content of the propylene ethylene random copolymer fraction (R-PP2). (a) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 from 5 to 15 g/10min, (b) an ethylene content from 1 to 10 wt.-%, based on the weight of the propylene ethylene random copolymer (R-PP), (c) exhibiting two melting temperatures (T m) determined by differential scanning calorimetry according to ISO 11357-3 which differ from each other, and wherein the xylene cold soluble content of the propylene ethylene random copolymer (R-PP) is equal or below 12 wt.-% and comprising a propylene ethylene random copolymer fraction (R-PP1) and a propylene ethylene random copolymer fraction (R-PP2) in a weight ratio [(R-PP1)/(R-PP2)] of 30/70 to 70/30, wherein (d) the ethylene content of the propylene ethylene random copolymer fraction (R-PP1) is equal to or differs from the ethylene content of the propylene ethylene random copolymer fraction (R-PP2).
A method for measuring an analyte using an enzyme that acts on the analyte and an enzyme that specifically detects a product produced from the analyte, the method comprising steps of: i) preparing a reagent in which the enzyme and the enzyme coexist in the absence of the analyte; ii) bringing the analyte into contact with the reagent so that the enzyme acts on the analyte to produce a product, on which the enzyme does not substantially act in said reaction, from the analyte; iii) producing a product by allowing an enzyme that is different from the enzyme to act on the analyte and/or the product; and iv) detecting the product by the enzyme, wherein the analyte is a glycated protein, the enzyme is a protease, the enzyme is a fructosyl amino acid oxidase (FAOD), the product is a glycated amino acid and/or glycated peptide that has 2 to 6 amino acid residues and includes a glycated amino acid, the product is a glycated peptide, and the enzyme is a protease different from enzyme. i) preparing a reagent in which the enzyme and the enzyme coexist in the absence of the analyte; ii) bringing the analyte into contact with the reagent so that the enzyme acts on the analyte to produce a product, on which the enzyme does not substantially act in said reaction, from the analyte; iii) producing a product by allowing an enzyme that is different from the enzyme to act on the analyte and/or the product; and iv) detecting the product by the enzyme,
A recombinant Von Willebrand Factor (rVWF) for use in a method for pre-treatment of a subject with severe von Willebrand disease prior to a surgical procedure, wherein said pre-treatment comprises administering 20-60 lU/kg of the rVWF to said subject between 12 hours and 24 hours prior to the surgical procedure and wherein Factor VIII (FVIII) is not administered with the VWF prior to the surgical procedure.
A filter assembly, comprising: a tubular member; one or more support members disposed on the tubular member; and a wire wound around the support members and having a plurality of turns such that one or more spaces are formed between adjacent portions of the wire; wherein the wire includes a wire shape having flat side surfaces (216, 217) such that an elongated channel is formed between adjacent wire shapes, and wherein the wire shape includes two tapered lower surfaces such that adjacent wire shapes form a lower funnel shape transitioning out of the elongated channel; characterized in that the wire shape includes only one tapered upper surface; and one of the flat side surfaces of the wire shape has a length greater than a length of the other side surface. a tubular member; one or more support members disposed on the tubular member; and a wire wound around the support members and having a plurality of turns such that one or more spaces are formed between adjacent portions of the wire; wherein the wire includes a wire shape having flat side surfaces (216, 217) such that an elongated channel is formed between adjacent wire shapes, and wherein the wire shape includes two tapered lower surfaces such that adjacent wire shapes form a lower funnel shape transitioning out of the elongated channel; characterized in that the wire shape includes only one tapered upper surface; and one of the flat side surfaces of the wire shape has a length greater than a length of the other side surface.