mhurhangee/ep-ind-claims huggingface dataset:
An FRP shaping jig comprising: a core and a bag (22,24) which are used to shape an FRP structure which contains a plurality of fiber components (12,14,16) and which has a closed inner space in which a portion except one or both ends is surrounded by a member, wherein the bag (22,24) comprises: a core bag section which covers an outer circumference of the core; and a coverture bag section which is configured to cover the plurality of fiber components (12,14,16), characterized in that the core bag section covers the outer circumference of the core such that the core and the core bag section can be taken out from the closed inner space of the FRP structure. a core and a bag (22,24) which are used to shape an FRP structure which contains a plurality of fiber components (12,14,16) and which has a closed inner space in which a portion except one or both ends is surrounded by a member, wherein the bag (22,24) comprises: a core bag section which covers an outer circumference of the core; and a coverture bag section which is configured to cover the plurality of fiber components (12,14,16), characterized in that the core bag section covers the outer circumference of the core such that the core and the core bag section can be taken out from the closed inner space of the FRP structure. a core bag section which covers an outer circumference of the core; and a coverture bag section which is configured to cover the plurality of fiber components (12,14,16), characterized in that the core bag section covers the outer circumference of the core such that the core and the core bag section can be taken out from the closed inner space of the FRP structure.
A percussion mole for inserting a ground-loop for a geothermal heat-pump apparatus, the ground loop including a first pipe and a second pipe, the mole comprising: a percussive drive mechanism; a first passage, for receiving a driving fluid via the first pipe and delivering it to the drive mechanism, during insertion of the ground-loop; and a second passage, for exhausting the driving fluid from the drive mechanism via the second pipe, during insertion of the ground-loop; and characterised by further comprising a connection between the first passage and the second passage, the connection including a non-return valve arranged to restrict flow of the driving fluid from the first passage to the second passage during insertion of the ground-loop but permit flow in the opposite direction, whereby, after insertion, when the heat pump apparatus is in use, the ground-loop comprises the first and second pipes,; the first and second passages,; and the connection. a percussive drive mechanism; a first passage, for receiving a driving fluid via the first pipe and delivering it to the drive mechanism, during insertion of the ground-loop; and a second passage, for exhausting the driving fluid from the drive mechanism via the second pipe, during insertion of the ground-loop; and characterised by further comprising a connection between the first passage and the second passage, the connection including a non-return valve arranged to restrict flow of the driving fluid from the first passage to the second passage during insertion of the ground-loop but permit flow in the opposite direction, whereby, after insertion, when the heat pump apparatus is in use, the ground-loop comprises the first and second pipes,; the first and second passages,; and the connection.
Item of clothing, in particular for use during sporting activities such as jogging, skating, skiing or the like, wherein climate surfaces (11, 12, 13 and 14) are provided in the region where the user perspires most, characterized in that the climate surfaces are arranged merely in the region of the torso of the item of clothing, directly beneath the armpit, and are spaced apart from the seam of the sleeve, wherein the climate surfaces are formed by a multiplicity of ribs arranged parallel to one another.
A femoral stem for a hip joint prosthesis, comprising: a femoral base having a generally elongated shape with a proximal end and a distal end; a femoral neck having a generally tubular shape extending from the proximal end of the femoral base and having a concentric axis; a lateral port on a side of the femoral base generally opposite the femoral neck and in line with the concentric axis; and a lateral post having a first end removably secured within the lateral port and a second end extending a predetermined distance from the side of the femoral base, characterized in that the lateral port has a tapering diameter proximate to the femoral neck and that the first end has an insertion tip with a tapering body that matches the tapering diameter of the lateral port. a femoral base having a generally elongated shape with a proximal end and a distal end; a femoral neck having a generally tubular shape extending from the proximal end of the femoral base and having a concentric axis; a lateral port on a side of the femoral base generally opposite the femoral neck and in line with the concentric axis; and a lateral post having a first end removably secured within the lateral port and a second end extending a predetermined distance from the side of the femoral base, characterized in that the lateral port has a tapering diameter proximate to the femoral neck and that the first end has an insertion tip with a tapering body that matches the tapering diameter of the lateral port.
A swimming pool cleaning system comprising a robot comprising: - a main body, - a plurality of electrically driven devices supported by said main body and configured to generate a hydrodynamic thrust designed to move the robot inside the volume of water of a swimming pool, - an electricity storage unit for powering said rotors (5, 6), - swimming pool cleaning means; said system also comprising a recharging base for said electricity storage unit, said recharging base being floating and designed to remain stably at the surface of the volume of water of said swimming pool, the swimming pool cleaning system being characterised in that it comprises a recharging station, said recharging base being integrated in said recharging station, and in that said recharging station comprises a connecting element designed to allow a stable connection with an edge of the swimming pool, and whereby the electrically driven devices are electrically driven rotors (5,6). - a main body, - a plurality of electrically driven devices supported by said main body and configured to generate a hydrodynamic thrust designed to move the robot inside the volume of water of a swimming pool, - an electricity storage unit for powering said rotors (5, 6), - swimming pool cleaning means; said system also comprising a recharging base for said electricity storage unit, said recharging base being floating and designed to remain stably at the surface of the volume of water of said swimming pool, the swimming pool cleaning system being characterised in that it comprises a recharging station, said recharging base being integrated in said recharging station, and in that said recharging station comprises a connecting element designed to allow a stable connection with an edge of the swimming pool, and whereby the electrically driven devices are electrically driven rotors (5,6).
A method for initiating uplink signaling by a user equipment, UE, receiving a multimedia multicast/broadcast service, MBMS, comprising steps of: (a) receiving, over a MBMS control channel, MCCH, information including an indication indicating one of at least two cases, the cases comprising UE counting and establishment of a point-to-point channel for MBMS; (b) in case the UE is in an IDLE mode upon receiving the information including the received indication, transmitting, by the UE, an uplink signaling message for an RRC, Radio Resource Control, Connection establishment constructed using the received indication; (c) receiving, by the UE, a response message in response to the uplink signaling message, wherein the uplink signaling message for an RRC Connection establishment includes a cause corresponding to the received indication, wherein when the received indication indicates UE counting, the uplink signaling message includes cause information indicating that one cause for including the request in the uplink signaling message is due to consideration of UE counting; wherein when the received indication indicates point-to-point channel being used as MBMS channel type in the cell, the uplink signaling message includes cause information indicating that one cause for including the request in the uplink signaling message is due to consideration of point-to-point channel being used as MBMS channel type in the cell, and the response message received by the UE includes configuration information allowing the UE to configure a point-to-point channel for receiving MBMS services in the cell. (a) receiving, over a MBMS control channel, MCCH, information including an indication indicating one of at least two cases, the cases comprising UE counting and establishment of a point-to-point channel for MBMS; (b) in case the UE is in an IDLE mode upon receiving the information including the received indication, transmitting, by the UE, an uplink signaling message for an RRC, Radio Resource Control, Connection establishment constructed using the received indication; (c) receiving, by the UE, a response message in response to the uplink signaling message,
A diagnostic method for the detection of a biomarker in a biological sample comprising the steps of: combining a plurality of initiators, a plurality of atom transfer radically polymerizable monomers, and a biological sample containing a biomarker that serves as a catalyst for an atom transfer radical polymerization reaction (ATRP), whereby a polymer formed by the monomers is precipitable at or above a lower ctical solution temperature (LCST); determining turbidity formation; and determining a concentration of the biomarker in the biological sample based on the turbidity formation. combining a plurality of initiators, a plurality of atom transfer radically polymerizable monomers, and a biological sample containing a biomarker that serves as a catalyst for an atom transfer radical polymerization reaction (ATRP), whereby a polymer formed by the monomers is precipitable at or above a lower ctical solution temperature (LCST); determining turbidity formation; and determining a concentration of the biomarker in the biological sample based on the turbidity formation.
A method comprising: amplifying an input signal to obtain an output signal suitable for DC coupling to a load in a DC-coupled mode and for AC coupling to the load in an AC-coupled mode, wherein the amplifying the input signal comprises driving the output signal with a first output drive section in both the DC-coupled and AC-coupled modes, and driving the output signal further with a second output drive section in the AC-coupled mode; and performing DC level shifting as needed to obtain a first output common-mode voltage for the output signal in the DC-coupled mode and to obtain a second output common-mode voltage for the output signal in the AC-coupled mode. amplifying an input signal to obtain an output signal suitable for DC coupling to a load in a DC-coupled mode and for AC coupling to the load in an AC-coupled mode, wherein the amplifying the input signal comprises driving the output signal with a first output drive section in both the DC-coupled and AC-coupled modes, and driving the output signal further with a second output drive section in the AC-coupled mode; and performing DC level shifting as needed to obtain a first output common-mode voltage for the output signal in the DC-coupled mode and to obtain a second output common-mode voltage for the output signal in the AC-coupled mode.
A method of securing an item of plant machinery to a trailer, the plant machinery comprising an undercarriage and a dozer blade, the trailer including a retainer, and the method comprising: - driving the plant machinery onto the floor of the trailer in a forwards direction with the dozer blade forwards of the undercarriage and with the dozer blade in a first position relative to the undercarriage, thereby to position the plant machinery in a transportation position on the trailer, in which at least a part of the dozer blade is adjacent and under the retainer; and - engagement of the dozer blade with the retainer restricting movement of the plant machinery in forward and rearward directions and restricting movement of the dozer blade in an upwards direction relative to the floor of the trailer, characterised in that - the retainer comprises a pair of hook members spaced apart across a width of a trailer floor and each of the hook members comprising an upright post and a projection extending from an upper end of the post, each projection including an angled portion defining a recess for receiving an upper edge of the dozer blade, - in the transportation position at least part of the dozer blade is adjacent the upright posts and under the projections of the retainer, - engagement of the dozer blade with the retainer is achieved by engaging the upper edge of the dozer blade in the recess of each of the hook members. - driving the plant machinery onto the floor of the trailer in a forwards direction with the dozer blade forwards of the undercarriage and with the dozer blade in a first position relative to the undercarriage, thereby to position the plant machinery in a transportation position on the trailer, in which at least a part of the dozer blade is adjacent and under the retainer; and - engagement of the dozer blade with the retainer restricting movement of the plant machinery in forward and rearward directions and restricting movement of the dozer blade in an upwards direction relative to the floor of the trailer, - the retainer comprises a pair of hook members spaced apart across a width of a trailer floor and each of the hook members comprising an upright post and a projection extending from an upper end of the post, each projection including an angled portion defining a recess for receiving an upper edge of the dozer blade, - in the transportation position at least part of the dozer blade is adjacent the upright posts and under the projections of the retainer, - engagement of the dozer blade with the retainer is achieved by engaging the upper edge of the dozer blade in the recess of each of the hook members.
A titanium alloy part, comprising, by mass%: Al: 1.0 to 8.0%; Fe: 0.10 to 0.40%; O: 0.00 to 0.30%; C: 0.00 to 0.10%; Sn: 0.00 to 0.20%; Si: 0.00 to 0.15%; and the balance: Ti and impurities, wherein: an average grain diameter of α-phase crystal grains is 15.0 μm or less; an average aspect ratio of the α-phase crystal grains is 1.0 or more and 3.0 or less; and a coefficient of variation of a number density of β-phase crystal grains distributed in the α phase is 0.30 or less. Al: 1.0 to 8.0%; Fe: 0.10 to 0.40%; O: 0.00 to 0.30%; C: 0.00 to 0.10%; Sn: 0.00 to 0.20%; Si: 0.00 to 0.15%; and the balance: Ti and impurities, wherein: an average grain diameter of α-phase crystal grains is 15.0 μm or less; an average aspect ratio of the α-phase crystal grains is 1.0 or more and 3.0 or less; and a coefficient of variation of a number density of β-phase crystal grains distributed in the α phase is 0.30 or less. an average grain diameter of α-phase crystal grains is 15.0 μm or less; an average aspect ratio of the α-phase crystal grains is 1.0 or more and 3.0 or less; and a coefficient of variation of a number density of β-phase crystal grains distributed in the α phase is 0.30 or less.
A soundproof structure, comprising: one or more soundproof cells, wherein each of the one or more soundproof cells comprises a frame having a hole portion, a vibratable film fixed to the frame so as to cover the hole portion, and one or more through holes drilled in the film, both end portions of the hole portion of the frame are not closed, and the frame and the film are formed of the same material, and are integrally formed, the one or more soundproof cells are a plurality of soundproof cells arranged adjacent in a two-dimensional manner characterized by a weight disposed in the film, wherein the weight is formed of the same material as the film, and is integrally formed. one or more soundproof cells, wherein each of the one or more soundproof cells comprises a frame having a hole portion, a vibratable film fixed to the frame so as to cover the hole portion, and one or more through holes drilled in the film, a frame having a hole portion, a vibratable film fixed to the frame so as to cover the hole portion, and one or more through holes drilled in the film, both end portions of the hole portion of the frame are not closed, and the frame and the film are formed of the same material, and are integrally formed, the one or more soundproof cells are a plurality of soundproof cells arranged adjacent in a two-dimensional manner characterized by a weight disposed in the film, wherein the weight is formed of the same material as the film, and is integrally formed.
Container of a bag-in-container type, comprising an inner container and an outer container, wherein a neck region of the container is provided with at least one opening extending substantially radially there through, into a space between the outer container and the inner container adjacent thereto, wherein the neck region is provided with coupling elements, preferably at opposite sides of said at least one opening, seen in circumferential direction, for coupling of a connecting device to the container for introducing a pressure fluid through said at least one opening into a space between the inner and outer container, wherein the container is manufactured by blow moulding from at least an inner and an outer plastic preform, such that the outer preform forms at least part of the outer container and the inner preform forms at least part of the inner container, and wherein a closure ring is connected to the inner and outer container, at least closing off the space between said inner and outer container.
A cell preparation for use in a method of treatment selected from revascularization, organ regeneration, prevention or treatment of cancer, or prevention or treatment of ischemic diseases including lower limb ischemia, myocardial infarction, and cerebral infarction, the cell preparation comprising an endothelial progenitor cell or a mesenchymal stem cell wherein said method comprises a step of increasing Ape1 expression in said cells such that the cells have an improved ability to regenerate or generate an organ, or an improved revascularization or angiogenic capacity.
A method of predicting the likelihood of long-term survival of a breast cancer patient without recurrence of breast cancer, following surgical excision of the primary tumour, comprising: determining the expression level of the RNA transcript of GSTM3 in a breast cancer tissue sample obtained from the patient, normalized against the expression level of a reference set of RNA transcripts, wherein increased expression of GSTM3 indicates an increased likelihood of long-term survival without breast cancer recurrence. determining the expression level of the RNA transcript of GSTM3 in a breast cancer tissue sample obtained from the patient, normalized against the expression level of a reference set of RNA transcripts, wherein increased expression of GSTM3 indicates an increased likelihood of long-term survival without breast cancer recurrence.
A patient support system comprising: a base comprising first and second lower feet (11, 12) and a crossbar comprising a crossbar first section and a crossbar second section adjustably interconnecting the first and second lower feet (11, 12); first and second support columns (203, 204) surmounting the first and second feet (11, 12) of the base, respectively; first and second support assemblies, the first support assembly connected to the first support column, the second support assembly connected to the second support column; and a patient support structure upheld by the first and second support assemblies, the patient support structure comprising first and second body boards (292, 293), the first body board comprising an outer end attached to the first support assembly and an inboard end, the second body board comprising an outer end attached to the second support assembly and an inboard end, the inboard ends of the first and second body boards (292, 293) are configured to be free such that a distance between them is able to be increased or decreased by the crossbar first section telescopically receiving a portion of the crossbar second section so as to achieve overlapping positioning of the first and second body boards (292, 293). a base comprising first and second lower feet (11, 12) and a crossbar comprising a crossbar first section and a crossbar second section adjustably interconnecting the first and second lower feet (11, 12); first and second support columns (203, 204) surmounting the first and second feet (11, 12) of the base, respectively; first and second support assemblies, the first support assembly connected to the first support column, the second support assembly connected to the second support column; and a patient support structure upheld by the first and second support assemblies, the patient support structure comprising first and second body boards (292, 293), the first body board comprising an outer end attached to the first support assembly and an inboard end, the second body board comprising an outer end attached to the second support assembly and an inboard end, the inboard ends of the first and second body boards (292, 293) are configured to be free such that a distance between them is able to be increased or decreased by the crossbar first section telescopically receiving a portion of the crossbar second section so as to achieve overlapping positioning of the first and second body boards (292, 293).