mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator, comprising: a body; a storage compartment (11, 12) provided at an inside of the body; a door (13, 14) rotatably provided at the body to open/close the storage compartment; a hinge bracket having a fixation part fixed to the body and an extension part extended from the fixation part to be disposed below the door; a hinge shaft to be inserted into a lower portion of the door; a worm wheel to ascend/descend while supporting a weight of the door; a worm engaged with the worm wheel to rotate the worm wheel; and a worm housing (95, 96) for accommodating and rotatably supporting the worm, characterized in that the fixation part is fixed to a lower surface of the body; said hinge shaft protrudes upward from the extension part and is provided at an outer circumferential surface thereof with a male screw part; said worm wheel is provided at an inner circumferential surface of the worm wheel with a female screw part corresponding to the male screw part of the hinge shaft to be screw-coupled to the hinge shaft, and said worm housing is mounted at the extension part and is formed with an opening through which worm wheel and worm are in engagement. a body; a storage compartment (11, 12) provided at an inside of the body; a door (13, 14) rotatably provided at the body to open/close the storage compartment; a hinge bracket having a fixation part fixed to the body and an extension part extended from the fixation part to be disposed below the door; a hinge shaft to be inserted into a lower portion of the door; a worm wheel to ascend/descend while supporting a weight of the door; a worm engaged with the worm wheel to rotate the worm wheel; and a worm housing (95, 96) for accommodating and rotatably supporting the worm, characterized in that the fixation part is fixed to a lower surface of the body; said hinge shaft protrudes upward from the extension part and is provided at an outer circumferential surface thereof with a male screw part; said worm wheel is provided at an inner circumferential surface of the worm wheel with a female screw part corresponding to the male screw part of the hinge shaft to be screw-coupled to the hinge shaft, and said worm housing is mounted at the extension part and is formed with an opening through which worm wheel and worm are in engagement.
A glazing unit having an improved vibroacoustic damping property having at least one sheet of glass and at least one vibroacoustic damping strip which is attached to at least one of the faces of the glass sheet and that comprises at least one component made of damping material, characterized in that the strip is not joined to any other device on the opposite side from the glass sheet and in that the component made of damping material has a loss factor greater than 0.2 and a Young's modulus greater than 800 MPa, at 20°C for a particular frequency f p corresponding to the critical frequency of the glazing unit to within plus or minus 30%.
A method for coating a silicon-based substrate, the method comprising: spraying a combination of powders, wherein the combination of powders comprises: Hf 0.5 Si 0.5 O 2; Zr 0.5 Si 0.5 O 2, and HfO 2 and, optionally, ZrO 2, wherein: a molar ratio of said Hf 0.5 Si 0.5 O 2 and HfO 2 combined to said Zr 0.5 Si 0.5 O 2 and ZrO 2 combined is from 2:1 to 4:1; and a molar ratio of said Hf 0.5 Si 0.5 O 2 to said HfO 2 is at least 1:3. spraying a combination of powders, wherein the combination of powders comprises: Hf 0.5 Si 0.5 O 2; Zr 0.5 Si 0.5 O 2, and HfO 2 and, optionally, ZrO 2, Hf 0.5 Si 0.5 O 2; Zr 0.5 Si 0.5 O 2, and HfO 2 and, optionally, ZrO 2, wherein: a molar ratio of said Hf 0.5 Si 0.5 O 2 and HfO 2 combined to said Zr 0.5 Si 0.5 O 2 and ZrO 2 combined is from 2:1 to 4:1; and a molar ratio of said Hf 0.5 Si 0.5 O 2 to said HfO 2 is at least 1:3. a molar ratio of said Hf 0.5 Si 0.5 O 2 and HfO 2 combined to said Zr 0.5 Si 0.5 O 2 and ZrO 2 combined is from 2:1 to 4:1; and a molar ratio of said Hf 0.5 Si 0.5 O 2 to said HfO 2 is at least 1:3.
Use of a construction element for a hot solder bond or fusion weld bond consisting of two metallic outer plies and a non-metallic core layer arranged between the outer plies, characterized in that the non-metallic core layer is formed of a silicone-containing material and the silicone-containing core layer comprises deoxidative elements and/or deoxidative alloys which are dispersed in the silicone-containing core layer in an amount of between 0.1% and not more than 5% by weight, based on the core layer.
A scaffold for reshaping an ear or a nose, the scaffold being configured to be i) attached to the cartilaginous portion of an ear or ii) attached to the cartilaginous portion of a nose, wherein the scaffold is formed at least in part from a plastic material, characterised in that that the plastic material is a shape memory material and the scaffold is pre-programmed in a curved configuration and is capable of transforming from the curved configuration to a substantially straight configuration upon heating of the scaffold and back from the substantially straight configuration to the curved configuration upon cooling of the scaffold.
A turbomachine comprising: · an annular combustion chamber; · a centrifugal compressor; · an annular diffuser enabling the flow of gas leaving the compressor to be diffused and directing this flow of gas towards the combustion chamber, the diffuser comprising: an upstream portion oriented radially and presenting diffusion passages connected to the outlet from the compressor; an intermediate portion that is elbow-shaped; and a downstream portion having a series of circularly spaced-apart flow-straightening vanes; and · an outer casing surrounding the outside of the combustion chamber and the downstream portion; the flow stream in the downstream portion is delimited externally by the outer casing, the outer casing presenting a shoulder characterized in that the outer downstream edge of the intermediate portion comes into abutment against said shoulder, and in that the facing walls of the upstream and intermediate portions (21, 24) are formed by a first end plate and by a second end plate, these first and second end plates (27, 28) being distinct from the casing and delimiting the flow stream in the upstream and intermediate portions (21, 24). · an annular combustion chamber; · a centrifugal compressor; · an annular diffuser enabling the flow of gas leaving the compressor to be diffused and directing this flow of gas towards the combustion chamber, the diffuser comprising: an upstream portion oriented radially and presenting diffusion passages connected to the outlet from the compressor; an intermediate portion that is elbow-shaped; and a downstream portion having a series of circularly spaced-apart flow-straightening vanes; and · an outer casing surrounding the outside of the combustion chamber and the downstream portion;
A method for manufacturing a brush head, the method comprising the steps, in order, of: providing a plurality of nylon bristle tufts, each comprising a proximal end; applying heat to each bristle tuft proximal end at a temperature sufficient to at least partially melt the bristle tuft proximal end and create a proximal head portion; providing a polypropylene bristle tuft retention ring having a non-circular exterior wall around the proximal end of each respective bristle tuft adjacent to the proximal head portion; positioning a platen portion of a neck of the brush head in relation to the proximal head portions, wherein the positioning of the platen portion of the neck defines a space in relation to the proximal head portions for injection of a thermoplastic elastomer; and injecting the thermoplastic elastomer into the space to create an elastomeric matrix that at least partially encompasses the platen and the proximal head portions. providing a plurality of nylon bristle tufts, each comprising a proximal end; applying heat to each bristle tuft proximal end at a temperature sufficient to at least partially melt the bristle tuft proximal end and create a proximal head portion; providing a polypropylene bristle tuft retention ring having a non-circular exterior wall around the proximal end of each respective bristle tuft adjacent to the proximal head portion; positioning a platen portion of a neck of the brush head in relation to the proximal head portions, wherein the positioning of the platen portion of the neck defines a space in relation to the proximal head portions for injection of a thermoplastic elastomer; and injecting the thermoplastic elastomer into the space to create an elastomeric matrix that at least partially encompasses the platen and the proximal head portions.
A method for producing a plastic product from at least two reactive source components, namely a source component of a first type and a source component of a second type, wherein the source component of the first type is an isocyanate component and the source component of the second type is a polyol component, in which - the reactive source components are mixed with one another, - the mixture is subsequently introduced along a predetermined path into an open mould of a mould tool and - the mould tool is closed, in order to allow the mixture to at least substantially harden to form the plastic product, so that after opening it is able to be removed from the tool mould, characterized in that at least two source components of the second type are used, which on mixing with the source component of the first type lead to different reaction times, and the mixture ratio of the at least two source components of the second type during the introducing process is changed in such a way that the reaction time changes with an increasing output process. - the reactive source components are mixed with one another, - the mixture is subsequently introduced along a predetermined path into an open mould of a mould tool and - the mould tool is closed, in order to allow the mixture to at least substantially harden to form the plastic product, so that after opening it is able to be removed from the tool mould,
A suspension liner sleeve adapted to provide an interface between a residual limb and a prosthetic socket, the liner sleeve comprising an elongate, generally conical liner body portion formed from at least one material segment that is at least radially elastically extensible from a relaxed non-extended condition and including proximal and distal end areas, and a plurality of resilient seal elements that protrude radially from the liner body portion, the plurality of seal elements extending partially or entirely around at least one outer peripheral portion of the liner body portion, characterized in that each of the seal elements defines a peak defined as the outermost extending portion of the seal element, wherein a distal curvilinear section extends from the peak to the liner body portion, and a proximal curvilinear section extends from the peak to the liner body portion, wherein the seal elements are formed from a polymeric material secured to the at least one material segment, wherein a polymeric layer impregnates and squeezes through the at least one material segment so that the polymeric layer continuously defines the entirety of the inner surface of the liner sleeve and the outer surface of the liner sleeve at the region corresponding to the at least one material segment, wherein the seal elements are formed integrally with or molded from the polymeric layer with only the polymeric material forming the seal elements, the seal elements having the peak are arranged for deflection towards the liner body portion when donned on a residual limb and placed within a prosthetic socket.
Bicycle regenerative brake control device comprising: a first displacement amount detecting part that is arranged to detect a first displacement amount of a first brake system; a second displacement amount detecting part that is arranged to detect a second displacement amount of a second brake system, which is different from the first brake system; characterized by a first control part that is configured to control a motor using a first control process in response to the first and second displacement amounts of the first and second brake systems (117f, 117r), characterized in that the first control part generates a first regenerative braking force that corresponds with braking information obtained from the first displacement amount and the second displacement amount, wherein the first control part is configured to obtain the braking information by adding the first displacement amount and the second displacement amount. a first displacement amount detecting part that is arranged to detect a first displacement amount of a first brake system; a second displacement amount detecting part that is arranged to detect a second displacement amount of a second brake system, which is different from the first brake system; characterized by a first control part that is configured to control a motor using a first control process in response to the first and second displacement amounts of the first and second brake systems (117f, 117r), characterized in that the first control part generates a first regenerative braking force that corresponds with braking information obtained from the first displacement amount and the second displacement amount, wherein the first control part is configured to obtain the braking information by adding the first displacement amount and the second displacement amount.
Scaffolding system comprising two ladder assemblies (10, 11) facing one another, these being intended to support a deck assembly, the scaffolding system being arranged in such a way as to be able to pass from a closed state, in which the two ladder assemblies are close together, into an open state, in which the two ladder assemblies are distant from one another, at least one ladder assembly comprising a plurality of ladder parts able to slide relative to one another in order to deploy the said assembly heightwise, between the ladder assemblies, a collapsible base comprising several base elements (41, 41', 141, 141') able to move relative to one another, the scaffolding system being arranged in such a way that whatever the state of the said system, the collapsible base remains fixed to the ladder assemblies and remains in the plane (yz) occupied by the folding base in the open state, a first slideway element secured to a base element, and a second slideway element collaborating with the first slideway element, the scaffolding system being arranged in such a way that when the scaffolding system passes from the closed state to the open state, the first slideway element passes from a first position relative to the second slideway element into a second position, and a locking device arranged to trigger the immobilizing of the first slideway element when the said element reaches the second position, in which the second slideway element is secured to an upright of a ladder assembly, characterized in that of the said plurality of ladder parts, one ladder part comprises at least one upright defining a male slideway element and a female slideway element and collaborating with a single other upright by means of one out of the said male and female slideway elements, so as to deploy the said assembly heightwise, and the other of the said male and female slideway elements is used as a second slideway element.
An insert measurement system for measuring a parameter of a muscular-skeletal system, the insert measurement system comprising: an articular surface; and a load -bearing surface; a first support structure having the articular surface; a second support structure having the load-bearing surface; at least one interior cavity housing electronic circuitry operatively coupled to at least one sensor; wherein the first support structure and the second support structure are coupled together to form the at least one interior cavity; characterized in that the insert measurement system further comprises: a sterilization gas within the at least one interior cavity; and a port; wherein the port is configured to be externally accessed when the first support structure and the second support structure are coupled together, to deliver the sterilization gas to sterilize the at least one interior cavity. an articular surface; and a load -bearing surface; a first support structure having the articular surface; a second support structure having the load-bearing surface; at least one interior cavity housing electronic circuitry operatively coupled to at least one sensor; wherein the first support structure and the second support structure are coupled together to form the at least one interior cavity; characterized in that the insert measurement system further comprises: a sterilization gas within the at least one interior cavity; and a port; wherein the port is configured to be externally accessed when the first support structure and the second support structure are coupled together, to deliver the sterilization gas to sterilize the at least one interior cavity. a sterilization gas within the at least one interior cavity; and a port; wherein the port is configured to be externally accessed when the first support structure and the second support structure are coupled together, to deliver the sterilization gas to sterilize the at least one interior cavity.
Vacuum switch having - a vacuum chamber in which there is a vacuum and in which a switching contact is arranged, with the switching contact being a stationary contact piece which is fixedly connected to the vacuum chamber and makes electrical contact with a stationary contact connecting terminal, and having a moving contact piece, which is guided such that it can move with respect to the stationary contact piece, is arranged at a distance from the stationary contact piece in a disconnected position, and makes contact with the stationary contact piece in a contact position, - a drive unit for production of a drive movement, - a switching mechanism which is connected to the drive unit and to the moving contact piece and has an electrically conductive conductor section which extends to the moving contact piece, and - connecting means, which electrically connect a moving contact connecting terminal to the moving contact piece in the contact position, characterized in that the connecting means have a terminal contact (16, 17) which has an insertion terminal contact piece, which is connected to the conductor section of the switching mechanism, and a mating terminal contact piece, which is fixedly connected to the vacuum chamber, and also is electrically connected to the moving contact connecting terminal, and is arranged in a fixed position, which contact pieces are arranged with respect to one another such that the insertion terminal contact piece is electrically conductively clamped to the mating terminal contact piece as a consequence of the drive movement. - a vacuum chamber in which there is a vacuum and in which a switching contact is arranged, with the switching contact being a stationary contact piece which is fixedly connected to the vacuum chamber and makes electrical contact with a stationary contact connecting terminal, and having a moving contact piece, which is guided such that it can move with respect to the stationary contact piece, is arranged at a distance from the stationary contact piece in a disconnected position, and makes contact with the stationary contact piece in a contact position, - a drive unit for production of a drive movement, - a switching mechanism which is connected to the drive unit and to the moving contact piece and has an electrically conductive conductor section which extends to the moving contact piece, and - connecting means, which electrically connect a moving contact connecting terminal to the moving contact piece in the contact position,
An air-conditioning apparatus comprising: at least one outdoor unit; and at least one indoor unit, the air-conditioning apparatus circulating flammable refrigerant in the at least one outdoor unit and the at least one indoor unit, characterized in that the flammable refrigerant has density higher than air under an atmospheric pressure, a relationship between an amount of the flammable refrigerant in which a concentration of flammable refrigerant reaches a flammable concentration range in an installation space of the at least one indoor unit and an installation height of the at least one indoor unit is previously specified as information, the at least one outdoor unit is configured to store refrigerant amount information concerning an amount of the flammable refrigerant enclosed in the at least one outdoor unit, the at least one indoor unit is configured to store installation height information concerning the installation height of the at least one indoor unit, the air-conditioning apparatus is configured to determine whether or not the concentration of flammable refrigerant reaches the flammable concentration range from the refrigerant amount information, the installation height information, and the information, an air-conditioning operation is permitted when the air-conditioning apparatus determines that the concentration of flammable refrigerant does not reach the flammable concentration range, and an air-conditioning operation is inhibited when the air-conditioning apparatus determines that the concentration of flammable refrigerant reaches the flammable concentration range. at least one outdoor unit; and at least one indoor unit, the air-conditioning apparatus circulating flammable refrigerant in the at least one outdoor unit and the at least one indoor unit, characterized in that the flammable refrigerant has density higher than air under an atmospheric pressure, a relationship between an amount of the flammable refrigerant in which a concentration of flammable refrigerant reaches a flammable concentration range in an installation space of the at least one indoor unit and an installation height of the at least one indoor unit is previously specified as information, the at least one outdoor unit is configured to store refrigerant amount information concerning an amount of the flammable refrigerant enclosed in the at least one outdoor unit, the at least one indoor unit is configured to store installation height information concerning the installation height of the at least one indoor unit, the air-conditioning apparatus is configured to determine whether or not the concentration of flammable refrigerant reaches the flammable concentration range from the refrigerant amount information, the installation height information, and the information, an air-conditioning operation is permitted when the air-conditioning apparatus determines that the concentration of flammable refrigerant does not reach the flammable concentration range, and an air-conditioning operation is inhibited when the air-conditioning apparatus determines that the concentration of flammable refrigerant reaches the flammable concentration range.